DateRangePicker

DateRangePickers combine two DateFields and a RangeCalendar popover to allow users to enter or select a date and time range.

install	`yarn add @adobe/react-spectrum`
version	3.21.2
usage	`import {DateRangePicker} from '@adobe/react-spectrum'`

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Example#

<DateRangePicker label="Date range" />

<DateRangePicker label="Date range" />

<DateRangePicker label="Date range" />

Value#

A DateRangePicker displays a placeholder by default. An initial, uncontrolled value can be provided to the DateRangePicker using the defaultValue prop. Alternatively, a controlled value can be provided using the value prop.

Date ranges are objects with start and end properties containing date values, which are provided using objects in the @internationalized/date package. This library handles correct international date manipulation across calendars, time zones, and other localization concerns. DateRangePicker supports values of the following types:

CalendarDate – a date without any time components. May be parsed from a string representation using the parseDate function. Use this type to represent dates where the time is not important, such as a birthday or an all day calendar event.
CalendarDateTime – a date with a time, but not in any specific time zone. May be parsed from a string representation using the parseDateTime function. Use this type to represent times that occur at the same local time regardless of the time zone, such as the time of New Years Eve fireworks which always occur at midnight. Most times are better stored as a ZonedDateTime.
ZonedDateTime – a date with a time in a specific time zone. May be parsed from a string representation using the parseZonedDateTime, parseAbsolute, or parseAbsoluteToLocal functions. Use this type to represent an exact moment in time at a particular location on Earth.

import {parseDate} from '@internationalized/date';

function Example() {
  let [value, setValue] = React.useState({
    start: parseDate('2020-02-03'),
    end: parseDate('2020-02-08')
  });

  return (
    <Flex gap="size-150" wrap>
      <DateRangePicker
        label="Date range (uncontrolled)"
        defaultValue={{
          start: parseDate('2020-02-03'),
          end: parseDate('2020-02-08')
        }} />
      <DateRangePicker
        label="Date range (controlled)"
        value={value}
        onChange={setValue} />
    </Flex>
  );
}

import {parseDate} from '@internationalized/date';

function Example() {
  let [value, setValue] = React.useState({
    start: parseDate('2020-02-03'),
    end: parseDate('2020-02-08')
  });

  return (
    <Flex gap="size-150" wrap>
      <DateRangePicker
        label="Date range (uncontrolled)"
        defaultValue={{
          start: parseDate('2020-02-03'),
          end: parseDate('2020-02-08')
        }} />
      <DateRangePicker
        label="Date range (controlled)"
        value={value}
        onChange={setValue} />
    </Flex>
  );
}

import {parseDate} from '@internationalized/date';

function Example() {
  let [value, setValue] =
    React.useState({
      start: parseDate(
        '2020-02-03'
      ),
      end: parseDate(
        '2020-02-08'
      )
    });

  return (
    <Flex
      gap="size-150"
      wrap
    >
      <DateRangePicker
        label="Date range (uncontrolled)"
        defaultValue={{
          start:
            parseDate(
              '2020-02-03'
            ),
          end: parseDate(
            '2020-02-08'
          )
        }}
      />
      <DateRangePicker
        label="Date range (controlled)"
        value={value}
        onChange={setValue}
      />
    </Flex>
  );
}

Time zones#

DateRangePicker is time zone aware when ZonedDateTime objects are provided as the value. In this case, the time zone abbreviation is displayed, and time zone concerns such as daylight saving time are taken into account when the value is manipulated.

In most cases, your data will come from and be sent to a server as an ISO 8601 formatted string. @internationalized/date includes functions for parsing strings in multiple formats into ZonedDateTime objects. Which format you use will depend on what information you need to store.

parseZonedDateTime – This function parses a date with an explicit time zone and optional UTC offset attached (e.g. "2021-11-07T00:45[America/Los_Angeles]" or "2021-11-07T00:45-07:00[America/Los_Angeles]"). This format preserves the maximum amount of information. If the exact local time and time zone that a user selected is important, use this format. Storing the time zone and offset that was selected rather than converting to UTC ensures that the local time is correct regardless of daylight saving rule changes (e.g. if a locale abolishes DST). Examples where this applies include calendar events, reminders, and other times that occur in a particular location.
parseAbsolute – This function parses an absolute date and time that occurs at the same instant at all locations on Earth. It can be represented in UTC (e.g. "2021-11-07T07:45:00Z"), or stored with a particular offset (e.g. "2021-11-07T07:45:00-07:00"). A time zone identifier, e.g. America/Los_Angeles, must be passed, and the result will be converted into that time zone. Absolute times are the best way to represent events that occurred in the past, or future events where an exact time is needed, regardless of time zone.
parseAbsoluteToLocal – This function parses an absolute date and time into the current user's local time zone. It is a shortcut for parseAbsolute, and accepts the same formats.

import {parseZonedDateTime} from '@internationalized/date';

<DateRangePicker
  label="Date range"
  defaultValue={{
    start: parseZonedDateTime('2022-11-07T00:45[America/Los_Angeles]'),
    end: parseZonedDateTime('2022-11-08T11:15[America/Los_Angeles]')
  }} />

import {parseZonedDateTime} from '@internationalized/date';

<DateRangePicker
  label="Date range"
  defaultValue={{
    start: parseZonedDateTime(
      '2022-11-07T00:45[America/Los_Angeles]'
    ),
    end: parseZonedDateTime(
      '2022-11-08T11:15[America/Los_Angeles]'
    )
  }}
/>

import {parseZonedDateTime} from '@internationalized/date';

<DateRangePicker
  label="Date range"
  defaultValue={{
    start:
      parseZonedDateTime(
        '2022-11-07T00:45[America/Los_Angeles]'
      ),
    end:
      parseZonedDateTime(
        '2022-11-08T11:15[America/Los_Angeles]'
      )
  }}
/>

DateRangePicker displays times in the time zone included in the ZonedDateTime object. The above example is always displayed in Pacific Standard Time because the America/Los_Angeles time zone identifier is provided. @internationalized/date includes functions for converting dates between time zones, or parsing a date directly into a specific time zone or the user's local time zone, as shown below.

import {parseAbsoluteToLocal} from '@internationalized/date';

<DateRangePicker
  label="Date range"
  defaultValue={{
    start: parseAbsoluteToLocal('2021-11-07T07:45:00Z'),
    end: parseAbsoluteToLocal('2021-11-08T14:25:00Z')
  }}
/>

import {parseAbsoluteToLocal} from '@internationalized/date';

<DateRangePicker
  label="Date range"
  defaultValue={{
    start: parseAbsoluteToLocal('2021-11-07T07:45:00Z'),
    end: parseAbsoluteToLocal('2021-11-08T14:25:00Z')
  }}
/>

import {parseAbsoluteToLocal} from '@internationalized/date';

<DateRangePicker
  label="Date range"
  defaultValue={{
    start:
      parseAbsoluteToLocal(
        '2021-11-07T07:45:00Z'
      ),
    end:
      parseAbsoluteToLocal(
        '2021-11-08T14:25:00Z'
      )
  }}
/>

Granularity#

The granularity prop allows you to control the smallest unit that is displayed by a DateRangePicker. By default, CalendarDate values are displayed with "day" granularity (year, month, and day), and CalendarDateTime and ZonedDateTime values are displayed with "minute" granularity. More granular time values can be displayed by setting the granularity prop to "second".

In addition, when a value with a time is provided but you wish to only display the date, you can set the granularity to "day". This has no effect on the actual value (it still has a time component), only on what fields are displayed. In the following example, two DateRangePickers are synchronized with the same value, but display different granularities.

function Example() {
  let [date, setDate] = React.useState({
    start: parseAbsoluteToLocal('2021-04-07T18:45:22Z'),
    end: parseAbsoluteToLocal('2021-04-08T20:00:00Z')
  });

  return (
    <Flex gap="size-150" wrap>
      <DateRangePicker
        label="Date and time range"
        granularity="second"
        value={date}
        onChange={setDate} />
      <DateRangePicker
        label="Date range"
        granularity="day"
        value={date}
        onChange={setDate} />
    </Flex>
  );
}

function Example() {
  let [date, setDate] = React.useState({
    start: parseAbsoluteToLocal('2021-04-07T18:45:22Z'),
    end: parseAbsoluteToLocal('2021-04-08T20:00:00Z')
  });

  return (
    <Flex gap="size-150" wrap>
      <DateRangePicker
        label="Date and time range"
        granularity="second"
        value={date}
        onChange={setDate} />
      <DateRangePicker
        label="Date range"
        granularity="day"
        value={date}
        onChange={setDate} />
    </Flex>
  );
}

function Example() {
  let [date, setDate] =
    React.useState({
      start:
        parseAbsoluteToLocal(
          '2021-04-07T18:45:22Z'
        ),
      end:
        parseAbsoluteToLocal(
          '2021-04-08T20:00:00Z'
        )
    });

  return (
    <Flex
      gap="size-150"
      wrap
    >
      <DateRangePicker
        label="Date and time range"
        granularity="second"
        value={date}
        onChange={setDate}
      />
      <DateRangePicker
        label="Date range"
        granularity="day"
        value={date}
        onChange={setDate}
      />
    </Flex>
  );
}

If no value or defaultValue prop is passed, then the granularity prop also affects which type of value is emitted from the onChange event. Note that by default, time values will not have a time zone because none was supplied. You can override this by setting the placeholderValue prop explicitly. Values emitted from onChange will use the time zone of the placeholder value.

import {now} from '@internationalized/date';

<Flex gap="size-150" wrap>
  <DateRangePicker
    label="Date range"
    granularity="second" />
  <DateRangePicker
    label="Date range"
    placeholderValue={now('America/New_York')}
    granularity="second" />
</Flex>

import {now} from '@internationalized/date';

<Flex gap="size-150" wrap>
  <DateRangePicker
    label="Date range"
    granularity="second" />
  <DateRangePicker
    label="Date range"
    placeholderValue={now('America/New_York')}
    granularity="second" />
</Flex>

import {now} from '@internationalized/date';

<Flex
  gap="size-150"
  wrap
>
  <DateRangePicker
    label="Date range"
    granularity="second"
  />
  <DateRangePicker
    label="Date range"
    placeholderValue={now(
      'America/New_York'
    )}
    granularity="second"
  />
</Flex>

International calendars#

DateRangePicker supports selecting dates in many calendar systems used around the world, including Gregorian, Hebrew, Indian, Islamic, Buddhist, and more. Dates are automatically displayed in the appropriate calendar system for the user's locale. The calendar system can be overridden using the Unicode calendar locale extension, passed to the Provider component.

Selected dates passed to onChange always use the same calendar system as the value or defaultValue prop. If no value or defaultValue is provided, then dates passed to onChange are always in the Gregorian calendar since this is the most commonly used. This means that even though the user selects dates in their local calendar system, applications are able to deal with dates from all users consistently.

The below example displays a DateRangePicker in the Hindi language, using the Indian calendar. Dates emitted from onChange are in the Gregorian calendar.

import {Provider} from '@adobe/react-spectrum';

function Example() {
  let [range, setRange] = React.useState(null);
  return (
    <Provider locale="hi-IN-u-ca-indian">
      <DateRangePicker label="Date range" value={range} onChange={setRange} />
      <p>Start date: {range?.start.toString()}</p>
      <p>End date: {range?.end.toString()}</p>
    </Provider>
  );
}

import {Provider} from '@adobe/react-spectrum';

function Example() {
  let [range, setRange] = React.useState(null);
  return (
    <Provider locale="hi-IN-u-ca-indian">
      <DateRangePicker
        label="Date range"
        value={range}
        onChange={setRange}
      />
      <p>Start date: {range?.start.toString()}</p>
      <p>End date: {range?.end.toString()}</p>
    </Provider>
  );
}

import {Provider} from '@adobe/react-spectrum';

function Example() {
  let [range, setRange] =
    React.useState(null);
  return (
    <Provider locale="hi-IN-u-ca-indian">
      <DateRangePicker
        label="Date range"
        value={range}
        onChange={setRange}
      />
      <p>
        Start date:{' '}
        {range?.start
          .toString()}
      </p>
      <p>
        End date:{' '}
        {range?.end
          .toString()}
      </p>
    </Provider>
  );
}

Labeling#

A visual label should be provided for the DateRangePicker using the label prop. If the DateRangePicker is required, the isRequired and necessityIndicator props can be used to show a required state.

<Flex gap="size-150" wrap>
  <DateRangePicker label="Date range" />
  <DateRangePicker label="Date range" isRequired necessityIndicator="icon" />
  <DateRangePicker label="Date range" isRequired necessityIndicator="label" />
  <DateRangePicker label="Date range" necessityIndicator="label" />
</Flex>

<Flex gap="size-150" wrap>
  <DateRangePicker label="Date range" />
  <DateRangePicker
    label="Date range"
    isRequired
    necessityIndicator="icon"
  />
  <DateRangePicker
    label="Date range"
    isRequired
    necessityIndicator="label"
  />
  <DateRangePicker
    label="Date range"
    necessityIndicator="label"
  />
</Flex>

<Flex
  gap="size-150"
  wrap
>
  <DateRangePicker label="Date range" />
  <DateRangePicker
    label="Date range"
    isRequired
    necessityIndicator="icon"
  />
  <DateRangePicker
    label="Date range"
    isRequired
    necessityIndicator="label"
  />
  <DateRangePicker
    label="Date range"
    necessityIndicator="label"
  />
</Flex>

Accessibility#

If a visible label isn't specified, an aria-label must be provided to the DateRangePicker for accessibility. If the field is labeled by a separate element, an aria-labelledby prop must be provided using the id of the labeling element instead.

Internationalization#

In order to internationalize a DateRangePicker, a localized string should be passed to the label or aria-label prop. When the necessityIndicator prop is set to "label", a localized string will be provided for "(required)" or "(optional)" automatically.

Events#

DateRangePicker accepts an onChange prop which is triggered whenever the start or end date is edited by the user. The example below uses onChange to update a separate element with a formatted version of the date range in the user's locale and local time zone. This is done by converting the dates to native JavaScript Date objects to pass to the formatter.

import {getLocalTimeZone} from '@internationalized/date';
import {useDateFormatter} from '@adobe/react-spectrum';

function Example() {
  let [range, setRange] = React.useState({
    start: parseDate('2020-07-03'),
    end: parseDate('2020-07-10')
  });
  let formatter = useDateFormatter({ dateStyle: 'long' });

  return (
    <>
      <DateRangePicker label="Date range" value={range} onChange={setRange} />
      <p>
        Selected date:{' '}
        {formatter.formatRange(
          range.start.toDate(getLocalTimeZone()),
          range.end.toDate(getLocalTimeZone())
        )}
      </p>
    </>
  );
}

import {getLocalTimeZone} from '@internationalized/date';
import {useDateFormatter} from '@adobe/react-spectrum';

function Example() {
  let [range, setRange] = React.useState({
    start: parseDate('2020-07-03'),
    end: parseDate('2020-07-10')
  });
  let formatter = useDateFormatter({ dateStyle: 'long' });

  return (
    <>
      <DateRangePicker
        label="Date range"
        value={range}
        onChange={setRange}
      />
      <p>
        Selected date:{' '}
        {formatter.formatRange(
          range.start.toDate(getLocalTimeZone()),
          range.end.toDate(getLocalTimeZone())
        )}
      </p>
    </>
  );
}

import {getLocalTimeZone} from '@internationalized/date';
import {useDateFormatter} from '@adobe/react-spectrum';

function Example() {
  let [range, setRange] =
    React.useState({
      start: parseDate(
        '2020-07-03'
      ),
      end: parseDate(
        '2020-07-10'
      )
    });
  let formatter =
    useDateFormatter({
      dateStyle: 'long'
    });

  return (
    <>
      <DateRangePicker
        label="Date range"
        value={range}
        onChange={setRange}
      />
      <p>
        Selected date:
        {' '}
        {formatter
          .formatRange(
            range.start
              .toDate(
                getLocalTimeZone()
              ),
            range.end
              .toDate(
                getLocalTimeZone()
              )
          )}
      </p>
    </>
  );
}

Validation#

DateRangePicker can display a validation state to communicate to the user whether the current value is valid or invalid. Implement your own validation logic in your app and pass either "valid" or "invalid" via the validationState prop. The errorMessage prop can be used to communicate errors to the user.

This example validates that the start and end dates of the selected range are within the same month.

import {isSameMonth, today} from '@internationalized/date';
import {useLocale} from '@adobe/react-spectrum';

function Example() {
  let [range, setRange] = React.useState({
    start: today(getLocalTimeZone()),
    end: today(getLocalTimeZone()).add({ weeks: 1 })
  });
  let { locale } = useLocale();

  return (
    <DateRangePicker
      label="Date range"
      value={range}
      onChange={setRange}
      validationState={isSameMonth(range.start, range.end)
        ? 'valid'
        : 'invalid'}
      description="Select a range within the same month"
      errorMessage="Start and end dates must be in the same month"
    />
  );
}

import {isSameMonth, today} from '@internationalized/date';
import {useLocale} from '@adobe/react-spectrum';

function Example() {
  let [range, setRange] = React.useState({
    start: today(getLocalTimeZone()),
    end: today(getLocalTimeZone()).add({ weeks: 1 })
  });
  let { locale } = useLocale();

  return (
    <DateRangePicker
      label="Date range"
      value={range}
      onChange={setRange}
      validationState={isSameMonth(range.start, range.end)
        ? 'valid'
        : 'invalid'}
      description="Select a range within the same month"
      errorMessage="Start and end dates must be in the same month"
    />
  );
}

import {
  isSameMonth,
  today
} from '@internationalized/date';
import {useLocale} from '@adobe/react-spectrum';

function Example() {
  let [range, setRange] =
    React.useState({
      start: today(
        getLocalTimeZone()
      ),
      end: today(
        getLocalTimeZone()
      ).add({ weeks: 1 })
    });
  let { locale } =
    useLocale();

  return (
    <DateRangePicker
      label="Date range"
      value={range}
      onChange={setRange}
      validationState={isSameMonth(
          range.start,
          range.end
        )
        ? 'valid'
        : 'invalid'}
      description="Select a range within the same month"
      errorMessage="Start and end dates must be in the same month"
    />
  );
}

Minimum and maximum values#

The minValue and maxValue props can also be used to perform builtin validation. This prevents the user from selecting dates outside the valid range in the calendar, and displays an invalid state if the user enters an invalid date into the date field.

This example only accepts dates after today.

<DateRangePicker
  label="Trip dates"
  minValue={today(getLocalTimeZone())}
  defaultValue={{
    start: parseDate('2022-02-03'),
    end: parseDate('2022-05-03')
  }}  />

<DateRangePicker
  label="Trip dates"
  minValue={today(getLocalTimeZone())}
  defaultValue={{
    start: parseDate('2022-02-03'),
    end: parseDate('2022-05-03')
  }}  />

<DateRangePicker
  label="Trip dates"
  minValue={today(
    getLocalTimeZone()
  )}
  defaultValue={{
    start: parseDate(
      '2022-02-03'
    ),
    end: parseDate(
      '2022-05-03'
    )
  }}
/>

Unavailable dates#

DateRangePicker supports marking certain dates as unavailable. These dates cannot be selected by the user and are displayed with a crossed out appearance in the calendar. The isDateUnavailable prop accepts a callback that is called to evaluate whether a date is unavailable.

Note that by default, users may not select non-contiguous ranges, i.e. ranges that contain unavailable dates within them. Once a start date is selected in the calendar, enabled dates will be restricted to subsequent dates until an unavailable date is hit. While this is handled automatically in the calendar, additional validation logic must be provided to ensure an invalid state is displayed in the date field. This can be achieved using the validationState prop. See below for an example of how to allow non-contiguous ranges.

This example includes multiple unavailable date ranges, e.g. dates when a rental house is not available. The minValue prop is also used to prevent selecting dates before today. The validationState prop is used to mark selected date ranges with unavailable dates in the middle as invalid.

import {today} from '@internationalized/date';
import {useLocale} from '@adobe/react-spectrum';

function Example() {
  let now = today(getLocalTimeZone());
  let disabledRanges = [
    [now, now.add({ days: 5 })],
    [now.add({ days: 14 }), now.add({ days: 16 })],
    [now.add({ days: 23 }), now.add({ days: 24 })]
  ];

  let { locale } = useLocale();
  let isDateUnavailable = (date) =>
    disabledRanges.some((interval) =>
      date.compare(interval[0]) >= 0 && date.compare(interval[1]) <= 0
    );
  let [value, setValue] = React.useState(null);
  let isInvalid = value &&
    disabledRanges.some((interval) =>
      value.end.compare(interval[0]) >= 0 &&
      value.start.compare(interval[1]) <= 0
    );

  return (
    <DateRangePicker
      label="Trip dates"
      minValue={today(getLocalTimeZone())}
      isDateUnavailable={isDateUnavailable}
      value={value}
      onChange={setValue}
      validationState={isInvalid ? 'invalid' : null}
    />
  );
}

import {today} from '@internationalized/date';
import {useLocale} from '@adobe/react-spectrum';

function Example() {
  let now = today(getLocalTimeZone());
  let disabledRanges = [
    [now, now.add({ days: 5 })],
    [now.add({ days: 14 }), now.add({ days: 16 })],
    [now.add({ days: 23 }), now.add({ days: 24 })]
  ];

  let { locale } = useLocale();
  let isDateUnavailable = (date) =>
    disabledRanges.some((interval) =>
      date.compare(interval[0]) >= 0 &&
      date.compare(interval[1]) <= 0
    );
  let [value, setValue] = React.useState(null);
  let isInvalid = value &&
    disabledRanges.some((interval) =>
      value.end.compare(interval[0]) >= 0 &&
      value.start.compare(interval[1]) <= 0
    );

  return (
    <DateRangePicker
      label="Trip dates"
      minValue={today(getLocalTimeZone())}
      isDateUnavailable={isDateUnavailable}
      value={value}
      onChange={setValue}
      validationState={isInvalid ? 'invalid' : null}
    />
  );
}

import {today} from '@internationalized/date';
import {useLocale} from '@adobe/react-spectrum';

function Example() {
  let now = today(
    getLocalTimeZone()
  );
  let disabledRanges = [
    [
      now,
      now.add({
        days: 5
      })
    ],
    [
      now.add({
        days: 14
      }),
      now.add({
        days: 16
      })
    ],
    [
      now.add({
        days: 23
      }),
      now.add({
        days: 24
      })
    ]
  ];

  let { locale } =
    useLocale();
  let isDateUnavailable =
    (date) =>
      disabledRanges
        .some((
          interval
        ) =>
          date.compare(
              interval[0]
            ) >= 0 &&
          date.compare(
              interval[1]
            ) <= 0
        );
  let [value, setValue] =
    React.useState(null);
  let isInvalid =
    value &&
    disabledRanges.some(
      (interval) =>
        value.end
            .compare(
              interval[0]
            ) >= 0 &&
        value.start
            .compare(
              interval[1]
            ) <= 0
    );

  return (
    <DateRangePicker
      label="Trip dates"
      minValue={today(
        getLocalTimeZone()
      )}
      isDateUnavailable={isDateUnavailable}
      value={value}
      onChange={setValue}
      validationState={isInvalid
        ? 'invalid'
        : null}
    />
  );
}

Non-contiguous ranges#

The allowsNonContiguousRanges prop enables a range to be selected even if there are unavailable dates in the middle. The value emitted in the onChange event will still be a single range with a start and end property, but unavailable dates will not be displayed as selected. It is up to applications to split the full selected range into multiple as needed for business logic.

This example prevents selecting weekends, but allows selecting ranges that span multiple weeks.

import {isWeekend} from '@internationalized/date';

function Example() {
  let { locale } = useLocale();

  return (
    <DateRangePicker
      label="Time off request"
      isDateUnavailable={(date) => isWeekend(date, locale)}
      allowsNonContiguousRanges
    />
  );
}

import {isWeekend} from '@internationalized/date';

function Example() {
  let { locale } = useLocale();

  return (
    <DateRangePicker
      label="Time off request"
      isDateUnavailable={(date) => isWeekend(date, locale)}
      allowsNonContiguousRanges
    />
  );
}

import {isWeekend} from '@internationalized/date';

function Example() {
  let { locale } =
    useLocale();

  return (
    <DateRangePicker
      label="Time off request"
      isDateUnavailable={(date) =>
        isWeekend(
          date,
          locale
        )}
      allowsNonContiguousRanges
    />
  );
}

Props#

Name	Type	Default	Description
`minValue`	`DateValue`	—	The minimum allowed date that a user may select.
`maxValue`	`DateValue`	—	The maximum allowed date that a user may select.
`isDateUnavailable`	`( (date: DateValue )) => boolean`	—	Callback that is called for each date of the calendar. If it returns true, then the date is unavailable.
`placeholderValue`	`DateValue`	—	A placeholder date that influences the format of the placeholder shown when no value is selected. Defaults to today's date at midnight.
`hourCycle`	`12 \| 24`	—	Whether to display the time in 12 or 24 hour format. By default, this is determined by the user's locale.
`granularity`	`Granularity`	—	Determines the smallest unit that is displayed in the date picker. By default, this is `"day"` for dates, and `"minute"` for times.
`hideTimeZone`	`boolean`	`false`	Whether to hide the time zone abbreviation.
`isDisabled`	`boolean`	—	Whether the input is disabled.
`isReadOnly`	`boolean`	—	Whether the input can be selected but not changed by the user.
`validationState`	`ValidationState`	—	Whether the input should display its "valid" or "invalid" visual styling.
`isRequired`	`boolean`	—	Whether user input is required on the input before form submission. Often paired with the `necessityIndicator` prop to add a visual indicator to the input.
`autoFocus`	`boolean`	—	Whether the element should receive focus on render.
`label`	`ReactNode`	—	The content to display as the label.
`description`	`ReactNode`	—	A description for the field. Provides a hint such as specific requirements for what to choose.
`errorMessage`	`ReactNode`	—	An error message for the field.
`isOpen`	`boolean`	—	Whether the overlay is open by default (controlled).
`defaultOpen`	`boolean`	—	Whether the overlay is open by default (uncontrolled).
`allowsNonContiguousRanges`	`boolean`	—	When combined with `isDateUnavailable`, determines whether non-contiguous ranges, i.e. ranges containing unavailable dates, may be selected.
`value`	`RangeValue<DateValue>`	—	The current value (controlled).
`defaultValue`	`RangeValue<DateValue>`	—	The default value (uncontrolled).
`maxVisibleMonths`	`number`	`1`	The maximum number of months to display at once in the calendar popover, if screen space permits.
`shouldFlip`	`boolean`	`true`	Whether the calendar popover should automatically flip direction when space is limited.
`isQuiet`	`boolean`	`false`	Whether the date picker should be displayed with a quiet style.
`showFormatHelpText`	`boolean`	`false`	Whether to show the localized date format as help text below the field.
`labelPosition`	`LabelPosition`	`'top'`	The label's overall position relative to the element it is labeling.
`labelAlign`	`Alignment`	`'start'`	The label's horizontal alignment relative to the element it is labeling.
`necessityIndicator`	`NecessityIndicator`	`'icon'`	Whether the required state should be shown as an icon or text.
`contextualHelp`	`ReactNode`	—	A ContextualHelp element to place next to the label.

Events

Name	Type	Default	Description
`onFocus`	`( (e: FocusEvent )) => void`	—	Handler that is called when the element receives focus.
`onBlur`	`( (e: FocusEvent )) => void`	—	Handler that is called when the element loses focus.
`onFocusChange`	`( (isFocused: boolean )) => void`	—	Handler that is called when the element's focus status changes.
`onKeyDown`	`( (e: KeyboardEvent )) => void`	—	Handler that is called when a key is pressed.
`onKeyUp`	`( (e: KeyboardEvent )) => void`	—	Handler that is called when a key is released.
`onOpenChange`	`( (isOpen: boolean )) => void`	—	Handler that is called when the overlay's open state changes.
`onChange`	`( (value: RangeValue<MappedDateValue<DateValue>> )) => void`	—	Handler that is called when the value changes.

Layout

Name	Type	Default	Description
`flex`	`Responsive<string \| number \| boolean>`	—	When used in a flex layout, specifies how the element will grow or shrink to fit the space available. See MDN.
`flexGrow`	`Responsive<number>`	—	When used in a flex layout, specifies how the element will grow to fit the space available. See MDN.
`flexShrink`	`Responsive<number>`	—	When used in a flex layout, specifies how the element will shrink to fit the space available. See MDN.
`flexBasis`	`Responsive<number \| string>`	—	When used in a flex layout, specifies the initial main size of the element. See MDN.
`alignSelf`	`Responsive<'auto' \| 'normal' \| 'start' \| 'end' \| 'center' \| 'flex-start' \| 'flex-end' \| 'self-start' \| 'self-end' \| 'stretch'>`	—	Overrides the `alignItems` property of a flex or grid container. See MDN.
`justifySelf`	`Responsive<'auto' \| 'normal' \| 'start' \| 'end' \| 'flex-start' \| 'flex-end' \| 'self-start' \| 'self-end' \| 'center' \| 'left' \| 'right' \| 'stretch'>`	—	Specifies how the element is justified inside a flex or grid container. See MDN.
`order`	`Responsive<number>`	—	The layout order for the element within a flex or grid container. See MDN.
`gridArea`	`Responsive<string>`	—	When used in a grid layout, specifies the named grid area that the element should be placed in within the grid. See MDN.
`gridColumn`	`Responsive<string>`	—	When used in a grid layout, specifies the column the element should be placed in within the grid. See MDN.
`gridRow`	`Responsive<string>`	—	When used in a grid layout, specifies the row the element should be placed in within the grid. See MDN.
`gridColumnStart`	`Responsive<string>`	—	When used in a grid layout, specifies the starting column to span within the grid. See MDN.
`gridColumnEnd`	`Responsive<string>`	—	When used in a grid layout, specifies the ending column to span within the grid. See MDN.
`gridRowStart`	`Responsive<string>`	—	When used in a grid layout, specifies the starting row to span within the grid. See MDN.
`gridRowEnd`	`Responsive<string>`	—	When used in a grid layout, specifies the ending row to span within the grid. See MDN.

Spacing

Name	Type	Default	Description
`margin`	`Responsive<DimensionValue>`	—	The margin for all four sides of the element. See MDN.
`marginTop`	`Responsive<DimensionValue>`	—	The margin for the top side of the element. See MDN.
`marginBottom`	`Responsive<DimensionValue>`	—	The margin for the bottom side of the element. See MDN.
`marginStart`	`Responsive<DimensionValue>`	—	The margin for the logical start side of the element, depending on layout direction. See MDN.
`marginEnd`	`Responsive<DimensionValue>`	—	The margin for the logical end side of an element, depending on layout direction. See MDN.
`marginX`	`Responsive<DimensionValue>`	—	The margin for both the left and right sides of the element. See MDN.
`marginY`	`Responsive<DimensionValue>`	—	The margin for both the top and bottom sides of the element. See MDN.

Sizing

Name	Type	Default	Description
`width`	`Responsive<DimensionValue>`	—	The width of the element. See MDN.
`minWidth`	`Responsive<DimensionValue>`	—	The minimum width of the element. See MDN.
`maxWidth`	`Responsive<DimensionValue>`	—	The maximum width of the element. See MDN.
`height`	`Responsive<DimensionValue>`	—	The height of the element. See MDN.
`minHeight`	`Responsive<DimensionValue>`	—	The minimum height of the element. See MDN.
`maxHeight`	`Responsive<DimensionValue>`	—	The maximum height of the element. See MDN.

Positioning

Name	Type	Default	Description
`position`	`Responsive<'static' \| 'relative' \| 'absolute' \| 'fixed' \| 'sticky'>`	—	Specifies how the element is positioned. See MDN.
`top`	`Responsive<DimensionValue>`	—	The top position for the element. See MDN.
`bottom`	`Responsive<DimensionValue>`	—	The bottom position for the element. See MDN.
`left`	`Responsive<DimensionValue>`	—	The left position for the element. See MDN. Consider using `start` instead for RTL support.
`right`	`Responsive<DimensionValue>`	—	The right position for the element. See MDN. Consider using `start` instead for RTL support.
`start`	`Responsive<DimensionValue>`	—	The logical start position for the element, depending on layout direction. See MDN.
`end`	`Responsive<DimensionValue>`	—	The logical end position for the element, depending on layout direction. See MDN.
`zIndex`	`Responsive<number>`	—	The stacking order for the element. See MDN.
`isHidden`	`Responsive<boolean>`	—	Hides the element.

Accessibility

Name	Type	Default	Description
`id`	`string`	—	The element's unique identifier. See MDN.
`aria-label`	`string`	—	Defines a string value that labels the current element.
`aria-labelledby`	`string`	—	Identifies the element (or elements) that labels the current element.
`aria-describedby`	`string`	—	Identifies the element (or elements) that describes the object.
`aria-details`	`string`	—	Identifies the element (or elements) that provide a detailed, extended description for the object.

Advanced

Name	Type	Default	Description
`UNSAFE_className`	`string`	—	Sets the CSS className for the element. Only use as a last resort. Use style props instead.
`UNSAFE_style`	`CSSProperties`	—	Sets inline style for the element. Only use as a last resort. Use style props instead.

Visual options#

Quiet#

<DateRangePicker label="Date range" isQuiet />

<DateRangePicker label="Date range" isQuiet />

<DateRangePicker
  label="Date range"
  isQuiet
/>

Disabled#

<DateRangePicker label="Date range" isDisabled />

<DateRangePicker label="Date range" isDisabled />

<DateRangePicker
  label="Date range"
  isDisabled
/>

Read only#

The isReadOnly boolean prop makes the DateRangePicker's value immutable. Unlike isDisabled, the DateRangePicker remains focusable.

<DateRangePicker
  label="Date range"
  value={{
    start: today(getLocalTimeZone()),
    end: today(getLocalTimeZone()).add({ weeks: 1 })
  }}
  isReadOnly
/>

<DateRangePicker
  label="Date range"
  value={{
    start: today(getLocalTimeZone()),
    end: today(getLocalTimeZone()).add({ weeks: 1 })
  }}
  isReadOnly
/>

<DateRangePicker
  label="Date range"
  value={{
    start: today(
      getLocalTimeZone()
    ),
    end: today(
      getLocalTimeZone()
    ).add({
      weeks: 1
    })
  }}
  isReadOnly
/>

Label alignment and position#

View guidelines

By default, the label is positioned above the DateRangePicker. The labelPosition prop can be used to position the label to the side. The labelAlign prop can be used to align the label as "start" or "end". For left-to-right (LTR) languages, "start" refers to the left most edge of the DateRangePicker and "end" refers to the right most edge. For right-to-left (RTL) languages, this is flipped.

<DateRangePicker label="Date range" labelPosition="side" labelAlign="end" />

<DateRangePicker
  label="Date range"
  labelPosition="side"
  labelAlign="end"
/>

<DateRangePicker
  label="Date range"
  labelPosition="side"
  labelAlign="end"
/>

Help text#

View guidelines

Both a description and an error message can be supplied to a DateRangePicker. The description is always visible unless the validationState is “invalid” and an error message is provided. The error message can be used to help the user fix their input quickly and should be specific to the detected error. All strings should be localized. See the Validation section above for an example.

DateRangePicker also supports displaying the expected date format for the user's locale automatically using the showFormatHelpText prop.

<DateRangePicker label="Date range" showFormatHelpText />

<DateRangePicker label="Date range" showFormatHelpText />

<DateRangePicker
  label="Date range"
  showFormatHelpText
/>

Placeholder value#

When no value is set, a placeholder is shown. The format of the placeholder is influenced by the granularity and placeholderValue props. placeholderValue also controls the default values of each segment when the user first interacts with them, e.g. using the up and down arrow keys, as well as the default month shown in the calendar popover. By default, the placeholderValue is the current date at midnight, but you can set it to a more appropriate value if needed.

import {CalendarDate} from '@internationalized/date';

<DateRangePicker
  label="Date range"
  placeholderValue={new CalendarDate(1980, 1, 1)}
/>

import {CalendarDate} from '@internationalized/date';

<DateRangePicker
  label="Date range"
  placeholderValue={new CalendarDate(1980, 1, 1)}
/>

import {CalendarDate} from '@internationalized/date';

<DateRangePicker
  label="Date range"
  placeholderValue={new CalendarDate(
    1980,
    1,
    1
  )}
/>

Maximum visible months#

By default, the calendar popover displays a single month. The maxVisibleMonths prop allows displaying up to 3 months at a time, if screen space permits.

<DateRangePicker label="Date range" maxVisibleMonths={3} />

<DateRangePicker label="Date range" maxVisibleMonths={3} />

<DateRangePicker
  label="Date range"
  maxVisibleMonths={3}
/>

Hide time zone#

When ZonedDateTime objects are provided as the value of a DateRangePicker, the time zone abbreviation is displayed by default. However, if this is displayed elsewhere or implicit based on the usecase, it can be hidden using the hideTimeZone option.

<DateRangePicker
  label="Date range"
  defaultValue={{
    start: parseZonedDateTime('2022-11-07T10:45[America/Los_Angeles]'),
    end: parseZonedDateTime('2022-11-08T19:45[America/Los_Angeles]')
  }}
  hideTimeZone />

<DateRangePicker
  label="Date range"
  defaultValue={{
    start: parseZonedDateTime(
      '2022-11-07T10:45[America/Los_Angeles]'
    ),
    end: parseZonedDateTime(
      '2022-11-08T19:45[America/Los_Angeles]'
    )
  }}
  hideTimeZone
/>

<DateRangePicker
  label="Date range"
  defaultValue={{
    start:
      parseZonedDateTime(
        '2022-11-07T10:45[America/Los_Angeles]'
      ),
    end:
      parseZonedDateTime(
        '2022-11-08T19:45[America/Los_Angeles]'
      )
  }}
  hideTimeZone
/>

Hour cycle#

By default, DateRangePicker displays times in either 12 or 24 hour hour format depending on the user's locale. However, this can be overridden using the hourCycle prop if needed for a specific usecase. This example forces the DateRangePicker to use 24-hour time, regardless of the locale.

<DateRangePicker
  label="Date range"
  granularity="minute"
  hourCycle={24} />

<DateRangePicker
  label="Date range"
  granularity="minute"
  hourCycle={24} />

<DateRangePicker
  label="Date range"
  granularity="minute"
  hourCycle={24} />

A CalendarDate represents a date without any time components in a specific calendar system.

Properties

Name	Type	Description
`calendar`	`Calendar`	The calendar system associated with this date, e.g. Gregorian.
`era`	`string`	The calendar era for this date, e.g. "BC" or "AD".
`year`	`number`	The year of this date within the era.
`month`	`number`	The month number within the year. Note that some calendar systems such as Hebrew may have a variable number of months per year. Therefore, month numbers may not always correspond to the same month names in different years.
`day`	`number`	The day number within the month.

Methods

Method	Description
`constructor( (...args: any[] )): void`
`copy(): CalendarDate`	Returns a copy of this date.
`add( (duration: DateDuration )): CalendarDate`	Returns a new `CalendarDate` with the given duration added to it.
`subtract( (duration: DateDuration )): CalendarDate`	Returns a new `CalendarDate` with the given duration subtracted from it.
`set( (fields: DateFields )): CalendarDate`	Returns a new `CalendarDate` with the given fields set to the provided values. Other fields will be constrained accordingly.
`cycle( field: DateField, amount: number, options?: CycleOptions ): CalendarDate`	Returns a new `CalendarDate` with the given field adjusted by a specified amount. When the resulting value reaches the limits of the field, it wraps around.
`toDate( (timeZone: string )): Date`	Converts the date to a native JavaScript Date object, with the time set to midnight in the given time zone.
`toString(): string`	Converts the date to an ISO 8601 formatted string.
`compare( (b: AnyCalendarDate )): number`	Compares this date with another. A negative result indicates that this date is before the given one, and a positive date indicates that it is after.

Parses an ISO 8601 date string, with no time components.

parseDate(
  (value: string
)): CalendarDate

A CalendarDateTime represents a date and time without a time zone, in a specific calendar system.

Properties

Name	Type	Description
`calendar`	`Calendar`	The calendar system associated with this date, e.g. Gregorian.
`era`	`string`	The calendar era for this date, e.g. "BC" or "AD".
`year`	`number`	The year of this date within the era.
`month`	`number`	The month number within the year. Note that some calendar systems such as Hebrew may have a variable number of months per year. Therefore, month numbers may not always correspond to the same month names in different years.
`day`	`number`	The day number within the month.
`hour`	`number`	The hour in the day, numbered from 0 to 23.
`minute`	`number`	The minute in the hour.
`second`	`number`	The second in the minute.
`millisecond`	`number`	The millisecond in the second.

Methods

Method	Description
`constructor( (...args: any[] )): void`
`copy(): CalendarDateTime`	Returns a copy of this date.
`add( (duration: DateTimeDuration )): CalendarDateTime`	Returns a new `CalendarDateTime` with the given duration added to it.
`subtract( (duration: DateTimeDuration )): CalendarDateTime`	Returns a new `CalendarDateTime` with the given duration subtracted from it.
`set( (fields: DateFields & & TimeFields )): CalendarDateTime`	Returns a new `CalendarDateTime` with the given fields set to the provided values. Other fields will be constrained accordingly.
`cycle( field: DateField \| \| TimeField, amount: number, options?: CycleTimeOptions ): CalendarDateTime`	Returns a new `CalendarDateTime` with the given field adjusted by a specified amount. When the resulting value reaches the limits of the field, it wraps around.
`toDate( (timeZone: string, , disambiguation?: Disambiguation )): Date`	Converts the date to a native JavaScript Date object in the given time zone.
`toString(): string`	Converts the date to an ISO 8601 formatted string.
`compare( (b: CalendarDate \| CalendarDateTime \| ZonedDateTime )): number`	Compares this date with another. A negative result indicates that this date is before the given one, and a positive date indicates that it is after.

A ZonedDateTime represents a date and time in a specific time zone and calendar system.

Properties

Name	Type	Description
`calendar`	`Calendar`	The calendar system associated with this date, e.g. Gregorian.
`era`	`string`	The calendar era for this date, e.g. "BC" or "AD".
`year`	`number`	The year of this date within the era.
`month`	`number`	The month number within the year. Note that some calendar systems such as Hebrew may have a variable number of months per year. Therefore, month numbers may not always correspond to the same month names in different years.
`day`	`number`	The day number within the month.
`hour`	`number`	The hour in the day, numbered from 0 to 23.
`minute`	`number`	The minute in the hour.
`second`	`number`	The second in the minute.
`millisecond`	`number`	The millisecond in the second.
`timeZone`	`string`	The IANA time zone identifier that this date and time is represented in.
`offset`	`number`	The UTC offset for this time, in seconds.

Methods

Method	Description
`constructor( (...args: any[] )): void`
`copy(): ZonedDateTime`	Returns a copy of this date.
`add( (duration: DateTimeDuration )): void`	Returns a new `ZonedDateTime` with the given duration added to it.
`subtract( (duration: DateTimeDuration )): void`	Returns a new `ZonedDateTime` with the given duration subtracted from it.
`set( (fields: DateFields & & TimeFields, , disambiguation?: Disambiguation )): void`	Returns a new `ZonedDateTime` with the given fields set to the provided values. Other fields will be constrained accordingly.
`cycle( field: DateField \| \| TimeField, amount: number, options?: CycleTimeOptions ): void`	Returns a new `ZonedDateTime` with the given field adjusted by a specified amount. When the resulting value reaches the limits of the field, it wraps around.
`toDate(): void`	Converts the date to a native JavaScript Date object.
`toString(): void`	Converts the date to an ISO 8601 formatted string, including the UTC offset and time zone identifier.
`toAbsoluteString(): void`	Converts the date to an ISO 8601 formatted string in UTC.
`compare( (b: CalendarDate \| CalendarDateTime \| ZonedDateTime )): void`	Compares this date with another. A negative result indicates that this date is before the given one, and a positive date indicates that it is after.

Parses an ISO 8601 date and time string, with no time zone.

parseDateTime(
  (value: string
)): CalendarDateTime

Parses an ISO 8601 date and time string with a time zone extension and optional UTC offset (e.g. "2021-11-07T00:45[America/Los_Angeles]" or "2021-11-07T00:45-07:00[America/Los_Angeles]"). Ambiguous times due to daylight saving time transitions are resolved according to the disambiguation parameter.

parseZonedDateTime(
  (value: string,
  , disambiguation?: Disambiguation
)): ZonedDateTime

'compatible'
  | 'earlier'
  | 'later'
  | 'reject'

Parses an ISO 8601 date and time string with a UTC offset (e.g. "2021-11-07T07:45:00Z" or "2021-11-07T07:45:00-07:00"). The result is converted to the provided time zone.

parseAbsolute(
  (value: string,
  , timeZone: string
)): ZonedDateTime

Parses an ISO 8601 date and time string with a UTC offset (e.g. "2021-11-07T07:45:00Z" or "2021-11-07T07:45:00-07:00"). The result is converted to the user's local time zone.

parseAbsoluteToLocal(
  (value: string
)): ZonedDateTime

CalendarDate
  | CalendarDateTime
  | ZonedDateTime

'day'
  | 'hour'
  | 'minute'
  | 'second'

'valid' | 'invalid'

Name	Type	Description
`start`	`T`	The start value of the range.
`end`	`T`	The end value of the range.

'top' | 'side'

'start' | 'end'

'icon' | 'label'

BaseEvent<ReactKeyboardEvent<any>>

SyntheticEvent & {stopPropagation: () => void,
continuePropagation: () => void
}

DateValue extends ZonedDateTime ? ZonedDateTime :
DateValue extends CalendarDateTime ? CalendarDateTime :
DateValue extends CalendarDate ? CalendarDate : never

T | ResponsiveProp<T>

{base?: T,
S?: T,
M?: T,
L?: T,
[custom: string]: T | undefined
}

See the Styling docs for a visualization of these values.

'size-0'
  | 'size-10'
  | 'size-25'
  | 'size-40'
  | 'size-50'
  | 'size-65'
  | 'size-75'
  | 'size-85'
  | 'size-100'
  | 'size-115'
  | 'size-125'
  | 'size-130'
  | 'size-150'
  | 'size-160'
  | 'size-175'
  | 'size-200'
  | 'size-225'
  | 'size-250'
  | 'size-300'
  | 'size-350'
  | 'size-400'
  | 'size-450'
  | 'size-500'
  | 'size-550'
  | 'size-600'
  | 'size-675'
  | 'size-700'
  | 'size-800'
  | 'size-900'
  | 'size-1000'
  | 'size-1200'
  | 'size-1250'
  | 'size-1600'
  | 'size-1700'
  | 'size-2000'
  | 'size-2400'
  | 'size-3000'
  | 'size-3400'
  | 'size-3600'
  | 'size-4600'
  | 'size-5000'
  | 'size-6000'
  | 'static-size-0'
  | 'static-size-10'
  | 'static-size-25'
  | 'static-size-50'
  | 'static-size-40'
  | 'static-size-65'
  | 'static-size-100'
  | 'static-size-115'
  | 'static-size-125'
  | 'static-size-130'
  | 'static-size-150'
  | 'static-size-160'
  | 'static-size-175'
  | 'static-size-200'
  | 'static-size-225'
  | 'static-size-250'
  | 'static-size-300'
  | 'static-size-400'
  | 'static-size-450'
  | 'static-size-500'
  | 'static-size-550'
  | 'static-size-600'
  | 'static-size-700'
  | 'static-size-800'
  | 'static-size-900'
  | 'static-size-1000'
  | 'static-size-1200'
  | 'static-size-1700'
  | 'static-size-2400'
  | 'static-size-2600'
  | 'static-size-3400'
  | 'static-size-3600'
  | 'static-size-4600'
  | 'static-size-5000'
  | 'static-size-6000'
  | 'single-line-height'
  | 'single-line-width'
  | string
    &  & {}
  | number