@philipab/angular-bootstrap-datetimepicker
Version:
**Note**: This npm package is a fork of dalelotts/angular-bootstrap-datetimepicker, to provide an Ivy-compiled build of the current master branch. The fork was necessary because the official npm package did not release a new version with ivy support, yet.
257 lines • 33.6 kB
JavaScript
/**
* @license
* Copyright 2013-present Dale Lotts All Rights Reserved.
* http://www.dalelotts.com
*
* Use of this source code is governed by an MIT-style license that can be
* found in the LICENSE file at https://github.com/dalelotts/angular-bootstrap-datetimepicker/blob/master/LICENSE
*/
import moment from 'moment';
/**
* Default implementation for the `year` view.
*/
export class DlYearModelProvider {
/**
* Create a moment at midnight january 1 at the start of the current decade.
* The start of the decade is always a year ending in zero.
*
* @param fromMilliseconds
* the moment in time from which the start of the decade will be determined.
* @returns
* moment at midnight january 1 at the start of the current decade.
* @internal
*/
static getStartOfDecade(fromMilliseconds) {
// Truncate the last digit from the current year to get the start of the decade
const startDecade = (Math.trunc(moment(fromMilliseconds).year() / 10) * 10);
return moment({ year: startDecade }).startOf('year');
}
/**
* Receives input changes detected by Angular.
*
* @param changes
* the input changes detected by Angular.
*/
onChanges(_changes) { }
/**
* Returns the `year` model for the specified moment in `local` time with the
* `active` year set to January 1 of the specified year.
*
* The `year` model represents a decade (10 years) as two rows with five columns.
*
* The decade always starts on a year ending with zero.
*
* Each cell represents midnight January 1 of the indicated year.
*
* The `active` year will be the January 1 of year of the specified milliseconds.
*
* @param milliseconds
* the moment in time from which the year model will be created.
* @param selectedMilliseconds
* the current value of the date/time picker.
* @returns
* the model representing the specified moment in time.
*/
getModel(milliseconds, selectedMilliseconds) {
const rowNumbers = [0, 1];
const columnNumbers = [0, 1, 2, 3, 4];
const startYear = moment(milliseconds).startOf('year');
const startDate = DlYearModelProvider.getStartOfDecade(milliseconds);
const futureYear = startDate.year() + 9;
const pastYear = startDate.year();
const activeValue = startYear.valueOf();
const selectedValue = selectedMilliseconds === null || selectedMilliseconds === undefined
? selectedMilliseconds
: moment(selectedMilliseconds).startOf('year').valueOf();
return {
viewName: 'year',
viewLabel: `${pastYear}-${futureYear}`,
activeDate: activeValue,
leftButton: {
value: moment(startDate).subtract(10, 'years').valueOf(),
ariaLabel: `Go to ${pastYear - 10}-${pastYear - 1}`,
classes: {},
},
rightButton: {
value: moment(startDate).add(10, 'years').valueOf(),
ariaLabel: `Go to ${futureYear + 1}-${futureYear + 10}`,
classes: {},
},
rows: rowNumbers.map(rowOfYears.bind(this))
};
function rowOfYears(rowNumber) {
const currentMoment = moment();
const cells = columnNumbers.map((columnNumber) => {
const yearMoment = moment(startDate).add((rowNumber * columnNumbers.length) + columnNumber, 'years');
return {
display: yearMoment.format('YYYY'),
value: yearMoment.valueOf(),
classes: {
'dl-abdtp-active': activeValue === yearMoment.valueOf(),
'dl-abdtp-selected': selectedValue === yearMoment.valueOf(),
'dl-abdtp-now': yearMoment.isSame(currentMoment, 'year'),
}
};
});
return { cells };
}
}
/**
* Move the active `year` one row `down` from the specified moment in time.
*
* The `active` year will be the January 1 `five (5) years after` the specified milliseconds.
* This moves the `active` date one row `down` in the current `year` view.
*
* Moving `down` can result in the `active` year being part of a different decade than
* the specified `fromMilliseconds`, in this case the decade represented by the model
* will change to show the correct decade.
*
* @param fromMilliseconds
* the moment in time from which the next `year` model `down` will be constructed.
* @param selectedMilliseconds
* the current value of the date/time picker.
* @returns
* model containing an `active` `year` one row `down` from the specified moment in time.
*/
goDown(fromMilliseconds, selectedMilliseconds) {
return this.getModel(moment(fromMilliseconds).add(5, 'year').valueOf(), selectedMilliseconds);
}
/**
* Move the active `year` one row `up` from the specified moment in time.
*
* The `active` year will be the January 1 `five (5) years before` the specified milliseconds.
* This moves the `active` date one row `up` in the current `year` view.
*
* Moving `up` can result in the `active` year being part of a different decade than
* the specified `fromMilliseconds`, in this case the decade represented by the model
* will change to show the correct decade.
*
* @param fromMilliseconds
* the moment in time from which the previous `year` model `up` will be constructed.
* @param selectedMilliseconds
* the current value of the date/time picker.
* @returns
* model containing an `active` `year` one row `up` from the specified moment in time.
*/
goUp(fromMilliseconds, selectedMilliseconds) {
return this.getModel(moment(fromMilliseconds).subtract(5, 'year').valueOf(), selectedMilliseconds);
}
/**
* Move the `active` `year` one (1) year to the `left` of the specified moment in time.
*
* The `active` year will be the January 1 `one (1) year before` the specified milliseconds.
* This moves the `active` date one year `left` in the current `year` view.
*
* Moving `left` can result in the `active` year being part of a different decade than
* the specified `fromMilliseconds`, in this case the decade represented by the model
* will change to show the correct decade.
*
* @param fromMilliseconds
* the moment in time from which the `year` model to the `left` will be constructed.
* @param selectedMilliseconds
* the current value of the date/time picker.
* @returns
* model containing an `active` `year` one year to the `left` of the specified moment in time.
*/
goLeft(fromMilliseconds, selectedMilliseconds) {
return this.getModel(moment(fromMilliseconds).subtract(1, 'year').valueOf(), selectedMilliseconds);
}
/**
* Move the `active` `year` one (1) year to the `right` of the specified moment in time.
*
* The `active` year will be the January 1 `one (1) year after` the specified milliseconds.
* This moves the `active` date one year `right` in the current `year` view.
*
* Moving `right` can result in the `active` year being part of a different decade than
* the specified `fromMilliseconds`, in this case the decade represented by the model
* will change to show the correct decade.
*
* @param fromMilliseconds
* the moment in time from which the `year` model to the `right` will be constructed.
* @param selectedMilliseconds
* the current value of the date/time picker.
* @returns
* model containing an `active` `year` one year to the `right` of the specified moment in time.
*/
goRight(fromMilliseconds, selectedMilliseconds) {
return this.getModel(moment(fromMilliseconds).add(1, 'year').valueOf(), selectedMilliseconds);
}
/**
* Move the active `year` one decade `down` from the specified moment in time.
*
* The `active` year will be the January 1 `ten (10) years after` the specified milliseconds.
* This moves the `active` date one `page` `down` from the current `year` view.
*
* Paging `down` will result in the `active` year being part of a different decade than
* the specified `fromMilliseconds`. As a result, the decade represented by the model
* will change to show the correct decade.
*
* @param fromMilliseconds
* the moment in time from which the next `year` model page `down` will be constructed.
* @param selectedMilliseconds
* the current value of the date/time picker.
* @returns
* model containing an `active` `year` one decade `down` from the specified moment in time.
*/
pageDown(fromMilliseconds, selectedMilliseconds) {
return this.getModel(moment(fromMilliseconds).add(10, 'year').valueOf(), selectedMilliseconds);
}
/**
* Move the active `year` one decade `up` from the specified moment in time.
*
* The `active` year will be the January 1 `ten (10) years before` the specified milliseconds.
* This moves the `active` date one `page-up` from the current `year` view.
*
* Paging `up` will result in the `active` year being part of a different decade than
* the specified `fromMilliseconds`. As a result, the decade represented by the model
* will change to show the correct decade.
*
* @param fromMilliseconds
* the moment in time from which the next `year` model page `up` will be constructed.
* @param selectedMilliseconds
* the current value of the date/time picker.
* @returns
* model containing an `active` `year` one decade `up` from the specified moment in time.
*/
pageUp(fromMilliseconds, selectedMilliseconds) {
return this.getModel(moment(fromMilliseconds).subtract(10, 'year').valueOf(), selectedMilliseconds);
}
/**
* Move the `active` `year` to the `last` year in the decade.
*
* The view or time range will not change unless the `fromMilliseconds` value
* is in a different decade than the displayed decade.
*
* @param fromMilliseconds
* the moment in time from which the `last` active `year` will be calculated.
* @param selectedMilliseconds
* the current value of the date/time picker.
* @returns
* a model with the `last` cell in the view as the active `year`.
*/
goEnd(fromMilliseconds, selectedMilliseconds) {
return this.getModel(DlYearModelProvider.getStartOfDecade(fromMilliseconds)
.add(9, 'years')
.endOf('year')
.valueOf(), selectedMilliseconds);
}
/**
* Move the `active` `year` to the `first` year in the decade.
*
* The view or time range will not change unless the `fromMilliseconds` value
* is in a different decade than the displayed decade.
*
* @param fromMilliseconds
* the moment in time from which the `first` active `year` will be calculated.
* @param selectedMilliseconds
* the current value of the date/time picker.
* @returns
* a model with the `first` cell in the view as the active `year`.
*/
goHome(fromMilliseconds, selectedMilliseconds) {
return this.getModel(DlYearModelProvider.getStartOfDecade(fromMilliseconds)
.startOf('year')
.valueOf(), selectedMilliseconds);
}
}
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* @license\r\n * Copyright 2013-present Dale Lotts All Rights Reserved.\r\n * http://www.dalelotts.com\r\n *\r\n * Use of this source code is governed by an MIT-style license that can be\r\n * found in the LICENSE file at https://github.com/dalelotts/angular-bootstrap-datetimepicker/blob/master/LICENSE\r\n */\r\n\r\nimport {SimpleChanges} from '@angular/core';\r\nimport moment, {Moment} from 'moment';\r\nimport {DlDateTimePickerModel} from './dl-date-time-picker-model';\r\nimport {DlModelProvider} from './dl-model-provider';\r\n\r\n/**\r\n * Default implementation for the `year` view.\r\n */\r\nexport class DlYearModelProvider implements DlModelProvider {\r\n\r\n  /**\r\n   * Create a moment at midnight january 1 at the start of the current decade.\r\n   * The start of the decade is always a year ending in zero.\r\n   *\r\n   * @param fromMilliseconds\r\n   *  the moment in time from which the start of the decade will be determined.\r\n   * @returns\r\n   *  moment at midnight january 1 at the start of the current decade.\r\n   * @internal\r\n   */\r\n  private static getStartOfDecade(fromMilliseconds: number): Moment {\r\n    // Truncate the last digit from the current year to get the start of the decade\r\n    const startDecade = (Math.trunc(moment(fromMilliseconds).year() / 10) * 10);\r\n    return moment({year: startDecade}).startOf('year');\r\n  }\r\n\r\n  /**\r\n   * Receives input changes detected by Angular.\r\n   *\r\n   * @param changes\r\n   *  the input changes detected by Angular.\r\n   */\r\n  onChanges(\r\n    _changes: SimpleChanges\r\n  ): void {}\r\n\r\n  /**\r\n   * Returns the `year` model for the specified moment in `local` time with the\r\n   * `active` year set to January 1 of the specified year.\r\n   *\r\n   * The `year` model represents a decade (10 years) as two rows with five columns.\r\n   *\r\n   * The decade always starts on a year ending with zero.\r\n   *\r\n   * Each cell represents midnight January 1 of the indicated year.\r\n   *\r\n   * The `active` year will be the January 1 of year of the specified milliseconds.\r\n   *\r\n   * @param milliseconds\r\n   *  the moment in time from which the year model will be created.\r\n   * @param selectedMilliseconds\r\n   *  the current value of the date/time picker.\r\n   * @returns\r\n   *  the model representing the specified moment in time.\r\n   */\r\n  getModel(milliseconds: number, selectedMilliseconds: number): DlDateTimePickerModel {\r\n    const rowNumbers = [0, 1];\r\n    const columnNumbers = [0, 1, 2, 3, 4];\r\n\r\n    const startYear = moment(milliseconds).startOf('year');\r\n    const startDate = DlYearModelProvider.getStartOfDecade(milliseconds);\r\n\r\n    const futureYear = startDate.year() + 9;\r\n    const pastYear = startDate.year();\r\n    const activeValue = startYear.valueOf();\r\n    const selectedValue = selectedMilliseconds === null || selectedMilliseconds === undefined\r\n      ? selectedMilliseconds\r\n      : moment(selectedMilliseconds).startOf('year').valueOf();\r\n\r\n    return {\r\n      viewName: 'year',\r\n      viewLabel: `${pastYear}-${futureYear}`,\r\n      activeDate: activeValue,\r\n      leftButton: {\r\n        value: moment(startDate).subtract(10, 'years').valueOf(),\r\n        ariaLabel: `Go to ${pastYear - 10}-${pastYear - 1}`,\r\n        classes: {},\r\n      },\r\n      rightButton: {\r\n        value: moment(startDate).add(10, 'years').valueOf(),\r\n        ariaLabel: `Go to ${futureYear + 1}-${futureYear + 10}`,\r\n        classes: {},\r\n      },\r\n      rows: rowNumbers.map(rowOfYears.bind(this))\r\n    };\r\n\r\n    function rowOfYears(rowNumber) {\r\n\r\n      const currentMoment = moment();\r\n      const cells = columnNumbers.map((columnNumber) => {\r\n        const yearMoment = moment(startDate).add((rowNumber * columnNumbers.length) + columnNumber, 'years');\r\n        return {\r\n          display: yearMoment.format('YYYY'),\r\n          value: yearMoment.valueOf(),\r\n          classes: {\r\n            'dl-abdtp-active': activeValue === yearMoment.valueOf(),\r\n            'dl-abdtp-selected': selectedValue === yearMoment.valueOf(),\r\n            'dl-abdtp-now': yearMoment.isSame(currentMoment, 'year'),\r\n          }\r\n        };\r\n      });\r\n      return {cells};\r\n    }\r\n  }\r\n\r\n  /**\r\n   * Move the active `year` one row `down` from the specified moment in time.\r\n   *\r\n   * The `active` year will be the January 1 `five (5) years after` the specified milliseconds.\r\n   * This moves the `active` date one row `down` in the current `year` view.\r\n   *\r\n   * Moving `down` can result in the `active` year being part of a different decade than\r\n   * the specified `fromMilliseconds`, in this case the decade represented by the model\r\n   * will change to show the correct decade.\r\n   *\r\n   * @param fromMilliseconds\r\n   *  the moment in time from which the next `year` model `down` will be constructed.\r\n   * @param selectedMilliseconds\r\n   *  the current value of the date/time picker.\r\n   * @returns\r\n   *  model containing an `active` `year` one row `down` from the specified moment in time.\r\n   */\r\n  goDown(fromMilliseconds: number, selectedMilliseconds: number): DlDateTimePickerModel {\r\n    return this.getModel(moment(fromMilliseconds).add(5, 'year').valueOf(), selectedMilliseconds);\r\n  }\r\n\r\n  /**\r\n   * Move the active `year` one row `up` from the specified moment in time.\r\n   *\r\n   * The `active` year will be the January 1 `five (5) years before` the specified milliseconds.\r\n   * This moves the `active` date one row `up` in the current `year` view.\r\n   *\r\n   * Moving `up` can result in the `active` year being part of a different decade than\r\n   * the specified `fromMilliseconds`, in this case the decade represented by the model\r\n   * will change to show the correct decade.\r\n   *\r\n   * @param fromMilliseconds\r\n   *  the moment in time from which the previous `year` model `up` will be constructed.\r\n   * @param selectedMilliseconds\r\n   *  the current value of the date/time picker.\r\n   * @returns\r\n   *  model containing an `active` `year` one row `up` from the specified moment in time.\r\n   */\r\n  goUp(fromMilliseconds: number, selectedMilliseconds: number): DlDateTimePickerModel {\r\n    return this.getModel(moment(fromMilliseconds).subtract(5, 'year').valueOf(), selectedMilliseconds);\r\n  }\r\n\r\n  /**\r\n   * Move the `active` `year` one (1) year to the `left` of the specified moment in time.\r\n   *\r\n   * The `active` year will be the January 1 `one (1) year before` the specified milliseconds.\r\n   * This moves the `active` date one year `left` in the current `year` view.\r\n   *\r\n   * Moving `left` can result in the `active` year being part of a different decade than\r\n   * the specified `fromMilliseconds`, in this case the decade represented by the model\r\n   * will change to show the correct decade.\r\n   *\r\n   * @param fromMilliseconds\r\n   *  the moment in time from which the `year` model to the `left` will be constructed.\r\n   * @param selectedMilliseconds\r\n   *  the current value of the date/time picker.\r\n   * @returns\r\n   *  model containing an `active` `year` one year to the `left` of the specified moment in time.\r\n   */\r\n  goLeft(fromMilliseconds: number, selectedMilliseconds: number): DlDateTimePickerModel {\r\n    return this.getModel(moment(fromMilliseconds).subtract(1, 'year').valueOf(), selectedMilliseconds);\r\n  }\r\n\r\n  /**\r\n   * Move the `active` `year` one (1) year to the `right` of the specified moment in time.\r\n   *\r\n   * The `active` year will be the January 1 `one (1) year after` the specified milliseconds.\r\n   * This moves the `active` date one year `right` in the current `year` view.\r\n   *\r\n   * Moving `right` can result in the `active` year being part of a different decade than\r\n   * the specified `fromMilliseconds`, in this case the decade represented by the model\r\n   * will change to show the correct decade.\r\n   *\r\n   * @param fromMilliseconds\r\n   *  the moment in time from which the `year` model to the `right` will be constructed.\r\n   * @param selectedMilliseconds\r\n   *  the current value of the date/time picker.\r\n   * @returns\r\n   *  model containing an `active` `year` one year to the `right` of the specified moment in time.\r\n   */\r\n  goRight(fromMilliseconds: number, selectedMilliseconds: number): DlDateTimePickerModel {\r\n    return this.getModel(moment(fromMilliseconds).add(1, 'year').valueOf(), selectedMilliseconds);\r\n  }\r\n\r\n  /**\r\n   * Move the active `year` one decade `down` from the specified moment in time.\r\n   *\r\n   * The `active` year will be the January 1 `ten (10) years after` the specified milliseconds.\r\n   * This moves the `active` date one `page` `down` from the current `year` view.\r\n   *\r\n   * Paging `down` will result in the `active` year being part of a different decade than\r\n   * the specified `fromMilliseconds`. As a result, the decade represented by the model\r\n   * will change to show the correct decade.\r\n   *\r\n   * @param fromMilliseconds\r\n   *  the moment in time from which the next `year` model page `down` will be constructed.\r\n   * @param selectedMilliseconds\r\n   *  the current value of the date/time picker.\r\n   * @returns\r\n   *  model containing an `active` `year` one decade `down` from the specified moment in time.\r\n   */\r\n  pageDown(fromMilliseconds: number, selectedMilliseconds: number): DlDateTimePickerModel {\r\n    return this.getModel(moment(fromMilliseconds).add(10, 'year').valueOf(), selectedMilliseconds);\r\n  }\r\n\r\n  /**\r\n   * Move the active `year` one decade `up` from the specified moment in time.\r\n   *\r\n   * The `active` year will be the January 1 `ten (10) years before` the specified milliseconds.\r\n   * This moves the `active` date one `page-up` from the current `year` view.\r\n   *\r\n   * Paging `up` will result in the `active` year being part of a different decade than\r\n   * the specified `fromMilliseconds`. As a result, the decade represented by the model\r\n   * will change to show the correct decade.\r\n   *\r\n   * @param fromMilliseconds\r\n   *  the moment in time from which the next `year` model page `up` will be constructed.\r\n   * @param selectedMilliseconds\r\n   *  the current value of the date/time picker.\r\n   * @returns\r\n   *  model containing an `active` `year` one decade `up` from the specified moment in time.\r\n   */\r\n  pageUp(fromMilliseconds: number, selectedMilliseconds: number): DlDateTimePickerModel {\r\n    return this.getModel(moment(fromMilliseconds).subtract(10, 'year').valueOf(), selectedMilliseconds);\r\n  }\r\n\r\n  /**\r\n   * Move the `active` `year` to the `last` year in the decade.\r\n   *\r\n   * The view or time range will not change unless the `fromMilliseconds` value\r\n   * is in a different decade than the displayed decade.\r\n   *\r\n   * @param fromMilliseconds\r\n   *  the moment in time from which the `last` active `year` will be calculated.\r\n   * @param selectedMilliseconds\r\n   *  the current value of the date/time picker.\r\n   * @returns\r\n   *  a model with the `last` cell in the view as the active `year`.\r\n   */\r\n  goEnd(fromMilliseconds: number, selectedMilliseconds: number): DlDateTimePickerModel {\r\n    return this.getModel(\r\n      DlYearModelProvider.getStartOfDecade(fromMilliseconds)\r\n        .add(9, 'years')\r\n        .endOf('year')\r\n        .valueOf(),\r\n      selectedMilliseconds\r\n    );\r\n  }\r\n\r\n  /**\r\n   * Move the `active` `year` to the `first` year in the decade.\r\n   *\r\n   * The view or time range will not change unless the `fromMilliseconds` value\r\n   * is in a different decade than the displayed decade.\r\n   *\r\n   * @param fromMilliseconds\r\n   *  the moment in time from which the `first` active `year` will be calculated.\r\n   * @param selectedMilliseconds\r\n   *  the current value of the date/time picker.\r\n   * @returns\r\n   *  a model with the `first` cell in the view as the active `year`.\r\n   */\r\n  goHome(fromMilliseconds: number, selectedMilliseconds: number): DlDateTimePickerModel {\r\n    return this.getModel(\r\n      DlYearModelProvider.getStartOfDecade(fromMilliseconds)\r\n        .startOf('year')\r\n        .valueOf(),\r\n      selectedMilliseconds\r\n    );\r\n  }\r\n}\r\n"]}