/**
 * DevExtreme (cjs/__internal/scheduler/appointments/m_settings_generator.js)
 * Version: 24.1.7-build-24272-1937
 * Build date: Sat Sep 28 2024
 *
 * Copyright (c) 2012 - 2024 Developer Express Inc. ALL RIGHTS RESERVED
 * Read about DevExtreme licensing here: https://js.devexpress.com/Licensing/
 */
"use strict";
Object.defineProperty(exports, "__esModule", {
    value: true
});
exports.DateGeneratorVirtualStrategy = exports.DateGeneratorBaseStrategy = exports.AppointmentSettingsGenerator = void 0;
var _date = _interopRequireDefault(require("../../../core/utils/date"));
var _extend = require("../../../core/utils/extend");
var _type = require("../../../core/utils/type");
var _date2 = require("../../core/utils/date");
var _index = require("../../scheduler/r1/utils/index");
var _m_appointment_adapter = require("../m_appointment_adapter");
var _m_expression_utils = require("../m_expression_utils");
var _m_recurrence = require("../m_recurrence");
var _m_utils_time_zone = _interopRequireDefault(require("../m_utils_time_zone"));
var _m_utils = require("../resources/m_utils");
var _m_cell_position_calculator = require("./m_cell_position_calculator");
var _m_text_utils = require("./m_text_utils");

function _interopRequireDefault(obj) {
    return obj && obj.__esModule ? obj : {
        default: obj
    }
}

function _extends() {
    _extends = Object.assign ? Object.assign.bind() : function(target) {
        for (var i = 1; i < arguments.length; i++) {
            var source = arguments[i];
            for (var key in source) {
                if (Object.prototype.hasOwnProperty.call(source, key)) {
                    target[key] = source[key]
                }
            }
        }
        return target
    };
    return _extends.apply(this, arguments)
}
const toMs = _date.default.dateToMilliseconds;
const APPOINTMENT_DATE_TEXT_FORMAT = "TIME";
class DateGeneratorBaseStrategy {
    constructor(options) {
        this.options = options
    }
    get rawAppointment() {
        return this.options.rawAppointment
    }
    get timeZoneCalculator() {
        return this.options.timeZoneCalculator
    }
    get viewDataProvider() {
        return this.options.viewDataProvider
    }
    get appointmentTakesAllDay() {
        return this.options.appointmentTakesAllDay
    }
    get supportAllDayRow() {
        return this.options.supportAllDayRow
    }
    get isAllDayRowAppointment() {
        return this.options.isAllDayRowAppointment
    }
    get timeZone() {
        return this.options.timeZone
    }
    get dateRange() {
        return this.options.dateRange
    }
    get firstDayOfWeek() {
        return this.options.firstDayOfWeek
    }
    get viewStartDayHour() {
        return this.options.viewStartDayHour
    }
    get viewEndDayHour() {
        return this.options.viewEndDayHour
    }
    get endViewDate() {
        return this.options.endViewDate
    }
    get viewType() {
        return this.options.viewType
    }
    get isGroupedByDate() {
        return this.options.isGroupedByDate
    }
    get isVerticalOrientation() {
        return this.options.isVerticalGroupOrientation
    }
    get dataAccessors() {
        return this.options.dataAccessors
    }
    get loadedResources() {
        return this.options.loadedResources
    }
    get isDateAppointment() {
        return !(0, _index.isDateAndTimeView)(this.viewType) && this.appointmentTakesAllDay
    }
    getIntervalDuration() {
        return this.appointmentTakesAllDay ? this.options.allDayIntervalDuration : this.options.intervalDuration
    }
    generate(appointmentAdapter) {
        const {
            isRecurrent: isRecurrent
        } = appointmentAdapter;
        const itemGroupIndices = this._getGroupIndices(this.rawAppointment);
        let appointmentList = this._createAppointments(appointmentAdapter, itemGroupIndices);
        appointmentList = this._getProcessedByAppointmentTimeZone(appointmentList, appointmentAdapter);
        if (this._canProcessNotNativeTimezoneDates(appointmentAdapter)) {
            appointmentList = this._getProcessedNotNativeTimezoneDates(appointmentList, appointmentAdapter)
        }
        let dateSettings = this._createGridAppointmentList(appointmentList, appointmentAdapter);
        const firstViewDates = this._getAppointmentsFirstViewDate(dateSettings);
        dateSettings = this._fillNormalizedStartDate(dateSettings, firstViewDates);
        dateSettings = this._cropAppointmentsByStartDayHour(dateSettings, firstViewDates);
        dateSettings = this._fillNormalizedEndDate(dateSettings, this.rawAppointment);
        if (this._needSeparateLongParts()) {
            dateSettings = this._separateLongParts(dateSettings, appointmentAdapter)
        }
        dateSettings = this.shiftSourceAppointmentDates(dateSettings);
        return {
            dateSettings: dateSettings,
            itemGroupIndices: itemGroupIndices,
            isRecurrent: isRecurrent
        }
    }
    shiftSourceAppointmentDates(dateSettings) {
        const {
            viewOffset: viewOffset
        } = this.options;
        return dateSettings.map((item => _extends({}, item, {
            source: _extends({}, item.source, {
                startDate: _date2.dateUtilsTs.addOffsets(item.source.startDate, [viewOffset]),
                endDate: _date2.dateUtilsTs.addOffsets(item.source.endDate, [viewOffset])
            })
        })))
    }
    _getProcessedByAppointmentTimeZone(appointmentList, appointment) {
        const hasAppointmentTimeZone = !(0, _type.isEmptyObject)(appointment.startDateTimeZone) || !(0, _type.isEmptyObject)(appointment.endDateTimeZone);
        if (hasAppointmentTimeZone) {
            const appointmentOffsets = {
                startDate: this.timeZoneCalculator.getOffsets(appointment.startDate, appointment.startDateTimeZone),
                endDate: this.timeZoneCalculator.getOffsets(appointment.endDate, appointment.endDateTimeZone)
            };
            appointmentList.forEach((a => {
                const sourceOffsets_startDate = this.timeZoneCalculator.getOffsets(a.startDate, appointment.startDateTimeZone),
                    sourceOffsets_endDate = this.timeZoneCalculator.getOffsets(a.endDate, appointment.endDateTimeZone);
                const startDateOffsetDiff = appointmentOffsets.startDate.appointment - sourceOffsets_startDate.appointment;
                const endDateOffsetDiff = appointmentOffsets.endDate.appointment - sourceOffsets_endDate.appointment;
                if (sourceOffsets_startDate.appointment !== sourceOffsets_startDate.common) {
                    a.startDate = new Date(a.startDate.getTime() + startDateOffsetDiff * toMs("hour"))
                }
                if (sourceOffsets_endDate.appointment !== sourceOffsets_endDate.common) {
                    a.endDate = new Date(a.endDate.getTime() + endDateOffsetDiff * toMs("hour"))
                }
            }))
        }
        return appointmentList
    }
    _createAppointments(appointment, groupIndices) {
        let appointments = this._createRecurrenceAppointments(appointment, groupIndices);
        if (!appointment.isRecurrent && 0 === appointments.length) {
            appointments.push({
                startDate: appointment.startDate,
                endDate: appointment.endDate
            })
        }
        appointments = appointments.map((item => {
            var _item$endDate;
            const resultEndTime = null === (_item$endDate = item.endDate) || void 0 === _item$endDate ? void 0 : _item$endDate.getTime();
            if (item.startDate.getTime() === resultEndTime) {
                item.endDate.setTime(resultEndTime + toMs("minute"))
            }
            return _extends({}, item, {
                exceptionDate: new Date(item.startDate)
            })
        }));
        return appointments
    }
    _canProcessNotNativeTimezoneDates(appointment) {
        const isTimeZoneSet = !(0, _type.isEmptyObject)(this.timeZone);
        if (!isTimeZoneSet) {
            return false
        }
        if (!appointment.isRecurrent) {
            return false
        }
        return !_m_utils_time_zone.default.isEqualLocalTimeZone(this.timeZone, appointment.startDate)
    }
    _getProcessedNotNativeDateIfCrossDST(date, offset) {
        if (offset < 0) {
            const newDate = new Date(date);
            const newDateMinusOneHour = new Date(newDate);
            newDateMinusOneHour.setHours(newDateMinusOneHour.getHours() - 1);
            const newDateOffset = this.timeZoneCalculator.getOffsets(newDate).common;
            const newDateMinusOneHourOffset = this.timeZoneCalculator.getOffsets(newDateMinusOneHour).common;
            if (newDateOffset !== newDateMinusOneHourOffset) {
                return 0
            }
        }
        return offset
    }
    _getCommonOffset(date) {
        return this.timeZoneCalculator.getOffsets(date).common
    }
    _getProcessedNotNativeTimezoneDates(appointmentList, appointment) {
        return appointmentList.map((item => {
            let diffStartDateOffset = this._getCommonOffset(appointment.startDate) - this._getCommonOffset(item.startDate);
            let diffEndDateOffset = this._getCommonOffset(appointment.endDate) - this._getCommonOffset(item.endDate);
            if (0 === diffStartDateOffset && 0 === diffEndDateOffset) {
                return item
            }
            diffStartDateOffset = this._getProcessedNotNativeDateIfCrossDST(item.startDate, diffStartDateOffset);
            diffEndDateOffset = this._getProcessedNotNativeDateIfCrossDST(item.endDate, diffEndDateOffset);
            const newStartDate = new Date(item.startDate.getTime() + diffStartDateOffset * toMs("hour"));
            let newEndDate = new Date(item.endDate.getTime() + diffEndDateOffset * toMs("hour"));
            const testNewStartDate = this.timeZoneCalculator.createDate(newStartDate, {
                path: "toGrid"
            });
            const testNewEndDate = this.timeZoneCalculator.createDate(newEndDate, {
                path: "toGrid"
            });
            if (appointment.duration > testNewEndDate.getTime() - testNewStartDate.getTime()) {
                newEndDate = new Date(newStartDate.getTime() + appointment.duration)
            }
            return _extends({}, item, {
                startDate: newStartDate,
                endDate: newEndDate,
                exceptionDate: new Date(newStartDate)
            })
        }))
    }
    _needSeparateLongParts() {
        return this.isVerticalOrientation ? this.isGroupedByDate : this.isGroupedByDate && this.appointmentTakesAllDay
    }
    normalizeEndDateByViewEnd(rawAppointment, endDate) {
        let result = new Date(endDate.getTime());
        const isAllDay = (0, _index.isDateAndTimeView)(this.viewType) && this.appointmentTakesAllDay;
        if (!isAllDay) {
            const roundedEndViewDate = _date.default.roundToHour(this.endViewDate);
            if (result > roundedEndViewDate) {
                result = roundedEndViewDate
            }
        }
        const endDayHour = this.viewEndDayHour;
        const allDay = _m_expression_utils.ExpressionUtils.getField(this.dataAccessors, "allDay", rawAppointment);
        const currentViewEndTime = new Date(new Date(endDate.getTime()).setHours(endDayHour, 0, 0, 0));
        if (result.getTime() > currentViewEndTime.getTime() || allDay && result.getHours() < endDayHour) {
            result = currentViewEndTime
        }
        return result
    }
    _fillNormalizedEndDate(dateSettings, rawAppointment) {
        return dateSettings.map((item => _extends({}, item, {
            normalizedEndDate: this.normalizeEndDateByViewEnd(rawAppointment, item.endDate)
        })))
    }
    _separateLongParts(gridAppointmentList, appointmentAdapter) {
        let result = [];
        gridAppointmentList.forEach((gridAppointment => {
            const maxDate = new Date(this.dateRange[1]);
            const {
                startDate: startDate,
                normalizedEndDate: endDateOfPart
            } = gridAppointment;
            const longStartDateParts = _date.default.getDatesOfInterval(startDate, endDateOfPart, {
                milliseconds: this.getIntervalDuration()
            });
            const list = longStartDateParts.filter((startDatePart => new Date(startDatePart) < maxDate)).map((date => {
                const endDate = new Date(new Date(date).setMilliseconds(appointmentAdapter.duration));
                const normalizedEndDate = this.normalizeEndDateByViewEnd(this.rawAppointment, endDate);
                return {
                    startDate: date,
                    endDate: endDate,
                    normalizedEndDate: normalizedEndDate,
                    source: gridAppointment.source
                }
            }));
            result = result.concat(list)
        }));
        return result
    }
    _createGridAppointmentList(appointmentList, appointmentAdapter) {
        return appointmentList.map((source => {
            const offsetDifference = appointmentAdapter.startDate.getTimezoneOffset() - source.startDate.getTimezoneOffset();
            if (0 !== offsetDifference && this._canProcessNotNativeTimezoneDates(appointmentAdapter)) {
                source.startDate = _date2.dateUtilsTs.addOffsets(source.startDate, [offsetDifference * toMs("minute")]);
                source.endDate = _date2.dateUtilsTs.addOffsets(source.endDate, [offsetDifference * toMs("minute")]);
                source.exceptionDate = new Date(source.startDate)
            }
            const duration = source.endDate.getTime() - source.startDate.getTime();
            const startDate = this.timeZoneCalculator.createDate(source.startDate, {
                path: "toGrid"
            });
            const endDate = _date2.dateUtilsTs.addOffsets(startDate, [duration]);
            return {
                startDate: startDate,
                endDate: endDate,
                allDay: appointmentAdapter.allDay || false,
                source: source
            }
        }))
    }
    _createExtremeRecurrenceDates(groupIndex) {
        let startViewDate = this.appointmentTakesAllDay ? _date.default.trimTime(this.dateRange[0]) : this.dateRange[0];
        let endViewDateByEndDayHour = this.dateRange[1];
        if (this.timeZone) {
            startViewDate = this.timeZoneCalculator.createDate(startViewDate, {
                path: "fromGrid"
            });
            endViewDateByEndDayHour = this.timeZoneCalculator.createDate(endViewDateByEndDayHour, {
                path: "fromGrid"
            });
            const daylightOffset = _m_utils_time_zone.default.getDaylightOffsetInMs(startViewDate, endViewDateByEndDayHour);
            if (daylightOffset) {
                endViewDateByEndDayHour = new Date(endViewDateByEndDayHour.getTime() + daylightOffset)
            }
        }
        return [startViewDate, endViewDateByEndDayHour]
    }
    _createRecurrenceOptions(appointment, groupIndex) {
        const {
            viewOffset: viewOffset
        } = this.options;
        const originalAppointmentStartDate = _date2.dateUtilsTs.addOffsets(appointment.startDate, [viewOffset]);
        const originalAppointmentEndDate = _date2.dateUtilsTs.addOffsets(appointment.endDate, [viewOffset]);
        const [minRecurrenceDate, maxRecurrenceDate] = this._createExtremeRecurrenceDates(groupIndex);
        const shiftedMinRecurrenceDate = _date2.dateUtilsTs.addOffsets(minRecurrenceDate, [viewOffset]);
        const shiftedMaxRecurrenceDate = _date2.dateUtilsTs.addOffsets(maxRecurrenceDate, [viewOffset]);
        return {
            rule: appointment.recurrenceRule,
            exception: appointment.recurrenceException,
            min: shiftedMinRecurrenceDate,
            max: shiftedMaxRecurrenceDate,
            firstDayOfWeek: this.firstDayOfWeek,
            start: originalAppointmentStartDate,
            end: originalAppointmentEndDate,
            appointmentTimezoneOffset: this.timeZoneCalculator.getOriginStartDateOffsetInMs(originalAppointmentStartDate, appointment.rawAppointment.startDateTimeZone, true),
            getPostProcessedException: date => {
                if ((0, _type.isEmptyObject)(this.timeZone) || _m_utils_time_zone.default.isEqualLocalTimeZone(this.timeZone, date)) {
                    return date
                }
                const appointmentOffset = this.timeZoneCalculator.getOffsets(originalAppointmentStartDate).common;
                const exceptionAppointmentOffset = this.timeZoneCalculator.getOffsets(date).common;
                let diff = appointmentOffset - exceptionAppointmentOffset;
                diff = this._getProcessedNotNativeDateIfCrossDST(date, diff);
                return new Date(date.getTime() - diff * _date.default.dateToMilliseconds("hour"))
            }
        }
    }
    _createRecurrenceAppointments(appointment, groupIndices) {
        const {
            duration: duration
        } = appointment;
        const {
            viewOffset: viewOffset
        } = this.options;
        const option = this._createRecurrenceOptions(appointment);
        const generatedStartDates = (0, _m_recurrence.getRecurrenceProcessor)().generateDates(option);
        return generatedStartDates.map((date => {
            const utcDate = _m_utils_time_zone.default.createUTCDateWithLocalOffset(date);
            utcDate.setTime(utcDate.getTime() + duration);
            const endDate = _m_utils_time_zone.default.createDateFromUTCWithLocalOffset(utcDate);
            return {
                startDate: new Date(date),
                endDate: endDate
            }
        })).map((_ref => {
            let {
                startDate: startDate,
                endDate: endDate
            } = _ref;
            return {
                startDate: _date2.dateUtilsTs.addOffsets(startDate, [-viewOffset]),
                endDate: _date2.dateUtilsTs.addOffsets(endDate, [-viewOffset])
            }
        }))
    }
    _getAppointmentsFirstViewDate(appointments) {
        const {
            viewOffset: viewOffset
        } = this.options;
        return appointments.map((appointment => {
            const tableFirstDate = this._getAppointmentFirstViewDate(_extends({}, appointment, {
                startDate: _date2.dateUtilsTs.addOffsets(appointment.startDate, [viewOffset]),
                endDate: _date2.dateUtilsTs.addOffsets(appointment.endDate, [viewOffset])
            }));
            if (!tableFirstDate) {
                return appointment.startDate
            }
            const firstDate = _date2.dateUtilsTs.addOffsets(tableFirstDate, [-viewOffset]);
            return firstDate > appointment.startDate ? firstDate : appointment.startDate
        }))
    }
    _fillNormalizedStartDate(appointments, firstViewDates, rawAppointment) {
        return appointments.map(((item, idx) => _extends({}, item, {
            startDate: this._getAppointmentResultDate({
                appointment: item,
                rawAppointment: rawAppointment,
                startDate: new Date(item.startDate),
                startDayHour: this.viewStartDayHour,
                firstViewDate: firstViewDates[idx]
            })
        })))
    }
    _cropAppointmentsByStartDayHour(appointments, firstViewDates) {
        return appointments.filter(((appointment, idx) => {
            if (!firstViewDates[idx]) {
                return false
            }
            if (this.appointmentTakesAllDay) {
                return true
            }
            return appointment.endDate > appointment.startDate
        }))
    }
    _getAppointmentResultDate(options) {
        const {
            appointment: appointment,
            startDayHour: startDayHour,
            firstViewDate: firstViewDate
        } = options;
        let {
            startDate: startDate
        } = options;
        let resultDate;
        if (this.appointmentTakesAllDay) {
            resultDate = _date.default.normalizeDate(startDate, firstViewDate)
        } else {
            if (startDate < firstViewDate) {
                startDate = firstViewDate
            }
            resultDate = _date.default.normalizeDate(appointment.startDate, startDate)
        }
        return !this.isDateAppointment ? _date.default.roundDateByStartDayHour(resultDate, startDayHour) : resultDate
    }
    _getAppointmentFirstViewDate(appointment) {
        const groupIndex = appointment.source.groupIndex || 0;
        const {
            startDate: startDate,
            endDate: endDate
        } = appointment;
        if (this.isAllDayRowAppointment || appointment.allDay) {
            return this.viewDataProvider.findAllDayGroupCellStartDate(groupIndex)
        }
        return this.viewDataProvider.findGroupCellStartDate(groupIndex, startDate, endDate, this.isDateAppointment)
    }
    _getGroupIndices(rawAppointment) {
        let result = [];
        if (rawAppointment && this.loadedResources.length) {
            const tree = (0, _m_utils.createResourcesTree)(this.loadedResources);
            result = (0, _m_utils.getResourceTreeLeaves)(((field, action) => (0, _m_utils.getDataAccessors)(this.options.dataAccessors.resources, field, action)), tree, rawAppointment)
        }
        return result
    }
}
exports.DateGeneratorBaseStrategy = DateGeneratorBaseStrategy;
class DateGeneratorVirtualStrategy extends DateGeneratorBaseStrategy {
    get groupCount() {
        return (0, _index.getGroupCount)(this.loadedResources)
    }
    _createRecurrenceAppointments(appointment, groupIndices) {
        const {
            duration: duration
        } = appointment;
        const result = [];
        const validGroupIndices = this.groupCount ? groupIndices : [0];
        validGroupIndices.forEach((groupIndex => {
            const option = this._createRecurrenceOptions(appointment, groupIndex);
            const generatedStartDates = (0, _m_recurrence.getRecurrenceProcessor)().generateDates(option);
            const recurrentInfo = generatedStartDates.map((date => {
                const startDate = new Date(date);
                const utcDate = _m_utils_time_zone.default.createUTCDateWithLocalOffset(date);
                utcDate.setTime(utcDate.getTime() + duration);
                const endDate = _m_utils_time_zone.default.createDateFromUTCWithLocalOffset(utcDate);
                return {
                    startDate: startDate,
                    endDate: endDate,
                    groupIndex: groupIndex
                }
            }));
            result.push(...recurrentInfo)
        }));
        return result
    }
    _updateGroupIndices(appointments, groupIndices) {
        const result = [];
        groupIndices.forEach((groupIndex => {
            const groupStartDate = this.viewDataProvider.getGroupStartDate(groupIndex);
            if (groupStartDate) {
                appointments.forEach((appointment => {
                    const appointmentCopy = (0, _extend.extend)({}, appointment);
                    appointmentCopy.groupIndex = groupIndex;
                    result.push(appointmentCopy)
                }))
            }
        }));
        return result
    }
    _getGroupIndices(resources) {
        var _groupIndices;
        let groupIndices = super._getGroupIndices(resources);
        const viewDataGroupIndices = this.viewDataProvider.getGroupIndices();
        if (!(null !== (_groupIndices = groupIndices) && void 0 !== _groupIndices && _groupIndices.length)) {
            groupIndices = [0]
        }
        return groupIndices.filter((groupIndex => -1 !== viewDataGroupIndices.indexOf(groupIndex)))
    }
    _createAppointments(appointment, groupIndices) {
        const appointments = super._createAppointments(appointment, groupIndices);
        return !appointment.isRecurrent ? this._updateGroupIndices(appointments, groupIndices) : appointments
    }
}
exports.DateGeneratorVirtualStrategy = DateGeneratorVirtualStrategy;
class AppointmentSettingsGenerator {
    constructor(options) {
        this.options = options;
        this.appointmentAdapter = (0, _m_appointment_adapter.createAppointmentAdapter)(this.rawAppointment, this.dataAccessors, this.timeZoneCalculator)
    }
    get rawAppointment() {
        return this.options.rawAppointment
    }
    get dataAccessors() {
        return this.options.dataAccessors
    }
    get timeZoneCalculator() {
        return this.options.timeZoneCalculator
    }
    get isAllDayRowAppointment() {
        return this.options.appointmentTakesAllDay && this.options.supportAllDayRow
    }
    get groups() {
        return this.options.groups
    }
    get dateSettingsStrategy() {
        const options = _extends({}, this.options, {
            isAllDayRowAppointment: this.isAllDayRowAppointment
        });
        return this.options.isVirtualScrolling ? new DateGeneratorVirtualStrategy(options) : new DateGeneratorBaseStrategy(options)
    }
    create() {
        const {
            dateSettings: dateSettings,
            itemGroupIndices: itemGroupIndices,
            isRecurrent: isRecurrent
        } = this._generateDateSettings();
        const cellPositions = this._calculateCellPositions(dateSettings, itemGroupIndices);
        const result = this._prepareAppointmentInfos(dateSettings, cellPositions, isRecurrent);
        return result
    }
    _generateDateSettings() {
        return this.dateSettingsStrategy.generate(this.appointmentAdapter)
    }
    _calculateCellPositions(dateSettings, itemGroupIndices) {
        const cellPositionCalculator = new _m_cell_position_calculator.CellPositionCalculator(_extends({}, this.options, {
            dateSettings: dateSettings
        }));
        return cellPositionCalculator.calculateCellPositions(itemGroupIndices, this.isAllDayRowAppointment, this.appointmentAdapter.isRecurrent)
    }
    _prepareAppointmentInfos(dateSettings, cellPositions, isRecurrent) {
        const infos = [];
        cellPositions.forEach((_ref2 => {
            let {
                coordinates: coordinates,
                dateSettingIndex: dateSettingIndex
            } = _ref2;
            const dateSetting = dateSettings[dateSettingIndex];
            const dateText = this._getAppointmentDateText(dateSetting);
            const info = {
                appointment: dateSetting,
                sourceAppointment: dateSetting.source,
                dateText: dateText,
                isRecurrent: isRecurrent
            };
            infos.push(_extends({}, coordinates, {
                info: info
            }))
        }));
        return infos
    }
    _getAppointmentDateText(sourceAppointment) {
        const {
            startDate: startDate,
            endDate: endDate,
            allDay: allDay
        } = sourceAppointment;
        return (0, _m_text_utils.createFormattedDateText)({
            startDate: startDate,
            endDate: endDate,
            allDay: allDay,
            format: "TIME"
        })
    }
}
exports.AppointmentSettingsGenerator = AppointmentSettingsGenerator;
