62 lines
2.0 KiB
TypeScript
62 lines
2.0 KiB
TypeScript
import type { I18n } from "next-i18next";
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import { RRule } from "rrule";
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import type { Dayjs } from "@calcom/dayjs";
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import dayjs from "@calcom/dayjs";
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import { detectBrowserTimeFormat, TimeFormat } from "@calcom/lib/timeFormat";
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import type { RecurringEvent } from "@calcom/types/Calendar";
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import { parseZone } from "./parseZone";
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const processDate = (date: string | null | Dayjs, i18n: I18n, withDefaultTimeFormat: boolean) => {
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const parsedZone = parseZone(date);
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if (!parsedZone?.isValid()) return "Invalid date";
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const formattedTime = parsedZone?.format(
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withDefaultTimeFormat ? TimeFormat.TWELVE_HOUR : detectBrowserTimeFormat
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);
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return formattedTime + ", " + dayjs(date).toDate().toLocaleString(i18n.language, { dateStyle: "full" });
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};
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export const parseDate = (date: string | null | Dayjs, i18n: I18n, withDefaultTimeFormat: boolean) => {
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if (!date) return ["No date"];
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return processDate(date, i18n, withDefaultTimeFormat);
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};
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export const parseRecurringDates = (
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{
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startDate,
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timeZone,
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recurringEvent,
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recurringCount,
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withDefaultTimeFormat,
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}: {
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startDate: string | null | Dayjs;
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timeZone?: string;
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recurringEvent: RecurringEvent | null;
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recurringCount: number;
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withDefaultTimeFormat: boolean;
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},
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i18n: I18n
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): [string[], Date[]] => {
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// eslint-disable-next-line @typescript-eslint/no-unused-vars
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const { count, ...restRecurringEvent } = recurringEvent || {};
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const rule = new RRule({
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...restRecurringEvent,
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count: recurringCount,
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dtstart: new Date(dayjs(startDate).valueOf()),
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});
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const startUtcOffset = dayjs(startDate).utcOffset();
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// UTC still need to have DST applied, rrule does not do this.
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const times = rule.all().map((t) => {
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// applying the DST offset.
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return dayjs.utc(t).add(startUtcOffset - dayjs(t).utcOffset(), "minute");
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});
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const dateStrings = times.map((t) => {
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// finally; show in local timeZone again
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return processDate(t.tz(timeZone), i18n, withDefaultTimeFormat);
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});
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return [dateStrings, times.map((t) => t.toDate())];
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};
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