mirror of
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362 lines
12 KiB
TypeScript
362 lines
12 KiB
TypeScript
import {
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differenceInCalendarDays,
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differenceInHours,
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differenceInMinutes,
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format,
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formatISO,
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isEqual,
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isValid,
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parseISO,
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startOfToday,
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} from "date-fns";
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import $ from "jquery";
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import _ from "lodash";
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import render_markdown_time_tooltip from "../templates/markdown_time_tooltip.hbs";
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import {$t} from "./i18n";
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import {parse_html} from "./ui_util";
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import {user_settings} from "./user_settings";
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let next_timerender_id = 0;
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export function clear_for_testing(): void {
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next_timerender_id = 0;
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}
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// Exported for tests only.
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export function get_tz_with_UTC_offset(time: number | Date): string {
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const tz_offset = format(time, "xxx");
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let timezone = new Intl.DateTimeFormat(undefined, {timeZoneName: "short"})
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.formatToParts(time)
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.find(({type}) => type === "timeZoneName")?.value;
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if (timezone === "UTC") {
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return "UTC";
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}
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// When user's locale doesn't match their time zone (eg. en_US for IST),
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// we get `timezone` in the format of'GMT+x:y. We don't want to
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// show that along with (UTC+x:y)
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timezone = /GMT[+-][\d:]*/.test(timezone ?? "") ? "" : timezone;
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const tz_UTC_offset = `(UTC${tz_offset})`;
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if (timezone) {
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return timezone + " " + tz_UTC_offset;
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}
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return tz_UTC_offset;
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}
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// Given a Date object 'time', returns an object:
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// {
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// time_str: a string for the current human-formatted version
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// formal_time_str: a string for the current formally formatted version
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// e.g. "Monday, April 15, 2017"
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// needs_update: a boolean for if it will need to be updated when the
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// day changes
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// }
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export type TimeRender = {
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time_str: string;
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formal_time_str: string;
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needs_update: boolean;
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};
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export function render_now(time: Date, today = new Date()): TimeRender {
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let time_str = "";
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let needs_update = false;
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// render formal time to be used for tippy tooltip
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// "\xa0" is U+00A0 NO-BREAK SPACE.
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// Can't use as that represents the literal string " ".
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const formal_time_str = format(time, "EEEE,\u00A0MMMM\u00A0d,\u00A0yyyy");
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// How many days old is 'time'? 0 = today, 1 = yesterday, 7 = a
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// week ago, -1 = tomorrow, etc.
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// Presumably the result of diffDays will be an integer in this
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// case, but round it to be sure before comparing to integer
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// constants.
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const days_old = differenceInCalendarDays(today, time);
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if (days_old === 0) {
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time_str = $t({defaultMessage: "Today"});
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needs_update = true;
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} else if (days_old === 1) {
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time_str = $t({defaultMessage: "Yesterday"});
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needs_update = true;
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} else if (time.getFullYear() !== today.getFullYear()) {
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// For long running servers, searching backlog can get ambiguous
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// without a year stamp. Only show year if message is from an older year
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time_str = format(time, "MMM\u00A0dd,\u00A0yyyy");
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needs_update = false;
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} else {
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// For now, if we get a message from tomorrow, we don't bother
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// rewriting the timestamp when it gets to be tomorrow.
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time_str = format(time, "MMM\u00A0dd");
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needs_update = false;
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}
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return {
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time_str,
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formal_time_str,
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needs_update,
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};
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}
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// Current date is passed as an argument for unit testing
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export function last_seen_status_from_date(
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last_active_date: Date,
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current_date = new Date(),
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): string {
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const minutes = differenceInMinutes(current_date, last_active_date);
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if (minutes <= 2) {
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return $t({defaultMessage: "Just now"});
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}
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if (minutes < 60) {
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return $t({defaultMessage: "{minutes} minutes ago"}, {minutes});
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}
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const days_old = differenceInCalendarDays(current_date, last_active_date);
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const hours = Math.floor(minutes / 60);
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if (hours < 24) {
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if (hours === 1) {
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return $t({defaultMessage: "An hour ago"});
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}
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return $t({defaultMessage: "{hours} hours ago"}, {hours});
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}
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if (days_old === 1) {
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return $t({defaultMessage: "Yesterday"});
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}
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if (days_old < 90) {
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return $t({defaultMessage: "{days_old} days ago"}, {days_old});
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} else if (
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days_old > 90 &&
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days_old < 365 &&
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last_active_date.getFullYear() === current_date.getFullYear()
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) {
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// Online more than 90 days ago, in the same year
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return $t(
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{defaultMessage: "{last_active_date}"},
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{last_active_date: format(last_active_date, "MMM\u00A0dd")},
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);
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}
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return $t(
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{defaultMessage: "{last_active_date}"},
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{last_active_date: format(last_active_date, "MMM\u00A0dd,\u00A0yyyy")},
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);
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}
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// List of the dates that need to be updated when the day changes.
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// Each timestamp is represented as a list of length 2:
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// [id of the span element, Date representing the time]
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type UpdateEntry = {
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needs_update: boolean;
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className: string;
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time: Date;
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time_above?: Date;
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};
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let update_list: UpdateEntry[] = [];
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// The time at the beginning of the day, when the timestamps were updated.
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// Represented as a Date with hour, minute, second, millisecond 0.
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let last_update: Date;
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export function initialize(): void {
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last_update = startOfToday();
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}
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// time_above is an optional argument, to support dates that look like:
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// --- ▲ Yesterday ▲ ------ ▼ Today ▼ ---
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function maybe_add_update_list_entry(entry: UpdateEntry): void {
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if (entry.needs_update) {
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update_list.push(entry);
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}
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}
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function render_date_span(
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$elem: JQuery,
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rendered_time: TimeRender,
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rendered_time_above?: TimeRender,
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): JQuery {
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$elem.text("");
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if (rendered_time_above !== undefined) {
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$elem.append(
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$("<i>").addClass(["date-direction", "fa", "fa-caret-up"]),
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_.escape(rendered_time_above.time_str),
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$("<hr>").addClass("date-line"),
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$("<i>").addClass(["date-direction", "fa", "fa-caret-down"]),
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_.escape(rendered_time.time_str),
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);
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return $elem;
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}
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$elem.append(_.escape(rendered_time.time_str));
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return $elem.attr("data-tippy-content", rendered_time.formal_time_str);
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}
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// Given an Date object 'time', return a DOM node that initially
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// displays the human-formatted date, and is updated automatically as
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// necessary (e.g. changing "Today" to "Yesterday" to "Jul 1").
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// If two dates are given, it renders them as:
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// --- ▲ Yesterday ▲ ------ ▼ Today ▼ ---
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// (What's actually spliced into the message template is the contents
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// of this DOM node as HTML, so effectively a copy of the node. That's
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// okay since to update the time later we look up the node by its id.)
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export function render_date(time: Date, time_above: Date | undefined, today: Date): JQuery {
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const className = `timerender${next_timerender_id}`;
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next_timerender_id += 1;
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const rendered_time = render_now(time, today);
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let $node = $("<span>").attr("class", className);
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if (time_above !== undefined) {
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const rendered_time_above = render_now(time_above, today);
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$node = render_date_span($node, rendered_time, rendered_time_above);
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} else {
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$node = render_date_span($node, rendered_time);
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}
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maybe_add_update_list_entry({
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needs_update: rendered_time.needs_update,
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className,
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time,
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time_above,
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});
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return $node;
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}
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// Renders the timestamp returned by the <time:> Markdown syntax.
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export function format_markdown_time(time: number | Date): string {
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const hourformat = user_settings.twenty_four_hour_time ? "HH:mm" : "h:mm a";
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return format(time, "E, MMM d yyyy, " + hourformat);
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}
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export function get_markdown_time_tooltip(reference: HTMLElement): DocumentFragment | string {
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if (reference instanceof HTMLTimeElement) {
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const time = parseISO(reference.dateTime);
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const tz_offset_str = get_tz_with_UTC_offset(time);
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return parse_html(render_markdown_time_tooltip({tz_offset_str}));
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}
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return "";
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}
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// This isn't expected to be called externally except manually for
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// testing purposes.
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export function update_timestamps(): void {
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const today = startOfToday();
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if (!isEqual(today, last_update)) {
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const to_process = update_list;
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update_list = [];
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for (const entry of to_process) {
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const className = entry.className;
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const $elements = $(`.${CSS.escape(className)}`);
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// The element might not exist any more (because it
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// was in the zfilt table, or because we added
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// messages above it and re-collapsed).
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if ($elements.length > 0) {
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const time = entry.time;
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const time_above = entry.time_above;
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const rendered_time = render_now(time, today);
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const rendered_time_above = time_above ? render_now(time_above, today) : undefined;
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for (const element of $elements) {
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render_date_span($(element), rendered_time, rendered_time_above);
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}
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maybe_add_update_list_entry({
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needs_update: rendered_time.needs_update,
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className,
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time,
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time_above,
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});
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}
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}
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last_update = today;
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}
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}
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setInterval(update_timestamps, 60 * 1000);
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// Transform a Unix timestamp into a ISO 8601 formatted date string.
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// Example: 1978-10-31T13:37:42Z
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export function get_full_time(timestamp: number): string {
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return formatISO(timestamp * 1000);
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}
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export function get_timestamp_for_flatpickr(timestring: string): Date {
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let timestamp;
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try {
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// If there's already a valid time in the compose box,
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// we use it to initialize the flatpickr instance.
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timestamp = parseISO(timestring);
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} finally {
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// Otherwise, default to showing the current time.
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if (!timestamp || !isValid(timestamp)) {
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timestamp = new Date();
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}
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}
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return timestamp;
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}
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export function stringify_time(time: number | Date): string {
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if (user_settings.twenty_four_hour_time) {
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return format(time, "HH:mm");
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}
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return format(time, "h:mm a");
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}
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export function format_time_modern(time: number | Date, today = new Date()): String {
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const hours = differenceInHours(today, time);
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const days_old = differenceInCalendarDays(today, time);
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if (time > today) {
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/* For timestamps in the future, we always show the year*/
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return format(time, "MMM\u00A0dd,\u00A0yyyy");
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} else if (hours < 24) {
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return stringify_time(time);
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} else if (days_old === 1) {
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return $t({defaultMessage: "Yesterday"});
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} else if (days_old < 7) {
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return format(time, "EEEE");
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} else if (days_old <= 180) {
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return format(time, "MMM\u00A0dd");
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}
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return format(time, "MMM\u00A0dd,\u00A0yyyy");
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}
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// this is for rendering absolute time based off the preferences for twenty-four
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// hour time in the format of "%mmm %d, %h:%m %p".
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export function absolute_time(timestamp: number, today = new Date()): string {
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const date = new Date(timestamp);
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const is_older_year = today.getFullYear() - date.getFullYear() > 0;
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const H_24 = user_settings.twenty_four_hour_time;
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return format(
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date,
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is_older_year
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? H_24
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? "MMM d, yyyy HH:mm"
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: "MMM d, yyyy hh:mm a"
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: H_24
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? "MMM d HH:mm"
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: "MMM d hh:mm a",
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);
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}
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export function get_full_datetime(time: Date): string {
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const time_options: Intl.DateTimeFormatOptions = {timeStyle: "medium"};
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if (user_settings.twenty_four_hour_time) {
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time_options.hourCycle = "h24";
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}
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const date_string = time.toLocaleDateString();
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let time_string = time.toLocaleTimeString(undefined, time_options);
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const tz_offset_str = get_tz_with_UTC_offset(time);
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time_string = time_string + " " + tz_offset_str;
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return $t({defaultMessage: "{date} at {time}"}, {date: date_string, time: time_string});
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}
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