Merged in feature/IO-2834-Enhance-DateTime-Picker (pull request #1660)
- Final DateTimePicker update
This commit is contained in:
@@ -3,7 +3,7 @@ import PropTypes from "prop-types";
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import React, { useCallback, useState } from "react";
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import React, { useCallback, useState } from "react";
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import { useTranslation } from "react-i18next";
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import { useTranslation } from "react-i18next";
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import dayjs from "../../utils/day";
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import dayjs from "../../utils/day";
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import { dateFormats, dateTimeFormats } from "./formats.js";
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import { fuzzyMatchDate } from "./formats.js";
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const DateTimePicker = ({ value, onChange, onBlur, id, onlyFuture, onlyToday, isDateOnly = false, ...restProps }) => {
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const DateTimePicker = ({ value, onChange, onBlur, id, onlyFuture, onlyToday, isDateOnly = false, ...restProps }) => {
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const [isManualInput, setIsManualInput] = useState(false);
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const [isManualInput, setIsManualInput] = useState(false);
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@@ -11,79 +11,34 @@ const DateTimePicker = ({ value, onChange, onBlur, id, onlyFuture, onlyToday, is
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const handleChange = useCallback(
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const handleChange = useCallback(
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(newDate) => {
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(newDate) => {
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if (newDate === null && onChange) {
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if (onChange) {
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onChange(null);
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onChange(newDate || null);
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} else if (newDate && onChange) {
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onChange(newDate);
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}
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}
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setIsManualInput(false);
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setIsManualInput(false);
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},
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},
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[onChange]
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[onChange]
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);
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);
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const normalizeDateTimeString = (input) => {
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const upperV = input.toUpperCase().replaceAll(".", "/").replaceAll("-", "/");
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const [datePart, ...timeParts] = upperV.split(" ");
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if (timeParts.length === 0) {
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return datePart; // If there's no time part, just return the date part.
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}
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const timePart = timeParts.join(" "); // In case there are multiple spaces, join them back
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// Normalize the time part by ensuring there's a space before AM/PM if not already present
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const normalizedTime = timePart.replace(/(\d{1,2})(:\d{2})?\s?(AM|PM)/, "$1$2 $3");
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// Combine the date part with the normalized time part
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return `${datePart} ${normalizedTime}`.trim();
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};
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const handleBlur = useCallback(
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const handleBlur = useCallback(
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(e) => {
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(e) => {
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// Bail if this is not a manual input
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if (!isManualInput) {
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if (!isManualInput) {
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return;
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return;
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}
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}
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// Reset manual input flag
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setIsManualInput(false);
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setIsManualInput(false);
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const v = e.target.value;
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const v = e?.target?.value;
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if (!v) return;
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if (!v) return;
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const upperV = normalizeDateTimeString(v);
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let parsedDate = isDateOnly ? fuzzyMatchDate(v)?.startOf("day") : fuzzyMatchDate(v);
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let parsedDate;
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for (const format of isDateOnly ? dateFormats : dateTimeFormats) {
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if (parsedDate && onChange) {
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parsedDate = dayjs(upperV, format);
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onChange(parsedDate);
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if (parsedDate.isValid()) break;
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}
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if (parsedDate && parsedDate.isValid()) {
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if (isDateOnly) {
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parsedDate = parsedDate.startOf("day");
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}
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if (value && value.isValid && value.isValid()) {
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parsedDate = parsedDate.set({
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hours: value.hours(),
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minutes: value.minutes(),
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seconds: value.seconds(),
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milliseconds: value.milliseconds()
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});
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}
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if (onlyFuture) {
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if (dayjs().subtract(1, "day").isBefore(parsedDate)) {
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onChange(parsedDate);
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} else {
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onChange(dayjs().startOf("day"));
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}
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} else {
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onChange(parsedDate);
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}
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}
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}
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},
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},
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[isManualInput, isDateOnly, onlyFuture, onChange, value]
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[isManualInput, isDateOnly, onChange]
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);
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);
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const handleKeyDown = useCallback(
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const handleKeyDown = useCallback(
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@@ -1,96 +1,63 @@
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export const dateTimeFormats = [
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import dayjs from "../../utils/day";
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// Four-digit year with time
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"M/D/YYYY h:mm A", // Example: 1/5/2023 9:00 AM
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"M/D/YYYY h:mmA", // Example: 1/5/2023 9:00AM
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"M/D/YYYY h A", // Example: 1/5/2023 9 AM
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"M/D/YYYY hA", // Example: 1/5/2023 9AM
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"M/D/YYYY hh:mm A", // Example: 1/5/2023 02:25 PM
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"M/D/YYYY hh:mm:ss A", // Example: 1/5/2023 02:25:45 PM
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"MM/D/YYYY h:mm A", // Example: 12/5/2023 9:00 AM
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const dateFormats = [
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"MM/D/YYYY h:mmA", // Example: 12/5/2023 9:00AM
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"MM/D/YYYY h A", // Example: 12/5/2023 9 AM
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"MM/D/YYYY hA", // Example: 12/5/2023 9AM
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"MM/D/YYYY hh:mm A", // Example: 12/5/2023 02:25 PM
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"MM/D/YYYY hh:mm:ss A", // Example: 12/5/2023 02:25:45 PM
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"M/DD/YYYY h:mm A", // Example: 1/25/2023 9:00 AM
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"M/DD/YYYY h:mmA", // Example: 1/25/2023 9:00AM
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"M/DD/YYYY h A", // Example: 1/25/2023 9 AM
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"M/DD/YYYY hA", // Example: 1/25/2023 9AM
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"M/DD/YYYY hh:mm A", // Example: 1/25/2023 02:25 PM
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"M/DD/YYYY hh:mm:ss A", // Example: 1/25/2023 02:25:45 PM
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"MM/DD/YYYY h:mm A", // Example: 12/25/2023 9:00 AM
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"MM/DD/YYYY h:mmA", // Example: 12/25/2023 9:00AM
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"MM/DD/YYYY h A", // Example: 12/25/2023 9 AM
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"MM/DD/YYYY hA", // Example: 12/25/2023 9AM
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"MM/DD/YYYY hh:mm A", // Example: 12/25/2023 02:25 PM
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"MM/DD/YYYY hh:mm:ss A", // Example: 12/25/2023 02:25:45 PM
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// Two-digit year with time
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"M/D/YY h:mm A", // Example: 1/5/23 9:00 AM
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"M/D/YY h:mmA", // Example: 1/5/23 9:00AM
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"M/D/YY h A", // Example: 1/5/23 9 AM
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"M/D/YY hA", // Example: 1/5/23 9AM
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"M/D/YY hh:mm A", // Example: 1/5/23 02:25 PM
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"M/D/YY hh:mm:ss A", // Example: 1/5/23 02:25:45 PM
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"MM/D/YY h:mm A", // Example: 12/5/23 9:00 AM
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"MM/D/YY h:mmA", // Example: 12/5/23 9:00AM
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"MM/D/YY h A", // Example: 12/5/23 9 AM
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"MM/D/YY hA", // Example: 12/5/23 9AM
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"MM/D/YY hh:mm A", // Example: 12/5/23 02:25 PM
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"MM/D/YY hh:mm:ss A", // Example: 12/5/23 02:25:45 PM
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"M/DD/YY h:mm A", // Example: 1/25/23 9:00 AM
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"M/DD/YY h:mmA", // Example: 1/25/23 9:00AM
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"M/DD/YY h A", // Example: 1/25/23 9 AM
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"M/DD/YY hA", // Example: 1/25/23 9AM
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"M/DD/YY hh:mm A", // Example: 1/25/23 02:25 PM
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"M/DD/YY hh:mm:ss A", // Example: 1/25/23 02:25:45 PM
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"MM/DD/YY h:mm A", // Example: 12/25/23 9:00 AM
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"MM/DD/YY h:mmA", // Example: 12/25/23 9:00AM
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"MM/DD/YY h A", // Example: 12/25/23 9 AM
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"MM/DD/YY hA", // Example: 12/25/23 9AM
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"MM/DD/YY hh:mm A", // Example: 12/25/23 02:25 PM
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"MM/DD/YY hh:mm:ss A", // Example: 12/25/23 02:25:45 PM
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// Four-digit year without time
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"M/D/YYYY", // Example: 1/5/2023
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"MM/D/YYYY", // Example: 12/5/2023
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"M/DD/YYYY", // Example: 1/25/2023
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"MM/DD/YYYY", // Example: 12/25/2023
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// Two-digit year without time
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"M/D/YY", // Example: 1/5/23
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"MM/D/YY", // Example: 12/5/23
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"M/DD/YY", // Example: 1/25/23
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"MM/DD/YY" // Example: 12/25/23
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];
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// CONFIRMED
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export const dateFormats = [
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"MMDDYYYY",
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"MMDDYYYY",
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"MMDDYY",
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"MMDDYY",
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// Four-digit year
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"M/D/YYYY",
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"M/D/YYYY", // Example: 1/5/2023
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"MM/D/YYYY",
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"MM/D/YYYY", // Example: 12/5/2023
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"M/DD/YYYY",
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"M/DD/YYYY", // Example: 1/25/2023
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"MM/DD/YYYY",
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"MM/DD/YYYY", // Example: 12/25/2023
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"M/D/YY",
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"MM/D/YY",
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// Two-digit year
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"M/DD/YY",
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"M/D/YY", // Example: 1/5/23
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"MM/DD/YY"
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"MM/D/YY", // Example: 12/5/23
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"M/DD/YY", // Example: 1/25/23
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"MM/DD/YY", // Example: 12/25/23
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// Explicitly handle single-digit month and day
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"M/D/YY", // Example: 1/5/23
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"M/D/YYYY", // Example: 1/5/2023
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"M/DD/YY", // Example: 1/25/23
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"M/DD/YYYY", // Example: 1/25/2023
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"MM/D/YY", // Example: 12/5/23
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"MM/D/YYYY" // Example: 12/5/2023
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];
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];
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const timeFormats = ["h:mm A", "h:mmA", "h A", "hA", "hh:mm A", "hh:mm:ss A"];
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const dateTimeFormats = [
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...["M/D/YYYY", "MM/D/YYYY", "M/DD/YYYY", "MM/DD/YYYY", "M/D/YY", "MM/D/YY", "M/DD/YY", "MM/DD/YY"].flatMap(
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(dateFormat) => timeFormats.map((timeFormat) => `${dateFormat} ${timeFormat}`)
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),
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...["MMDDYYYY", "MMDDYY"].flatMap((dateFormat) => timeFormats.map((timeFormat) => `${dateFormat} ${timeFormat}`)),
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"M/D/YYYY",
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"MM/D/YYYY",
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"M/DD/YYYY",
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"MM/DD/YYYY",
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"M/D/YY",
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"MM/D/YY",
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"M/DD/YY",
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"MM/DD/YY",
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"MMDDYYYY",
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"MMDDYY"
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];
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const sanitizeInput = (input) =>
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input
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.trim()
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.toUpperCase()
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.replace(/\s*(am|pm)\s*/i, " $1")
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.replaceAll(".", "/")
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.replaceAll("-", "/");
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export const fuzzyMatchDate = (dateString) => {
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const sanitizedInput = sanitizeInput(dateString);
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for (const format of dateFormats) {
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const parsedDate = dayjs(sanitizedInput, format, true);
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if (parsedDate.isValid()) {
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return parsedDate;
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}
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}
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for (const format of dateTimeFormats) {
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const parsedDateTime = dayjs(sanitizedInput, format, true);
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if (parsedDateTime.isValid()) {
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return parsedDateTime; // Return the dayjs object
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}
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}
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return null; // If no matching format is found
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};
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