Date.prototype.addDays = function(days) {
    var date = new Date(this.valueOf());
    date.setDate(date.getDate() + days);
    return date;
}

function getDates(startDate, stopDate) {
    var dateArray = new Array();
    var currentDate = startDate;
    while (currentDate <= stopDate) {
        dateArray.push(new Date (currentDate));
        currentDate = currentDate.addDays(1);
    }
    return dateArray;
}

这里是一个功能演示http://jsfiddle.net/jfhartsock/cM3ZU/

我在使用上面的答案时遇到了麻烦。由于当地夏令时(DST)导致时区偏移，日期范围丢失了一天。我实现了一个使用UTC日期的版本，解决了这个问题:

函数daterrange (startDate, endDate, steps = 1) { const dateArray = []; let currentDate = new Date(startDate); while (currentDate <=新日期(endDate)) { dateArray。推动(新日期(currentDate)); //使用UTC日期防止时区和夏令时出现问题 currentDate.setUTCDate() + steps); ｝ 返回dateArray; ｝ const dates = dateRange('2020-09-27'， '2020-10-28'); console.log(日期);

注意:是否应用了某个时区或DST，完全取决于您的地区。忽略这一点通常不是一个好主意。使用UTC日期可以缓解大多数与时间相关的问题。

好处:您可以使用可选的steps参数设置要创建时间戳的时间间隔。如果你想要每周的时间表，将步骤设置为7。

你可以使用momentJS轻松做到这一点

给你的依赖增加时间

npm i moment

然后把它导入你的文件

var moment = require("moment");

然后使用下面的代码获取两个日期之间的所有日期的列表

let dates = [];
let currDate = moment.utc(new Date("06/30/2019")).startOf("day");
let lastDate = moment.utc(new Date("07/30/2019")).startOf("day");

do {
 dates.push(currDate.clone().toDate());
} while (currDate.add(1, "days").diff(lastDate) < 0);
dates.push(currDate.clone().toDate());

console.log(dates);

使用ES6，你有Array.from意味着你可以写一个非常优雅的函数，它允许动态间隔(小时，天，月)。

function getDates(startDate, endDate, interval) { const duration = endDate - startDate; const steps = duration / interval; return Array.from({length: steps+1}, (v,i) => new Date(startDate.valueOf() + (interval * i))); } const startDate = new Date(2017,12,30); const endDate = new Date(2018,1,3); const dayInterval = 1000 * 60 * 60 * 24; // 1 day const halfDayInterval = 1000 * 60 * 60 * 12; // 1/2 day console.log("Days", getDates(startDate, endDate, dayInterval)); console.log("Half Days", getDates(startDate, endDate, halfDayInterval));

我使用这个函数

function getDatesRange(startDate, stopDate) {
    const ONE_DAY = 24*3600*1000;
    var days= [];
    var currentDate = new Date(startDate);
    while (currentDate <= stopDate) {
        days.push(new Date (currentDate));
        currentDate = currentDate - 1 + 1 + ONE_DAY;
    }
    return days;
}

Generate an array of years: const DAYS = () => { const days = [] const dateStart = moment() const dateEnd = moment().add(30, ‘days') while (dateEnd.diff(dateStart, ‘days') >= 0) { days.push(dateStart.format(‘D')) dateStart.add(1, ‘days') } return days } console.log(DAYS()) Generate an arrays for month: const MONTHS = () => { const months = [] const dateStart = moment() const dateEnd = moment().add(12, ‘month') while (dateEnd.diff(dateStart, ‘months') >= 0) { months.push(dateStart.format(‘M')) dateStart.add(1, ‘month') } return months } console.log(MONTHS()) Generate an arrays for days: const DAYS = () => { const days = [] const dateStart = moment() const dateEnd = moment().add(30, ‘days') while (dateEnd.diff(dateStart, ‘days') >= 0) { days.push(dateStart.format(‘D')) dateStart.add(1, ‘days') } return days } console.log(DAYS())