这个脚本适用于大多数情况

function timer(start) {
    setTimeout(function () { //The timer
        alert('hello');
    }, start*3000); //needs the "start*" or else all the timers will run at 3000ms
}

for(var start = 1; start < 10; start++) {
    timer(start);
}

我认为你需要这样的东西:

var TimedQueue = function(defaultDelay){
    this.queue = [];
    this.index = 0;
    this.defaultDelay = defaultDelay || 3000;
};

TimedQueue.prototype = {
    add: function(fn, delay){
        this.queue.push({
            fn: fn,
            delay: delay
        });
    },
    run: function(index){
        (index || index === 0) && (this.index = index);
        this.next();
    },
    next: function(){
        var self = this
        , i = this.index++
        , at = this.queue[i]
        , next = this.queue[this.index]
        if(!at) return;
        at.fn();
        next && setTimeout(function(){
            self.next();
        }, next.delay||this.defaultDelay);
    },
    reset: function(){
        this.index = 0;
    }
}

测试代码:

var now = +new Date();

var x = new TimedQueue(2000);

x.add(function(){
    console.log('hey');
    console.log(+new Date() - now);
});
x.add(function(){
    console.log('ho');
    console.log(+new Date() - now);
}, 3000);
x.add(function(){
    console.log('bye');
    console.log(+new Date() - now);
});

x.run();

注意:使用警报暂停javascript执行，直到你关闭警报。 它的代码可能比您要求的要多，但这是一个健壮的可重用解决方案。

下面是我用来循环数组的函数:

function loopOnArrayWithDelay(theArray, delayAmount, i, theFunction, onComplete){

    if (i < theArray.length && typeof delayAmount == 'number'){

        console.log("i "+i);

        theFunction(theArray[i], i);

        setTimeout(function(){

            loopOnArrayWithDelay(theArray, delayAmount, (i+1), theFunction, onComplete)}, delayAmount);
    }else{

        onComplete(i);
    }
}

你可以这样使用它:

loopOnArrayWithDelay(YourArray, 1000, 0, function(e, i){
    //Do something with item
}, function(i){
    //Do something once loop has completed
}

var startIndex = 0; Var数据= [1,2,3]; Var超时= 1000; 函数functionToRun(i, length) { 警报(数据[我]); ｝ (函数forWithDelay(i, length, fn, delay) { setTimeout(函数(){ fn(我、长度); 我+ +; If (i < length) { forWithDelay(i, length, fn, delay); ｝ },延迟); }) (startIndex数据。length, functionToRun, timeout);

Daniel Vassallo回答的修改版本，将变量提取为参数，使函数更具可重用性:

首先让我们定义一些基本变量:

var startIndex = 0;
var data = [1, 2, 3];
var timeout = 3000;

接下来，您应该定义要运行的函数。这将传递i，循环的当前索引和循环的长度，以防你需要它:

function functionToRun(i, length) {
    alert(data[i]);
}

Self-executing版本

(function forWithDelay(i, length, fn, delay) {
   setTimeout(function () {
      fn(i, length);
      i++;
      if (i < length) {
         forWithDelay(i, length, fn, delay); 
      }
  }, delay);
})(startIndex, data.length, functionToRun, timeout);

功能版

function forWithDelay(i, length, fn, delay) {
   setTimeout(function () {
      fn(i, length);
      i++;
      if (i < length) {
         forWithDelay(i, length, fn, delay); 
      }
  }, delay);
}

forWithDelay(startIndex, data.length, functionToRun, timeout); // Lets run it

如果使用ES6，你可以使用for循环来实现:

For(令I = 1;I < 10;我+ +){ setTimeout(函数定时器(){ console.log(“hello world”); }， I * 3000); ｝

它为每次迭代声明i，这意味着超时是+ 1000之前的超时。这样，传递给setTimeout的就是我们想要的。

下面是我如何创建一个无限循环的延迟，在特定条件下中断:

  // Now continuously check the app status until it's completed, 
  // failed or times out. The isFinished() will throw exception if
  // there is a failure.
  while (true) {
    let status = await this.api.getStatus(appId);
    if (isFinished(status)) {
      break;
    } else {
      // Delay before running the next loop iteration:
      await new Promise(resolve => setTimeout(resolve, 3000));
    }
  }

这里的关键是创建一个通过超时解析的新Promise，并等待它的解析。

显然你需要async/await支持。工作在Node 8。