我还处理了一些评级和多个字段排序：

arr = [
    {type:'C', note:834},
    {type:'D', note:732},
    {type:'D', note:008},
    {type:'F', note:474},
    {type:'P', note:283},
    {type:'P', note:165},
    {type:'X', note:173},
    {type:'Z', note:239},
];

arr.sort(function(a,b){        
    var _a = ((a.type==='C')?'0':(a.type==='P')?'1':'2');
    _a += (a.type.localeCompare(b.type)===-1)?'0':'1';
    _a += (a.note>b.note)?'1':'0';
    var _b = ((b.type==='C')?'0':(b.type==='P')?'1':'2');
    _b += (b.type.localeCompare(a.type)===-1)?'0':'1';
    _b += (b.note>a.note)?'1':'0';
    return parseInt(_a) - parseInt(_b);
});

后果

[
    {"type":"C","note":834},
    {"type":"P","note":165},
    {"type":"P","note":283},
    {"type":"D","note":8},
    {"type":"D","note":732},
    {"type":"F","note":474},
    {"type":"X","note":173},
    {"type":"Z","note":239}
]

嗨，看完这篇文章后，我根据自己的需要制作了一个sortComprator，它具有比较多个json属性的功能，我想和大家分享一下。

此解决方案仅按升序比较字符串，但该解决方案可以方便地扩展到每个属性以支持：反向排序、其他数据类型、使用区域设置、强制转换等

var homes = [{

    "h_id": "3",
    "city": "Dallas",
    "state": "TX",
    "zip": "75201",
    "price": "162500"

}, {

    "h_id": "4",
    "city": "Bevery Hills",
    "state": "CA",
    "zip": "90210",
    "price": "319250"

}, {

    "h_id": "5",
    "city": "New York",
    "state": "NY",
    "zip": "00010",
    "price": "962500"

}];

// comp = array of attributes to sort
// comp = ['attr1', 'attr2', 'attr3', ...]
function sortComparator(a, b, comp) {
    // Compare the values of the first attribute
    if (a[comp[0]] === b[comp[0]]) {
        // if EQ proceed with the next attributes
        if (comp.length > 1) {
            return sortComparator(a, b, comp.slice(1));
        } else {
            // if no more attributes then return EQ
            return 0;
        }
    } else {
        // return less or great
        return (a[comp[0]] < b[comp[0]] ? -1 : 1)
    }
}

// Sort array homes
homes.sort(function(a, b) {
    return sortComparator(a, b, ['state', 'city', 'zip']);
});

// display the array
homes.forEach(function(home) {
    console.log(home.h_id, home.city, home.state, home.zip, home.price);
});

结果是

$ node sort
4 Bevery Hills CA 90210 319250
5 New York NY 00010 962500
3 Dallas TX 75201 162500

还有另一种

homes.sort(function(a, b) {
    return sortComparator(a, b, ['city', 'zip']);
});

带有结果

$ node sort
4 Bevery Hills CA 90210 319250
3 Dallas TX 75201 162500
5 New York NY 00010 962500

homes.sort(function(a, b){
  var nameA=a.prices.toLowerCase(), nameB=b.prices.toLowerCase()
  if (nameA < nameB) //sort string ascending
    return -1 
  if (nameA > nameB)
    return 1
  return 0 //default return value (no sorting)
})

function sortByProperty(home){
    return home.price
}

sortByProperty按价格获取属性。将来，您可能希望按“zip”或字符串值“city”对数据进行排序。您需要在上面的函数中更改home.price

// if you want descending order change this to false
// if you are on react.js you could set this with useState
const ascending=true
// Initially "b" is the index-1 item and "a" is the index-0 item
homes.sort((a,b)=>{
     //initially 0th index
     const first=sortByProperty(a)
     // initially 1st index 
     const second=sortByProperty(b)
     
     // if you multiply by -1 it will be descending 
     const sortOrder=ascending ? 1 : -1
     if (typeof first==="number"){
            return (first-second) * sortOrder
    } else {
           // this will compare the string values
           return (first.localeCompare(second)) * sortOrder
    }
})

你需要两个功能

function desc(a, b) {
 return b < a ? -1 : b > a ? 1 : b >= a ? 0 : NaN;
}

function asc(a, b) {
  return a < b ? -1 : a > b ? 1 : a >= b ? 0 : NaN;
}

然后可以将其应用于任何对象属性：

 data.sort((a, b) => desc(parseFloat(a.price), parseFloat(b.price)));

让数据=[{label:“一”，值：10}，{label:“two”，值：5}，｛label:“three”，值：1｝，];//排序函数函数desc（a，b）{返回b<a-1:b>a？1:b>=a？0:NaN；}函数asc（a，b）{返回a<b-1:a>b？1:a>=b？0:NaN；}//描述（DESC）data.sort（（a，b）=>desc（a.value，b.value））；document.body.insert相邻HTML('之前'，'<strong>DESC排序</strong><pre>'+JSON.stringify（数据）+'</pre>');//美国科学院data.sort（（a，b）=>asc（a.value，b.value））；document.body.insert相邻HTML('之前'，'<strong>ASCending sorted</strong><pre>'+JSON.stringify（数据）+'</pre>');

要对数组进行排序，必须定义一个比较器函数。此函数始终根据您所需的排序模式或顺序（即升序或降序）而不同。

让我们创建一些函数，对数组进行升序或降序排序，并包含对象、字符串或数值。

function sorterAscending(a,b) {
    return a-b;
}

function sorterDescending(a,b) {
    return b-a;
}

function sorterPriceAsc(a,b) {
    return parseInt(a['price']) - parseInt(b['price']);
}

function sorterPriceDes(a,b) {
    return parseInt(b['price']) - parseInt(b['price']);
}

排序数字（按字母顺序和升序）：

var fruits = ["Banana", "Orange", "Apple", "Mango"];
fruits.sort();

排序数字（按字母顺序和降序）：

var fruits = ["Banana", "Orange", "Apple", "Mango"];
fruits.sort();
fruits.reverse();

排序编号（数字和升序）：

var points = [40,100,1,5,25,10];
points.sort(sorterAscending());

排序编号（数字和降序）：

var points = [40,100,1,5,25,10];
points.sort(sorterDescending());

如上所述，将sorterPriceAsc和sorterPriceDes方法用于具有所需键的数组。

homes.sort(sorterPriceAsc()) or homes.sort(sorterPriceDes())