Linq在Array,List,Dictionary中的应用

Linq在Array,List,Dictionary中的应用

今天在实际工作中需要对array,list,dictionary进行排序,试一试linq,发现非常好用,代码如下:

 using System;
 using System.Collections.Generic;
 using System.Linq;
 using System.Text;
 using System.Text.RegularExpressions;

 namespace Test
 {
     class Program
     {
         static void Main(string[] args)
         {
             Console.WriteLine("Hello world!");
             string inputStr = " abf  dcf        frgt    ";
             inputStr = Regex.Replace(inputStr.Trim(), " {2,}", " ");
             Console.WriteLine(inputStr);

             int[] num = { , , , , , , , , ,  };
             //Array.Sort(num);
             var nums = (from l in num orderby l select l).ToArray();
             Console.Write("Array:\n");
             foreach (int i in nums)
                 Console.Write(i.ToString());
             Console.Write("\nList:\n");
             List<int> list = new List<int>() {,,,,,, };
             list = (from l in list orderby l select l).ToList();
             foreach (var l in list)
                 Console.Write(l);
             Dictionary<int, int> counts = new Dictionary<int, int>() { {,},{,},{,}};
             //var results = (from d in counts orderby d.Value descending select d).Take(2).ToDictionary(k => k.Key, v => v.Value);
             var results = (from d in counts orderby d.Value descending select d.Key).Take().ToArray();
             Console.Write("\nDictionary:\n");
             foreach (var d in results)
                 Console.WriteLine(d);

             Console.ReadKey();
         }
     }
 }

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" alt="" />