using System;

using System.Collections.Generic;

using System.Linq;

using Newtonsoft.Json;

using System.Text.RegularExpressions;

​

public class Program

{

    public static void Solution(int number)

    {

        var stk = new Stack<int>();

        for(int i=0;i<sizeof(int)*8;i++)

            stk.Push((number&(1<<i))==0?0:1);

        while(stk.Count!=0)

        Console.Write(stk.Pop());

        Console.WriteLine();

    }

    public static void Main()

    {

                string text = @"Historically, the world of data and the world of objects" +

          @" have not been well integrated. Programmers work in C# or Visual Basic" +

          @" and also in SQL or XQuery. On the one side are concepts such as classes," +

          @" objects, fields, inheritance, and .NET Framework APIs. On the other side" +

          @" are tables, columns, rows, nodes, and separate languages for dealing with" +

          @" them. Data types often require translation between the two worlds; there are" +

          @" different standard functions. Because the object world has no notion of query, a" +

          @" query can only be represented as a string without compile-time type checking or" +

          @" IntelliSense support in the IDE. Transferring data from SQL tables or XML trees to" +

          @" objects in memory is often tedious and error-prone.";

        text =  string.Join(" ", Enumerable.Range(0,300).Select(a=>text));

        /*

        This doesn't work past 100

        var match = Regex.Matches(text,@"\w*");

        var dict = new Dictionary<string,int>();

        foreach(Match m in match)

        {

            var r = m.Value;

            if(m.Value != ""){

                if(!dict.ContainsKey(r)) dict.Add(r,1);

                else dict[r]+=1;

            }

        }

        */

        var dict = text.Split(' ').GroupBy(a=>a).Select(a=>new{ Word = a.Key, Count = a.Count()}).ToArray();

        dict.Dump();

    }

}