Using Bitwise shifts

This was going to be a question, but then I figured it out, but I thought that someone else might benefit, hence this post.

The operators <<, >>, and >>> shifts the bits in primitive datatypes.

The number following the operator specifies the number of places to shift.

EG:

Code:

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int num = 2; // 0000 0010
num = num << 2; // 0000 1000 == 8

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The >> shifts the bits right, EXCEPT for the sign bit, the >>> operator shifts the signbit also.

Exactally! The >>> operator is called a
singed shift becuase it preserves the
value of the highest order bit. Heres a little
program that i whipped up. ;)

Code:

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/*
  class created on 03/30/01
  author brandon rohlfs

  the purpose of this code is to show the process of
  using the shift operators.
  a left shift can be calculated by multiplying the number
  being shifted by 2n, where n is the number of places being shifted 
 */

 import java.io.*;

 class ShiftSamples{
  public static void main(String[] args ){
   
    BufferedReader buff = new BufferedReader(new InputStreamReader(System.in));
     
    try{
    System.out.println("Welcome to the shifter program");
    System.out.println();
    System.out.println("Enter the number you would like shift");
    String numtoshift = buff.readLine(); 
    System.out.println("and the amount of places you would like to shift");
    String placestoshift = buff.readLine(); 

    int shiftresult = 0; 
    shiftresult = Integer.parseInt(numtoshift) << Integer.parseInt(placestoshift);
    System.out.println(numtoshift + " shifted " + placestoshift + " places " + " equals " + shiftresult);

  }catch(IOException e){};

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Would anyone else like to ad? As you can tell i am bored. :p