Here are the necessary steps:

1. Open a MS-DOS-shell under Windows.
   Open a command-shell under Unix .
2. Select the directory, in which the class file is located.
   Windows: cd .\samples\scanf
   Unix: cd ./samples/scanf
   
3. Start the Java program by calling the Java interpreter.
   Windows: java.exe Samples1
   Unix: java Samples1
   

The method elementsMix, mixes cards, just as it is customary in computer games.
The following example demonstrates mixing colors:

            import softhema.system.toolkits.ToolkitArray;
            ...
            String[] as = new String[5];
            as[0] = "red";
            as[1] = "yellow";
            as[2] = "blue";
            as[3] = "orange";
            as[4] = "white"; 
			
            //mix it
            ToolkitArray.elementsMix( as );
			
            for( int i = 0 ; i < 5 ; i++ )
              System.out.println( as[ i ] );
            

  void choiceSelect_itemStateChanged(ItemEvent e)
  {
      txtSelect.setText( choiceSelect.getSelectedItem() );
  }

  void txtSelect_textValueChanged(TextEvent e)
  {
      ToolkitAWT.ChoiceItemReplace( choiceSelect,
                                    choiceSelect.getSelectedIndex(),
                                    txtSelect.getText(),
                                    true
                                   );
  }

   import softhema.system.toolkits.ToolkitCollection;
   ...
   try
   {
     Vector vec = new Vector();
     vec.addElement( "red" );
     vec.addElement( "yellow" );
     vec.addElement( "blue" );
     vec.addElement( "orange" );
     vec.addElement( "white" );

     //reverse order
     ToolkitCollection.listReverseOrder( vec );
    
     //print new order
     ToolkitIO.printf("\nnew order:\n%s\n%s\n%s\n%s\n%s\n", vec);
   }
   catch( IOException e )
   {
     e.printStackTrace();
   }

     
     Vector v = new Vector();

     ToolkitIO.printf("%s", "Input a directory:");
     ToolkitIO.scanf("%ls", v);
     
     String sDirectory = (String) v.elementAt(0);
     File dir = new File( sDirectory );

     File[] aFilesAndSubDirs = ToolkitFile.listFilesRecursive( dir, true );
     File[] aFilesOnly = ToolkitFile.listFilesRecursive( dir, false );

     int countFiles = aFilesOnly.length;
     int countDirs = aFilesAndSubDirs.length - countFiles;
        
     ToolkitIO.printf("In the directory \"%s\" are %i files and %i subdirectories.\n",
	                   sDirectory, new Integer(countFiles), new Integer(countDirs) );     
    

Conversion from Fahrenheit to Celsius:

            import softhema.system.toolkits.ToolkitIO;
            ...
					
            try
            {
               Vector v = new Vector();
     
               ToolkitIO.printf("\n%s", "Input the temperature in Fahrenheit:");
               ToolkitIO.scanf("%f", v );
     
               float fahrenheit = ( (Number) v.elementAt(0) ).floatValue();
               float celsius = (5.0f / 9.0f) * (fahrenheit - 32);

               v.addElement( new Float( celsius ) );

               ToolkitIO.printf("%.2f Fahrenheit is %.2f Celsius", v);
            }
            catch( IOException e )
            {
               e.printStackTrace();
            }
				  
		

Applet example for the method printf in the class ToolkitIO
Applet example for the method scanf in the class ToolkitIO

      ToolkitIO.printf("\nInput a password:");
      String pwd = ToolkitIO.readStringLine();

      if( ToolkitString.isLike( pwd, "*s*s*" ) )
      {
        //The password must contains two s-characters.
        ToolkitIO.printf("\nThe password %s is correct.", pwd);
      }
      else
      {
        ToolkitIO.printf("\nThe password %s is not correct.", pwd);
      }	   
	   

  void jBtnMoveUp_actionPerformed(ActionEvent e)
  {
     ToolkitSwing.ListItemsSelectedMoveUp( jList );
  }

  void jBtnMoveDown_actionPerformed(ActionEvent e)
  {
     ToolkitSwing.ListItemsSelectedMoveDown( jList );
  }