package example;

 import java.awt.Component;

 import javax.swing.JButton;

 import javax.swing.JFrame;

 import javax.swing.JLabel;

 import javax.swing.JMenuItem;

 import javax.swing.JTextField;

 import junit.extensions.abbot.ComponentTestFixture;

 import junit.extensions.abbot.TestHelper;

 import abbot.finder.matchers.ClassMatcher;

 import abbot.finder.matchers.JMenuItemMatcher;

 import abbot.tester.JButtonTester;

 import abbot.tester.JTextComponentTester;

 /**

  * Demonstrates testing a simple Swing UI ({@link CelsiusConverter}) with

  * Abbot. 

  *   

  * @author Satadip Dutta (original)

  * @author Tom Roche (ported to new-style Abbot, added more tests)

  * @version $Id: CelsiusConverterTest.java,v 1.5 2005/05/06 23:27:16 tlroche Exp $

  */

     // for precision testing

     final static int DEFAULT_PRECISION = 0;

     final static int PRECISION2 = 2;

     final static int PRECISION3 = 3;

     private CelsiusConverter cc;

     private JTextField tempCelsius;

     private JButton convertButton;

     private JLabel outputLabel;

     private JTextComponentTester tt;

     private JButtonTester bt;

     /** For older versions of JUnit. */

     }

         // Display at the current frame's desired size (avoids packing)

         // only one JTextField in our UI, so we can just class-match

             find(new ClassMatcher(JTextField.class));

         // ditto for the JButton

             find(new ClassMatcher(JButton.class));

         // But there's 2 JLabel's in our UI, so we need to add more

         // information

             find(new ClassMatcher(JLabel.class) {

                         CelsiusConverter.lookupString("output.label.text");

                         && ((JLabel)c).getText().equals(text);

                 }

             });

     }

                      outputLabel.getText());

     }

         // get default text

         // nothing should change if the input is not parseable as a double

                    outputLabel.getText().equals(originalText)); //$NON-NLS-1$

     }

             find(new JMenuItemMatcher(String.valueOf(PRECISION2))); //$NON-NLS-1$

         // the output should update to reflect a higher precision after making

         // a change, even with no new input

         // initial precision is 0

         // now update precision and make sure output fields update too

                      CelsiusConverter.fahrenheitOutput(77.41, PRECISION2),

                      outputLabel.getText());

     }

             find(new JMenuItemMatcher(String.valueOf(PRECISION3))); //$NON-NLS-1$

                      CelsiusConverter.fahrenheitOutput(-49.977, PRECISION3),

                      outputLabel.getText());

     }

         /*

         junit.textui.TestRunner.main(new String[] {

             CelsiusConverterTest.class.getName()

         });

         */

     }

 }