TweetFollow Us on Twitter

Growing Java Beans

Volume Number: 14 (1998)
Issue Number: 9
Column Tag: JavaTech

Growing Java Beans

by Andrew Downs
Edited by the MacTech Editorial Staff

A code-based intro to Java's component architecture

Introduction

JavaBeans is the Java component architecture. This article discusses and demonstrates how to write several simple components (hereafter referred to as Beans). The reader should have a general familiarity with Java. The code in this article was developed using the Apple Mac OS Runtime for Java (MRJ) version 2.0 and the MRJ SDK 2.0.1 ea2.

For additional background information, several related articles previously published in MacTech are listed in the reference section at the end of this article. Several books are also listed.

Overview

A Java Bean bears a strong resemblance to a well-written Java application. But since it is a component, a Bean's scope is usually smaller than that of an entire application, making it easier to develop.

Here is a partial list of Bean characteristics. Beans should:

  • expose accessor methods (e.g. getValue() and setValue()) to allow retrieval and changing of attribute values by external sources;
  • allow for easy mixing and matching via GUI development tools;
  • generate or respond to appropriate events;
  • save their state using the Java Serialization mechanism.

In this article, we will explore the code behind two relatively simple Beans. They contain enough of the above-listed features to make them interesting, while remaining easy to read and understand. One of the Beans displays a sequence of lights similar to a U.S.-style traffic light. The other Bean changes the sequence of the light display. We will look at the code for these classes later.

Figure 1 shows the two Beans running within a Java Frame object. (A Frame is a platform-specific window.) Figure 2 shows the Beans running inside the BeanBox, a GUI tool from JavaSoftthat allows you to instantiate, connect, and test Bean behavior. The BeanBox is provided free of charge from JavaSoft, as part of the Beans Development Kit (BDK). Since it is written in Java, the BeanBox can be installed on the Macintosh using the MRJ Software Development Kit tools. It can then be run the same as other Java applications. The URL for obtaining the BeanBox is provided at the end of this article. (Note: you will need a file-extraction program that can open .zip files in order to unpack the BeanBox.)

Figure 1. The finished product running in its own container (a Frame).

Figure 2. Running inside the BeanBox.

Notice that there is little difference in the visible display of the Beans, whether running standalone or in the BeanBox. One Bean appears as a Java Choice menu (a Mac OS popup menu), and the other is a rectangle containing three circles, one of which is filled at any given time.

There are four classes that comprise this project:

  • Global: values shared by the other classes.
  • ModeSelector: a Choice (popup) menu, which specifies the mode of operation: in "normal" mode the lights flash in sequence (green - yellow - red), and in "maintenance" mode only the yellow light flashes.
  • Display: the component which draws the lights. Display also runs a Thread which adds timing capability to its operation.
  • DisplayFrame: a container for the Display and ModeSelector Beans.

We will cover each of these classes in sequence.

Global Values

This class defines some global values that are shared between the Display and ModeSelector classes. These values are collected in one place to simplify housekeeping and maintenance. We will refer to them from the other classes as Global.NORMAL, Global.sleep, etc. This is the Java syntax for referencing static (class) attributes. Note that final means the values cannot be changed after they are initially assigned, so these are constants.

Listing 1: Global.java

Global.java
// Shared values.

public class Global {
       // Mode values; all-caps to set them off from Strings of same name.
   public static final int NORMAL = 0, MAINT = 1;

       // Number of milliseconds for Thread to sleep.
   public static final int sleep = 250;

       // Choice menu item values.
   public static final String normal = "Normal";
   public static final String maint = "Maintenance";
}

Choice Bean

The ModeSelector Bean is a Choice menu component (a popup menu on the Mac). When the user changes the currently selected item, the Bean notifies any registered listeners. (We will see that the DisplayFrame class instantiates a Display object and registers it as a listener on a ModeSelector object.)

Listing 2: ModeSelector.java

ModeSelector.java
// A Choice menu class for changing the display mode (and resulting light sequence).

// Make available the following packages and classes:
import java.awt.*;
import java.awt.event.*;
import java.beans.*;
import java.io.Serializable;
import java.util.Vector;

ModeSelector specifies that it implements the ItemListener interface so that it can receive item changed events (generated when the user makes a selection). The method that must be defined for the ItemListener interface is itemStateChanged(). In this implementation, ModeSelector ignores the event object contents, and checks its own state instead.

public class ModeSelector extends Choice implements 
   ItemListener, Serializable {

       // Mode value.
   private int mode = Global.NORMAL;

       // Keep track of other objects that want to be informed of changes.
   private PropertyChangeSupport changeListeners = 
      new PropertyChangeSupport( this );

   public ModeSelector() {
              // Call the superclass constructor.
      super();

              // Only two items in this menu.
      this.add( Global.normal );
      this.add( Global.maint );

              // Starting mode.
      this.setMode( Global.NORMAL );

              // Listen for selections on ourself.
      this.addItemListener( ( ItemListener )this );
   }

ModeSelector uses its own accessor methods to get and set the mode value. This may seem like overkill, since a class can access its own variables (even private ones, such as mode) directly. However, it is arguably a good habit, since variable references from outside the class should go through accessor methods, and never directly access variable values.

   public int getMode() {
              // Simple accessor function.
      return this.mode;
   }

   public void setMode( int i ) {
              // More complex accessor function.
              // Store the current mode.
      int old = this.getMode();

              // Set the current mode.
      if ( i == Global.NORMAL )
         this.mode = Global.NORMAL;
      else
         this.mode = Global.MAINT;

              // Notify our customers of the change.
      this.changeListeners.firePropertyChange( "mode", 
         new Integer( old ), new Integer( this.getMode() ) );
   }

   public void itemStateChanged( ItemEvent evt ) {
              // If the selected item has actually changed, then change
              // the mode accordingly.
      if ( ( this.getSelectedIndex() == Global.NORMAL ) 
         && ( this.getMode() == Global.MAINT ) )
         this.setMode( Global.NORMAL );
      else if ( ( this.getSelectedIndex() == Global.MAINT )
         && ( this.getMode() == Global.NORMAL ) )
         this.setMode( Global.MAINT );
   }

   public void addPropertyChangeListener( 
      PropertyChangeListener l ) {
              // Add someone else as a customer.
      changeListeners.addPropertyChangeListener( l );
   }

   public void removePropertyChangeListener( 
      PropertyChangeListener l ) {
              // Remove a customer.
      changeListeners.removePropertyChangeListener( l );
   }
}

Note that ModeSelector does not define any unique serialization that needs to occur. Instead, it uses the superclass' implementation.

Center of Attention

This Bean defines the lights that will be drawn as part of the traffic light. It also contains a Thread which is used to time the repaints.

Note that Display inherits directly from java.awt.Component. This makes it a "lightweight" component (as well as a Bean), which simply means that it has no native window object associated with it at runtime, and also none of the overhead associated with such an object.

Listing 3: Display.java

Display.java
// The traffic light class, which sequences and draws the colored lights.

import java.awt.*;
import java.awt.event.*;
import java.beans.*;
import java.io.*;
import java.util.*;

public class Display extends Component implements 
   PropertyChangeListener, ItemListener, Serializable, 
   Runnable {

       // Size matters.
   private int width = 50, height = 165;

       // count = number of seconds.
       // mode determines display pattern.
       // interval = number of milliseconds for Thread to sleep. 
   private int count = 0, mode = Global.MAINT, interval = 
      Global.sleep;

       // color becomes important in NORMAL mode.
   private Color color;

       // Thread is not Serializable.
   transient private Thread runner;

   public Display() {
              // Call the superclass constructor.
      super();

              // We know how big we want to be.
      this.setSize( this.getPreferredSize() );

              // Set some instance variables.
      this.setMode( Global.NORMAL );
      this.setColor( Color.red );

              // Create and start a Thread.
      runner = new Thread( this );
      runner.start();
   }

The runner object used in this class, in conjunction with the Runnable interface, allows Display to take on the behavior of a Thread without actually subclassing directly from Thread. In the run() method, the runner is put to sleep temporarily. On wakeup, it compares the current time to the reference time, and if the reference time has been exceeded, this object's state gets updated (i.e. the light color may change).

   public void run() {
              // Reference point will be current time plus 1 second.
      Calendar triggerTime = Calendar.getInstance();
      triggerTime.add( Calendar.SECOND, 1 );

      while ( true ) {

         try {
                            // Sleep for <interval> milliseconds.
            Thread.sleep( this.interval );
         }
         catch ( InterruptedException ex ) {
            System.out.println( "InterruptedException..." );
         }

                      // Compare the current time to the reference point.
         if ( Calendar.getInstance().after( triggerTime ) ) {
                            // Take action.
            this.timerExpired();

                            // Reset the reference point.
            triggerTime = Calendar.getInstance();
            triggerTime.add( Calendar.SECOND, 1 );
         }
      }
   }

Overriding the getPreferredSize() method (whose original definition is in java.awt.Component) enables us to specify the desired size (in pixels) of this object. Notice that the preferred size will also be the minimum size. If we do not override these methods, some containers (such as the BeanBox) will not automatically size the object so that the lights are visible.

   public Dimension getPreferredSize() {
              // When queried, we know how big we *want* to be.
      return new Dimension( this.width, this.height );
   }

   public Dimension getMinimumSize() {
              // Our preferred size is already the minimum size.
      return this.getPreferredSize();
   }

The itemStateChanged() method allows this component to be dynamically connected to a source of ItemEvents, such as the ModeSelector class. Without it, you must directly bind the "mode" property of both classes in order to see a state change while running in the BeanBox.

   public void itemStateChanged( ItemEvent evt ) {
              // If the selected item has actually changed, 
              // then change the mode accordingly.
              // This is the same method as in ModeSelector.java.
              // Here, it allows this Component to receive changes directly,
              // and get hooked up in the BeanBox.
      if ( evt.getItem().toString().equals( Global.normal ) 
         && this.getMode() == Global.MAINT ) {
         this.setMode( Global.NORMAL );
         this.reset();
      }
      else if 
         ( evt.getItem().toString().equals( Global.maint ) 
         && this.getMode() == Global.NORMAL ) {
         this.setMode( Global.MAINT );
         this.reset();
      }
   }

The following method gets called from run() approximately every second. The timing used here is simple: in normal mode, each light will be "on" for five seconds; in maintenance mode, that interval is reduced to one second. In terms of color, normal mode sequences the lights (green, then yellow, then red), while maintenance mode only flashes the yellow light.

   public void timerExpired() {
              // count is the number of elapsed seconds.
      this.count++;

      if ( this.getMode() == Global.NORMAL ) {
                     // In normal mode, each light stays on for 5 seconds.
         if ( this.count > 4 ) {
            this.count = 0;

                            // Cycle through the light sequence.
            if ( this.getColor() == Color.red )
               this.setColor( Color.green );
            else if ( this.getColor() == Color.yellow )
               this.setColor( Color.red );
            else
               this.setColor( Color.yellow );

            repaint();
         }
      }
      else if ( mode == Global.MAINT ) {
                     // In maintenance mode, the light stays on for 1 second.
         if ( this.count > 0 ) {
            this.count = 0;

                            // Alternate yellow and black.
            if ( this.getColor() == Color.yellow )
               this.setColor( Color.black );
            else
               this.setColor( Color.yellow );

            repaint();
         }
      }
   }

   public void paint( Graphics g ) {
              // Draw the background.
      g.setColor( Color.lightGray );
      g.fillRect( 0, 0, 50, 165 );

      if ( this.getMode() == Global.NORMAL ) {
                     // For any light, black signifies "off".
         g.setColor( Color.black );

                     // Handle the red light.
         if ( this.getColor() == Color.red )
            g.setColor( this.getColor() );
         g.fillOval( 5, 10, 40, 40 );

                     // Handle the yellow light.
         if ( this.getColor() == Color.yellow )
            g.setColor( this.getColor() );
         else
            g.setColor( Color.black );
         g.fillOval( 5, 60, 40, 40 );

                     // Handle the green light.
         if ( this.getColor() == Color.green )
            g.setColor( this.getColor() );
         else
            g.setColor( Color.black );
         g.fillOval( 5, 110, 40, 40 );
      }
      else if ( this.getMode() == Global.MAINT ) {
                     // Red light is always "off".
         g.setColor( Color.black );
         g.fillOval( 5, 10, 40, 40 );

                     // Yellow light may be "on".
         if ( this.getColor() == Color.yellow )
            g.setColor( this.getColor() );
         g.fillOval( 5, 60, 40, 40 );

                     // Green light is always "off".
         g.setColor( Color.black );
         g.fillOval( 5, 110, 40, 40 );
      }
   }

       // Four simple accessor methods.
   public Color getColor() {
      return this.color;
   }

   public void setColor( Color c ) {
      this.color = c;
   }

   public int getMode() {
      return mode;
   }

   public void setMode( int i ) {
      mode = i;
   }

   public void propertyChange( PropertyChangeEvent evt ) {
              // This is how we get notified of a property change.
              // Make ints out of the old and new values...
      Integer theOldInt = ( Integer )( evt.getOldValue() );
      Integer theNewInt = ( Integer )( evt.getNewValue() );

              // ...then compare them. Any change is acceptable.
      if ( theNewInt.intValue() != theOldInt.intValue() ) {
         mode = theNewInt.intValue();
         this.reset();
      }
   }

   private void reset() {
              // In several cases, we need a way to force the lights 
              // to a known starting point.
      this.setColor( Color.yellow );
      this.count = 5;
      this.repaint();
   }

When retrieving the object's state, the runner object must be created from scratch, since the Thread class is not serializable.

   private void readObject( ObjectInputStream s ) throws 
      ClassNotFoundException, IOException {
              // Always call the default read method.
      s.defaultReadObject();

              // Since the Thread cannot be saved, create a new one after
              // startup and state retrieval.
      runner = new Thread( this );
      runner.start();
   }
}

Container App

The DisplayFrame class is provided as a container app for the other Beans we've built. It is a Frame containing the Display (traffic light) and ModeSelector. Figure 1 shows the Beans running inside a DisplayFrame object. Since DisplayFrame is an application, it can run independently of the BeanBox.

Listing 4: DisplayFrame.java

DisplayFrame.java
// A container app for runtime.

import java.awt.*;
import java.awt.event.*;
import java.beans.*;
import java.io.*;
import java.util.*;

public class DisplayFrame extends Frame implements 
   Serializable {
       // Frame size.
   int width = 125, height = 185;

   public static void main( String args[] ) {
              // This class can be run outside of the BeanBox.
      DisplayFrame df = new DisplayFrame();
   }

   public DisplayFrame() {
              // Call the superclass constructor.
      super();

              // We know how big we want to be.
      this.setSize( this.width, this.height );

              // Create the traffic light...
      Display display = new Display();

              // ...and the choice menu.
      ModeSelector ms = new ModeSelector();

Add the Display object as a listener on the ModeSelector, so that it will be notified when the "mode" value changes.

      ms.addPropertyChangeListener( 
         ( PropertyChangeListener )display );

              // Setup the display area.
      Panel p = new Panel();
      p.setLayout( new BorderLayout() );
      p.add( "Center", display );
      p.add( "South", ms );

      this.add( p );
      this.setVisible( true );
   }

   public Dimension getPreferredSize() {
              // When queried, we know how big we *want* to be.
      return new Dimension( this.width, this.height );
   }

   public Dimension getMinimumSize() {
              // Our preferred size is already the minimum size.
      return this.getPreferredSize();
   }

   private void readObject( ObjectInputStream s ) throws 
      ClassNotFoundException, IOException {
              // Always call the default read method.
      s.defaultReadObject();
   }
}

Compiling and Running

You can compile the .java (source) files using the javac (Java compiler) tool included in the MRJ SDK Tools folder, or using the Java compiler in CodeWarrior or Visual Cafe. You can then optionally create a .jar (Java ARchive) file containing the resulting .class (output) files.

The archive for this article includes the .java and .class files (in separate directories), and individual .jar files containing each Bean and Global.class. In addition, the manifest directory contains manifest files for each of the classes, for use in building JAR files. You can also combine the manifests and classes into one big JAR file.

To run the program, drag the file DisplayFrame.class onto the JBindery application icon, which is located in the MRJ SDK JBindery folder. Once JBindery launches, it will display "DisplayFrame" in the class name field. (This field specifies the name of the class to run at application startup; that class must contain a main() method.) Click OK to run the program. To run inside the BeanBox, add the .jar files to the jars directory on your hard drive. Then, launch the BeanBox application. It should open and read the .jar files, and display the Beans in the palette on the left side. It will write an error message to the console stating that Global.jar does not contain any Beans. This is not a problem, since we know that Global is not a Bean, but rather a supporting class.

Conclusion

Java Beans should be reusable, customizable, and packaged in JAR files. As Bean development tools become more widespread, developers will find it even easier to create custom apps by combining Beans in new ways. Bean development allows an incremental, flexible approach which should make it easy for all developers to participate.

References

  • Developing Java Beans, Robert Englander, O'Reilly & Associates, Inc., 1997.
  • Java in a Nutshell, David Flanagan, O'Reilly & Associates, Inc., 1997.
  • Exploring Java, Patrick Niemeyer and Joshua Peck, O'Reilly & Associates, Inc., 1997.
  • Java Serialization, Andrew Downs, MacTech Magazine, April 1998.
  • Building Beans, Will Iverson, MacTech Magazine, June 1997.

URLs


Andrew Downs is a Senior Software Engineer for Template Software in New Orleans, LA, designing and building enterprise apps. He's trying to teach his twin sons that mice are for pointing, not eating. Andrew wrote the Macintosh freeware program Recent Additions, and the Java application UDPing. You can reach him at andrew@nola.template.com.

 
AAPL
$98.15
Apple Inc.
-0.23
MSFT
$43.58
Microsoft Corpora
-0.31
GOOG
$587.42
Google Inc.
+1.81

MacTech Search:
Community Search:

Software Updates via MacUpdate

Knock 1.1.7 - Unlock your Mac by knockin...
Knock is a faster, safer way to sign in. You keep your iPhone with you all the time. Now you can use it as a password. You never have to open the app -- just knock on your phone twice, even when it's... Read more
Mellel 3.3.6 - Powerful word processor w...
Mellel is the leading word processor for OS X and has been widely considered the industry standard since its inception. Mellel focuses on writers and scholars for technical writing and multilingual... Read more
LibreOffice 4.3.0.4 - Free Open Source o...
LibreOffice is an office suite (word processor, spreadsheet, presentations, drawing tool) compatible with other major office suites. The Document Foundation is coordinating development and... Read more
Freeway Pro 7.0 - Drag-and-drop Web desi...
Freeway Pro lets you build websites with speed and precision... without writing a line of code! With it's user-oriented drag-and-drop interface, Freeway Pro helps you piece together the website of... Read more
Drive Genius 3.2.4 - Powerful system uti...
Drive Genius is an OS X utility designed to provide unsurpassed storage management. Featuring an easy-to-use interface, Drive Genius is packed with powerful tools such as a drive optimizer, a... Read more
Vitamin-R 2.15 - Personal productivity t...
Vitamin-R creates the optimal conditions for your brain to work at its best by structuring your work into short bursts of distraction-free, highly focused activity alternating with opportunities for... Read more
Toast Titanium 12.0 - The ultimate media...
Toast Titanium goes way beyond the very basic burning in the Mac OS and iLife software, and sets the standard for burning CDs, DVDs, and now Blu-ray discs on the Mac. Create superior sounding audio... Read more
OS X Yosemite Wallpaper 1.0 - Desktop im...
OS X Yosemite Wallpaper is the gorgeous new background image for Apple's upcoming OS X 10.10 Yosemite. This wallpaper is available for all screen resolutions with a source file that measures 5,418... Read more
Acorn 4.4 - Bitmap image editor. (Demo)
Acorn is a new image editor built with one goal in mind - simplicity. Fast, easy, and fluid, Acorn provides the options you'll need without any overhead. Acorn feels right, and won't drain your bank... Read more
Bartender 1.2.20 - Organize your menu ba...
Bartender lets you organize your menu bar apps. Features: Lets you tidy your menu bar apps how you want. See your menu bar apps when you want. Hide the apps you need to run, but do not need to... Read more

Latest Forum Discussions

See All

Super Heavy Sword (Games)
Super Heavy Sword 0.0.1 Device: iOS Universal Category: Games Price: $.99, Version: 0.0.1 (iTunes) Description: Get Ready to Get HEAVY! Monster Robot Studios presents SUPER Heavy Sword! The sequel to the smash hit HEAVY sword which... | Read more »
Angels In The Sky (Games)
Angels In The Sky 1.00 Device: iOS Universal Category: Games Price: $6.99, Version: 1.00 (iTunes) Description: - This game is only for the iPhone 5s. please do not use the iPad, iPhone 5 or earlier devices.- Just touch or holding... | Read more »
80 Days (Games)
80 Days 1.0.2 Device: iOS Universal Category: Games Price: $4.99, Version: 1.0.2 (iTunes) Description: 1872, with a steampunk twist. Phileas Fogg has wagered he can circumnavigate the world in just eighty days. Choose your own route... | Read more »
Micromon (Games)
Micromon 1.0 Device: iOS Universal Category: Games Price: $.99, Version: 1.0 (iTunes) Description: 130+ Animated Monsters to Catch & Battle! No waiting, play at your own pace! Embark on an epic monster capture RPG like none... | Read more »
Empire Manager (Games)
Empire Manager 1.0 Device: iOS iPhone Category: Games Price: $3.99, Version: 1.0 (iTunes) Description: Become ruler of an empire. Manage your economy, develop technology, hire an army and conquer the world in this addictive turn-... | Read more »
Empire Manager HD (Games)
Empire Manager HD 1.0 Device: iOS Universal Category: Games Price: $7.99, Version: 1.0 (iTunes) Description: Become ruler of an empire. Manage your economy, develop technology, hire an army and conquer the world in this addictive... | Read more »
Star Admiral Review
Star Admiral Review By Rob Thomas on July 30th, 2014 Our Rating: :: ADMIRABLE ADMIRALSUniversal App - Designed for iPhone and iPad While this new digital CCG may feel a bit familiar, Star Admiral offers a sci-fi twist and galaxy’s... | Read more »
Zap! Pow! Become a Badass Wizard in Phan...
Zap! Pow! | Read more »
Urban Trial Freestyle Review
Urban Trial Freestyle Review By Blake Grundman on July 30th, 2014 Our Rating: :: RIDIN' DIRTYUniversal App - Designed for iPhone and iPad A rough ride that has trouble keeping its wheels on the track.   | Read more »
Take Note! Noteshelf Has Recieved a Big...
Take Note! Noteshelf Has Recieved a Big Update. Posted by Jessica Fisher on July 30th, 2014 [ permalink ] iPad Only App - Designed for the iPad | Read more »

Price Scanner via MacPrices.net

iPad Cannibalization Threat “Overblown”
Seeking Alpha’s Kevin Greenhalgh observes that while many commentators think Apple’s forthcoming 5.5-inch panel iPhone 6 will cannibalize iPad sales, in his estimation, these concerns are being... Read more
Primate Labs Releases July 2014 MacBook Pro P...
Primate Labs’ John Poole has posted Geekbench 3 results for most of the new MacBook Pro models that Apple released on Tuesday. Poole observes that overall performance improvements for the new MacBook... Read more
Apple Re-Releases Bugfixed MacBook Air EFI Fi...
Apple has posted a bugfixed version EFI Firmware Update 2.9 a for MacBook Air (Mid 2011) models. The update addresses an issue where systems may take longer to wake from sleep than expected, and... Read more
Save $50 on the 2.5GHz Mac mini, plus free sh...
B&H Photo has the 2.5GHz Mac mini on sale for $549.99 including free shipping. That’s $50 off MSRP, and B&H will also include a free copy of Parallels Desktop software. NY sales tax only. Read more
Save up to $140 on an iPad Air with Apple ref...
Apple is offering Certified Refurbished iPad Airs for up to $140 off MSRP. Apple’s one-year warranty is included with each model, and shipping is free. Stock tends to come and go with some of these... Read more
$250 price drop on leftover 15-inch Retina Ma...
B&H Photo has dropped prices on 2013 15″ Retina MacBook Pros by $250 off original MSRP. Shipping is free, and B&H charges NY sales tax only: - 15″ 2.3GHz Retina MacBook Pro: $2249, $250 off... Read more
More iPad Upgrade Musings – The ‘Book Mystiqu...
Much discussed recently, what with Apple reporting iPad sales shrinkage over two consecutive quarters, is that it had apparently been widely assumed that tablet users would follow a two-year hardware... Read more
13-inch 2.5GHz MacBook Pro on sale for $999,...
Best Buy has the 13″ 2.5GHz MacBook Pro available for $999.99 on their online store. Choose free shipping or free instant local store pickup (if available). Their price is $100 off MSRP. Price is... Read more
Save up to $300 on an iMac with Apple refurbi...
The Apple Store has Apple Certified Refurbished iMacs available for up to $300 off the cost of new models. Apple’s one-year warranty is standard, and shipping is free. These are the best prices on... Read more
WaterField Unveils 15″ Outback Solo & 13″...
Hard on the heels of Apple’s refreshed MacBook Pro Retina laptops announcement, WaterField Designs has unveiled a 15-inch version of the waxed-canvas and leather Outback Solo and a 13-inch version of... Read more

Jobs Board

Sr Software Lead Engineer, *Apple* Online S...
Sr Software Lead Engineer, Apple Online Store Publishing Systems Keywords: Company: Apple Job Code: E3PCAK8MgYYkw Location (City or ZIP): Santa Clara Status: Full Read more
Sr Software Lead Engineer, *Apple* Online S...
Sr Software Lead Engineer, Apple Online Store Publishing Systems Keywords: Company: Apple Job Code: E3PCAK8MgYYkw Location (City or ZIP): Santa Clara Status: Full Read more
*Apple* Solutions Consultant (ASC) - Apple (...
**Job Summary** The ASC is an Apple employee who serves as an Apple brand ambassador and influencer in a Reseller's store. The ASC's role is to grow Apple Read more
Sr. Product Leader, *Apple* Store Apps - Ap...
**Job Summary** Imagine what you could do here. At Apple , great ideas have a way of becoming great products, services, and customer experiences very quickly. Bring Read more
*Apple* Solutions Consultant (ASC) - Apple (...
**Job Summary** The ASC is an Apple employee who serves as an Apple brand ambassador and influencer in a Reseller's store. The ASC's role is to grow Apple Read more
All contents are Copyright 1984-2011 by Xplain Corporation. All rights reserved. Theme designed by Icreon.