MP3 Music Download Pro for Android

Its simplest way to find MP3 music for your android phone!

Description

MP3 Music Download Pro is a app let you search and download free music & lyric * Album Cover to your sdcard from public search engine.
features:
*search and downlaod music & lyric & Album cover.
*manage music: play | delete | set as Ringtone notification.
*multi-thread download, you can download 3 songs at the same time.
Tags: mp3 music download android gratuit contact ringtone alarm notification.

MP3 Music Download Pro MP3 Music Download - Yu Liu

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How to Play Angry Birds

Is this your first time playing Angry Birds? Are you confused on what to do and its mechanics? Here is an easy procedure on how to play this mind-boggling yet enjoying game by Rovio. The plot and everything that a newbie must know are listed on this tutorial.

Most Important Mechanics of the Game

The essential thing that you must know about this game is that all you have to do is to smash all the enemies (evil pigs, and marmosets) by slinging thoseAngry Birds. It depends on you on how you are going to shatter those ugly pigs either you hit them directly or make their hiding places fall into them.

In every level you are given a limited number of birds to shoot into the enemy territory. By limiting the numbers of Angry Birds that you used, you will gain more additional points. So creativity and innovativeness in shooting will get you something and makes you move forward to the game.

Stars and Points

In each level, killing and smashing pigs plus their territory (made of materials like woods, boulders, ice, and many more) will score points.

Finishing a level with a low score will gain a star, 2 stars requires you to effort by scoring little high while 3 stars needs you some tricks to accomplish. Here are examples how to gain three stars. You may follow the link for more info.

http://angrybirdsaddiction.com/angry-birds-walkthrough/

Angry Birds and Evil Pigs

The story started because those evil pigs wanted to eat the eggs of those Birds. They snatched those pitiful eggs and after that evil pigs and Angry Birds are on war.

There are many types of Angry Birds and Evil Pigs. For more info on those Angry Birds you may follow the link here. http://angrybirdsaddiction.com/news/angry-birds-characters-guide/

Evil pigs also wear something to make them hard to crack like metal helmets, crowns, and many more. They usually hide inside a base which makes them hard to hunt. What you must do is to find logical ways to smash those barriers together with them inside.

Achievements and Accomplishments

In games there are so many tasks that must be finished and by making it done comes with prizes and awards. Angry Birds won’t bore you because it has so many things to accomplish and special awards to attain. You can find the awards and achievements inAngry Birds here. http://angrybirdsaddiction.com/category/achievements/

Angry Birds Games

Here is a list of Angry Birds Games.

1. Angry Birds – Currently playable on 11 platforms like iPhone and Android Phones. 
2. Angry Birds Rio – The setting is in Rio and already has 2 updates Beach Volley and Carnival Upheaval. Two more updates are planned to release in October and November. 
3. Angry Birds Seasons – Already has 5 seasons to offer namely Easter Eggs, St. Patrick’s Day entitled “Go Green, Get Lucky”, Valentines Day named “Hogs and Kisses”, Trick or Treat, and Season’s Greedings. 
4. Angry Birds Chrome – This one is playable if you are using the Browser Google Chrome.

Are you enthusiastic now to start and play the game? You may want to watch first the traileras an appetizer before you start your adventure to the world of Angry Birds. Enjoy!

What to do, if you dont have photoshop or any other great program? Web-based Sumo Paint is fat on features!

(Credit: Sumo Paint)

There have been Web-based photo editors in the past that let you do basic things like scribble on your images or crop a certain section. Photoshop Express, Adobe's online editing solution, lets you do quite a bit more, but today, I found out about Sumo Paint which surpasses even Adobe's online application when it comes to features.

This Finland-based Web app lets you open images from your computer, a URL or its own servers if you sign up for a free Sumo account. This means you are not forced to sign up with the company to make use of its app. Once you've opened the file, you can edit it just like how it's done on a desktop application, except this is on a browser. We were pretty impressed with the options available, including layers, clone and blur effects and also basic photo-editing adjustments such as contrast, saturation and color balance, to name a few.

The breadth of features rivals that of Adobe's Photoshop Elements. It may not be as fast, but the speed was acceptable when we edited smaller files. Uploading a large 2MB photo took about 3 minutes but smaller ones already online loaded without much of a wait. After messing with the image, you can choose to save the end product on Sumo's servers if you have an account or simply download it onto your computer.

If you ask us, this is by far the most feature-packed Web-based photo manipulation service we've seen so far. It requires you to have Flash installed, but otherwise worked well on both Firefox and Chrome for us. We recommend giving it a go if you ever find yourself in a situation where you have to edit a photo using someone else's computer and don't have the right application on hand. All you need is a proper browser and Internet connection to do so.

SUMO Paint video

Just go to www.sumopaint.com and start using it!

Via Red Ferret Journal

A Guide To Adding Widgets To The Android Home Screen

Widgets are small web apps that retrieve and display information from the Internet. They are one of the best features added to Google Android 1.5. Here is a simple set of instructions for adding widgets to the home screen of any Android device.
1. Go to the home screen of the Android device (Press the “Home” key).
2. Make sure that there is enough free space on your home screen for the new widget.
3. Choose an empty space for your widget. Tap the space and hold your finger there (long press) until the menu appears. Alternatively, you can press the “Menu” button and then press the “Add” button that should now be available on the screen.
4. Both methods should have resulted in a pop-up menu-window labeled “Add to Home screen”. Tap the menu item labeled “Widgets”.
5. Navigate through the list of installed widgets and select the one you want to place on the home screen. You can scroll through the widgets if the list is too large to fit on the screen in its entirety.
6. Click on the selected widget and you will add it to your home screen.
7. Press the “Home” key. The new widget should appear on the home screen (or wallpaper).
8. To relocate the widget, tap it and hold your finger down. Now you should be able to drag it to the location on the screen that you want.
When you decide you no longer need a widget, to free space or because you are done using it, removing it is even simpler.
1. Tap the widget you want to remove and hold your finger down. The trashcan icon should appear on the Applications Menu (or “slider”) at the bottom of the screen.
2. Drag the widget to the trash can until both the widget and the trash can turn red.
3. Release your finger and you will drop the widget into the trashcan and remove it from the home screen. Note that this does not actually delete or uninstall the widget. It will be available to you in the list of widgets should you decide you need it again.

A Guide To Installing APK Apps On Your Google Android Phone

Because the Android operating system is a relative newcomer to the mobile phone market, a strong and cohesive Android Internet support community appears to be lacking. Without an adequate Android support system in place, many Android users are left in the dark when it comes to many tricky tasks, like installing third party applications to their Android mobile phones. In order to install third party applications to your Android phone, you need to install APK, or Android Package, files. In this article, we will cover the two ways you can install APK files to your Android phone and show you how to take advantage of the wide variety of third party Android applications currently available.

Installing Applications Through the Android Market

The Android Market is essentially Android’s answer to Apple’s iPhone App Store. As of September 2009, the Android Market already offered well over 10,000 applications, and this number has only continued to grow. In addition to the applications the Android Market offers, you can also use it to install other downloaded third party applications.

1. Copy the APK file to your Android’s memory card and insert the card into your phone.
2. Download and install the Apps Installer application from the Android Market
3. Once installed, the Apps Installer will display the APK files on the memory card.
4. Click and install your APK files.

Installing Applications With Android SDK

It is possible to install APK files without utilizing the Android Market, although the process is more difficult and complex. To avoid the Android Market, you need to use Android SDK.

1. Download and install the Google Android SDK program and the Android USB drivers. The download links are as follows: http://code.google.com/android/intro/installing.html
2. http://dl.google.com/android/android_usb_windows.zip
3. You need to modify your Android’s settings to allow the installation of applications from other sources. Under “Settings,” select “Application Settings” and then enable “Unknown Sources.” Also under “Settings,” select “SD Card” and “Phone Storage,” and finally enable “Disable Use for USB Storage”
4. This last step is easy. Open Command Prompt and type the following: adb install <1>/<2>.apk
5. However, when you type the command, replace <1> with the path to your APK file and replace <2> with the name of the APK file.
6. You’re done! Your application is now ready for your use and enjoyment.

A Guide To Developing Your Own Android Applications

Google’s new Android operating system is the new up-and-coming software that’s leading the push against the Apple monopoly. Up until now, the Mountain View, California based Google has remained quiet in the wake of the rampant success of the smart phone movement. Touch screen cellular phones have become so popular that hardly anyone can be seen without one; children, teenagers, and adults alike have become united in their love for the internet-based phone.
Of course, one of the best things about owning one of these phones is application functionality. All of the popular models of smart phones can be outfitted with applications (often called “apps”) to provide various functions to the end-user. These applications are often created by third-party sources, and gives the user the ability to customize his or her phone beyond the scope of a normal cell phone. Typical smart phone applications include the ability to see real-time weather information, stream music over the phone’s internet connection, watch online videos, and others. The Android operating system also allows a wide variety of applications, but with one major difference that sets it apart from its competitors: Android is open source. This allows developers to create applications for Android-based phones with astonishing freedom. Instead of the applications being carefully controlled by the smart phone manufacturer, developers are free to use their imaginations to provide the best possible applications to the user.
How does one go about creating applications for the Android operating system? Luckily for the active developer, Google has itself provided an SDK (software development kit) with various built-in modules that make application development a breeze. Included in this SDK are a series of core applications that can be used to build applications from the ground up. These include:

• An email client
• A text messaging client (SMS)
• Web browsing software
• Music player software
• Picture viewing software

While the above is not a comprehensive list, this should provide the fledgling developer the basic tools required to write just about any type of application. The SDK also comes with the functionality to debug and test applications that are currently under development, and includes an emulator to allow testing on your personal computer before installing the new application on the phone itself. For more experienced developers, the Android SDK allows the ability to interface with the phone’s essential functions. This includes the Wi-Fi interface, cellular service protocols, and core operating system kernel files. This level of development has not been previously seen with other smart phone manufacturers.
To get started with the Android SDK to create your own applications, you will need to download the SDK itself. This can be found at the following URL: http://developer.android.com/sdk/index.html. You will need to download the SDK package applicable to the operating system of the computer you will doing your development with. Once the main SDK download is complete, install the kit using the provided installer.
At this point, installing IDE (integrated development environment) software such as Eclipse is highly recommended for ease of development. This will allow a wide range of functions, such as debugging and testing. You will need to download the Android Development Tools (ADT) add-on for the Eclipse IDE as well, which can be downloaded from the above URL. Eclipse can itself be found at the following URL: http://www.eclipse.org/.
Once you have successfully downloaded and installed the Android SDK, the Eclipse development environment, and the required ADT add-on, you will be ready to start application development. For those unfamiliar with programming and/or the specific language and syntax used by the Android SDK, Google provides a handy tutorial to help get you started with ease. While this tutorial will not give you all of the information required to complete the more complex tasks, it provides an excellent starting point for beginners. More advanced techniques can be found by interacting with the more seasoned programmers in the Android community.

A Guide To Managing & Syncing Your Google Android Phone Contacts

Google Android Phones are mobile devices powered by a Google operating system. They are different from other mobile devices because they allow for open source programming. Open source programming allows users to develop programming software for use on the device. These programs can range from games for entertainment purposes to helpful application to help manage daily tasks.
All of the applications can be accessed through the Google Android Market.There are thousands of free and paid applications, with the amount growing daily. All of the paid applications can be purchased using Google Checkout.Since the device is powered by Google it offers access to popular Google applications such as; Google Earth, Google Latitude, Google Sky, YouTube, Gmail, Google Translate and several others. Most of the Google Android devices offer up to 5 Mega Pixel cameras and the capability to upload videos directly to YouTube.
There are currently a number of Android handsets running  different software versions including, the Eclair and Cupcake updates. Since the release of the first Android phone with T-Mobile, Android devices have increased in popularity due to being a fully customizable and user friendly interface. All of the Google Android devices offer a full touch screen device with either a full or virtual QWERTY keyboard. Google is now providing Android devices for Verizon Wireless as well as Sprint.
Creating and managing contacts for Android devices is very simple since the phone is powered by Google. Here are the things needed to complete this task:
1. Google Android device
2. Active Gmail account
3. List of phone contacts

Log in to your Gmail account
First you will need to log into the Gmail account. Once logged in select the contact link on the left hand side of the screen.Clicking on the link will take you to the contact management area. in the upper left hand side of the screen there will be a plus sign icon. Click on this icon to create a new contact. Input all of the contact information and once finished click the save link. Repeat this process until all of the contacts needed have been saved.
Next from your active Android device log into the Gmail account where the contacts are stored. Once logged in go to the main menu on the device and select the contacts icon. Under contacts select the menu/options icon to bring up a list of available options. Under this list you will see an option for accounts. Select accounts, this will bring up all of the active e-mail accounts set up on the phone. Under the list of e-mail accounts select the Gmail account. Once the account is selected turn on the sync contacts option.
Now that the account is synced with the phone all of the contacts will be transferred to the device.

Syncing your contacts with your Android phone
Syncing your Gmail account to your Google Android device is the easiest way to maintain your contacts. It allows you to have a backup of all of the contacts in the device stored within the Gmail system. This is extremely helpful in cases of lost, stolen or damaged phones. With standard phones the only way to retrieve contacts is through the device itself. With the Google Android phone the device is not need to restore the contacts. Once the email account is registered in the replacement device the contacts can be retrieved following the same easy steps. Also once the device is synced with Gmail, any new phone contacts that are placed directly on the phone will be saved to the Gmail account automatically.
The easy and intuitive nature of the phone is one of the reasons that more and more wireless users are considering Google Android Devices the perfect device for them. The Google Android devices allow the user to have the synching capabilities of a traditional PDA/Smart device with a simple to use interface.To prove this Verizon has positioned their new Google Android phone, the Motorola Droid, as a phone that “Does” in a world of Doesn’t. With the introduction of even more Android devices, manufacturers such as Palm and Blackberry are trying to find ways to keep up with and surpass the Google Android devices.

Using your Android device as a wireless keyboard/mouse

RemoteDroid is an app that you can use via Wi-Fi to turn your Android phone into a wireless keyboard and mouse for your computer.

Setting up the RemoteDroid server on your PC

Here are the steps for downloading and running the RemoteDroid server software on your PC. Before you begin you must already have a wireless home network already setup. You will also need Java SE Runtime Environment 1.5 or higher. Last but not least you will of course need a phone running the Android OS.

1. Go to http://www.remotedroid.net and download the latest RemoteDroid server zip file.
2. Extract the downloaded zip file to a folder on your PC. (example: C:\remotedroid)
3. Now open the location to which you extracted the zip file and run the file RemoteDroidServer.jar
4. The IP address of the PC RemoteDroidServer is running on will be displayed in the window you have just opened. Remember this IP as you will need it later in this guide.

Setting up the RemoteDroid app on your Android device

Now that you have downloaded and ran the RemoteDroidServer.jar file on the PC that you want to control it is time to configure RemoteDroid on your phone.

1. Go to the Android Market
2. Search for the RemoteDroid app, download it, and install it on your phone
3. Open the RemoteDroid app that you just installed

4. Enter the IP address of the PC you want to control (This will be the IP from Step 4 above)

5. Tap Connect
6. That is it! The large red square on your phone is the mouse capture box, the left green box acts as the left mouse button, the right green box acts as the right mouse button, and the keyboard icon between the green boxes brings up the keyboard input window to allow you to type on your PC.

7. Enjoy your new wireless mouse and keyboard.

How to take screenshots on your Nexus One

Monkey around with your Nexus One long enough, and pretty soon the need to take a screen shot of your device pops up. “No Problem” you think as you head to the app store to download a screenshot app. You then find out that none of the screenshot apps work without rooting your phone, and you’re not ready to do that yet. So what do you do? Taking screenshots on your Nexus One will work, it just requires a bit of elbow grease to set up, but once setup, it’s easy as pie.

Step one in this process is downloading the Android SDK:

For some reason they no longer include the USB driver you need, and they force you to manually update the Android SDK via the command line and download roughly a GB of other files, but since you just want to take screenshots, you don’t need those. Thankfully, I downloaded the SDK before they made you do this, and you can get the USB driver here: Nexus One USB Driver

Now you’ll want to head over and download the Java JDK:

After you click the Download button, it brings you to a page to select what OS you want to download for, click Windows or Windows x64 if you’re rocking a 64bit version of Windows.

Now that you have both development kits downloaded, extract the Android SDK to a folder on your desktop.

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Once thats done (a grueling 5 second process), go ahead and install the Java JDK.

Once the JDK installs, it’s going to open a webpage and ask you to register, you can just close that as it’s not required to register.

Now it’s time to setup your Nexus One to make sure it’s ready to play nice with the software you just installed on your PC:

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1. Press your Home button
2. Press your Menu button
3. Tap Settings
4. Tap Applications
5. Tap Development
6. Tap the box to check USB debugging

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Now that your N1 is setup to work nicely with your PC, grab the USB cable that came with your phone and connect your phone to your PC. Windows will try and install the correct drivers for your phone:

And it will eventually it tell you it didn’t work:

But don’t worry, go into your Control Panel and then Device Manager, you should see an unknown device, this is your Nexus One.

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Right click on it and select update driver software. Then select Browse my computer for driver software and point to where you downloaded the N1 USB driver:

Now click Next and make sure you click Install.

You should see something like this:

And you’re ready to go. Head over to your Android SDK folder and get in the tools folder, then double click ddms.bat

Once you do that, a blank CMD window will pop up and just hang there, this is normal. After a few seconds (maybe 10) you will see a new window pop up:

Now click on your phone under where it says Name, and you should now see something like this:

The text that appears in your log will be constantly updating as thats basically what your phone is doing in real time. At this point you’re ready for screenshots! Just press CTRL+S and you’re in business:

At this point, you can save your image as is or copy it and then paste it into your favorite image editor. You can also rotate the image and click refresh to grab an updated screenshot from your phone.

So now whenever you want to grab a screenshot off your N1 you just do the following:

1. Connect your Nexus One to your PC
2. Run ddms.bat
3. Click your phone
4. Press CTRL+S
5. Do what you want with your image

It’s really that easy. To bad that getting there is quite the process. However with the help of this guide, I’d like to think that you’ll be up and running and grabbing screenshots in no time.
An original article by Scott Young

iPod dock adapter for Motorola Droid/Milestone

Manufacturers of electronic devices don’t seem to be able to get a global standard on docking connectors, resulting in that youusually end up buying a new dock for every electronic device you acquire. In the past I bought multiple iPod docks (also see my other article about bypassing the Apple video out protection on older docks here), but I own more devices than just the ones from Apple. My current mobile phone is a Motorola Milestone (or Droid if you are from the US), which of course does not fit on an iPod dock. Not willing to buy new docks I decided to build an adapter to enable me to use my iPod docks with my mobile phone. This article will describe step-by-step how I have built this dock adapter.

Because I am from Europe (the Netherlands to be precise) my Motorola device is named a Milestone, but the whole article of course is just as applicable to the Motorola Droid. For the ease of use I will just refer to the ‘Motorola Milestone’ in this article from now on. However, the methodology that this article contains could, in theory, be applied to almost all Android devices.

Since all the information in this document is gathered from the internet or analyzed by myself it could be that there are some errors in this document, I am sorry if that is the case. Any opinion expressed in this document is solely my own.

Goals

The goal of this project is to create a dock adapter which enables the Motorola Milestone to charge, output music and switch to docking (multimedia) mode. The Motorola Milestone charges through the micro USB connector on its side. To enable charging through our dock adapter we will need to equip it with a micro USB connector.

Since the Motorola Milestone does not provide audio output through the micro USB connector, we will have to use the headphone connector on the top of the device to enable audio out.

To enable automatic switching to docking mode on the Motorola Milestone the device is equipped with a magnetic sensor. When a magnet is placed against a certain location on the device it will recognize the dock type (Media or Car) by the polarization of the magnet. With some testing I found the best location for the magnet is at the back of the device above the micro USB connector and a bit to the right. This location is shown on the picture below which shows the back of the Motorola Milestone.

Using a magnet in our dock adapter will enable us to use the multimedia docking mode.

So, our dock connector will need to have a micro USB and audio connector as well as a magnet in it. The last part to enable us to connect it to the iPod dock will of course be a connector which fits the iPod dock itself. The schematic design for the dock adapter is shown in the next image.

Parts

This chapter will list all the parts that are needed to create the dock adapter. The specific parts used in this document might not be the most obvious, but they were cheap and available at the time of executing this project.

iPod dock connector

Since good dock connectors seem to be quite expensive and hard to find, I decided to buy a cheap Dock extender cable and harvest the connector from that. The Dock extender cable has been bought from DealExtreme for just $3.14:

Dock Extender Male/Female Cable for All iPod/iPhone 2G/3G

http://www.dealextreme.com/details.dx/sku.21892

The dock connector from this cable has almost all the pins available to make use of and provides nice solder pads to connect wires to. Since this is not always the case it is good to keep this in mind when looking for a suitable dock connector.

3,5 mm stereo audio plug

The audio cable I used in this project was one I had lying around. It suited this project fine since it had an angled jack connector, which I preferred. An alternative cable could be bought from DealExtreme for just $1.80:

3.5mm Male to 3.5mm + 2.5mm Audio Male Audio Cable

http://www.dealextreme.com/details.dx/sku.39763

Of course any 3,5 mm stereo audio plug will be fine.

Micro USB connector

The Micro USB connector I used in this project has been harvested from a headphone adapter for another Motorola device. I bought this connector with the hope it would enable audio out from the micro USB port of the Motorola Milestone (which it of course did not). This adapter has been bought from DealExtreme for just $2.27:

3.5mm Stereo Audio Headphone Adapter For Motorola V8/V9

http://www.dealextreme.com/details.dx/sku.30099

Of course any micro USB connector will be fine.

Magnets

To enable the docking mode on the Motorola Milestone we will need some magnets, the following magnets from DealExtreme will suit our needs just fine for only $2.09:

Super-Strong Rare-Earth RE Magnets (10-Pack 9 mm)

http://www.dealextreme.com/details.dx/sku.3461

I ended up using four out of the ten magnets.

Polymorph

To create the encasing of the dock adapter we will use Polymorph, which is a polymer that can easily be moulded when heated at moderate temperatures. Polymorph is great stuff for prototyping and can be remoulded time after time. I bought my Polymorph from eBay, but it can be found at various places online. Some more info can be found on the website of the company I bought it from:

http://www.c-d-c-shop.com/polymorph.htm

Pin outs

Before we can start to build the dock we will need the pinouts of the various components. This chapter will show the pinouts for all the components used.

3.5mm stereo audio plug pinout

The following image shows the pinout of the 3.5mm stereo audio plug:

The pinout for the 3.5mm stereo audio plug can also be found online at:

• http://pinouts.ru/Home/Tele35s_pinout.shtml

Micro USB pinout

The following image shows the pinout of the micro USB plug from the Motorola Milestone side, not the cable side. The cable side is the same pinout in opposite direction.

The pinout for the micro USB connector can also be found online at:

• http://pinoutsguide.com/CellularPhones-Nokia/micro_usb_connector_pinout.shtml

Dock connector pinout

The following image shows the pinout of the Apple iPod dock connector on the board we will be using to create our adapter.

The pinout for the iPod dock connector can also be found online at:

• http://pinouts.ru/PortableDevices/ipod_pinout.shtml

Wiring

Now that we have all the pinouts for the components we can now see how we should wire the components together. The table below shows which pins should be connected together.

Component	Connector	Wire colour	Connected to
3,5 mm stereo	GND (audio)	Metal	Dock 2
	Audio right	Red	Dock 3
	Audio left	White	Dock 4
Micro USB	Vcc	Red	Dock 16
	GND (USB)	Copper	Dock 23
	Data -	Green – Blue	Data +

The colours mentioned in the table refer to the wire colours of the components named in this article, when using other components these wire colours will probably be different.

To enable the Motorola Milestone to accept the power on the USB port, the USB Data- and Data+ connections should be linked to each other. Without these points connected the device will not charge.

The following image shows the wiring inside our dock adapter:

Building the adapter

Having the different components, the design and the wiring schematics, it is now time to actually build the adapter. After soldering the components together I shortened the original dock encasing a bit because it was larger than needed. To hold everything together I filled the dock encasing with hot glue, resulting in the prototype shown below.

Polymorph encasing

The prototype showed above already works as a dock adapter however it does not hold the Motorola Milestone in its place. To build an encasing for the dock adapter that holds the Motorola Milestone in its place we will be using Polymorph.

Polymorph consists of small plastic pellets which can be melted in hot water. My general approach is to melt the pellets in hot water, press them together and making small sheets of plastic of it. These plastic sheets can be cut with scissors to preferred sizes. I personally like to use a hot air gun to melt these sheets again and then use them in the project. The encasing of the adapter has been made of multiple layers of Polymorph which have been melted together. The encasing also holds the magnets for the docking mode option.

Result

The following images show the end result of our Motorola Milestone iPod dock adapter.

When the Motorola Milestone is connected to the adapter it will go into multimedia docking mode right away and start charging. After connecting the audio cable to the headphone connector it will output its audio to the dock as well. The Motorola Milestone is standing solid on the adapter and works great.

This article showed how to build an iPod dock adapter for the Motorola Milestone, however this information can easily be used to create adapters for other devices as well. If anyone is going to build a similar adapter for the Motorola Milestone or another device, I am for sure interested to know about it.

The adapter that I have built might not be the quality of an official one, but it is of course a prototype and it works pretty well. It probably is not going to happen, but I would really appreciate if any company out there would just build and sell adapters like this.

We at TalkAndroid would like to give a big thanks to Thijs (Thice) Bosschert for creating this guide and allowing us to republish it on our site. Thanks Thijs!