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The Galaxy S I9000, sidelined by Samsung citing its hardware limitations as the reason for not upgrading it to the latest version of Android, is sure getting a fair amount of AOSP Ice Cream Sandwich (ICS) Android 4.0 ROMs and ports, thanks to the active community on XDA-Developers.
Codename Android is another ICS port for the Galaxy S, based on the Codename Android project for the Google Nexus phones which brings you speed, usability and lots of customization options while ensuring you get the performance of the stock Android ROMs as found on Google’s Nexus devices.
The ROM is good enough for daily use but is still in beta stage, as the Codename Android project itself is under development, so bugs are to be expected. Read on to find out how to flash this ROM on to your Galaxy S I9000.
Warning!
The methods and procedures discussed here are considered risky and you should not attempt anything if you don’t know exactly what you are doing. If any damage occurs to you or your device, including a bricked, non-functional device, we won’t be held liable. You have been forewarned!!!
Compatibility
This ROM and the guide below is compatible only and only with the Galaxy S, model number I9000. It’s not compatible with any other device and may render an incompatible device unusable. Check your device model in Settings » About phone.
ROM Info
Developer → DaxIΠFIΠITY
Known Issues:
When booted up, Airplane Mode is on
Can’t change 2G/3G Connection (not even using *#*#4636#*#*)
Signals are not shown properly
Pre-Installation Requirements
Sufficiently charged battery, at least 50% is recommended.
How To Install Codename Android ROM on your Galaxy S I9000
Important Note: If you are on CM7, MIUI or any ICS (Android 4) based custom ROM, you can skip steps 2 and 3 below. If unsure of what ROM you are on, follow all the steps.
Remove sim card lock, if you have set it earlier. Go here: Settings » Location and Security » Sim card lock » checkbox should be clear (not selected).
Flash the stock XXJVU firmware by using → this guide.
Root XXJVU to obtain Clockworkmod recovery (CWM) by using → this guide.
Download the latest version of the Codename Android ROM from the original development page to your desktop.
Transfer the downloaded zip file to the root of your internal SD card on your phone (don’t use microSD card).
Turn off your Galaxy S and wait for complete shutdown (wait for vibration and check capacitive button lights).
Then, boot into CWM recovery. To do so, press and hold these 3 buttons together: Volume Up, Home, and the Power button till the screen turns on, then let go of the buttons. You’ll boot into CWM recovery soon enough. In recovery, use Volume keys to scroll up and down and power key to select an option.
Perform a Wipe by selecting “Wipe data / factory reset” → then Select Yes – Wipe data/Factory reset on the next screen to confirm. (This will NOT format or erase your SD card contents)
Now scroll to “Install zip from sdcard” and select it.
Select “Choose zip from sdcard”. Scroll to the file you transferred in Step 5 and select it.
Now confirm installation by selecting “Yes — Install **your_rom_file_name**.zip. The ROM will start installing.
Your phone will reboot into recovery after a few seconds, then continue installing the ROM. However, if it simply reboots into recovery the first time and does nothing, repeat steps 9, 10 and 11.
Screenshots
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Update Galaxy S2 With Leaked Xxkpa Android 4.0 Firmware
It’s here. Another unofficial Ice Cream Sandwich update for the Samsung Galaxy S II I9100. This time it’s XXKPA, a successor firmware to XXKP8 we covered a few days ago.
We know you are anxiously waiting for the official release of Ice Cream Sandwich, but until then, these leaked firmware are here to satisfy your hunger for tasting Ice Cream Sandwich on your Galaxy S II. So, read on to find out how to flash it on your phone.
Although XXKPA doesn’t differ much from the previous leak, XXKP8, it’s still said to run faster and overall better in terms of touchscreen response and feel. So, we can say, it’s the best Ice Cream Sandwich leak for Galaxy S2 so far.
Warning!
The methods and procedures discussed here are considered risky and you should not attempt anything if you don’t know completely what it is. If any damage occurs to you or your device, we won’t be held liable — you only will be responsible, you’ve been warned!!!
Compatibility
This rom and the guide below is compatible only and only with Galaxy S2, model number i9100. It’s not compatible with any other device. Check your device’s model number in:Settings » About phone.
Pre-Installation tips:
If you have Samsung’s PC software Kies installed, un-install it first because it may interrupt the flashing process.
Install XXKPA Firmware on Galaxy S2 to get Android 4.0 ICS
Extract the downloaded file ‘I9100XXKPA_I9100OXAKPA.rar’ of XXKPA firmware to get these 7 files (the file-names may end with .tar instead of md5 as the file extension is hidden, so don’t worry):
GT-I9100-MULTI-CSC-OXAKPA.tar.md5
I9100_CODE_I9100XXKPA_CL51925_REV02_user_low_ship.tar.md5
I9100_EFS_I9100XXKP9_CL45181_REV02_user_low_ship.tar.md5 [not to be used]
I9100_KERNEL_I9100XXKP9_CL45181_REV02_eng_mid_ship.tar.md5 [not to be used]
MODEM_I9100XXKPA_REV_02_CL1094591.tar.md5
u1_02_20110310_emmc_EXT4.pit
Disconnect your phone if it’s connected to PC. Switch Off your phone. Wait for vibration to confirm complete switch off.
Now, put the Galaxy S2 in Download Mode — press and hold these keys together: Volume Down + Home + Power. You’ll get an options screen. Press Volume Up now to go to download mode (which is also called Odin mode). This is required to install the XXKPA (or any other firmware) using Odin PC Software.
Connect your phone to PC now. You should get the message “Added! !” under the Odin’s message box in the bottom left. If you don’t get this message, then probably there is a problem with drivers. Make sure you’ve proper drivers installed. See point 3 above under ‘pre-installation tips’.
Select these files in Odin at respective tabs:
Important! On Odin, make sure Re-Partition, Auto Reboot and F. Reset Time check boxes are selected. Do not touch any other check box or tab or anything, except as was required in step 8 above.
Double check everything said in step 7 and 8 above. [And, do not use the files in step 2.3 and 2.4 anywhere in Odin]. This is my Odin’s screen while I flashed the XXKPA on my Galaxy S2 — your Odin’s window should look real similar to this:
Now, hit the START button to start flashing of XXKPA Android 4.0 firmware on your Galaxy S2. When the XXKPA Android 4.0 firmware has been installed by Odin on your phone, your phone will automatically reboot — and when you see the Samsung logo, you can safely unplug the cable. Plus, you’ll get a PASS (with green background) message in the left-most box at the very top of the Odin. In case it says FAILS (with red background) or nothing seems to be happening, check the Important Note below after step 11 to know what to do.
When it has restarted, your Galaxy S2 will be running Ice Cream Sandwich (ICS) with version being Android 4.0.3, build being XXKPA and Samsung’s custom UI TouchWiz 4 atop it. Check out your Galaxy S2’s android version here: Settings » About Phone.
IMPORTANT NOTE: If Odin doesn’t seem to be progressing/doing anything for more than a minute, or fails to complete the process, do the following:
Disconnect the phone from the PC, close ODIN, remove battery, re-insert it, turn phone on in Download mode again, and do the procedure again from Step 5.
(Optional, of course) If you found this guide useful, share it with others too on webpages, forums, your Facebook/twitter/Google+ pages, etc. That would be helping us grow too!
Update Verizon Samsung Galaxy Nexus To Android 4.4.2 Kitkat With Official Aokp Rom
Known Bugs/Issues
[As of January 06, 2014]
No bugs reported yet.
WARNING!
Warranty may be void of your device if you follow the procedures given on this page.
You only are responsible for your device. We won’t be liable if any damage occurs to your device and/or its components.
Before you begin with guide instructions below, make sure your android device is adequately charged — at least 50% battery of the device.
STEP 0: CHECK DEVICE MODEL NO.
To make sure your device is eligible with this, you must first confirm its model no. in ‘About device’ option under Settings. Another way to confirm model no. is by looking for it on the packaging box of your device. It must be SCH-I515!
Please know that this page is meant only for Verizon Samsung Galaxy Nexus. Please DO NOT try the procedures given here on other variants of the Galaxy Nexus (including the Nexus devices at Sprint, GSM ones) or on any other device of Samsung or any other company. You have been Warned!
STEP 1: BACKUP YOUR DEVICE
Back up important data and stuff before you start playing around here as there are chances you might lose your apps and app-data (app settings, game progress, etc.), and in rare case, files on the internal memory, too.
For help on Backup and Restore, check out our exclusive page on that linked right below.
► ANDROID BACK UP AND RESTORE GUIDE: APPS AND TIPS
STEP 2: UNLOCK BOOTLOADER
Skip this step if your device is already bootloader unlocked.
User must first unlock the bootloader on your Verizon Samsung Galaxy Nexus before proceeding with the guide below.
For help on unlocking the bootloader of Galaxy Nexus, here is our exclusive page on that linked below.
► UNLOCK BOOTLOADER OF VERIZON SAMSUNG GALAXY NEXUS
STEP 3: INSTALL THE LATEST CWM/TWRP RECOVERY
Skip this step if you already have latest version of CWM or TWRP recovery installed on your device.
Make sure that you’ve latest version of the recovery installed on your device.
Older versions of CWM and TWRP recoveries are not working with Android 4.4 based ROMs, throwing installation errors and WiFi bugs, therefore you need to use the latest version of either recovery.
For help on installing recovery on your Verizon Galaxy Nexus, check our exclusive page on CWM recovery for Verizon Galaxy Nexus.
►GET CWM RECOVERY FOR VERIZON GALAXY NEXUS
STEP 4: INSTALLATION INSTRUCTIONS
DOWNLOADSDownload the file given below and transfer it to a separate folder on your phone and remember the location.
ROM FILEFor latest version of the ROM, check the original page →
GAPPS FILEBe sure to transfer the ROM and Gapps files you downloaded above to your phone and remember the location of the files. You will need to flash them now on your device using either of ClockworkMod (CWM) or TWRP recovery.
We’ve got separate guide for CWM and TWRP recovery, so use the guide relevant to the recovery you have installed on your device.
GUIDE FOR FLASHING ROM IN CWM RECOVERY
Boot into recovery mode. If you’re rooted, the easiest way to boot into recovery mode would be using the QuickBoot app. If not rooted, then follow the instructions below:
Power off your device and wait for 5-10 seconds until the device is fully switched off.
Press and hold Volume Up + Volume Down + Power buttons together to boot into bootloader/fastboot mode.
└ In recovery, use Volume buttons to navigate Up and Down between options and use Power button to select an option.
Create a Nandroid Backup from recovery. It’s optional but very important to do, so that in case something goes wrong you can restore to current status easily. For making a Nandroid Backup, go to Backup And Restore » Backup.
Perform a full clean-up of the device (This will delete all apps and their settings and game progress). For this:
Select Wipe data/Factory reset, then select Yes on the next screen to confirm factory reset (screenshot).
Select Wipe Cache Partition, then select Yes on the next screen to confirm wiping cache.
First Install the ROM file:
Select Install zip » Choose zip from sdcard (or external sdcard, you know where your files are) » browse to the location where you saved the file and select the ROM file.
└ Make sure to first flash the ROM file and then the Gapps file.
Reboot your device. For this, go back to the main menu of recovery and select reboot system now.
That’s all. Your phone will now reboot and it will take some time as it’ll be phone’s first boot after installing Android 4.4, be extremely excited for this!
Note: In case your device gets bootloop (stuck at logo while rebooting), just do a factory reset (step 3) and you will be fine.
GUIDE FOR TWRP RECOVERY USERS
Boot into recovery mode. If you’re rooted, the easiest way to boot into recovery mode would be using the QuickBoot app. If not rooted, then follow the instructions below:
Power off your device and wait for 5-10 seconds until the device is fully switched off.
Press and hold Volume Up + Volume Down + Power buttons together to boot into bootloader/fastboot mode.
Press Volume Down until the Start option at the top changes to Recovery Mode, then press Power button to reboot into recovery mode.
Create a Nandroid Backup from recovery. It’s optional but very important to do, so that in case something goes wrong you can restore to current status easily. For making a Nandroid Backup, go to Backup » and select all check boxes and swipe on the Swipe to confirm option at the bottom of the screen to confirm backup.
Perform a Factory Reset (this will delete all apps and their settings and game progress). For this:
Tap on Wipe » then at the bottom of the screen do a Swipe on the ‘Swipe to factory reset‘ option (screenshot).
First Install the ROM file:
└ Make sure to first flash the ROM file and then the Gapps file.
Reboot your device. Go back to the main menu of recovery and tap on Reboot » then, tap on System to reboot your phone.
That’s all. Your phone will now reboot and it will take some time as it’ll be phone’s first boot after installing Android 4.4, be extremely excited for this!
Note: In case your device gets bootloop (stuck at logo while rebooting), just do a factory reset (step 3) and you will be fine.
FEEDBACK US!
Your suggestions and queries, if any, are most welcomed!
Another Android 4.0.3 Firmware For Galaxy Note — Dxlp9
A new Ice Cream Sandwich Android 4.0.3 firmware for the Galaxy Note — DXLP9 — is rolling out officially. Ice Cream Sandwich for the Galaxy Note brings a premium suite of applications specifically designed for use with the S-Pen, along with general Android 4.0 updates like faster performance, Face Unlock, improved data usage management, and more.
DXLP9 is a firmware for Asian countries like Thailand, Malaysia, Indonesia and Vietnam, but will work on any Galaxy Note out there regardless of country. Being the latest firmware to be released, you should definitely try it out.
Let’s look at the procedure to install the DXLP9 firmware on the Galaxy Note.
Compatibility
This firmware and the guide below are compatible only and only with Galaxy Note, model number N7000. It’s not compatible with any other device. Check your device’s model number in: Settings » About phone.
Warning!
The methods and procedures discussed here are considered risky and you should not attempt anything if you don’t know completely what it is. If any damage occurs to your device, we won’t be held liable.
How to Install DXLP9 Android 4.0 Firmware on Galaxy Note
Warning! The recent Ice Cream Sandwich firmware, XXLPY, for the Galaxy Note N7000 had a serious bug. From what we can gather, the bug bricks the phone when you wipe data — that is, do a factory reset — in recovery, or flash a ROM or something in recovery after flashing the firmware. So, DO NOT use RECOVERY at all. Even transferring a large file may brick the phone, because it’s related to eMMC (sdcard). It’s said that the bug hasn’t affected all phones, and the brick rate might be 5%, which is actually pretty damn high for bug that can completely destroy the phone, we don’t even know whether Samsung service center guys would be able to fully repair it, although we think they should be able to.
Read more about the bug here.
——————Installation Guide below, but do Read the Warning text above first————–—
Important! Don’t forget to at least make a backup of your APN settings, which you can restore later if your data connection does not work after installing the ROM. Use the backup guide to find out how.
Extract the downloaded zip file once to get the following files (you might see the file name end with .tar instead of .md5 as the file extension is usually hidden, so it’s normal):
N7000DXLP9_N7000OLBLP6_N7000DXLP5_HOME.tar.md5
SS_DL.dll [ignore this one]
Extract the contents of the Odin 1.85.zip file to a convenient location on your computer.
Disconnect your phone if it’s connected to PC, then switch it off.
In recovery, use the Volume buttons to navigate and the home/power button to select.
Select wipe data/factory reset, then select Yes on next screen to confirm. Wait a while till the data wipe is complete.
After the data wipe is complete, remove the battery of the phone, then re-insert it. Keep the phone off, and go to the next step.
Now, put the Galaxy Note in Download Mode — press and hold these keys together: Volume Down + Home + Power. A Warning! screen will come up; press Volume Up key to continue to enter Download Mode.
Important! Do not make any other changes in Odin except selecting the required file as given in step 13. Leave all other options as they are.
If you don’t get this message, then probably there is a problem with drivers. Make sure you’ve proper drivers installed (check step 2). Also, uninstall Kies from the Control Panel as well (this will leave the drivers on the computer but remove Kies which can interfere with the procedure).
IMPORTANT Note: If ODIN gets stuck and doesn’t seem to be doing anything, or you get a FAIL message (with red background) in ODIN, disconnect the phone from the PC, close ODIN, remove battery, re-insert it, turn phone on in Download mode again, and do the procedure again from Step 9.
If you run into any roadblocks while flashing the firmware, let us know and we’ll help you out.
Get Android 4.4 Kitkat Update For Sony Xperia L Via Aospa Paranoidandroid Rom
Known Bugs/Issues
[As of January 23, 2014]
No Bluetooth.
No Deep sleep.
GPS not working.
Internal memory is 2GB only.
WARNING!
Warranty may be void of your device if you follow the procedures given on this page.
You only are responsible for your device. We won’t be liable if any damage occurs to your device and/or its components.
Before you begin with guide instructions below, make sure your android device is adequately charged — at least 50% battery of the device.
STEP 0: CHECK DEVICE MODEL NO.
To make sure your device is eligible with this, you must first confirm its model no. in ‘About device’ option under Settings.Another way to confirm model no. is by looking for it on the packaging box of your device. It must be Xperia L!
Please know that this page is meant only for Sony Xperia L. Please DO NOT try the procedures given here on any other device of Sony or any other company. You have been Warned!
STEP 1: BACKUP YOUR DEVICE
Back up important data and stuff before you start playing around here as there are chances you might lose your apps and app-data (app settings, game progress, etc.), and in rare case, files on the internal memory, too.
For help on Backup and Restore, check out our exclusive page on that linked right below.
► ANDROID BACK UP AND RESTORE GUIDE: APPS AND TIPS
STEP 2: UNLOCK BOOTLOADER
Skip this step if your device is already bootloader unlocked.
User must first unlock the bootloader on your Sony Xperia L before proceeding with the guide below.
Check the Sony Xperia Z Bootloader Unlock link below for help on unlocking the bootloader of Sony Xperia L as the process would be similar almost on all Sony devices.
► UNLOCK BOOTLOADER OF SONY XPREIA Z
STEP 3: INSTALL THE LATEST CWM/TWRP RECOVERY
Skip this step if you already have latest version of CWM or TWRP recovery installed on your device.
Make sure that you’ve latest version of the recovery installed on your device.
Older versions of CWM and TWRP recoveries are not working with Android 4.4 based ROMs, throwing installation errors and WiFi bugs, therefore you need to use the latest version of either recovery.
STEP 4: INSTALLATION INSTRUCTIONS
DOWNLOADSDownload the file given below and transfer it to a separate folder on your phone and remember the location.
ROM FILEFor latest version of the ROM, check the original page →
GAPPS FILEBe sure to transfer the ROM and Gapps files you downloaded above to your phone and remember the location of the files.
You will need to flash them now on your device using either of ClockworkMod (CWM) or TWRP recovery.
We’ve got separate guide for CWM and TWRP recovery, so use the guide relevant to the recovery you have installed on your device.
GUIDE FOR FLASHING ROM IN CWM RECOVERY
Boot into recovery mode. If you’re rooted, the easiest way to boot into recovery mode would be using the QuickBoot app. If not rooted, then follow the instructions below:
Switch off your Xperia L first.
(For help, check out our Sony Xperia L Recovery Mode page)
Create a Nandroid Backup from recovery. It’s optional but very important to do, so that in case something goes wrong you can restore to current status easily. For making a Nandroid Backup, go to Backup And Restore » Backup.
Perform a full clean-up of the device (This will delete all apps and their settings and game progress). For this:
Select Wipe data/Factory reset, then select Yes on the next screen to confirm factory reset (screenshot).
Select Wipe Cache Partition, then select Yes on the next screen to confirm wiping cache.
First Install the ROM file:
Select Install zip » Choose zip from sdcard (or external sdcard, you know where your files are) » browse to the location where you saved the file and select the ROM file.
└ Make sure to first flash the ROM file and then the Gapps file.
Reboot your device. For this, go back to the main menu of recovery and select reboot system now.
That’s all. Your phone will now reboot and it will take some time as it’ll be phone’s first boot after installing Android 4.4, be extremely excited for this!
Note: In case your device gets bootloop (stuck at logo while rebooting), just do a factory reset (step 3) and you will be fine.
GUIDE FOR TWRP RECOVERY USERS
Boot into recovery mode. If you’re rooted, the easiest way to boot into recovery mode would be using the QuickBoot app. If not rooted, then follow the instructions below:
Switch off your Xperia L first.
(For help, check out our Sony Xperia L Recovery Mode page)
Create a Nandroid Backup from recovery. It’s optional but very important to do, so that in case something goes wrong you can restore to current status easily. For making a Nandroid Backup, go to Backup » and select all check boxes and swipe on the Swipe to confirm option at the bottom of the screen to confirm backup.
Perform a Factory Reset (this will delete all apps and their settings and game progress). For this:
Tap on Wipe » then at the bottom of the screen do a Swipe on the ‘Swipe to factory reset‘ option (screenshot).
First Install the ROM file:
└ Make sure to first flash the ROM file and then the Gapps file.
Reboot your device. Go back to the main menu of recovery and tap on Reboot » then, tap on System to reboot your phone.
That’s all. Your phone will now reboot and it will take some time as it’ll be phone’s first boot after installing Android 4.4, be extremely excited for this!
Note: In case your device gets bootloop (stuck at logo while rebooting), just do a factory reset (step 3) and you will be fine.
SCREENSHOTS
FEEDBACK US!
Your suggestions and queries, if any, are most welcomed!
Developing For Android Wear
Using Android Studio
Creating A Basic Watch FaceThe main activity for the “wear” module contains a lot of parts. Each doing a certain task to make sure everything runs smoothly. Let’s break it down. These examples are from the chúng tôi from the SDK.
Code
private class Engine extends CanvasWatchFaceService.EngineThis is the implementation of the watch face. Any Paint variables among other variables would go here, for example: Paint mMinutePaint;
Code
public void onCreateThis is where you will setup the UI, including defining your Paint variables, for example: mMinutePaint = new Paint();
Code
mMinutePaint.setARGB(255, 200, 200, 200); mMinutePaint.setStrokeWidth(3.f); mMinutePaint.setAntiAlias(true);The first line declares a new Paint object. The second line sets the color using ARGB with the first set of three numbers setting the opacity. The third line defines the width of the hand itself and the fourth line turns on antialiasing. One thing to note when creating a background for your app, you can use a higher resolution image like 480×480 and scale it back down to the watch’s resolution, this in turn makes a huge difference and makes the background look a lot better. We were unable to scale the hands. They would need to be made into the exact size required.
Code
boolean mLowBitAmbient;Some smartwatches have a low bit ambient mode, this is basically a toned down version of the regular ambient mode found on the Moto360 for example. You would want to use this to make sure every watch is compatible with your app. One way to use this would be to set up an if statement:
Code
if(mLowBitAmbient = true) { statement } public void onDraw(Canvas canvas, Rect bounds)This is where the watch face is drawn onto the screen. Here you are able to call on the Paint objects and use the canvas class to rearrange everything how you want. You can also setup variables to add the date, time and battery information with just a few lines of code. This is also the area where you define what happens when the watch goes into ambient mode and what happens when it wakes up. Getting the battery information will require one extra line of code for it to work in our experience: Context context = getApplicationContext(); This will need to go just before Intent and the registerReceiver that get the battery information. Without this line of code we could not get the battery information to work properly.
The MainActivity in the mobile module is a lot simpler:
Code
public class ApplicationTest extends ApplicationTestCase { public ApplicationTest() { super(Application.class); }This is the whole program for a basic watch face, more files may be required depending on what you want to accomplish. One of the main reasons to have more programs would be add the weather to the watch face, which would require getting the weather from the weather service from the phone and sending that information to the watch.
Setting up the manifestsThe chúng tôi for both modules will be very similar to each other. Each are setup just like a regular Android application. The mobile manifest will also include the wear module’s permissions as well as it’s own. If the permissions listed in the wear manifest and the wear permissions listed in the mobile manifest do not match, you will not be able to build a release apk. An example of each manifest is available in the SDK to use.
Android Virtual Device Manager QuirksThe Android Virtual Device Manager can be a great tool, but having a real watch to test your app can make a huge difference. In our experience developing Android Wear apps, the AVD does not always display the content correctly nor does it always communicate with the phone like an actual watch would. For example, when creating a watch face that uses images as hands, the AVD may position the hands slightly different than on the real thing. While the hands may appear centered on the AVD, they are off centered on the watch to either side. This is an easy fix. If it happens to you just adjust the coordinates of the hands in the program. Regarding connecting with the phone and retrieving information such as weather, the AVD seems to work better than the actual watch. So just because it works on the AVD doesn’t mean it will work on the watch. Keep this in mind if you just have access to the AVD.
Wrap-upDeveloping for Android Wear is relatively easy using the same tools you would use to develop for Android. Just remember that instead of one module there are two. One is for the part of the application that goes to the watch and the other module goes to the phone. Android Studio works very well when handling everything on the mobile side and watch side, however, some AVD quirks do not make this a perfect experience and you should check everything twice if possible.
Since Java is the most common language used for Android there are a lot of tutorials and guides on how to do most of what is required to make a simple Wear application. Google offers some great samples included in the SDK, these are a great place to start.
Let us know your Android Wear developing experience below!
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