The energy of solar fusion is here!

Transform your device into a solar panel and impress your friends! Note: This is a fun/prank app! This is how the future will look like- taste a bit of it today!

NOTE: it only LOOKS like it's actually charging!

Just start the Solar Fusion 2000 Charger app and put your Android device into the sun or another bright light source.
If you cover the solar panel with your hand you can see the difference in "charging" level.

Create your own phone calls vibration alert by tapping the "rhythm" on the screen. Enable "pocket mode" if you want your device to vibrate only when it is in your pocket. Reduce battery drain, by vibrating only when really needed (i.e. not when device is laying on the table).

Creating new vibration sequence is extremely easy- just go to Vibrate pattern tab, press "record" icon, and then tap & hold the vibration button for few times, to get the desired effect. You can manually edit your vibration pattern later, to do some fine-tuning.

Nothing will sooth your mind better than bubble wrap gently popping under your fingertips. Configure colour, size and layout of your bubble wrap to get the perfect, desired feeling.

App counts number of bubbles popped so far so you can get proper measure of your stress level. Getting over 1000 bubbles in a week means that one should seek a medical advice :)

https://play.google.com/store/apps/details?id=eu.nazgee.game.bubblewrap

The energy of solar fusion is here!

This live-wallpaper transforms your device's desktop to look like a solar charger panel! It simulates behaviour of real solar charger- shows ambient light intensity and calculates capacity charged so far.

NOTE: Your battery won't be charged by this application (In fact, it drains your battery just like every other live-wallpaper)

You can use this app to fool your friends or just have a cool, futuristic desktop on your device. Have fun!

The energy of solar fusion is here!

Casual, fun and easy. Feed the octopus, but watch out for the shark!

Slow and relaxing game, fun for adults and children to play with. Game was based on an old plastic toy filled with water and floating rings.

It's goal is to put as many rings as possible on a pike, and make the octopus eat it. Letting Chester eat few rings in a single "chunk", gives you more points and makes it easier to satisfy Chester's growing hunger, than eating only single ring.

Ever dreamt of flying? See how hunt looks like from the eagle's eye perspective.

This game lets you fly over the green fields full of trees, flowers and your prey- gray mice unaware of your supremacy.

You can hunt in one of 2 ways: diving and using razor-sharp claws, or by dropping stones on your target.

Since this game is still work in progress (released early alpha version to get some sleep- for a week or so), I would gladly accept your suggestions on what you would like to get in future updates.

https://play.google.com/store/apps/details?id=eu.nazgee.game.eagle

There are two ways to build a *.ko file for a specific kernel version. New module can be added directly to a kernel source tree, or it can be build outside it. There are pros and cons of both scenarios, so and deciding on a way to go is a matter of personal favour.

Building a module outside a kernel tree is straightforward- all it takes is to use a makefile like the one attached to this text. By editing content of the configuration section shown below you can alter:

• path to the kernel sources that you'd like to finally insert your module to

To make IGEP boot using kernel and file system hosted locally on your PC, one has to install some additional software and do some tweaking to get it working.

1. Prepare a structure of directories to store rootfs and kernel for your project. I like having srv and tftp directories in my home folder, and creating a symbolic link in /srv pointing to those folders

android@android:~$ mkdir ~/srv/tftp/angstrom/X11/igep0020b -p
android@android:~$ mkdir ~/srv/nfs/angstrom/X11/igep0020b -p
android@android:/srv$ sudo ln -s ~/srv/tftp/ /srv/

When working with linux kernel, powerful editor with symbols referencing is a must. As I am an Eclipse fan, I spent a lot of time trying to force it to cooperate with kernel. After some struggling I had found a great tutorial, that helped me a lot: http://simonkagstrom.livejournal.com/31079.html. Simon Kågström did a great job there (especially with the perl script), however there are few things I would do other way, e.g. I would not setup a project in kernel's directory, as it makes it even more messy.
So here is "my way" of making Eclipse and kernel come together.

Kernel image, which is built for IGEP during bitbake, is by default configured to not support Bright/Belkin USB Keyboard (1241:1503). If support for this device is needed, one has to rebuild kernel with .config file different than default one.