Have you felt the call of video game development? Maybe you've seen some game featured in the news and thought, "That sucks, I can do way better." Well, put your money where your mouth is and prove it. StackSocial is giving customers the opportunity to name their own price and pick up two courses offered by Udemy on the topics of game development and design, or pick up two additional courses by beating the average price.
In case you're not familiar with Udemy, it's an online training service that currently offers over 20,000 courses on a very wide variety of topics.
Google is pretty well known for building a fast and (usually) reliable infrastructure that can stand up to just about anything short a certain Nexus launch. This is why it came as no surprise when the tech giant announced its own cloud hosting service during I/O 2012, giving developers a path to tap into some of that power. Since the launch, Google has attempted to make its Cloud Platform product as appealing as possible, but the response has been fairly tepid. Yesterday, Google announced the acquisition of a little known company named Firebase, and it might be enough to really get developers on board.
The final round of Developer Preview images released on Friday left a number of users without root access on their devices, but a lightning fast quick-fix by Chainfire had them back in business the following day. Yesterday, he took to Google+ with a follow-up of how it works and the issues that are making it more difficult to acquire root on the latest version of Android.
Due to increasingly effective security measures and stricter enforcement of SELinux, it seems that many, or possibly all of the available methods for initializing the SuperSU daemon at startup have been rendered ineffective. As part of Chainfire's updated root, custom kernels were posted for the Nexus 5, Nexus 7, and ADT-1 that switch a few SELinux policies to permissive mode so that SuperSU can be run in the correct context after a device boots up.
On Wednesday, Google teased developers and enthusiasts by officially announcing Lollipop, but chose to delay the release of anything substantial for another two days. Well, we've waited for the obligatory 48 hours, and the SDK is finally available, just in time for the weekend. (Yay?) Developers can finally abandon the interim SDK and move on to the real thing. There's no more pretending 'L' counts as an API Level, Android 5.0 is officially numbered 21.
For those who skipped the L Preview, it's worth taking a look at some of the more notable APIs available with this release, including the new Camera 2.0 API with its extensive performance improvements and DNG support, a JobScheduler for more efficient recurring tasks, and of course, all of the new animation capabilities intended to enable Material Design.
Back in June, Google announced Android was destined to gain 64-bit support in the coming L release. A few weeks later, Revision 10 of the Native Development Kit (NDK) was posted with support for the three 64-bit architectures that would be able to run the new version of Android: arm64-v8a, x86_64, and mips64. As we close in on the official release of Android L, Google has updated the NDK to revision 10b and added an emulator image developers can use to prepare their apps to run on devices built with Intel's 64-bit chips.
Excitement over products like the Ouya, nVidia's Shield line, and even numerous gamepads proves that gaming on Android has entered the mainstream. Developers have been jumping at the opportunity to build games that work across many of the different operating systems; and thanks to the Cross-Platform SDK, they're able to integrate most of the Play Games services into their products on Windows, Mac, and Linux. Until now, this SDK has lagged behind the SDKs for Android and iOS on one specific feature: real-time multiplayer support. As of today, Google is rectifying this oversight and making a number of other improvements with updates to the Play Games SDKs, along with some new features in the Google Play Developer Console.
Today, the CEO of Unity Technology David Helgason announced a collaboration with Intel to add x86 support to the company's wildly popular Unity 3D game engine. The news was presented during the keynote speech at the Unite 2014 game developers conference alongside announcements for upcoming support of Samsung's Smart TVs and Google's Android TV.
Helgason delivered the information pretty quickly, but it's not the kind of thing that requires a long introduction.
Both Unity 4 and 5 will be updated to include support for Intel Core and Intel Atom-based mobile processors. This will allow developers to build native variants of their games for ARM and x86 targets with very little effort.
Unless you absolutely despise games, you've probably noticed Unreal Engine is sort of a rock star among game development platforms. Not only is it capable of rendering some profoundly gorgeous graphics, it can do so on virtually every major desktop and mobile operating system available. Today, Epic Games is releasing Unreal Engine 4.4 with some new tools for building animation and behavior models, additional rendering features, improved support for Android and iOS, and even some free stuff in the content marketplace.
Among the featured items of the update, Epic is touting two new editors. The first is Unreal Motion Graphics (UMG), an interactive editor that integrates with Blueprints to allow developers to more easily construct events and animations, then preview them in real-time.
The Google Play Developer Console has undergone some pretty major changes over the years, including a complete overhaul 2 years ago. While the improvements continue to make for a more powerful and usable tool, some developers still find areas where it could be better. Google's engineers don't have time to build everything for everybody, but a new version of the Google Play Developer API makes it possible to build quite a few things for yourself. The new API allows developers to programmatically upload apks and modify almost every detail about your store listings.
The new web API allows developers to build scripts or applications to automate deployment and update product listings quickly and without directly working with the Developer Console.
Google's announcement of Android TV made it clear that a final product wasn't ready for store shelves, but it was certainly getting close. While Google is finishing up the software and hardware for an official release later this year, developers have been invited to begin work on their own apps. For most, that means firing up an emulator to test on, but a few have also been granted access to a preview device called ADT-1. Applications for the hardware opened up shortly after the Android TV talk at I/O, and now devices have started appearing for some lucky developers.
The initial batch of ADT-1 units went to Google partners like Netflix and Hulu in preparation for the I/O announcement, and a second wave was handed out to a small group of I/O attendees.