A lot of companies have been struggling to release something that will help children how to code. The use of apps and toys have been the most obvious choice for them in order to make coding a lot more fun.
The latest initiative comes from an Indiegogo startup and its Codie toy, which is a wheeled gadget that comes with an app to let the user control and program it at the same time.
Codie appears to be using a visual drag and drop blocks approach rather than having kids program by typing a bunch of lines of code. While the concept is not new, Codie’s developers state that it will stand out with the help of its programming language.
Codie’s programming language will not require any compiling time and will react in real-time, which means that any changes made by kids will make Codie react instantly, granting a more interactive experience.
The company looks like it is trying to raise $70,000 on Indiegogo, having it already raised half the sum. If you are interested about the project and want to learn more, or even contribute to its creation, you can visit its Indiegogo page here.
Thank you Ubergizmo for providing us with this information
Android 4.4 KitKat appears to come with a special feature that will help with the execution of programs on android devices. The key features it brings is faster and more efficient execution of apps, better battery life and a more fluid experience for users.
ART, which stands for Android Runtime, handles app execution in a fundamentally different way from Dalvik, the former runtime process on android handsets. The current runtime relies on a Just-In-Time (JIT) compiler to interpret bytecode, a generic version of the original application code. In a manner of speaking, apps are only partially compiled by developers, then the resulting code must go through an interpreter on a user’s device each and every time it is run. The process involves a lot of overhead and isn’t particularly efficient, but the mechanism makes it easy for apps to run on a variety of hardware and architectures.
ART is set to change this process by pre-compiling that bytecode into machine language when apps are first installed, turning them into truly native apps. This process is called Ahead-Of-Time (AOT) compilation. By removing the need to spin up a new virtual machine or run interpreted code, startup times can be cut down immensely and ongoing execution will become faster, as well.
At present, Google is treating ART as an experimental preview, something for developers and hardware partners to try out before attempting to make it compatible with all devices and apps on the market.