Google the search giant recently announced latest tools and services for developers to develop games at a faster rate with ease. It brings new opportunities to drive business go-to-market success on Google Play. For streamlined development of games, Google released the Android Game Development Kit helping Mobile App Development Company to develop, optimize, and deliver high-quality Android app games.
Introduction to Android Game Development Kit
The Android Game Development Kit (AGDK) holds complete range of tools as well as libraries to help you build, optimize, launch, and recapitulate on high quality Android games. This tool kit collaborates new and existing libraries, tools and functionality.
In this initial launch, Android has focused on three major areas where a lot of feedback have received. Let’s dig in deep for better understanding and optimization.
1. Integrated Workflows
With minimum switch between the tools, the more efficient is the result of app development. AGDK provide new tools to facilitate Android app development services in your primary IDE. Google has worked on workflow to add unique value and solve Android related troubles, while being compatible with existing workflow.
- The new kit adds Android as a platform target to Visual Studio helping existing Visual Studio game projects to simply integrate Android as a new platform.
- Google has worked with some of the most experienced game engine developers to integrate tools and libraries directly. This benefit app developer in terms of enhanced performance and stability without making any changes.
- Apart from that, the search giant has focused on plugin development for game engines including Unity. These plugins are present in one place to help developer with desired functionality.
2. C/C++ Game Libraries
Most games and game engines are coded in C++, whereas Android app development is based on the Java programming language. Bridging two languages using a Java Native Interface needs effort and can introduce bugs. AGDK will help to build and customize game engines by offering C game libraries that reduce the use of the Java Programming language. This makes games easier to build, debug, and maintain.
We’re focusing on what you’ve told us are your top frustrations. Initially, this will involve building foundational classes for activity and input. Longer term, we plan to make more C libraries to provide functionality that is commonly used across game engines. We’re incorporating our existing frame pacing and high-performance audio libraries into this effort, and adding three new ones:
- Game Activity offers a foundation for C++ games to be based on. It offers C interfaces for all the Android events that you’d expect, from screen rotation to app lifecycle. This method minimize the amount of development time in the Java language. Unlike Native Activity, Game Activity is compatible with fragments, making it simpler to integrate some of favorite SDKs.
- Game Text offers a stable way to use the software keyboard in C that is officially supported and will run across Android versions.
- Game Controller is process to manage input from game controllers, to map their functions and to reconnect to the device when required.
3. Performance Optimization
Google is to guide help you find any stability or performance issues before launch and monitor your game post-launch to catch any issues. We’re beginning with the most essential metrics including frame rate, loading time, and memory, and will be comprising new metrics over time.
- A major update is released to the Android GPU Inspector including frame profiling functionality. This works in addition to the existing GPU profiling elements to assist you fully learn any GPU related issues. AGI is currently in open beta, and you can learn more in our GPU inspector session.
- A suite of profilers in Android Studio for the system, power, CPU, and our new native memory profiler that game development can use to find inefficiencies.
- Android Performance Tuner offers user telemetry. You can see how different parts of your game perform and how your game performs across multiple devices. You can hire mobile app developers to make use of this tool for frame rate and other key functionalities.
Gaming apps is a popular revenue source for brands and seeing their huge popularity many developers are making a shift into the business. To ease the Mobile Game App development work Google has recently launched Android Game Development Kit. It has focused on different sections discussed in the blog earlier.
Frequency Asked Questions
1. What is required for Android app development?
The most basic building block of Android development is the programming language Java. To be a successful Android developer, you’ll need to be comfortable with Java concepts like loops, lists, variables, and control structures.
2. What language is supported by Android for application development?
While the official programming language for Android is Java, many other languages are used to develop Android apps. These include Kotlin.
3. Is Android App Development Easy?
Unlike iOS, Android is flexible, reliable, and compatible with devices. There are many challenges which are faced by an Android developer because using Android applications is very easy but developing and designing them is quite tough. There is so much complexity involved in the development of Android applications.
4. Why is mobile app development important?
Having a mobile application developed from Hybrid app development services has become a necessity for business enterprises these days. It not only grows brand awareness, but also improves the user engagement; grow awareness, boosts revenue growth, and many more. The development of mobile apps not only benefits the business owners, but also the customers.
5. What is the cost involved in Game App Development?
The cost involved in the game app development process depends on the website size, features and overall complexity.