By integrating the Google backend services in your Android applications, you can automatically manage your application back-end. And, this can be done efficiently while using the built-in features offered by the Android Studio 0.6.1 or higher for app development.
Yes, this is possible; you can execute your backend apps on the Google support, while keeping the headache of server maintenance at bay. This can be done with the help of Google App Engine. For the Android developers, who want to reap the benefits of the Google cloud platform, here is a complete guide for you.
Android app development companies can be availed if you want Google App Engine to be integrated into any application, if you avail via implementing any of the three templates offered by Android Studio. These are App Engine Java Servlet Module, App Engine Backend with Google Cloud Messaging, and App Engine Java Endpoints Module. These can be easily located under the “New” tab and “Module” option.
After choosing a desired module, you can see that module added to your project as a new Gradle module. It thus, will automatically configure all the requisite capabilities and limitations into your project.
Once the Google App Engine has been successfully integrated, you can streamline the interactions between the application and its backend. It automatically starts functioning and offers powerful client libraries, integral support for OAuth 2.0 and so forth.
Let's understand it by considering a simple example. Simple Endpoints API which is included in the module, here is code snippet to represent the lines of a code for the App Engine Java Endpoint Module.
Code Snippet:
Yes, this is possible; you can execute your backend apps on the Google support, while keeping the headache of server maintenance at bay. This can be done with the help of Google App Engine. For the Android developers, who want to reap the benefits of the Google cloud platform, here is a complete guide for you.
Android app development companies can be availed if you want Google App Engine to be integrated into any application, if you avail via implementing any of the three templates offered by Android Studio. These are App Engine Java Servlet Module, App Engine Backend with Google Cloud Messaging, and App Engine Java Endpoints Module. These can be easily located under the “New” tab and “Module” option.
After choosing a desired module, you can see that module added to your project as a new Gradle module. It thus, will automatically configure all the requisite capabilities and limitations into your project.
Once the Google App Engine has been successfully integrated, you can streamline the interactions between the application and its backend. It automatically starts functioning and offers powerful client libraries, integral support for OAuth 2.0 and so forth.
Let's understand it by considering a simple example. Simple Endpoints API which is included in the module, here is code snippet to represent the lines of a code for the App Engine Java Endpoint Module.
Code Snippet:
import javax.inject.Named;
@Api(name = "FirstApi",
version = "v1",
namespace = @ApiNamespace(ownerDomain = "<package-name>",
ownerName = "<package-name>",
packagePath=""))
public class MyEndpoint {
@ApiMethod(name = "sayHello")
public MyBean sayHello(@Named("name") String name) {
MyBean response = new MyBean();
response.setData("Hello, " + name);
return response;
}
}
On running this code, the annotated Endpoints API creates a RESTful API that can be accessed and called via the Endpoints API explorer. To further make the process simpler, you may call the client libraries via your Android application after coding the server side Endpoints API in the Android Studio. Since, it automatically configures the project and facilitates a proper integration of the Cloud Endpoints, it recreates the client libraries as soon as any change in the backend is encountered.
To keep the syntactical error at bay, the Android Studio offers a plethora of useful tips and instant solutions to support efficient and effective Endpoints API programming on the server side. Moreover, the Android Studio also augments the coding for Cloud Endpoints by offering ideal suggestions to quickly fix the coding errors. It thus, allows the developers to work with a breeze while ensuring minimum bugs and quality programming.
You can easily use the offered suggestions by simply clicking on the most appropriate options (this often the first option). Thus, with a few clicks, you can fix the bugs.
@Api(name = "FirstApi",
version = "v1",
namespace = @ApiNamespace(ownerDomain = "<package-name>",
ownerName = "<package-name>",
packagePath=""))
public class MyEndpoint {
@ApiMethod(name = "sayHello")
public MyBean sayHello(@Named("name") String name) {
MyBean response = new MyBean();
response.setData("Hello, " + name);
return response;
}
}
On running this code, the annotated Endpoints API creates a RESTful API that can be accessed and called via the Endpoints API explorer. To further make the process simpler, you may call the client libraries via your Android application after coding the server side Endpoints API in the Android Studio. Since, it automatically configures the project and facilitates a proper integration of the Cloud Endpoints, it recreates the client libraries as soon as any change in the backend is encountered.
To keep the syntactical error at bay, the Android Studio offers a plethora of useful tips and instant solutions to support efficient and effective Endpoints API programming on the server side. Moreover, the Android Studio also augments the coding for Cloud Endpoints by offering ideal suggestions to quickly fix the coding errors. It thus, allows the developers to work with a breeze while ensuring minimum bugs and quality programming.
You can easily use the offered suggestions by simply clicking on the most appropriate options (this often the first option). Thus, with a few clicks, you can fix the bugs.
- Gradle in Android Studio
The Android Studio also offers a proficient tool to every Android application developer / programmer, Gradle that helps develop both the App Engine backend and application. When an App Engine backend is integrated into an application, the Android Studio instantly downloads the App Engine plugin that is open-source in nature and facilitates Gradle.
What actually happens is, once the plugin is downloaded, all the generic tasks that are covered by the App Engine becomes the Gradle goals. Hence, whether you are deploying the build on your continuous integration environments, command line or IDE, you can seamlessly work on it and deliver a remarkable outcome.
Therefore, by using the built-in functions directly in your application, you can easily accomplish the task. For instance, you can conveniently deploy your app backend into your App Engine by choosing the appropriate task from the available option in the Gradle tasks window via the Android Studio.
Create a ravishing application and efficiently handle your app backend like never before by reaping the benefits of Google offerings. While providing an efficient app development environment, the Android Studio facilitates several utile features that make mobile app development a breeze. If you have an innovative mobile app idea in your mind, use this platform and deploy your idea to deliver an outstanding app. Integrate the Google Cloud Endpoints and its benefits in your app and ensure its smooth and flawless function with ease.
What actually happens is, once the plugin is downloaded, all the generic tasks that are covered by the App Engine becomes the Gradle goals. Hence, whether you are deploying the build on your continuous integration environments, command line or IDE, you can seamlessly work on it and deliver a remarkable outcome.
Therefore, by using the built-in functions directly in your application, you can easily accomplish the task. For instance, you can conveniently deploy your app backend into your App Engine by choosing the appropriate task from the available option in the Gradle tasks window via the Android Studio.
Create a ravishing application and efficiently handle your app backend like never before by reaping the benefits of Google offerings. While providing an efficient app development environment, the Android Studio facilitates several utile features that make mobile app development a breeze. If you have an innovative mobile app idea in your mind, use this platform and deploy your idea to deliver an outstanding app. Integrate the Google Cloud Endpoints and its benefits in your app and ensure its smooth and flawless function with ease.