Android Studio is an official Android development integrated development environment (IDE) for mobile application development in the Android operating system developed by Google. Android Studio is based on Jetbrains'
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Oracle Java SE
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Oracle Java SE is a programming language and gives customers enterprise features that minimize the costs of deployment and maintenance of their Java-based IT environment.
Visual Studio supports androud development through DOT NET only. Eclipse is very slow in case of large project, and also lack in supprots. IntelliJ IDEA supports Android development with JAVA as well as Kotlin, but it also supports the development of other languages, so it's …
Although there are alternatives on the market that propose creating ANDROID and IOS APPs in a single interface at the same time, in our case the experience was not positive since we had to access very specific functionalities. There was no other solution than to develop the …
I initially did code in Eclipse to develop an android app that is generally used for web apps and then I moved into Android Studio. That's the biggest thing I ever did I think. Android Studio has lots more functionalities and plugins than any other product. Now I am completely …
I am primarily a Java developer so many of the IDEs I have used are specifically made for Java development. I have used IntelliJ IDEA, Eclipse, and Netbeans for Java development but Android Studio is far better for Android development specifically and it also has support for …
Android Studio is as good for Android development, as Visual Studio has been for Windows development. It is my first choice for Android development because it includes an excellent suite of tools and support for Android. Its built in refactoring and code fixes are much more …
Android Studio is the best possible offering to make android based apps. It's a product by Google and the official integrated development environment for android app development. That's why it is able to offer the easiest to learn and simplest coding environment to developers. …
We personally did not try too many others because the staff who we hired to take on mobile development were already familiar with it and were able to get going quickly with it. They and all their peers had already worked through others and we were content to trust their …
Android application development can also be done using the IntelliJ IDE. It is a very good IDE but it is paid for professional and commercial product development. However, IntelliJ IDE is available with a student license for limited application development features. Thus …
Eclipse used to be the official IDE for Android. Since Android Studio is now the official IDE, and since Eclipse is no longer supported for Android, I have no choice but to use Android Studio. Of course, Android Studio has more features than Eclipse had because (1) Android is …
Basically Eclipse is a tool where you have to do all on your own from start to end.
Android Studio is using its Artificial Intelligence techniques to enhance our coding experience and offer better , suggestions to create methods, variables, classes, etc.
Java is highly more performant and with a very wide range of opensource libraries at hand, there is not much that you "cannot do" as long as you "do it right". Interpreted nature of Python doesn't let you do proper multicore/multithread operations, you could even say that …
Code readability is greater in [Oracle Java SE]. Code refactor can be achieved in [Oracle Java SE], design patterns are used across the libraries and in use of it as well.
Java is the backbone of Scala. Lots of the improvements of the newer version of Java have been based on the improvements Scala introduced (functional programming features, among others). In this way Java and Scala are very symbiotic.
Both platforms provide support for common programming languages such as PHP, Ruby, and Python. Java developers can also use languages such as Java, JavaScript, Clojure, Groovy, and Scala while .NET developers can code in C#, F#, VB.NET, C++, and .NET. The two platforms also …
We choose Java as our system has multiple sub-applications that have different purposes and architecture including back-end applications, front-end UI, front-end Rest API, and Selenium Automation tests. They are deployed in Windows and Linux, communicate with each other using …
We had to stick with Java SE due to some of our other services being already written in Java. For the past couple months, we have been experimenting with Python and comparing its level of security and performance. From our experience, Python has fewer security capabilities, but …
I wanted to write Python, NodeJS, PHP... but it's hard to compare all the different fruits in the basket. Java is good for what it was made for, and much more nowadays. Java was and I suspect, will be a strong candidate for any backend project, and it's one of the most popular …
Oracle's Java is a uniform platform. It is widely used and universally accepted and is the defacto language. The majority of the industries from Banking, retail, healthcare, hardware, software, military, defense, and commercial, to the fashion industry use this language for …
We haven't really used any other products like Java. We have used python and C++ for other projects. Java is much simpler to use than C++, but probably not as simple as Python. Then again, Python is meant to be a scripting language, so when comparing to C++, Java is definitely …
Many other languages could be used for initial programming. However, simplicity of concepts, static type system and available tool support in combination made Java come out top for us. Especially Python has become very popular recently. I think this is a step backwards, due to …
Azul provides comparable services to Oracle Java SE. Compared to Oracle Java SE, support from Azul is more responsive and reachable. The downside is that the customer base of Azul system is much smaller compared to Oracle, so online resources are a little hard to search. But it …
There are several alternative vendors of Java. They are almost all based on OpenJDK, so they are generally very similar. Levels of support vary, but they are more than worthy of consideration.
I do not see the languages that I meant to add in the list. These are Python, R, C, C++, Perl, Jython and Javascript. I have experience in each of these and each has its pros and cons. I like R and Python for scientific analysis. C and C++ have good support for communicating …
Asp.net and Java both live in a similar solution space, however, Java tends to be the better option due to the larger amount of available resources for it. Node is an interesting tool. It is in a similar space as Java, but more focused on front-end web application development. …
Android Studio is the only platform you should consider for Android development. I have found that nothing else comes close in terms of documentation or support. There is always the temptation to develop for Android using a cross platform toolkit, such as Xamarin, but unless your app is incredibly simple, you will find your self wrestling with the toolkit more than actually creating your product. If you have any Android projects still in Eclipse, you should upgrade these to Android Studio - the backwards compatibility for older versions of Android is very good, with issues only occurring with debugging on older (Lollipop or below) devices. The only scenario Android Studio is not suitable for is cross-platform development. There is no way to share code between iOS, macOS, or Windows projects with Android Studio, unless you are developing a game in C++. If you wish to develop cross platform mobile apps, I suggest Microsoft Visual Studio.
Oracle Java SE is well suited to long-running applications (e.g. servers). Java Swing (UI toolkit) is now rather outdated, lacking support for modern UI features. JavaFX, the potential replacement for Swing, has now been separated out of Java core. Ideally, there would be a path to migrate a large application incrementally from Swing to JavaFX, but due to different threading models and other aspects, it is difficult. At this point, it is probably better to use an embedded web browser (e.g. JxBrowser) to provide a modern UI in HTML/Javascript and keep just the business logic in Java.
It offers advanced code completion, and static analysis which speeds up coding and reduces errors.
Gradle integration helps to easily generate different app versions from a single project without the need of coding for a separate project, for example, if I am supposed to create a two different versions, one meant for free users and other for paid users, Android Studio allows me to do so from a single project, which saves a lot of time.
It provides real time information of CPU, mempry and network usage, which accordingly allows me to easily optimize the app.
Powerful emulator with almost all the device stimulation for testing.
Since Java runs on a virtual machine, it's generally considered to be agnostic of the hardware it's running on. It allows for deployment across a mix of hardware setups with the same binary.
Lots of literature, third party libraries, support forums, and books have been devoted to Java in general, making it a great language to use to support the business.
Backwards compatibility has been an important strength of Java for us. Legacy code that isn't ready to be retired yet can still run on our newer setups despite using older versions of OJSE.
Android Studio is very useful for developers to write the code of Android apps. It provides auto implementation, suggestions, and removes boilerplate codes, which helps developers write clear and optimized code. Number of third party and Jetbrains plugins available to improve the speed of development and help the developer.
The language is fluent and has good support from a number of open source and commercial IDEs. Language features are added every 6 months, although long-term service releases are only available every 3 years. It would be nice if some of the older APIs were depreciated with more pressure to move to the new replacement APIs (e.g. File vs. Path), but transitions to new features are generally well implemented.
Overall support for Android Studio is quite good. As the project is maintained by Google itself, frequent updates are usually made to Android Studio to keep the IDE update and bug-free. Many community forums are also available to help developers across the world if they face any issue.
Java is such a mature product at this point that there is little support from the vendor that is needed. Various sources on the internet, and especially StackOverflow, provide a wealth of knowledge and advice. Areas that may benefit from support is when dealing with complex multithreading issues and security libraries.
I am primarily a Java developer so many of the IDEs I have used are specifically made for Java development. I have used IntelliJ IDEA, Eclipse, and NetBeans for Java development but Android Studio is far better for Android development specifically and it also has support for things like Flutter development. VS Code is quickly becoming popular across languages but Android Studio is still at the top in my opinion.
We choose Java as our system has multiple sub-applications that have different purposes and architecture including back-end applications, front-end UI, front-end Rest API, and Selenium Automation tests. They are deployed in Windows and Linux, communicate with each other using Rest API, RMI and Queue Message and need to support different deployment environment from Dev, Test, UAT to Production so using Java allows us to have a common standard from development, build and deployment for all applications.