Today Java is by far the most popular programming language that provides you with the ability to build various IT products. They include websites, web services, desktop programs, mobile applications for Android OS, and some others. Java developer, java is a universal cross-platform language. It means that Java applications are suitable for such widely-known platforms as Windows, Linux, and MacOS. To become a professional java developer you can take the advice from Themaddev online community, as they will let you know the tips to design, develop, modify, research, test, and maintain software.
The reasons developers chose Java
Java language is used for a variety of purposes and has a big army of fans. It is the basic tool for the development of Android-based products. Java is also a great solution for the creation of government websites, computer games, and scientific projects. In such a way a top-ranking java software development company can meet even your most sophisticated requirements. But why is Java so popular nowadays? It seems strange because there are so many other great languages like Python and Golang. To answer this question our team has made up a list of reasons to opt for Java. So, here we go!
Flexibility
Java has shown that the C language which is a procedural, manual, platform-dependent code – is not the limit of perfection. Thanks to this programming language, a lot of people switched to an object-oriented model of web development. Now it is the most popular development type.
Applets
An applet is a Java program that runs inside a web browser. An applet can be a complete Java application since it can take advantage of the full Java API power. The developers can use applets to create graphically rich and interactive user interfaces that are not manageable using conventional HTML language.
1. Being an object-oriented language
Just like .NET Framework Java represents object-oriented programming (OOP). This term stands for a programming paradigm in which the basic concepts are the notions of objects and classes.
The advantages of the OOP programming model:
- Classes allow you to build an IT product using useful components that have simple tools. It helps to abstract from the implementation details.
- Data and operations form a particular entity.
- Code and data localization improves the visibility and maintainability of software.
- Information encapsulation prevents the most critical data from unauthorized access.
- OOP makes it easier to update old code.
2. Simple syntax
Java is believed to be a language of high level. Why? Because it is very similar to the human language. Its alternatives of low level, on the other hand, are similar to code generated by a machine. The languages of a high level are created with the help of compilers or interpreters. It simplifies the overall development process. The language becomes easier to write, read, and maintain.
C++ is the basis of Java syntax. Yet, the Java programming language is easier to learn. But beginners should better opt for Python. It has a big supportive community and transparent syntax. What’s more, there are numerous tutorials and videos available on the Internet for free.
3. Great option for building enterprise apps
Java offers access to a range of libraries that help developers create products with sophisticated functionality. The Java integration features are impressive since most hosting providers support Java. Moreover, Java is a low-maintenance language: you can work with it from any computer.
5. Write once, run anywhere (WORA)
“Write Once, Run Anywhere” (WORA) – is a well-known phrase in the IT industry that describes Java’s capabilities of building products for a range of platforms. It means that you can develop a Java product on the Windows platform. Later compile it to bytecodes, and run it on any other platform that supports the Java Virtual Machine (JVM). In this way, the JVM performs the function of an abstraction layer between the hardware and the code lines.
6. Efficient management of memory
People working with Java don’t have to write code to manage memory issues by themselves. Instead, they can use an automated memory management feature (AMM). The efficiency of any program is closely related to memory. However, the amount of memory is not unlimited. Memory cleanup programs look for files that are no longer used by the program and delete them. This affects the performance of the processor.
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