Java SE was introduced as a ready-made package to be used by programmers. Later, the same features were added to the programming language that they already used, and Java SE was advertised as the ideal programming option for the programmer. The claim was based on two facts – first, that Java was faster than other popular languages, and second, that Java was secure enough to avoid security flaws that other languages were vulnerable to. As a matter of fact, both these facts are valid.
Java is fast. It was designed by Sun Microsystems as a way to make the programming process less difficult. Java’s architecture is based on streams, and it makes the whole concept of dealing with streams very easy. When a programmer would write a program, he would put it into a container, and then access its resources through an interface. Streams, or more precisely, concurrency, became very important as developers started to put together more complex programs. Once they start doing so, they would need to deal with concurrency management, and the Java Standard Library (jost) was designed to help programmers deal with concurrency issues.
Java has security features. This was one reason why the Java standard was created, and it still is one of the reasons why the Java programming language is preferred over other alternatives. Unlike other languages, Java is highly safe, and any programmers can rely on the security features of Java to avoid getting their programs into wrong hands. For example, Java has a built-in mechanism to track down any unauthorized code accessing a particular resource. In addition, Java provides support for various types of data storage so that a programmer does not need to go into the hassle of designing an efficient data model.
Java is mature. There have been several major improvements in Java since it was first released, and it has now become one of the most widely used programming languages. As such, many improvements have been made since its first release, and Java developers have become very capable of writing code that is both versatile and secure. Java also comes with a large collection of libraries. When a programmer wishes to be able to write some additional code, he or she just needs to use the standard libraries. Since there are a lot of libraries available for Java, it would not be hard for a programmer to get started with Java without having to learn too many different concepts.
Java is simple to begin with. All that a Java programmer would need to get started with Java is a computer with an internet connection and a Java plugin installed. After downloading the plugin, he or she would be able to begin developing applications thanks to the built in tooling that comes with the Java SDK. In fact, it would be hard to find a programming challenge that would not need the use of Java today.
Java is easy to use. Developers who see this do not know much about programming would do well to get a practice session or two using Java. Once they feel comfortable enough, they would be ready to go forward and start incorporating their new skills with Java’s use. Java does not require a high level of programming knowledge to get started; it only requires that the person be familiar with basic computer software.
Java is extensible. As a result of its simplicity, it is possible for a Java program to be customized to meet the needs of a specific industry. If a Java programmer is already familiar with the various features that he or she needs to use in order to write a Java program, then it would be much easier to figure out how to make it perform a particular function. For this reason, Java can often be considered as a platform that was well-designed to meet the programming needs of programmers.
Java is cross-platform. It runs on a variety of operating systems, including Windows, Linux, Sun Microsystems and Apple Macintosh. Because it is available in such a wide range of platforms, it would be very difficult for a Java program to ever go out of style. This makes Java an excellent choice for creating applications for a wide range of industries, from banking to medical programming. Java programming is also ideal for developing web applications, due to its uniformity of behavior across different platforms.