The Java language project was initially started in June 1991 by James Gosling, Mike Sheridan, and Patrick Naughton. An oak tree stood outside James’ office at that time, and Java was named as “Oak” originally. It was later renamed as “Green” and then later on to “Java” from java coffee.
Java is one of the most popular languages of all time. Given its popularity, the number of resources available online to learn Java is enormous and navigating through all of it can be quite complicated.
Java is a general-purpose computer-programming language that is object-oriented, concurrent, class-based and specially invented to have as few implementation dependencies as possible. It is designed to allow application developers WORA or “write once, run anywhere” meaning that compiled Java code may run on any platform that supports Java without the need for recompilation.
A Java Compiler compiles Java applications to bytecode that can run on any Java virtual machine (JVM) regardless of computer architecture.
The newest version is Java 10, released last March 20, 2018, which follows Java 9 after only six months in line with the latest release schedule. There is still support for Java 8, but there will be no more security updates for Java 9. Companies still support Java 8 and its earlier versions on a commercial basis.
The launch of Java 10 has been quite an accomplishment for this programming language, regarding the speed at which it came after the gradual release of the latter version. Aside from this, it brings a few futuristic changes, which are poised to produce amazing improvements in it. These features are going to affect every Java developer in India and abroad, which is the reason that all of them should know about the notable features and enhancements that this new version brings.
Local-Variable Type Inference (JEP 286)
Perhaps, the most innovative feature of Java 10 is the Local-Variable Type Inference, which concentrates on improving the developer’s experience. It will enable them to declare a local variable without having to define its type. The context will infer the type.
Time-Based Release Versioning (JEP 322)
Another all new development that accompanies the release of Java 10 is the adoption of a time-based release approach, with one to come in every six months. For some, it means additions are coming in at a rapid pace while for others, it is not as efficient because the time to adapt to a particular version is limited.
Application Class-Data Sharing (JEP 310)
Next on this list is the feature of application Class-Data Sharing which lets application classes to be put together in the shared archive. This feature improves the application startup time and decreases the application footprint by sharing the common class metadata across different Java processes.
Garbage-Collector Interface (Java 304)
This feature presents a familiar Garbage Collector Interface to bring enhancement in the code isolation of various garbage collectors. This feature will allow the addition of a new GC without having to touch the existing codebase.
Experimental Java-based JIT Compiler (JEP 317)
With this futuristic feature, the Java-based JIT compiler serves as an experimental JIT compiler on Linux/x64 platform. Graal, the Java-based JIT compiler, was first revealed in Java 9. It is a plugin to the JVM and can be dynamically plugged in and substituted by an alternative plugin.
Heap Allocation On the Alternative Memory Devices (JEP 316)
With memory hungry applications such as streaming applications, in-memory databases, and cloud-native applications becoming famous, there is a need to explore different memory architectures. This particular feature permits the HotSpot VM capable of designating the Java object heap on an alternative memory device in a multi-JVM environment.
With these fantastic improvements and features, Java 10 becomes a definite option for developers as well as businesses looking to invest in Java-based applications. The answer lies in looking for a reputed Java application development organization that has full-scale expertise in the language and can leverage the best features of its latest versions to come up with result-oriented applications.
To learn about software engineering is not only about learning the technology. It also requires knowledge of soft skills, networking and mentoring by specialists in the field. The thing with Coding Bytes is it allows you to gain skills that will get you started in the tech world.
Nonetheless, if your passion lies in the tech world, you will realize that becoming proficient in various areas demands both time and effort.
And once again, mastering how to code requires solving problems which will help you to learn. We wish you all the very best. Happy learning!