A Java enthusiast might have heard it several times that "Java is a robust programming language." But what does this actually mean? Robustness is the ability of a computing system to handle the errors throughout execution and manage the inaccurate input of information. Java is considered as a robust and strong programming language as it features strong memory management and since Java doesn't use any types of pointers which bypasses security dilemmas. Java also features automatic garbage collection that runs on the JVM (Java Virtual Machine) to eliminate objects which don't seem to be being accepted by a Java application any longer. Java also features type-checking mechanisms and exception-handling. All these exceptional features make Java a robust programming language and this is why every student want to learn Java.
Here are a couple of extra points why Java is regarded as a robust programming language. JVM provides the managed runtime which efficiently and effectively allows Java programs and codes to be portable. The idea of write once and run almost everywhere there is a JVM is what makes it robust. Java additionally provides a secure environment. Interestingly, JVM also offers dynamic linking which means that it's not mandatory to recompile the entire application to vary dependencies.
The creation of strong IDE tools and code generators have become easy with Java's static typing. If those code generators are suitably used it can effectively cut back errors and a robust IDE will enhance productivity considerably. These things are crucial to Java's popularity these days.
Java is extremely backward compatible. It is an excellent factor when you need to combine and match dependencies while updating a design. Typically updating a project is extremely simple. But sometimes, these dependencies will get tough, however, this seldom happens.