![]() Since the memory can be directly accessed the security can be compromised. As the focus in Java is on code simplicity – the usage of pointers can make it challenging. Pointers are complicated and unsafe to use by programmers at the beginning stage. Low-lying constructs like pointers are not taken care of by Java.Dynamic: It is designed to change according to the way the environment is modified.This helps in the creation of large projects (Using Remote Method Invocation this can be achieved). ![]() Hence the code can be saved on different machines and accessed at the same time. It helps users to create and manage multiple distributed applications simultaneously. Distributed: Java works really well for a distributed environment.High Performance: Java provides high performance with Just In Time compilers by compiling bytecode to native machine codes at run time.Multithreaded: It can perform many tasks simultaneously.Secure: It helps developers develop secure and tamper-free code using public-key encryption.The Java Virtual Machine (JVM) then interprets it. Platform Independent: The compilation of code in Java is not specific to any platform but rather it happens as a platform-independent bytecode.This makes Java a suitable language to map real-world entities into objects and solve real-life problems. Object-Oriented: Java, being an Object-Oriented Programming Language, offers a lot of important features like Data Encapsulation, Inheritance, Data Hiding, etc.In 3 simple steps you can find your personalised career roadmap in Software development for FREE
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |