Skip to main content

Which is best, Java or Python in 2020?

Depends what you want to do. You can use either language for almost anything, but they definitely have different strengths and weaknesses that can help you decide which one is better for what you are doing.
Python is good for:
  • Numeric computing and AI
  • All kinds of science and academic stuff (including natural language processing)
  • Rapid prototyping
  • Website backends
  • Learning and teaching programming concepts
  • all kinds of workflow scripting and other small programs for getting simple jobs done.
  • interfacing with C libraries.
Java is good for:
  • Creating and distributing applications (on mobile and desktop)
  • high-performance network backends.
  • creating robust, reliable software at a large scale, especially in teams.
  • implementing more foundational software systems like databases (though you might find C++ a better match for that)
  • As a starting point to learning the JVM and leveraging it for a number of other interesting languages it hosts like Kotlin, Scala, Clojure and others.
I and a lot of other people enjoy programming in Python more than Java, but Python isn’t the best fit for every job, and that’s especially true for areas where Java is strong. Find out what kind of work interests you and choose based on that.

Comments

Post a Comment

Popular posts from this blog

Mastering Java Streams: Best Practices and Common Pitfalls

  Introduction Java Streams, introduced in Java 8, have revolutionized the way developers handle collections and data processing in Java. However, mastering Streams requires understanding not just the syntax but also the best practices and common pitfalls that can arise. In this post, we'll explore advanced tips for working with Java Streams, helping you write more efficient, readable, and maintainable code. Table of Contents Introduction to Java Streams Best Practices for Using Streams Leverage Parallel Streams Wisely Avoid State Mutations in Stream Operations Use Method References for Cleaner Code Short-Circuiting Operations for Efficiency Common Pitfalls in Java Streams Overusing Parallel Streams Modifying Collections During Stream Operations Ignoring Lazy Evaluation Improper Use of Optional with Streams Advanced Stream Operations Grouping and Partitioning Collectors and Custom Collectors FlatMap for Complex Mappings Conclusion 1. Introduction to Java Streams Java Streams provid...
Post a Comment
Read more

Java RoadMap

 
Post a Comment
Read more

What is Java Unit testing, and how do I learn it...

What is Java Unit testing, and how do I learn it... Java Unit testing is when you create small tests to verify that small bits of your code are working as “units.” Typically you write these tests in Java itself. In each test, you might get the system into a certain state, then you interact with the system to exercise the behavior you want to test. You finally verify whether or not the system did what you expected. A primary goal is to reduce the number of defects that you integrate into the rest of the source base. You’ll find numerous tutorial articles if you search. Most people use JUnit, a simple tool that you’ll find in Eclipse or IDEA.
3 comments
Read more