Is Java just bitrot?

My question: Java is 30 years of pure bitrot, technical debt, and old, tried, and failed and forgotten ideas. Agreed?

GPT-4o says 1st:

The sentiment expressed about Java is a common point of discussion among developers and technologists. However, there are several factors to consider when evaluating Java's relevance and impact over its 30-year history.

Criticisms of Java:

1. Technical Debt: Java, like any long-lived technology, accumulates technical debt. This includes outdated libraries, frameworks, and legacy codebases that can be cumbersome to maintain.
2. Complexity and Verbosity: Java is often criticized for being verbose, which can make code harder to read and write compared to more modern languages.
3. Performance Overheads: While Java's performance has improved significantly, there are still concerns about its efficiency, especially in comparison to languages like C++ or Rust.
4. Old Paradigms: Some argue that Java is stuck with old programming paradigms and has been slow to adopt newer features and practices compared to languages like Python, JavaScript, or Go.

Strengths and Contributions of Java:

1. Platform Independence: Java’s "write once, run anywhere" philosophy made it immensely popular for developing cross-platform applications.
2. Robust Ecosystem: Java has a vast ecosystem of libraries, frameworks, and tools, which supports a wide range of applications from enterprise systems to Android apps.
3. Community and Support: A strong, active community and extensive documentation have made Java a reliable choice for many developers.
4. Continuous Improvement: Despite criticisms, Java has continued to evolve, incorporating features like lambdas, the Stream API, and modules in recent releases.

Modern Use Cases:

1. Enterprise Applications: Java remains a dominant force in enterprise environments, powering large-scale applications and systems.
2. Android Development: Java was the primary language for Android development for many years and still plays a significant role.
3. Big Data: Tools like Apache Hadoop and Apache Spark are written in Java or Scala (which runs on the JVM), making Java a key player in the big data space.

Conclusion:

While Java has its share of criticisms, labeling it as purely "bitrot" or "technical debt" overlooks its significant contributions and ongoing evolution. Like any technology, it has its strengths and weaknesses, and its utility depends on the specific needs and context of a project. Java continues to be a relevant and powerful tool in the software development landscape, balancing legacy considerations with modern advancements.

GPT-4o says 2nd:

The perception of Java can vary greatly depending on the perspective and experiences of different developers and organizations. Here are a few points to consider:

Criticisms:

1. Legacy Issues: Java has a long history, and with it comes a significant amount of legacy code and technical debt. Maintaining backward compatibility can lead to complexities and the perpetuation of outdated practices.
2. Verbosity: Java is often criticized for its verbosity compared to newer languages, requiring more lines of code to achieve the same functionality.
3. Performance: While Java performance has improved significantly over the years, some still find it lagging behind languages like C++ or Rust for certain applications.
4. Complexity: The language and its ecosystem can be complex, especially for new developers. The vast array of libraries and frameworks can be overwhelming.

Strengths:

1. Maturity: Java’s long history means it has a mature and stable ecosystem. It is well-documented, with a vast amount of resources available for learning and problem-solving.
2. Portability: Java’s “write once, run anywhere” philosophy allows for a high degree of portability, making it a popular choice for enterprise applications.
3. Community and Support: A large and active community means there is extensive support available. Many tools and frameworks have been built around Java to improve productivity and development practices.
4. Continual Improvement: Java has evolved significantly since its inception, with regular updates introducing new features, performance improvements, and modern language constructs (like lambdas and streams in Java 8).

Conclusion:

While Java certainly has its share of legacy issues and criticisms, it remains a widely used and influential language in the software development world. Its strengths in stability, portability, and community support continue to make it a viable choice for many applications, despite the criticisms it faces. Whether it is seen as 30 years of bitrot or a testament to enduring utility often depends on one's specific context and requirements.

However…!:

Is Java just bitrot.png:

STOP DOING JAVA

• MAIN CODE WASN'T SUPPOSED TO HAVE PARENT CLASS

• YEARS OF PROGRAMMING yet NO REAL WORLD USE FOUND for ANDROID APPS DEVELOPMENT

• Wanted a complicated code anyway for a laugh? We had a tool for that: It was called "BRAINFUCK"

• "Yes, run this program inside a VM. Please run IntelliJ IDEA in this feature phone" - Statements dreamed by the utterly Deranged

LOOK at what Java programmers have been demanding your Respect for all this time, with all the codes and JVM we built for them

(THIS IS A REAL JAVA PROGRAMS, MADE BY REAL JAVA PROGRAMMERS)

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(image 4) Minecraft

"Hello, I would like _____ apples please"

They have played us for absolute fools