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Useful Articles:

Evolution of Java language v1–v25: key features
Legend ✅ — Production (can be used in production) ⚠️ — Preview / Incubator (experimental, not for production, version when it became Production is indicated in parentheses) Version Table Ver...
Memory, Runtime, and Allocator: A Comparison of Go and Java for Developers
In this article, we will examine the key aspects of memory management, runtime, and object allocation mechanisms in Go and Java. We will focus on the differences in approaches to memory management, wo...
Channel direction and select patterns in Go vs Java | Patterns, idioms, and best practices in Go
← Related articles: Context, propagation and cancellation patterns in Go vs Java | Patterns, idioms and best practices in Go 1. Channel direction — channel directions In Go, channels can be one-w...

New Articles:

Zero Allocation in Java: what it is and why it matters
Zero Allocation — is an approach to writing code in which no unnecessary objects are created in heap memory during runtime. The main idea: fewer objects → less GC → higher stability and performance. ...
Stream vs For in Java: how to write the fastest code possible
In Java, performance is often determined not by the "beauty of the code," but by how it interacts with memory, the JIT compiler, and CPU cache. Let s analyze why the usual for is often faster than Str...
Compiler, Build, and Tooling in Go and Java: how assembly, initialization, analysis, and diagnostics are organized in two ecosystems
This article is dedicated to a general overview of how the compiler, build, and tooling practices are arranged in Go, and how to better understand them through comparison with Java. We will not delve ...