Structured Concurrency
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Core Java
CompletableFuture vs Virtual Threads: When to Use Each
Java 21 introduced virtual threads as a production-ready feature, fundamentally changing how we approach asynchronous programming. For years, CompletableFuture has…
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Core Java
Java 25: A Leaner, Smarter, and More Expressive Future
Java 25 marks a pivotal moment in the evolution of the languageārefining its core strengths while embracing modern programming paradigms.…
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Core Java
Structured Concurrency Patterns in Java
Concurrent programming has long been Java‘s Achilles’ heel. While ExecutorService and Future have served us well, they allow unrestricted patterns…
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Core Java
Reactive vs Virtual Thread Patterns: When to Mix Project Reactor and Structured Concurrency
As Java evolves to meet modern scalability demands, developers today have more concurrency options than ever before. Two powerful paradigms…
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Java
The Power of Virtual Threads, Scoped Values, & Structured Concurrency in Java 20
Modern applicationsāespecially those involving microservices, reactive APIs, and real-time dataādemand scalable and maintainable concurrency. With Java 20, the platform introduces…
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Core Java
Java 25 Features Overview
Java 25 (JDK 25) is poised to become a major milestone in the evolution of the Java platform. Scheduled for…
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Kotlin
Will Kotlin Coroutines Become Obsolete?
Kotlin Coroutines have revolutionized asynchronous programming in the JVM ecosystem, offering a cleaner alternative to callbacks,Ā FutureĀ chains, and reactive streams. Since…
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