project-loom

Simple Jetty server using Project Loom

A Java library to make code more virtual thread friendly

An investigation and comparison between Kotlin and Java on an engineering level. Since beauty is in the eye of the beholder, this repository is not meant to evaluate Java or Kotlin on an aesthetic level.

'Concurrent programming in Java with virtual threads' article and source code.

A short and practical intro into project loom

Demo code showing how to use Java's StructuredTaskScope

Demo code showing how to use Java's virtual threads.

⚡ High-performance asynchronous Java 21 library for yt-dlp & FFmpeg. Engineered with Virtual Threads (Project Loom), Fluent Builder API, and real-time reactive download callbacks.

Spring demo application to compare controllers using CompletableFuture vs. virtual threads.

Demo code showing how to use Java's scoped values

A high-performance, multiplayer 5-Card Draw Poker engine leveraging Java 21 Virtual Threads. Features a custom text-based TCP protocol, Domain-Driven Design (DDD), and advanced game mechanics including horizontal-slicing side pot logic and automated hand evaluation.

Quarkus demo application to compare controllers using platform threads, CompletableFuture, and virtual threads.

Lightweight Java cluster gateway framework & TUI DevOps panel. Supports Java 8 to 26, powered by virtual thread concurrency (Loom) with seamless fallback, dynamic routing, and pub/sub event autodiscovery.

⚡ Virtual Thread-native distributed job queue & DAG workflow engine for Java 21 and Redis. BullMQ wire-compatible with Spring Boot 3 integration.

High-throughput systems. Zero-allocation patterns. Virtual thread mastery. Mechanical sympathy, custom JIT-friendly collections, lock-free concurrency. Project Loom, SIMD via Vector API, Aeron-style messaging. GraalVM native. No-frameworks. Standard Library + Unsafe. java -jar → Scale.

Modernizing legacy financial infrastructure with Project Loom, Spring Boot 3.4, and resilient, high-concurrency microservice architectures.

🚀 High-performance, event-driven financial ledger and P2P payment system built with Spring Boot 3.3 and Java 21. Featuring ACID-compliant transactions, Optimistic Concurrency Control, and asynchronous event streaming via Kafka.

Chat using Java Virtual Threads from Java 19