Latest updates for Multi-Threading

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Recent items include:

  • Java Virtual Threads Under Load: Three Production Limits
  • Understanding Java Virtual Threads with Example
  • Python 3.13 Free-Threading: What Actually Happens When the GIL Is Removed

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dzone.com /4 days ago

Java Virtual Threads Under Load: Three Production Limits

Virtual threads let us keep ordinary blocking code while many more requests wait concurrently. Under load, however, that brings three critical questions into focus: How much work...

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javacodegeeks.com /1 month ago

Understanding Java Virtual Threads with Example

Virtual Threads are one of the most important improvements to Java concurrency in recent years. They make it possible to run a very large number of concurrent tasks without creatin...

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dev.to /2 weeks ago

Python 3.13 Free-Threading: What Actually Happens When the GIL Is Removed

For over thirty years, every Python developer learned the same hard rule: CPU-bound code in standard Python cannot scale across multiple CPU cores using threading. The Global Inter...

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dzone.com /1 week ago

Going All In On the JVM 25 Virtual Threads

The project AngularAndSpring has been refactored from Spring Reactor to Spring blocking APIs using JDK 25 and virtual threads. The Old Architecture The reason AngularAndSpring was...

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dotnettips.com /1 month ago

Boost Your .NET Projects with Spargine: Simplify Thread Pool Execution with ThreadPoolHelper

Spargine's ThreadPoolHelper simplifies concurrent execution in .NET applications by providing reusable APIs that manage thread pool operations. It supports single and batch operati...

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dev.to /3 weeks ago

What Actually Happens During a Linux Context Switch: Registers, TLB Flushes, and the True Cost of Multithreading

Every backend engineer learns early on that threads are not free. We are told to keep thread pools bounded, avoid context-switch storms, and prefer event loops or green threads for...

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javacodegeeks.com /2 weeks ago

Structured Concurrency in Practice: ExecutorService vs StructuredTaskScope

Most Java concurrency bugs show up when something goes wrong, not when everything works. So let’s break one subtask on purpose and watch what each approach does about it. A Quick S...

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javacodegeeks.com /1 month ago

Goroutines vs. Virtual Threads: Two Routes to Lightweight Concurrency, a Decade Apart

Go built its language around message passing from day one. Java spent thirty years on shared memory, then had to retrofit structure onto both. Go shipped goroutines complete in its...

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javacodegeeks.com /1 week ago

Structured Concurrency: Why JEP 505 Changes How We Think About Cancellation, Not Just Syntax

A request comes in. Your service forks two calls, one for the user and one for their orders. The user lookup fails after a few milliseconds. Your handler catches the exception, ret...

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javacodegeeks.com /1 month ago

Python’s GIL and the Concurrency Model It Encodes

The Global Interpreter Lock was never an arbitrary restriction someone bolted onto Python out of laziness. It was the cheap, workable answer to a real problem that reference counti...

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javacodegeeks.com /1 month ago

Understanding Java AtomicInteger with an Example

When multiple threads access and modify the same variable, unexpected results can occur due to race conditions. A simple int variable is not thread-safe when it is updated concurre...

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talkpython.fm /1 month ago

Talk Python to Me: #561: TonIO, a Multi-threaded Async Runtime for Python

How many cores does your machine have, 10, 18? Your async Python code uses just one of them. That isn't a bug in asyncio. That's the design, and optimizing event loops to be faster...

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pandaily.com /1 month ago

Doubao Work Adds Parallel Multi-Agents and Mac Local GUI Control

ByteDance's Doubao Work workplace agent now splits tasks across parallel sub-agents and extends Operate Computer screen-click control from Windows to Mac, without relying on APIs o...

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rubyflow.com /1 week ago

SolidJobs + SolidTrace + Warm IPC perform worker 2000 alloc/s vs 200 alloc/s sidekiq

We are told that to scale Ruby background workloads across multiple CPU cores, we have two choices: process forking (e.g., Pitchfork) which incurs massive Copy-on-Write memory over...

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feeds.dzone.com

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dev.to

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dotnettips.wordpress.com

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pandaily.com

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planetpython.org

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rubyflow.com

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