⚡ Tokio - david · Scour

Async Python Pitfalls

igrek51.github.io·8h

cspinetta/tokio-block-on-deadlock: Minimal repro of a Tokio deadlock caused by futures::executor::block_on

github.com·1d·

Discuss: DEV

🔀Concurrency

Leveraging io_uring for performant asynchronous linux applications.

dev.to·2d·

Discuss: DEV

🔀Concurrency

Global Protocols under Rendezvous Synchrony: From Realizability to Type Checking

arxiv.org·6h

🔀Concurrency

Concurrent vs. Parallel Execution in LLM API Calls: From an AI Engineer’s Perspective

pub.towardsai.net·2d

🔀Concurrency

Agree to Disagree in Agent Land

slavozard.bearblog.dev·10h

🔀Concurrency

QFuture ❤️ C++ coroutines

arnorehn.de·1d·

Discuss: Lobsters, Hacker News

🔄Functional Programming

On Resolving Non-Preemptivity in Multitask Scheduling: An Optimal Algorithm in Deterministic and Stochastic Worlds

arxiv.org·1d

🔀Concurrency

A high-performance Go framework (250k+ req/sec) with built-in batteries

go-kvolt.github.io·23h

🔄Functional Programming

lightonai/next-plaid: Multi-vector search

github.com·3h

Uncached buffered IO [LWN.net]

lwn.net·16h

💾Cache Coherency

DynamoDB On-Demand is Bleeding You Dry: Switch to Provisioned and Save 60% 💰

dev.to·5h·

Discuss: DEV

🔄Functional Programming

[AINews] Qwen Image 2 and Seedance 2

latent.space·5h

I Assumed Java Streams Had Minimal Overhead. They Didn’t

ilusr.com·8h·

Discuss: DEV

📊Data-Oriented Design

async I/O framework

ziggit.dev·6d

Redefining Go Functions

news.ycombinator.com·17h·

Discuss: Hacker News

🔄Functional Programming

Not So Fast: Analyzing the Performance of WebAssembly vs. Native Code

usenix.org·3h

🌐WebAssembly

Agentic AI: Design reliable workflows across the hybrid cloud

developers.redhat.com·2h

Simulate Faster with SimAI Software for High Returns at a Low Cost of Ownership

semiengineering.com·2h

Understanding Providers and Dependency Injection in NestJS

en.wikipedia.org·17h·

Discuss: DEV

🔄Functional Programming

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