InfoQ Homepage Asynchronous Programming Content on InfoQ
-
Steve Klabnik and Herb Sutter Talk about Rust and C++
In a Software Engineering Daily podcast hosted by Kevin Ball, Steve Klabnik and Herb Sutter discuss several topics related to Rust and C++, including what the languages have in common and what is unique to them, where they differ, how they evolve, and more.
-
How Spotify Improved its LLM Chatbot in Sidekick
While using a Large Language Model chatbot opens the door to innovative solutions, Spotify engineer Ates Goral argues that crafting the user experience so it is as natural as possible requires some specific efforts to order to reduce latency.
-
New CloudWatch Metrics for AWS Lambda Asynchronous Invocations
AWS recently added three new Amazon CloudWatch metrics for AWS Lambda: AsyncEventsReceived, AsyncEventAge, and AsyncEventsDropped, to monitor the performance of asynchronous event processing.
-
OCaml 5 Brings Support for Concurrency and Shared Memory Parallelism
Several years in the making, OCaml 5 introduces runtime support for shared memory parallelism and effect handlers, which are the basis for exception handling, concurrency, async I/O, and more.
-
How to Work Asynchronously as a Remote-First SRE
The core practices for remote work at Netlify are prioritising asynchronous communication, being intentional about our remote community building, and encouraging colleagues to protect their work-life balance. Sustainable remote work starts with sustainable working hours, which includes making yourself “almost” unreachable with clear boundaries and protocols for out of hours contact.
-
Effectful Effects - Unifying Bidirectional Communication between Software Components
Yizhou Zhang, assistant professor at the University of Waterloo, presented bidirectional algebraic effects, a new programming abstraction that subsumes current control flow patterns (e.g., exceptions, promises, generators) while supporting bidirectional control flows. With the new typed abstraction, all declared effects are handled, and no effects are accidentally handled by the wrong handler.
-
Rust Asynchronous Runtime Tokio Reaches 1.0
Tokio aims to provide building blocks to write reliable and fast asynchronous programs in Rust. Recently announced Tokio 1.0 supports TCP, UDP, timers, a multi-threaded, work-stealing scheduler, and more.
-
How Dropbox Created a Distributed Async Task Framework at Scale
Engineers at Dropbox designed a distributed async task framework (ATF) that can handle tens of thousands of async tasks scheduled per second. ATF's main feature is its ability to enable developers to define callbacks and schedule tasks that execute against these pre-defined callbacks.
-
Swift Aims to Become a Data Race-Free Concurrent Language
The Swift team has published its roadmap to improve concurrency support in Swift. In a first phase, Swift will gain the async syntax and actors, while in a second phase focus will be on eliminating data races and deadlocks.
-
Rust Gets Zero-Cost Async/Await Support in Rust 1.39
After getting support for futures in version 1.36, Rust has finally stabilized async/.await in version 1.39. As Rust core team member Niko Matsakis explains, contrary to other languages, async/.await is a zero-cost abstraction in Rust.
-
Node 7.6 Brings Default Async/Await Support
Node.js 7.6 has shipped with official support for async/await enabled by default and better performance on low-memory devices.
-
Microsoft Open-Sources P Language for Safe Async Event-Driven Programming
Microsoft’s recently open-sourced P language aims to make it possible to write safe asynchronous event-driven programs on Linux, macOS, and Windows.
-
Getting JSON Data with Netflix Falcor
Netflix has open sourced Falcor, a JavaScript library offering a model and asynchronous mechanism for fetching JSON data from multiple sources.
-
Slick 3: Reactive Streams for Asynchronous Database Access in Scala
Slick, Typesafe's database query and access library for Scala, now supports the Reactive Streams API in the just released version 3.0. This enables developers to query their databases asynchronously and non-blocking. InfoQ talked to Slich Tech-Lead Stefan Zeiger to learn more about the new features and what they've planned for the future.
-
Python 3.5 will Support Async/Await Asynchronous Programming
Python 3.5 will add support for coroutines with async and await syntax, according to Python Enhancement Proposal (PEP) #0492. The proposal aims at making coroutines a native Python language feature and to "establish a common, easily approachable, mental model of asynchronous programming."