Rust vs Go: A Hands-On Comparison — Despite a large number of differences, Rust and Go are frequently compared, often controversially. Someone who is predominantly a Rust developer had another go at the topic by focusing specifically on the practicalities of building a small HTTP service in both languages. It’s not perfect, but fair overall.

Matthias Endler (Shuttle)

Experimenting with Project Templates — The theme of starting a project continues with a look at the Go team's unveiling of a new experimental tool for creating new projects in Go from predefined templates – something they are continuing to develop into 2024.

Cameron Balahan (Go Team)

How to Start a Go Project in 2023 — The same author wrote a similar piece in 2018 but quite a bit has changed since. While this is aimed at newer Gophers, old hats will likely find a takeaway. “Older guides will mention setting up your $GOPATH. This is something you can comfortably ignore in 2023.”

Ben E. C. Boyter

Organizing a Go Module — It’s common for Go developers to think about how to organize the files and directories in a typical Go project (indeed, the latest Go survey featured this as a main concern of Go devs). The Go project has, however, tended to let the community figure out best practices in this area but it was nice to see them publish something more official.

The Go Team

What’s New in Go 1.20 — This first in a three-part series discussed tweaks to core language features, like interfaces, generics, unsafe, as well as a new slice to array conversion technique. Carlana delivered on her promise to write a whole series, too, with part two covering major standard library changes and part three covering the more minor changes there.

Carlana Johnson

Implementing a Distributed Key-Value Store in Go — Phil spent months getting up to speed with the Raft consensus algorithm and went into some depth on using it with Go as the core basis for a distributed key-value store.

Phil Eaton

The Smallest Go Binary - 5KB? — I thought this seemed silly at first, especially as it was dated April 1st, but the author had an interesting use case: they wanted to use Go’s assembler but not Go’s runtime..

Over Engineered

Conc: Better Structured Concurrency for Go — Go’s concurrency story is good but Conc aims to make it even safer and easier by providing abstractions for various concepts (think pools, concurrent mapping and iteration, and panic catching) and techniques so that goroutine leaks and unhandled panics can become a thing of the past.

Sourcegraph

The Go Libraries That Never Failed Us: 22 Libraries You Need to Know — While there are other lists out there (Awesome Go, for example), this one is tightly curated and only includes libraries they’ve used in production.

Robert Laszczak (Three Dots Labs)

Service Weaver: Google's Framework for Writing Distributed Go Apps — A framework from Google that lets you “write your (Go) application as a modular monolith and deploy it as a set of microservices” to get the best of both worlds, namely: “the development velocity of a monolith, with the scalability, security, and fault-tolerance of microservices.” If you fancy something more technical and less salesy, Robert Grandl has a quick introduction here.

Google Open Source

River: A Fast, Robust Job Queue for Go and Postgres — Introduced just last month, River is an open-source job queue “for building fast, airtight applications” that’s written in Go and takes advantage of generics.

Brandur Leach

betteralign: Make Your Go Programs Use Less Memory.. Maybe — A tool to detect structs that would use less memory if their fields were sorted and to then, optionally, sort such fields.

Dinko Korunic

NilAway: Practical Nil Panic Detection — Nil panics are a common and hard-to-detect issue, but Uber has created a static analysis tool (based on a similar tool from the Java world) that’s easy to setup and integrate with build tools.

Uber