@golang makes you love programming. We help keep that love alive. New features: #NewInGoLand Tips and tricks: #GoLandTip
JetBrains s.r.o.
Joined October 2016
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Go 1.27 is out and generic methods have landed – a method can now declare its own type parameters.
Also in this release: the stdlib `uuid` and `encoding/json/v2` packages, plus a new `goroutineleak` profile.
See how GoLand supports the new Go 1.27 features from day one 👇 blog.jetbrains.com/go/2026/0…
A function you called just returned an error.
Be honest, what did you do?
29%%w
50%return err
14%panic(err)
7%_ =
14 votes • 4 daysIt’s that time of the year, Gophers!
The @golang team needs some answers from you – take the 2026 Go Developer Survey now 👇
The 2026 Go Developer Survey is open! Help set Go’s priorities for next year by telling us how you use Go and where it could be better.
⏱️ 10–20 minutes
📅 Open through November 3
blink.qualtrics.com/jfe/form…
#golang
“Almost right” is not a code quality standard.
GoLand helps you stay confident in the code you ship.
Let’s talk about it! 🎥👇
An agent writes the code now. Do you still need an IDE?
You do if you want to understand and verify what the agent did.
🎥 In our new video, we talk about the role of an IDE now that humans aren't the only ones working on the code. youtu.be/AHFGMkzrfwM
GoLand, a JetBrains IDE retweeted
👩🏽🔬 Go 1.27.3 and 1.26.10 are released!
🔐 Security: Includes 1 security fixes to the standard library.
🗣 Announcement: groups.google.com/g/golang-a…
📦 Download: go.dev/dl/#go1.27.3
#golang
Go devs' top three jobs are providing APIs (69%), integrating with APIs (63%), and building application logic (51%).
Python devs lead on AI and ML – 36% to 20% – and they tell us that even when they migrate to Go, they still keep these tasks in Python.
Learn why in our analysis 👉 jb.gg/ix89jo
ALT Horizontal bar chart from JetBrains’ Developer Ecosystem 2026 survey comparing code functionality reported by Go developers (purple; 1,836 respondents) and Python developers (orange; 11,298 respondents). Eight of 20 categories are shown. Percentages for Go versus Python: providing APIs/services, 69% vs 41%; integrating APIs/services, 63% vs 47%; application logic/workflows, 51% vs 37%; user interface, 47% vs 41%; integration with AI, 46% vs 44%; data processing/analytics, 30% vs 38%; AI and machine learning, 20% vs 36%; libraries/frameworks, 35% vs 26%. Go leads in six categories; Python leads in data processing/analytics and AI and machine learning.
GoLand, a JetBrains IDE retweeted
“Better HTTP/1 connection reuse” by Nicholas Husin and Damien Neil — go.dev/blog/http-connection-…
#golang
Better yet, try it yourself. The fastest way to get your hands on Air:
1. Download GoLand 26.3 EAP: jb.gg/yd7cqf
2. Look for the Air icon or press ⌘2 (Ctrl+2).
With roughly 10% of Python devs planning to pick up Go next year, we decided to compare the two languages.
We gathered 12,000+ survey responses on what these developers use, ship, and earn, plus seven interviews with engineers who already migrated – it’s the full lowdown on Python vs. Go 👇 jb.gg/ix89jo
Why is good editor-agnostic refactoring so hard to achieve and why does GoLand set the gold standard?
Alan Donovan discusses what the Go team is doing to bring better refactoring experience to Go users via `gopls`.
Go 1.27.2 and 1.26.9 are out with 15 new security fixes.
Download them today 👇 go.dev/dl/#go1.27.2
Has static analysis become a thing of the past in the AI era? Jonathan Amsterdam of the Go team says it’s just as relevant for agents as it is for people.
99.2% of Gophers have tried at least one AI coding tool. This makes Go developers the most universal AI adopters in our Developer Ecosystem 2026 survey.
With Junie Lite, using AI in your development workflow is easier than ever. Access it for free in both GoLand and your terminal via JetBrains Air.
Try Junie Lite for free 👉 jetbrains.com/air/ides/
(Terms and conditions apply)
Go 1.27 expands experimental SIMD support with the archsimd package, giving developers zero-cost, type-safe access to low-level hardware intrinsics on amd64, arm64, and wasm.
Junyang Shao and David Chase explain the API design, how compiler optimizations replace architecture quirks, and share best practices for bounds checks and register allocation to get the most out of it.
Read more on the Go blog 👇
go.dev/blog/archsimd
The answer is: `<nil>`
`errors.Join()` produces a `[]error`.
But `errors.Unwrap()` returns a single error, so it gives up.
The way in is a type assertion on the method set:
`err.(interface{ Unwrap() []error })`
GoLand, a JetBrains IDE retweeted
Massive thanks to everyone who came to our first @jetbrains hosted @gdg_london event 🤜 #goland #golang
JetBrains Air is coming to GoLand. Try it in the EAP now.
Go quiz: `ReadFiles()` fails on all three paths and joins the errors with `errors.Join()`.
What does the second line print?
Tired of switching between your editor and observability tools just to check your app performance while it’s running?
GoLand shows you live performance charts for CPU and memory usage in real time directly in the IDE. You’ll find the charts in the “Go Optimization” tool window.
#GoLandTip
