4 trends shaping open source funding—and what they mean for maintainers
Get insights on the latest trends from GitHub experts while catching up on these exciting new projects.
The post 4 trends shaping open source funding—and what they mean for maintainers appeared first on The GitHub Blog. ⌘ Read more
Two fantastic weeks in Scotland
I am back from Scotland, and my first days back at work are behind me. Let me tell you about my awesome vacation! ⌘ Read more
Two fantastic weeks in Scotland
I am back from Scotland, and my first days back at work are behind me. Let me tell you about my awesome vacation! ⌘ Read more
Two fantastic weeks in Scotland
I am back from Scotland, and my first days back at work are behind me. Let me tell you about my awesome vacation! ⌘ Read more
Debian XMPP Team: XMPP/Jabber Debian 13 Trixie News
Debian 13 “Trixie” full freeze has started 2025-05-17, so this is
a good time to take a look at some of the features, that this release
will bring. Here we will focus on packages related to XMPP, a.k.a.\
Jabber.
XMPP is a universal communication protocol for instant messaging, push
notifications, IoT, WebRTC, and social applications. It has existed sin … ⌘ Read more
As everyone recommends Signal as a Telegram alternative, I actually gave it a try again. Turns out it still does not support multiple devices, even unlike WhatsApp. ⌘ Read more
I need to migrate away from Telegram
I will migrate away from Telegram. Enough is enough. After more and more features are behind the Telegram Premium paywall (which I understand to a degree) and the increasing integration of stars (a crypto scheme? — I have less understanding for that), now also Grok from xAI by right-wing extremist Elon Musk will be integrated. ⌘ Read more
Erlang Solutions: The Importance of Digital Wallet Security
Digital wallets have transformed how people pay and how businesses get paid. With more consumers choosing contactless and mobile transactions, offering these payment options is part of staying relevant.
That’s why your business needs to understand digital wallet security– how it works, where the risks lie, and what it takes to protect customer data and payment information.
In this guide, we’ll walk through how digital wall … ⌘ Read more
Remove Android bloatware with Shizuku and Canta
Today, I have new app recommendation. Almost two years ago, I wrote about bloatware removal on Android without using a PC. I recommended Hail as an app to finally uninstall the bloatware apps after gaining elevated privileges with Shizuku. ⌘ Read more
Inside GitHub: How we hardened our SAML implementation
Maintaining and developing complex and risky code is never easy. See how we addressed the challenges of securing our SAML implementation with this behind-the-scenes look at building trust in our systems.
The post Inside GitHub: How we hardened our SAML implementation appeared first on [The GitHu … ⌘ Read more
Square Theory
Article URL: https://aaronson.org/blog/square-theory
Comments URL: https://news.ycombinator.com/item?id=44107942
Points: 501
# Comments: 101 ⌘ Read more
GitHub for Beginners: Test-driven development (TDD) with GitHub Copilot
See how to use GitHub Copilot to engage in some test-driven development.
The post GitHub for Beginners: Test-driven development (TDD) with GitHub Copilot appeared first on The GitHub Blog. ⌘ Read more
On my blog: Developer Diary, Memorial Day https://john.colagioia.net/blog/2025/05/26/memorial.html #programming #project #devjournal
在 Go 中如何使用有限狀態機優雅解決程序中狀態轉換問題
在編程中，有限狀態機（FSM）是管理複雜狀態流轉的優雅工具，其核心在於通過明確定義狀態、事件和轉換規則，將業務邏輯模塊化。本文將探討在 Go 中如何使用有限狀態機。有限狀態機在介紹有限狀態機之前，我們可以先來看一個示例程序： https://github.com/jianghushinian/blog-go-example/blob/main/fsm/main.gopackage mainimp ⌘ Read more
在 Go 中如何使用有限狀態機優雅解決程序中狀態轉換問題
在編程中，有限狀態機（FSM）是管理複雜狀態流轉的優雅工具，其核心在於通過明確定義狀態、事件和轉換規則，將業務邏輯模塊化。本文將探討在 Go 中如何使用有限狀態機。有限狀態機在介紹有限狀態機之前，我們可以先來看一個示例程序： https://github.com/jianghushinian/blog-go-example/blob/main/fsm/main.gopackage mainimp ⌘ Read more
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@kat I don’t like Golang much either, but I am not a programmer. This little site, Go by example might explain a thing or two.
⤋ Read More
One of the nicest things about Go is the language itself, comparing Go to other popular languages in terms of the complexity to learn to be proficient in:
- Go:
25keywords (Stack Overflow); CSP-style concurrency (goroutines & channels)
- Python 2:
30keywords (TutorialsPoint); GIL-bound threads & multiprocessing (Wikipedia)
- Python 3:
35keywords (Initial Commit); GIL-bound threads,asyncio& multiprocessing (Wikipedia, DEV Community)
- Java:
50keywords (Stack Overflow); threads +java.util.concurrent(Wikipedia)
- C++:
82keywords (Stack Overflow);std::thread, atomics & futures (en.cppreference.com)
- JavaScript:
38keywords (Stack Overflow); single-threaded event loop &async/await, Web Workers (Wikipedia)
- Ruby:
42keywords (Stack Overflow); GIL-bound threads (MRI), fibers & processes (Wikipedia)