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Pessoas da comunidade brasileira de #ProgramaçãoCriativa por muitos anos fizeram encontros sob o nome promovido pela Fundação Processing, os chamados #ProcessingCommunityDay, fizemos encontros em várias cidades e então depois de 2020, com a pandemia do COVID-19, fizemos três eventos nacionais muito inspiradores em 2021, 2022 e 2023 (vide https://compoetica.github.io/links/)

Ano passado não conseguimos fazer e este ano pretendemos retomar, só que usando outro nome: #Compoética. Vamos aos poucos divulgar mais sobre o encontro brasileiro de programação criativa em https://compoetica.github.io/CP2025/

Meus agradecimentos profundos ao @guilhermesv@guilhermesv que dedica generosamente um enorme esforço para organizar esses eventos da comunidade e cria o design e peças de comunicação sempre emocionantes de lindos.

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In-reply-to » So I was using this function in Rust:

@lyse@lyse.isobeef.org Rust is so different and, at the same time, so complex – it’s not far fetched to assume that I simply don’t understand what’s going on here. The docs appear to be clear, but alas … is it a bugs in the docs? Is it a lack of experience on my part? Who knows.

By the way, looks like there was a bit of a discussion regarding that name:

https://github.com/rust-lang/rust/issues/120048

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golang 每日一庫之 Zinx
Zinx 是一個用 Go 語言編寫的輕量級、併發 TCP 服務器框架,旨在幫助初學者深入理解 TCP 服務端開發的核心架構,同時具有生產級特性的模塊化設計 。倉庫地址https://github.com/aceld/zinx設計理念學習導向 :源碼精簡,框架和教程同步開發,分版本迭代,一步步構建功能,降低學習門檻 。 生產適用 :模塊化、擴展性強,已被用於遊戲服務 ⌘ Read more

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golang 每日一庫之 Zinx
Zinx 是一個用 Go 語言編寫的輕量級、併發 TCP 服務器框架,旨在幫助初學者深入理解 TCP 服務端開發的核心架構,同時具有生產級特性的模塊化設計 。倉庫地址https://github.com/aceld/zinx設計理念學習導向 :源碼精簡,框架和教程同步開發,分版本迭代,一步步構建功能,降低學習門檻 。 生產適用 :模塊化、擴展性強,已被用於遊戲服務 ⌘ Read more

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[$] Zero-copy for FUSE
In a combined storage and filesystem session at the 2025 Linux Storage,
Filesystem, Memory Management, and BPF Summit (LSFMM+BPF), Keith Busch led
a discussion about zero-copy operations for the Filesystem\
in Userspace (FUSE) subsystem. The session was proposed
by his colleague, David Wei, who could not make it to the summit, so Busch
filled in, though he noted that “I do … ⌘ Read more

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Security updates for Wednesday
Security updates have been issued by AlmaLinux (git, krb5, perl-CPAN, and rsync), Debian (tcpdf), Fedora (libmodsecurity, lua-http, microcode_ctl, and nextcloud), Red Hat (osbuild-composer), SUSE (389-ds, avahi, ca-certificates-mozilla, docker, expat, freetype2, glib2, gnuplot, gnutls, golang-github-teddysun-v2ray-plugin, golang-github-v2fly-v2ray-core, govulncheck-vulndb, helm, iperf, kernel, kernel-livepatch-MICRO-6-0_Update_2, kernel-livepatch-MICRO-6-0_Update_4, krb5, libarc … ⌘ Read more

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DNS rebinding attacks explained: The lookup is coming from inside the house!
DNS rebinding attack without CORS against local network web applications. Explore the topic further and see how it can be used to exploit vulnerabilities in the real-world.

The post [DNS rebinding attacks explained: The lookup is coming from inside the house!](https://github.blog/security/application-security/dns-rebinding-attacks-explained-the-lookup-is-coming-from- … ⌘ Read more

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Go 語言 fsm 源碼解讀,這一次讓你徹底學會有限狀態機
我在文章《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》中講解了有限狀態機的概念,並介紹了 Go 中有限狀態機 fsm 包的使用。本篇文章,我將更進一步,直接通過解讀源碼的方式,讓你深刻理解 fsm 是如何實現的,這一次你將徹底掌握有限狀態機。源碼解讀廢話不多說,我們直接上代碼。結構體首先 fsm 包定義了一個結構體 FSM 用來表示狀態機。 https://github.com/lRead more

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Go 語言 fsm 源碼解讀,這一次讓你徹底學會有限狀態機
我在文章《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》中講解了有限狀態機的概念,並介紹了 Go 中有限狀態機 fsm 包的使用。本篇文章,我將更進一步,直接通過解讀源碼的方式,讓你深刻理解 fsm 是如何實現的,這一次你將徹底掌握有限狀態機。源碼解讀廢話不多說,我們直接上代碼。結構體首先 fsm 包定義了一個結構體 FSM 用來表示狀態機。 https://github.com/lRead more

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[$] Verifying the BPF verifier’s path-exploration logic
Srinivas Narayana led a remote session about extending
Agni to prove the correctness of
the BPF verifier’s handling of different execution paths as part of the Linux Storage,
Filesystem, Memory Management, and BPF Summit. The problem of ensuring the
correctness of path exploration
is much more difficult than the problem of
ensuring the co … ⌘ Read more

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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 mainimpRead more

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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 mainimpRead more

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