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Post #6867 · source on Telegram
Zen monk lends borrow-checker wisdom on Rust ownership and inevitable release
Description
Black-and-white photograph of a seated Zen monk in traditional robes, hands folded in a meditative mudra, with a vertical Japanese calligraphy scroll on the left edge. Centered white block-letter text reads: "EVERYTHING HAS ONE TRUE OWNER. EVERYTHING MUST BE LET GO, EVENTUALLY - BORROW CHECKER." The peaceful, minimalist aesthetic contrasts with the deeply technical reference: Rust’s compile-time borrow checker, which enforces single ownership and deterministic lifetimes to guarantee memory safety without a GC. The meme humorously frames these rules as Buddhist impermanence, resonating with engineers who battle dangling pointers and double-frees in low-level systems code
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26Comment deleted
If only project requirements followed Rust’s ownership model - one stakeholder at a time and automatically dropped after the sprint - we’d all hit nirvana at compile time
After 15 years of debugging segfaults in production at 3am, you finally achieve enlightenment: the borrow checker wasn't rejecting your code out of spite, it was teaching you that your relationship with pointers was toxic all along
The Rust borrow checker achieves enlightenment by teaching you that attachment to mutable references causes suffering, and true peace comes only when you understand that all values must eventually be dropped - preferably in the correct scope, or you'll be reincarnated into another compilation error cycle until you get it right
The borrow checker is the Zen master enforcing aliasing XOR mutability and demanding RAII enlightenment before anything compiles
Rust’s borrow checker is the staff architect of memory: single-ownership governance with lease‑term references - attempt shared mutable state and it denies your enlightenment at compile time
Zen master: 'Let go.' Borrow checker: 'Compile error: use after move.'
Fuck rust Comment deleted
why, that's a programming language, but worse then any u think, C/C++ is best Comment deleted
C is garbage in memory safety Comment deleted
then u must handle the memory safety by yourself Comment deleted
No thats not ideal Comment deleted
ideal 😂 Comment deleted
tell me an ideal prog. language. Comment deleted
C# Comment deleted
best language for 🗑️ Comment deleted
Any specific reason? Comment deleted
ok. I get it. Comment deleted
not gonna touch this trash even with a meter pole ever again. thanks. Comment deleted
Why Comment deleted
it's like Java but with so much sugar, it twists your teeth. still its a class based language, basically worst paradigm ever created. best part is where they make syntactic sugar for antipatterns to make them look less shit, but still kinda invite you to use those antipatterns, like properties (or how was it called), to auto generate get set methods 😂 Comment deleted
specialty for android xml and java Comment deleted
It's top 2 imo but still performance overhead is noticeable Comment deleted
Yes thats true for normal JIT+interpreted execution. You actually have NativeAOT for various platforms (especially mobile where JIT may not even be possible) Comment deleted
You are garbage in memory management Comment deleted
Sure bud. Belive in it with your zero terminated strings Comment deleted
BGP - 1989 PGP - 1991 GPG - 1999 Comment deleted