#compilerdesign — Public Fediverse posts

Appena pubblicato già un aggiornamento! Questo compilatore C-like scritto in JavaScript da Claude (interpreta il linguaggio e crea file PRG per il Commodore 64) ora ha anche la preview del risultato finale senza bisogno di avere un emulatore di Commodore 64. Potete trovarlo su GitHub in versione open source GPLv3. Si cercano beta testers per scovare gli errori fatti da Claude! #claudeai #commodore64 #compilerdesign #emulator https://www.youtube.com/watch?v=zfgftyTBYyM

Finalmente pubblicato questo compilatore C-like scritto in JavaScript da Claude (interpreta il linguaggio e crea file PRG per il Commodore 64). Potete trovarlo su GitHub in versione open source GPLv3. Si cercano beta testers per scovare gli errori fatti da Claude! #claudeai #commodore64 #compilerdesign https://www.youtube.com/watch?v=UfkruASvRkE

Finalmente pubblicato questo compilatore C scritto in JavaScript da Claude (interpreta il linguaggio e crea eseguibili per Windows). Potete trovarlo su GitHub in versione open source GPLv3. Si cercano beta testers per scovare gli errori fatti da Claude! #claudeai #clanguage #compilerdesign https://www.youtube.com/watch?v=-qe50sqx4jY

LLVM è un'infrastruttura di compilazione, scritta in C++, progettata per l'ottimizzazione di programmi in fase di compilazione, di linking e di esecuzione. Scopriamo assieme come istallarla su Windows 11. #softwaredevelopment #compilerdesign #programminglanguages https://www.youtube.com/watch?v=N1ezZQWXCkY

After 13 years with Scheme, I archived my last experiment: seed — a proof that vau with immutable environments can match syntax-case performance on Chez Scheme.

Four benchmarks, same test suites, competitive numbers. The conclusion: fexprs aren't slow, they're misunderstood.

README with code and reproducible benchmarks: https://github.com/amirouche/seed

#Scheme #Lisp #Kernel #ProgrammingLanguages #PLT #FunctionalProgramming #compiler #CompilerDesign

After 13 years with Scheme, I archived my last experiment: seed — a proof that vau with immutable environments can match syntax-case performance on Chez Scheme.

Four benchmarks, same test suites, competitive numbers. The conclusion: fexprs aren't slow, they're misunderstood.

README with code and reproducible benchmarks: https://github.com/amirouche/seed

#Scheme #Lisp #Kernel #ProgrammingLanguages #PLT #FunctionalProgramming #compiler #CompilerDesign

LLVM: The Bad Parts

https://www.npopov.com/2026/01/11/LLVM-The-bad-parts.html

#HackerNews #LLVM #BadParts #Programming #SoftwareDevelopment #CompilerDesign #TechInsights

LLVM: The Bad Parts

https://www.npopov.com/2026/01/11/LLVM-The-bad-parts.html

#HackerNews #LLVM #BadParts #Programming #SoftwareDevelopment #CompilerDesign #TechInsights

Compiler Engineering in Practice

https://chisophugis.github.io/2025/12/08/compiler-engineering-in-practice-part-1-what-is-a-compiler.html

#HackerNews #CompilerEngineering #CompilerDesign #SoftwareDevelopment #Programming #Languages #TechInsights

Compiler Engineering in Practice

https://chisophugis.github.io/2025/12/08/compiler-engineering-in-practice-part-1-what-is-a-compiler.html

#HackerNews #CompilerEngineering #CompilerDesign #SoftwareDevelopment #Programming #Languages #TechInsights

Abstract Interpretation in the Toy Optimizer

https://bernsteinbear.com/blog/toy-abstract-interpretation/

#HackerNews #AbstractInterpretation #ToyOptimizer #ProgrammingResearch #CompilerDesign

Abstract Interpretation in the Toy Optimizer

https://bernsteinbear.com/blog/toy-abstract-interpretation/

#HackerNews #AbstractInterpretation #ToyOptimizer #ProgrammingResearch #CompilerDesign

Worked on WLambda again a bit. I added the WLambda syntax parser to the standard library and improved the handling of the Syntax marker data types a bit. Now you can parse WLambda code and process it any way you like to. With "match" you have a powerful tool to analyze and transform the abstract syntax tree! #foss #gpl #rustlang #softwaredevelopment #programming #coding #compilerdesign #compiler