KernelScript tackles the growing complexity of eBPF projects by unifying kernel‑side programs, userspace loaders, and kernel modules into a single codebase, using annotations to let the compiler generate the necessary glue code, thereby reducing boilerplate and improving team productivity.
An in‑depth exploration of the Turing Machine’s abstract architecture, operational steps, and its pivotal role in defining computability, Turing‑completeness, undecidable problems, and complexity theory, while also highlighting modern applications in compiler design, theoretical research, and artificial intelligence.
This article chronicles the author's six‑month journey creating the Pinecone programming language, covering its core features, design decisions about compilation versus interpretation, custom lexing and parsing, implementation choices, and practical advice for anyone wanting to build their own language.
This article demystifies the C4 compiler—a minimalist C compiler written in just 528 lines and four functions—by explaining its architecture, showing a Hello World build, demonstrating self‑hosting, and detailing the supported language subset, bytecode format, and unique implementation tricks.
This book explores fundamental computer science concepts including programming language execution, compiler operations, memory allocation mechanisms, and system architecture through accessible explanations and practical examples.
In this extensive interview, industry veterans Zhao Haiping and Zhang Hongbo discuss the evolution of programming languages, compiler development, language design trade‑offs, and practical experiences across companies like Facebook, Alibaba, and ByteDance, offering valuable guidance for developers and researchers alike.
The article chronicles a multi‑year effort to build a universal language model that can convert any source programming language into any target language, detailing experiments with Go‑ANTLR, Kotlin‑ANTLR, regex‑based parsing, DSL design, and the emerging Charj language and its tooling.
This article chronicles Anders Hejlsberg's remarkable career—from creating Turbo Pascal and Delphi to designing C# and TypeScript—highlighting his influence on programming language design, IDE development, and the evolution of modern software engineering.
This article presents an in‑depth interview with Chris Lattner, covering his education, the creation of LLVM, the birth of Swift, his management philosophy, ABI stability, and the future of Swift across platforms, offering valuable insights into modern compiler and language design.
