True isolation in programming requires moving beyond encapsulation and function calls to message-passing systems that allow independent execution of code units.
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A pipeline approach to compiler design simplifies source code through small, focused stages, enabling the creation of domain-specific languages for efficient problem-solving.
The blog post critiques the outdated design of operating systems, advocating for a shift towards utilizing multiple CPUs with private memory to improve efficiency.
The post critiques modern programming's reliance on a single paradigm, advocating for diverse approaches tailored to specific problems to reduce software bloat.
The real problem in software architecture is spaghetti architecture from tight coupling, not microservices, and the solution lies in adopting asynchronous programming and layered design.
Innovative programming paradigms emerge from building new substrates rather than optimizing existing systems, as illustrated by the evolution of spreadsheets and programming languages.
The post asserts that all programming languages are merely scaffolding over machine code, advocating for paradigms that better match the problems they aim to solve.
The reliability gap between electronic circuits and software is rooted in the blocking nature of functions, suggesting a need to rethink programming paradigms.
Human civilization has long managed asynchrony effectively, suggesting programming notation should evolve to reflect these intuitive practices for simpler solutions.
The post argues that traditional textual programming languages are outdated and advocates for the use of diagrams and hybrid methods to improve programming for modern devices.
The post details a 2-stage compilation technique that transforms Forth-like code into GLSL and JavaScript, highlighting its efficiency and the concept of Solution Centric Notations.
Challenging the notion that all programming must be function-based, the post advocates for exploring alternative paradigms to address inherent complexities in coding.
Error messages should be tailored for humans and machines separately, as current programming languages fail to serve both effectively.
Macros should be a preprocessing step before compilation, not integrated into programming languages, to enhance efficiency and simplify code editing.
5.7Forth Haiku Optimizer
2026-03-02 • javascript opengl code generation shader forth
The post explains the Forth Haiku code generator's process of converting Forth-like expressions into JavaScript and plans for future GLSL support in rendering.
The post examines the Brusselator model through an algorithmic lens, questioning its mathematical complexity and seeking simpler interpretations of irreversible reactions.
The post argues that the DRY principle in programming complicates code readability and suggests using LLMs to manage code duplication more effectively.
A two-stage code emission technique for compilers is presented, focusing on optimization strategies and the balance between productivity and efficiency in programming.
The post argues for the creation of new programming languages designed for AI, introducing a meta-language called .rt that enhances clarity and facilitates code transpilation.
The post details the first stage of Forth Haiku's compilation technique, illustrating how it generates JavaScript code from Forth source code using a concatenative approach.
An exploration of the two-stage compilation technique using Forth Haiku, focusing on code simplicity, optimization, and the creation of restricted notations.
A balanced programming language is essential for simplifying both function calls and asynchronous message sending to improve debugging and developer experience.
The author argues that fun programming is characterized by features like FunJIT type checking and a full REPL, contrasting it with the rigidity of production engineering.
The blog post provides an overview of hard disk components, their operation, and the evolution of storage technology, including floppy disks and solid-state drives.