💡 Why Lightweight Code Still Matters on Modern Machines
More than nostalgia, it’s a call to discipline—minimalism as a practical response to stagnating hardware efficiency.
This essay makes a compelling case that small, efficient codebases remain essential even with today’s powerful hardware. It links performance, security, and maintainability to fewer abstraction layers and minimal runtimes, contrasting bloated Electron apps with lean native tools. The argument aligns with the Unix philosophy and the design ethos of Plan 9.
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🐍 My Python Workflow, December 2025 Edition
A practical glimpse into the future of Python tooling—uv is fast becoming the developer’s standard toolkit.
The author details migrating all Python projects to the uv toolchain, replacing traditional environment and dependency managers. The post describes a streamlined setup for macOS, Linux, and WSL, highlighting when uv is sufficient and when pipx still plays a role. It emphasizes speed, simplicity, and smoother virtual environment management.
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🧩 Rethinking Array Indices: Points Between Elements
A subtle mental shift that once adopted, forever changes how you design and reason about data structures.
This essay argues that treating array indices as positions between elements—rather than labels on them—makes reasoning about slicing, insertion, and iteration much clearer. The model reduces off-by-one errors and aligns neatly with Python slices and C/C++ iterators.
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🧠 Concrete Syntax Matters, Actually
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⚙️ Indexed Reverse Polish Notation: A Smarter Alternative to ASTs
A fascinating exploration of compiler IR design that blends historical insights with practical modern experimentation.
This in-depth technical essay presents Indexed Reverse Polish Notation (Indexed RPN) as a memory-efficient alternative to Abstract Syntax Trees for compiler design. By representing code as a flat array of nodes, it simplifies name resolution, scoping, and control flow, improving both clarity and performance.
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