Diagrams for memory map layouts, in code or definition files
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Updated
Jan 11, 2026 - Python
Diagrams for memory map layouts, in code or definition files
Neovim plugin to visualize C/C++ class/struct memory layouts using clang
High-performance C++ ECS with cache-friendly sector-based architecture and multithreading support.
Visualize C struct memory layouts, padding, and offsets – interactive web tool.
Memory layout analysis tool for rust structs, enums and unions
Comprehensive documentation format for Brainfuck codebase, previously internal to BES.
Preview Go struct field-alignment savings as a diff, not a rewrite.
GitHub Action & CLI to analyze binary memory layouts: detect padding, compare diffs, enforce budgets. Parses DWARF debug info for C/C++/Rust/Go.
Java Data Structures Lab – Arrays Module: Learn array memory layout, insertion & deletion via manual shifting, capacity vs logical size, and array operations to prepare for linked lists, stacks, and queues.
A low-level experiment demonstrating that variables are just memory locations with imposed interpretations using raw bit patterns to reveal the fundamental nature of data types.
Memory orchestration at the different levels of languages
Parallelism standards for accelerating performance on calculations for detection of positive DNA selection
Visualize binary data and C struct memory layouts as interactive SVG diagrams in Obsidian
Practical linker script examples for memory mapping, section placement, startup configuration, and embedded firmware build process understanding.
Vulkan 1.3 rendering framework focused on multi-queue synchronization, asynchronous resource management, and GPU performance optimization. Started as a personal learning project from official tutorials and gradually evolved into a systematic exploration of async execution patterns and profiling-driven optimizations.
GNU99 C Utils Collections
Model and visualize C / TwinCAT–style struct memory layout — size, alignment, and padding.
Assert struct layouts, including field sizes and offsets.
The canon for pixel data topology. A cross-language specification to define the logical layout of images (axis order, orientation, and memory order).
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