memory-layout

Neovim plugin to visualize C/C++ class/struct memory layouts using clang

Diagrams for memory map layouts, in code or definition files

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

Preview Go struct field-alignment savings as a diff, not a rewrite.

Comprehensive documentation format for Brainfuck codebase, previously internal to BES.

Curso de Jeresoft Academy sobre programación de bajo nivel en Rust: memoria, CPU, bits, unsafe y FFI.

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.

Visualize binary data and C struct memory layouts as interactive SVG diagrams in Obsidian

Memory orchestration at the different levels of languages

CUDA research prototype for 128-byte topology-aligned records that co-locate ontology masks, bounded adjacency, and hot FP16 KV micro-tiles.

Parallelism standards for accelerating performance on calculations for detection of positive DNA selection

VS Code extension that analyzes and visualizes C/C++ struct memory layout, padding and alignment, and suggests padding-optimized field reordering. Published on the Marketplace.

Linux process inspection tool in C++ that reads the /proc filesystem to show a process's memory layout and status. Parses /proc/<pid>/maps and /proc/<pid>/status, classifies mapped regions as HEAP, STACK, TEXT, DATA, VDSO, VVAR, or OTHER, and reports the process name, PID, state, and thread count using modern C++ streams and string parsing.

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.

Сколько байт занимает объект в .NET, почему порядок полей меняет размер структуры и как устроены массивы и строки. Замеры на .NET 8/9/10, четыре машины.

Model and visualize C / TwinCAT–style struct memory layout — size, alignment, and padding.