parsonlabs

Syntax Analysis for Unused Variable & Function Symbols, Supporting; C, C++, JavaScript, TypeScript, Python, Go, Rust & Java

x86_64 Operating System in Rust with Bootloader, Interrupt Handling, Window Manager, VGA Graphics Driver, Terminal Emulation and Software-Rendered 3D Graphics in a no_std Environment All Memory Safe

Tool-Assisted Speedrun (TAS) Program Supporting Recording, Playing Back, Editing & Saving Keyboard & Mouse Inputs with a Text Editor to Modify, Save & Load with a GUI

A Low-Level and Cycle Accurate Super Nintendo Emulator with WDC 65816 CPU Emulation, Full PPU Layering and Mode 7 Support, APU SPC700 & DSP Emulation, DMA/HDMA Timing, Cartridge Memory Mapping with LoROM/HiROM, and Expansion Chip Support (SA-1, SuperFX)

Rollback Netcode, Featuring Frame-Based Simulation, Input Prediction with Confirmation, Automatic Rollback and Replay, UDP Socket Communication with Reliable Messaging, Real-Time Latency Measurement, Packet Loss Simulation, and Connection Management

ParsonLabs Seven is a Web Browser based on the Gecko & FireFox Browser Engine, Finetuned for Privacy & Performance with AdBlocking, Dark Mode, Vertical Tabs & more

ncdu (NCurses Disk Usage) is an Interactive, Text-Based Disk Utility for Unix-Like Systems (Linux, BSD, macOS). It is a More User-Friendly and Visual Alternative to the Standard du (Disk Usage) Command

A Cycle Accurate DMG and CGB Emulator with Sharp LR35902 CPU Emulation, Accurate LCD Pixel FIFO Pipeline, Palette and Attribute Handling, CGB Double-Speed Mode, HDMA, Timer/Serial I/O Emulation, GBC Palette RAM, and Hardware-Based Audio Channels (Square, Wave, Noise)

ParsonLabs Music's Landing Page

ParsonLabs Video is your own personal and self-hosted YouTube, without all of the distractions that is plaguing the platform. Take Back Control — https://video.parson.dev

Custom Voxel Engine Procedurally Generating & Lazy Loading 3D Chunks using Perlin Noise, Lighting Amplified by Ambient Occlusion, Model Transforms, Screen-Space Reflection, Depth Sampling & Frustum Culling

Safe, Educational Simulations of Common Cybersecurity Attacks, Including a KeyLogger, Phishing, Ransomware & DDoS

Karmarkar’s Algorithm is a Polynomial-Time Interior-Point Method for Linear Programming that Efficiently Solves Large-Scale Problems by Iteratively Moving Toward Optimality Inside the Feasible Region with Complexity Roughly O(m^1.5n^2L), Significantly Improving on Prior Methods and Benefiting from Parallel Processing

Fully Brakerski-Fan-Vercauteren Compliant Homomorphic Encryption Playground Supporting Polynomial Ring Operations, Noise Budgets, Document Indexing with an Encrypted Search Engine, FHE & Small (1024), Medium (2048) & Large (4096) Benchmark Profiles

A Cycle Accurate NES Emulator with 6502 CPU Emulation, PPU Scanline Rendering, APU Audio Playback, Mapper Support (MMC1–MMC5), Vertical/Horizontal Mirroring, Cartridge Save Persistence, and Low-Level Timing for Glitch-Accurate Execution

Four Way Traffic Simulator with Lights & Vehicles Following Traffic Rules

Comprehensive Guide to Computer Cache Also Known as Dynamic Programming. Showcasing Loop Comparison Traversal Between Vector & Linked Lists, Array of Structs (AoS) & Struct of Arrays (SoA), Row vs Column Major, Branch Prediction & False Sharing

🔍 Bulk Rename Cloudflare DNS Records for any Domain

The Daitch–Mokotoff Soundex (D–M Soundex) is a Phonetic Algorithm that Converts Names, Primarily Surnames, into a Numerical Code. It's a Refinement of the Traditional Soundex System, Designed to Provide Greater Accuracy when Matching Names with Similar Pronunciations but Different Spellings, Especially Those of Slavic and Yiddish Origin

The Lenstra–Lenstra–Lovász (LLL) Algorithm is a Polynomial-Time Algorithm that Finds a Short and Nearly Orthogonal Basis of a Lattice, which is Used for Applications Like Factoring Polynomials, Solving Integer Linear Programming Problems, and Cryptanalysis.