Easy-to-use plugin system for creating powerful, fast and versatile parsers and compilers, with built-in source-map support.
Utilities for the snapdragon parser/compiler.
Snapdragon plugin that adds a capture method to the parser instance.
Class for creating AST nodes.
Snapdragon plugin for converting a cheerio AST to a snapdragon AST.
Create a snapdragon token. Used by the snapdragon lexer, but can also be used by plugins.
Native module for An another Node binding of llama.cpp (linux-arm64-snapdragon)
Snapdragon utility for creating a stack.
Adds support for handlers, events and plugins to snapdragon libraries.
Easily parse a string to create an AST.
Converts a string into an array of tokens, with useful methods for looking ahead and behind, capturing, matching, et cetera.
Scaffold out a new snapdragon plugin project.
This library is exclusively developed for the Snapdragon ERP system
Batteries-included Snapdragon code agent CLI.
Uses snapdragon to tokenize a single JavaScript block comment into an object, with description, tags, and code example sections that can be passed to any other comment parsers for further parsing.
Snapdragon util and plugin for patching the position on an AST node.
Plugin that adds a `.captureSet()` method to snapdragon, for matching and capturing substrings that have an `open` and `close`, like braces, brackets, etc
Core Snapdragon bundle, signature, and schedule types.
Tool registry, coding tools, and REPL toolset for Snapdragon agents.
Minimal Snapdragon coding REPL agent CLI.
Embeddable Snapdragon agent loop for chat, coding tools, and REPL-backed tool use.
Host runtime primitives and provider adapters for Snapdragon agents.
Adds a location object to snapdragon token or AST node.
visit and mapVisit methods for snapdragon nodes.
Mobile deployment support for TrustformeRS (iOS, Android)
Safely invoke your intrinsic power, using the tokens granted to you by the CPU. Cast primitive magics faster than any mage alive.
A utility to check stats about your CPU, and auto regulate clock speeds to help with either performance or battery life.
This program is used to calculate the communication latency between CPU cores.
Dress your pixels for the occasion — SIMD-optimized pixel format conversions
A fast, keyboard-driven TUI for running local models via llama.cpp
Ry Graphics Layer - SDL2 Backend + GPU Instancing + FSR 1.0 for Termux and low-end devices
VelesDB mobile bindings for iOS and Android via UniFFI
AArch64 feature detection that fills the Windows-on-ARM gap in std::arch::is_aarch64_feature_detected!. Wires every PF_ARM_* constant from Windows SDK 26100; an opt-in registry decoder covers the ~33 names IPFP can't reach.
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