Releases

A collection of non linear functions for testing optimisation algorithms

Pure in-memory generator interfaces for Zynk code generation

Canonical in-memory schema representation for Zynk bindings and generators

Convert QMK keymap files to ZMK format

Delaunay triangulation and Voronoi diagram — faithful port of d3-delaunay

Read MLV (magic lantern video) files.

Shared Rust MIR extraction model and helpers for rust_mir2

memory efficient integer array

Common types and functions used by Hadris

WebAssembly linear memory page-count, min/max limit, shared marker, and size conversion primitives.

Rust block-device geometry, capabilities, and adapters for std and no-std storage

Proc macros for dual sync/async code generation in Hadris

Allocation-free lexical paths for virtual filesystems and archives

No-std I/O traits and utilities for the Hadris filesystem crates

Fixed-capacity byte and text types for no-std applications

protoc plugin generating typed Rust bindings for ProtoCache

WebAssembly export name wrappers, export kind, and exported item metadata primitives.

WebAssembly import module/name wrappers, import kind, and imported item metadata primitives.

An I/O less Anthropic API implementation

WebAssembly section kind, section ID conversion, parsing, and rendering primitives.

Node2Vec — graph node embeddings via biased random walks and skip-gram

WebAssembly text-format identifier, module-name, S-expression marker, and validation primitives.

Schema, reflection, and Protobuf conversion support for ProtoCache

Geometry algorithms: sampling, extrema, conversion

Vector math, transforms, NURBS, and geometric predicates for brepkit

UI-agnostic workspace actions (edit, indent, toggle, journal projection) shared across outl clients.

Workspace bootstrap for embedders: open a workspace directory with locks, actor resolution, and per-page shard registration

Cross-machine AI session daemon — bridges Claude Code sessions via tmux injection and Nostr P2P

Fast offline Minecraft ore estimator: best mining Y and the areas where ores are most likely to concentrate for Java and Bedrock. Pairs with orefinder.io for seed-exact coordinates.

Core zero-copy runtime and encoding primitives for ProtoCache