Packages

📚 flow state bionic reading in the terminal

Implemented basic rules of contract bridge game

Work in progress - implementation of double dummy solver for contract bridge

Minimal (unstable yet) implementation od simulation model for contract bridge

Carry version-control history out of Git, Mercurial, Subversion and CVS into an intermediate representation (IR), with every inference marked and every loss recorded: decode, inspect and verify.

brygge's CVS source decoder: reads a CVS repository's RCS `,v` files directly (pure Rust, no cvs tool) and reconstructs changesets by clustering per-file revisions, producing a brygge-ir IR whose changeset atoms are Derived (RFC 007, Tier R). The one crate that reads CVS (RFC 009 D-1).

brygge's Git source decoder: reads a local Git object database with gix and produces a brygge-ir IR, entirely Stated except explicitly-marked derived rename hints. The one crate that links gix (RFC 009 D-1).

brygge's Mercurial source decoder: reads a local hg repository's revlog store directly (pure Rust, no hg binary) and produces a brygge-ir IR, mostly Stated including source-recorded renames. The one crate that reads hg (RFC 009 D-1).

brygge's Subversion source decoder: reads an SVN history from a dumpstream (a user-supplied dumpfile, or a read-only local `svnadmin dump`) and produces a brygge-ir IR — a Stated linear spine with Stated copies, plus an opt-in Derived branch/tag layer. Pure Rust, no linked SVN library (RFC 006 Tier D). The one crate that reads SVN (RFC 009 D-1).

A migration support tool for prikk.

brygge's intermediate representation: the faithfulness-with-provenance model, its canonical content-addressed artifact, and the honesty machinery. The light core that links no source-decoder dependency.

Declarative fixed-width record encoding and decoding

Derive macros for bryl fixed-width records

Metro 2 credit reporting file reading and writing

NACHA ACH file reading and writing

Date/time pattern tokens shared by bryl and bryl-derive

GraphQL framework for AWS Lambda with SeaORM and multi-tenant support

CLI tool for the Brylix framework

coming soon

Security-first no_std cryptography and secure-protocol facade

Transactional no_std buffer foundations for Brynja

Cryptographic provider, policy, and composition layer for Brynja

Optional no_std CPU acceleration boundary for Brynja cryptography

Opt-in host CPU-detection boundary for Brynja cryptography

Modern DTLS state machines for Brynja

Bounded DER framing and future first-party PKI for Brynja

Explicit platform integration traits for Brynja

Shared no_std wire framing for Brynja secure protocols

QUIC TLS handshake integration for Brynja

Optional no_std secret-storage adapter for Brynja

Evergreen modern TLS facade and one-pass version router for Brynja

Version-specific hardened TLS 1.2 engine for Brynja

Version-specific TLS 1.3 stream engine for Brynja

Record-independent TLS 1.3 handshake engine for Brynja

Bryte-Descriptor attribute macro for defining an event

Bryte-Descriptor client for retrieving account data as JSON

Supporting library for Bryte-Descriptor structures

Shared low-level data structures used by Breeze components

Efficient pooled async HTTP client for Breeze services

Route-selective HTTP/1.1 gateway with streaming and upgrade fallback

Shared zero-allocation route selection for Breeze HTTP runtimes

Zero-copy HTTP/1.1 server runtime for Breeze services

Static HTTP API macros for http-server

Arena-backed segmented byte readers and writers for Breeze

Borrowing JSON deserialization over Breeze segmented readers

Process-level tracing backend for Breeze services

Asynchronous memcached client with sharding, failover, and live configuration

Breeze memory allocation, accounting, and in-memory primitives

lightweight high-concurrency metric slot registry

Breeze platform MySQL access capability: owns the raw sqlx driver and MySQL connection/pool lifecycle.