walgit

dgit is a Git server and forge for Cloudflare Workers and self-hosted machines using Durable Objects. Each repository is a Durable Object with a private SQLite database that stores repository objects and references, implements Git's smart HTTP protocol for standard Git clients, and provides a cgit-style web interface. Reads are public by default, while pushes require authentication; pushing to a new name creates the repository. The TypeScript implementation includes Git packet-line framing, pack-file parsing and generation, ofs- and ref-delta resolution, commit/tree/tag codecs, SHA-1 streaming, and Myers diffs. Pushed data is retained as the client's original compressed pack file, with an index mapping object IDs to packs, offsets, and delta bases. An optional Cloudflare R2 binding offloads pack bytes and caches full clones, while SQLite retains the index; clones copy stored compressed bytes into outgoing packs, and fetch negotiation supports shallow, incremental, thin-pack, forced-update, and ref-deletion operations. Its web interface includes repository summaries, refs, searchable logs, per-path history, trees, blobs with syntax highlighting, blame, commits and range diffs, format-patch output, archive snapshots, README-based about pages, Atom feeds, and commit-activity statistics. Deployment uses npm and Wrangler, with an optional R2 pack cache and a configured push token. Cloudflare Workers impose memory and CPU limits, so very large histories may require smaller pushes; repositories with millions of objects may be better suited to the project's celld deployment.

Git is an open-source, fast, scalable, distributed revision control system. It stores project changes as versioned commits and provides repository history, diffs, branching, isolated work trees, and rollback capabilities for reviewing or reverting changes. The project provides both high-level version-control operations and access to its internal mechanisms. It is covered primarily by the GNU General Public License, with some components under compatible licenses, and was originally written by Linus Torvalds with contributions from a wider developer community.

Glyd is a Rust lossless-compression library and command-line tool with a C ABI, streaming interfaces, and Python and Go bindings. It targets object storage, data lakes, logs, telemetry, backups, versioned exports, RPC payloads, and caches as an alternative to LZ4, Snappy, and zstd. Its record mode detects delimited records, SQL dumps, JSON lines, and varying-shape logs, converts fields or template variables into typed streams, and compresses them in parallel. Base mode compresses a new version against an older version by using regions of the old data as history. The format uses independently decodable blocks and parallel paths; higher levels use separated token, offset, length, and literal streams with SIMD-oriented decoding, while long-distance matching can find repeated content up to 128 MB back. The repository also provides shape dictionaries for small objects, packs for many small objects, container and JPEG handling at selected levels, and a cold context-mixing level for infrequently read data. The separate glyd-store crate and CLI select similar stored objects as delta bases using fingerprints, cap delta chains, and support local directories and S3-compatible backends. The codec, CLI, C ABI, and bindings use the BSD 3-Clause License or GPL-2.0; glyd-store uses the Business Source License 1.1, with commercial production use requiring a license and conversion to Apache-2.0 four years after each release.

Warpgate is a self-hosted, transparent bastion and privileged-access-management system for SSH, HTTPS, Kubernetes, MySQL, PostgreSQL, RDP, and VNC. Deployed on a bastion or DMZ host, it assigns users to specific hosts and URLs and forwards connections directly to their targets without requiring client-side software, SSH wrappers, or custom clients. Native clients remain compatible, while browser-based SSH, RDP, and VNC access is also provided. Warpgate records sessions for live viewing and later replay through an administrative web UI, with command-level auditing. It includes TOTP two-factor authentication, OpenID Connect single sign-on, temporary access tickets, brute-force protection with IP blocking and user lockout, and is distributed as a dependency-free single binary written in Rust.

Vaultwarden is an unofficial Bitwarden-compatible server implementation written in Rust for self-hosted deployment. It provides an alternative implementation of the Bitwarden Client API, supporting personal vaults, Send, attachments, organizations, collections, password sharing, policies, multiple two-factor authentication methods, emergency access, directory connectors, event logs, and an admin backend; a modified web vault client is bundled with its containers. The project is distributed primarily as container images for Docker and Podman, with persistent data stored through a mounted volume. Its web vault requires HTTPS and a secure context for the Web Crypto API, and the project recommends using a reverse proxy. Vaultwarden is independent of Bitwarden and was formerly known as bitwarden_rs.