An example of how the turing-microservice can be used.
A turing machine builder — declarative state-table construction. Not actively developed by the author; the same state-table pattern is also shown as an inline example in @turing-machine-js/machine's README. Contributions welcome.
A convenient Turing machine
Single-number binary arithmetic on a 3-symbol alphabet (blank, 0, 1) — same operations as @turing-machine-js/library-binary-numbers but without ^/$ markers. Side-by-side with the marker-based library for learning the trade-off.
A standard library for working with binary numbers
Multi-transport async logging.
A convenient Post machine
Muxified Turing Machine
Node.js SDK for Turing Code with query, stream, and streamText APIs.
Autonomous ML research harness for Claude Code. The autoresearch loop as a formal protocol — iteratively trains, evaluates, and improves ML models with structured experiment tracking, convergence detection, immutable evaluation infrastructure, and safety
Aggregation of sub-statuses and express routes for an html and json status report.
React SDK for Viglet Turing ES - Headless hooks + UI components for enterprise search
A common basis for Node.js microservices.
An express server.
Pure highlight + graph-indexing logic for @turing-machine-js/machine — no DOM, no renderer.
An express route for an health check.
Hierarchical configuration with files, environment variables and command-line arguments.
A lightweight Common Expression Language (CEL) implementation in JavaScript with zero dependencies
Jobs support.
turing components
Resolve a URI relative to an optional base URI
Middleware for hmac authentication.
Application cache support.
A port to mongodb.
Example project for the Turing School of Software and Design, https://github.com/ndwhtlssthr/gitloc -- gives lines-of-code information for a git repo.
Example project for the Turing School of Software and Design, see https://github.com/JoshCheek/elective-building-a-gem -- gives lines-of-code information for a git repo.
Example project for the Turing School of Software and Design, see https://github.com/JoshCheek/elective-building-a-gem -- gives lines-of-code information for a git repo.
Example project for the Turing School of Software and Design, see https://github.com/JoshCheek/elective-building-a-gem -- gives lines-of-code information for a git repo.
Example project for the Turing School of Software and Design, see https://github.com/JoshCheek/elective-building-a-gem -- gives lines-of-code information for a git repo.
Example project for the Turing School of Software and Design, see https://github.com/JoshCheek/elective-building-a-gem -- gives lines-of-code information for a git repo.
Example project for the Turing School of Software and Design, see https://github.com/JoshCheek/elective-building-a-gem -- gives lines-of-code information for a git repo.
Example project for the Turing School of Software and Design, see https://github.com/JoshCheek/elective-building-a-gem -- gives lines-of-code information for a git repo.
Example project for the Turing School of Software and Design, see https://github.com/JoshCheek/elective-building-a-gem -- gives lines-of-code information for a git repo.
Example project for the Turing School of Software and Design, see https://github.com/JoshCheek/elective-building-a-gem -- gives lines-of-code information for a git repo.
Example project for the Turing School of Software and Design, see https://github.com/JoshCheek/elective-building-a-gem -- gives lines-of-code information for a git repo.
Example project for the Turing School of Software and Design, see https://github.com/JoshCheek/elective-building-a-gem -- gives lines-of-code information for a git repo.