A pure Ruby implementation of rich terminal output with full Windows Console API support via Fiddle. Features include styled text, tables, panels, progress bars, spinners, live display, syntax highlighting, and more. No external dependencies.

This gem provides a basic way of representing formatting within strings.

Never gonna give you up, never gonna let you down Never gonna run around and desert you Never gonna make you cry, never gonna say goodbye Never gonna tell a lie and hurt you

Provides easy way to comunicate with the api in ruby environments

Rickshaw provides the elements you need to create interactive graphs: renderers, legends, hovers, range selectors, etc. You put the pieces together.

Uses Ruby's JSON to parse and format json files, includes an option to open them in the system's default application.

RicoSAT is a wrapper around [PicoSAT](http://fmv.jku.at/picosat/). It lets you use the PicoSAT solver from Ruby!

Dynamic content and workflow engine

Rideliner's Ruby development

Riffer is a comprehensive Ruby framework designed to simplify the development of AI-powered applications and agents. It provides a complete toolkit for integrating artificial intelligence capabilities into your Ruby projects.

Easily encrypt and decrypt strings using AES. Rijndael is a wrapper around OpenSSL::Cipher to abstract to a minimum of needed methods.

Ruby client for the Riksteatern API

RingCache is an in-memory cache that emulates a ring buffer, in which older elements are evicted to make room for new ones.

RingyDingy is a little boat that keeps your DRb service afloat! RingyDingy automatically registers a service with a RingServer. If communication between the RingServer and the RingyDingy is lost, RingyDingy will re-register its service with the RingServer when it reappears. Similarly, the RingSe...

Provides init-like script structure for ruby

Inline expansion for Ruby

This is a placeholder for the library

Ruby package metadata for Rip

Full featured ruby client for interacting with the SalesforceIQ API

Uses James Shore's method to calculate risk-adjusted burn-up.