Easy tracking of activity and retention at scale in daily, hourly, or minute intervals using sparse Redis bitmaps.

A ethereum full node written in ruby.

Generates @1x, @2x and @3x images versions of an image for iOS projects

A gem wrapper around retire.js

A gem wrapper around retire.js

gem install retro

A command line tool for saving thoughts for your next retrospective

Retries an operation on an ActiveRecord until no StaleObjectError is being raised.

adds some useful options to retry code blocks

return_bang implements non-local exits for methods. As a bonus, you also get exception handling that ignores standard Ruby's inflexible begin; rescue; ensure; end syntax. Use return_bang to exit back to a processing loop from deeply nested code, or just to confound your enemies *and* your friends! What could possibly go wrong?

Provides helpers for dealing with `return` statements in blocks and procs by either disallowing them or else ensuring that some code runs after yielding.

The better decent_exposure.

Provides a unified approach to managing automated code quality tools.

A small CLI utility to factor integers

Stores boolean flags in file, redis or memory

A gem that allows you to modify GoDaddy DNS A Records. GoDaddy active account and DNS zone is required

Google Data API for Ruby

# Introduction Rglpk is a package providing a Ruby wrapper to the [GNU GLPK](http://www.gnu.org/software/glpk/) library. The GLPK (GNU Linear Programming Kit) package is intended for solving large-scale linear programming (LP), mixed integer programming (MIP), and other related problems. Rglpk (pronounced as "wriggle-pick") is currently in alpha status and the API should be considered subject to change. Rglpk uses [Swig](http://www.swig.org/) to initially wrap the C GLPK library (using a Swig wrapper originally developed by Nigel Galloway) and then a pure Ruby library to wrap the Swig code in a more friendly OO-style.

Automated refresh script for the AT&T Residential Gateway bypass

A data structure for effectively manipulating multi-dimensional arrays.