Functional Patterns in Ruby
summary
Claims concrete Ruby implementations of three OCaml ideas and shows they work: a funter module that uses Module.new proxy and dynamic method defs to supply per-include parameters without polluting class state, a variant.create and match exhaustiveness pattern (class.new for variants, runtime errors for unhandled or unnecessary cases), and an Option/Maybe monad with return and bind that composes operations and stops on the first none value. Code examples use Module.new, class.new, and match-based checks and demonstrate the patterns functioning as intended.
AI-written summary · about
chapters (6)
- 0:00Introduction
- 3:49Why functional patterns matter
- 12:57Functors in OCaml and Ruby
- 22:08Variance patterns in Ruby
- 31:17Monads and use cases
- 39:42Closing thoughts and takeaways
