Slides: https://slides.com/stachudotnet/solving-rubik-fable-conf Lab #1: Represent the state of a Rubik's Cube. Work with a partner to explore how to represent the state of a Rubik's Cube, including the representation of manipulating various twists. (Just go to http://fable.io/repl2) Lab #2: Write a scrambler. Don't
I recently gave a talk on graphs at Philly.Net's 2018 Code Camp. It was a full room, and I had a great time giving this talk for the first time. If you came to the talk, thanks! This was a talk on the Graph data structure, subtopics ranging from
I've recently given a lot of "F# + Fable" talks[1]. I've rewritten my Fable talk a number of times so far, and have had the opportunity to give the newest rendition at the Philly.NET User Group on Feb 21st, 2018. Below, I'd like to provide links to
There is a lot of content released under the Pluralsight brand. To be a bit more specific, there are 6529 courses on Pluralsight at the time of writing. (check out the current listings here.) Considering I have a tendency to get far too into the organization of action over actual
... because there's nothing better than *DD acronyms, right? Tl;dr - F# lets you write pseudocode. Once that pseudocode compiles, your program is probably right (or very close to it). (This is just another sales pitch for the |> operator) I gave a F# hands-on lab session to a local