kmizu

trait TF {
  type Apply[A]
}
type Curry2[F[_, _]] = TF { type Apply[X] = TF { type Apply[Y] = F[X, Y] } }
type Curry3[F[_, _, _]] = TF { type Apply[X] = Curry2[(TF { type Apply[Y, Z] = F[X, Y, Z] })#Apply] }
// ...

type CurriedMap = Curry2[Map]

val x: CMap#Apply[String]#Apply[Int] = Map("x" -> 1, "y" -> 1) //It is valid code.

stepchowfun

#!/usr/bin/python -O

################################################################################
################################################################################
#
# State-Based Text Merging Algorithm
# For 6.033 Design Project 2
# TA: Katherine Fang
# 9 May 2012
#

nacyot

• 원제 : 55 Trivia Notations you should know in Ruby
• 원문 : kyoendo
• 출처 : http://melborne.github.io/2013/03/04/ruby-trivias-you-should-know-4/
• 번역 : nacyot propellerheaven@gmail.com
• 라이센스 : cc-by-nc

알아두면 도움이 되는 55가지 루비 기법

Ruby는 즐거운 언어입니다. Ruby를 사용하다보면 매뉴얼에도 나와있지 않은 '작은 발견'을 만나게 됩니다. 이러한 '발견'은 프로그램의 질이나

avalonalex

# Thanks to this post:
# http://blog.ikato.com/post/15675823000/how-to-install-consolas-font-on-mac-os-x

$ brew install cabextract
$ cd ~/Downloads
$ mkdir consolas
$ cd consolas
$ curl -O http://download.microsoft.com/download/f/5/a/f5a3df76-d856-4a61-a6bd-722f52a5be26/PowerPointViewer.exe
$ cabextract PowerPointViewer.exe
$ cabextract ppviewer.cab

kevinwright

As compiled by Kevin Wright a.k.a @thecoda

(executive producer of the movie, and I didn't even know it... clever huh?)

please, please, please - If you know of any slides/code/whatever not on here, then ping me on twitter or comment this Gist!

This gist will be updated as and when I find new information. So it's probably best not to fork it, or you'll miss the updates!

Monday June 16th

jkpl

object Main extends App {
  AvoidLosingGenericType.run()
  AvoidMatchingOnGenericTypeParams.run()
  TypeableExample.run()
  TypeTagExample.run()
}

class Funky[A, B](val foo: A, val bar: B) {
  override def toString: String = s"Funky($foo, $bar)"
}

jdegoes

Applied Functional Programming with Scala - Notes

Copyright © 2016-2018 Fantasyland Institute of Learning. All rights reserved.

1. Mastering Functions

A function is a mapping from one set, called a domain, to another set, called the codomain. A function associates every element in the domain with exactly one element in the codomain. In Scala, both domain and codomain are types.

val square : Int => Int = x => x * x