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![lagénorhynquelagénorhynque
(defprofile lagénorhynque
:id @lagenorhynque
:reading "/laʒenɔʁɛ̃k/"
:aliases [" "]
:languages [Clojure Haskell English français]
:interests [programming language-learning law mathematics]
:commits ["github.com/lagenorhynque/duct.module.pedestal"]
:contributes ["github.com/japan-clojurians/clojure-site-ja"])](https://image.slidesharecdn.com/simple-made-easy-made-easy-190729100410/85/Simple-Made-Easy-Made-Easy-2-320.jpg)
![;; Common Lisp: "complect"
(defun fizzbuzz (n)
(let ((fizzp (zerop (mod n 3)))
(buzzp (zerop (mod n 5))))
(cond ((and fizzp buzzp) "Fizz Buzz")
(buzzp "Buzz")
(fizzp "Fizz")
(t n))))
;; Clojure: "simple"
(defn fizzbuzz [n]
(let [fizz? (zero? (mod n 3))
buzz? (zero? (mod n 5))]
(cond
(and fizz? buzz?) "Fizz Buzz"
buzz? "Buzz"
fizz? "Fizz"
:else n)))](https://image.slidesharecdn.com/simple-made-easy-made-easy-190729100410/85/Simple-Made-Easy-Made-Easy-22-320.jpg)
Uploaded byKent Ohashi
"Simple Made Easy" Made Easy
This document discusses the concept of "simple" and "easy" as it relates to programming languages and Clojure in particular. It explores the differences between concepts that are simple versus complex, and easy versus hard. It provides examples of how Clojure aims to make programming simple by avoiding unnecessary complexity through choices like immutable data and avoiding side effects.
"Simple Made Easy" Made Easy
- 1. "Simple Made Easy"Made Easy"Simple Made Easy" Made Easy ClojureClojure
- 2. lagénorhynquelagénorhynque (defprofile lagénorhynque :id @lagenorhynque :reading"/laʒenɔʁɛ̃k/" :aliases [" "] :languages [Clojure Haskell English français] :interests [programming language-learning law mathematics] :commits ["github.com/lagenorhynque/duct.module.pedestal"] :contributes ["github.com/japan-clojurians/clojure-site-ja"])
- 3.
- 4. 1. "simple" "easy" 2.Simple Made Easy 3. "simple" "easy" 4. "simple" "easy" 5. "simple" 6. "simple" 7. Clojure "simple"
- 5.
- 6.
- 7. Simple Made EasySimpleMade Easy
- 8. (( )) Clojure "simple" ( Clojurian) cf. ( ) Simple Made EasySimple Made Easy Strange Loop 2011Strange Loop 2011 Rich Hickey Simplicity Matters Rails Conf 2012 | eed3si9n
- 9. "Simple Made Easy""SimpleMade Easy" simple "simple" "easy" "simple" "easy" ? Word Power Made Easy
- 10.
- 11. "simple""simple" < simplex (=sim + plex) simplex : / : (= com + plex) : simple complex
- 12. "easy""easy" (= + y)< aise/eise < adjacens adjacens (cf. adjacent) : ( ) ( ) ( ) / : : easy easy ease hard
- 13.
- 14. "simple" "easy""simple" "easy" simple/complex,easy/hard 2 easy simple ! complex simple Rich Hickey simple or complex simple or easy
- 15. "easy but complex"vs "simple but hard""easy but complex" vs "simple but hard" easy complex (= not simple) easy complex complex simple hard (= not easy) hard simple simple
- 16.
- 17.
- 18.
- 19.
- 20. "simple" "complex" ( ) "simple" (abstract) (drawaway) who, what, when, where, why, how "simple" (simplify) complect abstract
- 21.
- 22. ;; Common Lisp:"complect" (defun fizzbuzz (n) (let ((fizzp (zerop (mod n 3))) (buzzp (zerop (mod n 5)))) (cond ((and fizzp buzzp) "Fizz Buzz") (buzzp "Buzz") (fizzp "Fizz") (t n)))) ;; Clojure: "simple" (defn fizzbuzz [n] (let [fizz? (zero? (mod n 3)) buzz? (zero? (mod n 5))] (cond (and fizz? buzz?) "Fizz Buzz" buzz? "Buzz" fizz? "Fizz" :else n)))
- 23.
- 24.
- 25. "complect" who ( )what ( ) "complect" "simple"
- 26. what ( )who ( ) "complect" "simple" e.g. core.async
- 27. "simple""simple" Simple Made Easy/ ! Clojure !
- 28. Further ReadingFurther Reading SimpleMade Easy matthiasn/talk-transcripts > Hickey_Rich/SimpleMadeEasy.md Clojure Simple Made Easy - Simplicity Matters | eed3si9n Clojure Design Decisions Clojure - Clojure core.async Channels