noon.utils.chance — org.clojars.pbaille/noon 0.1.0

$ clj

($ g f)

$* clj

($* g f)

bag clj

(bag xs)

bind clj

(bind g h)

bind* clj

(bind* g h)

coin clj

collection clj

(collection x
            &
            [{:keys [empty min-size max-size size]
              :or {min-size 0 max-size 50}}])

cube clj

data clj

(data x)

decimal clj

(decimal min max)

defcoll clj macro

(defcoll name empty)

(defcoll name empty argv gen-expr)

Helper to define collection generators. The main point is to handle extra options, resulting generators will be callable with or without options, options being given as a map or as a flat sequence of key values.

defgen clj macro

(defgen name return)

(defgen name x & xs)

dice clj

(dice n)

fn->gen clj

(fn->gen f)

gen clj macro

(gen & body)

gen? clj

(gen? x)

keep clj

(keep g test)

mapof clj

(mapof k v)

(mapof k v G__8368)

(mapof k v G__8369 G__8370 & G__8371)

nat clj

(nat min max)

one-of clj

(one-of & gens)

one-of* clj

(one-of* gens)

realise clj

(realise x)

rep clj

(rep g n)

sample clj

(sample n g)

seqof clj

(seqof G__8350)

(seqof G__8350 G__8351)

(seqof G__8350 G__8352 G__8353 & G__8354)

setof clj

(setof G__8362)

(setof G__8362 G__8363)

(setof G__8362 G__8364 G__8365 & G__8366)

tup clj

(tup & xs)

vecof clj

(vecof G__8356)

(vecof G__8356 G__8357)

(vecof G__8356 G__8358 G__8359 & G__8360)

weighted clj

(weighted m)

takes a map of generator(able)/probability ex: (weighted {coin 1 "youpi" 3}) returns a generator that has 3/4 chances to return "youpi" and 1/4 chance to return either true or false