utiliva.comparator — com.workiva/utiliva 0.2.0

< clj

(< cmp x)

(< cmp x y)

(< cmp x y & more)

Exactly like clojure.core/<, but requires an explicit comparator (of the -1/0/1 variety).

<= clj

(<= cmp x)

(<= cmp x y)

(<= cmp x y & more)

Exactly like clojure.core/<=, but requires an explicit comparator (of the -1/0/1 variety).

> clj

(> cmp x)

(> cmp x y)

(> cmp x y & more)

Exactly like clojure.core/>, but requires an explicit comparator (of the -1/0/1 variety).

>= clj

(>= cmp x)

(>= cmp x y)

(>= cmp x y & more)

Exactly like clojure.core/>=, but requires an explicit comparator (of the -1/0/1 variety).

compare-comp clj macro

(compare-comp & fns)

Composes the comparators. Inlines everything. There's a better implementation somewhere.

max clj

(max cmp x)

(max cmp x y)

(max cmp x y & more)

Exactly like clojure.core/max, but requires an explicit comparator of the -1/0/1 variety.

max-by clj

(max-by cmp f x)

(max-by cmp f x y)

(max-by cmp f x y & more)

Exactly like clojure.core/max-key, but requires an explicit comparator fof the -1/0/1 variety.

min clj

(min cmp x)

(min cmp x y)

(min cmp x y & more)

Exactly like clojure.core/min, but requires an explicit comparator of the -1/0/1 variety.

min-by clj

(min-by cmp f x)

(min-by cmp f x y)

(min-by cmp f x y & more)

Exactly like clojure.core/min-key, but requires an explicit comparator of the -1/0/1 variety.

proj-comparator clj macro

(proj-comparator & projs-and-cmps)

Builds a discriminating comparator for two arbitrary objects given an alternating sequence of projection functions and comparators for said projections eg: > ((proj-comparator :a compare :b compare) {:a 1 :b 2} {:a 1 :b 1}) => 1

seq-comparator clj macro

(seq-comparator & fs)

Builds a discriminating comparator for two vectors given a sequence of element-wise first-to-last comparators. eg: > ((seq-comparator compare compare) [1 2] [1 1]) => 1