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qa.clj
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;; Quality Assurance
;;
;; Requirements which are not tested for:
;;
;; The context transducers must emit their elements as soon as
;; possible. Take xform (postext 2 (partial = 1))), if passed 1, it
;; must immediately forward it, not wait until it recevies 2 more
;; elements.
(ns qa
(:require [no.olavfosse.context :refer :all]))
(def =1 (partial = 1))
(def tt '(;; n = 1
{:input [],
(pretext 1 =1) [],
(pretext 1 =1 :sep) [],
(postext 1 =1) [],
(postext 1 =1 :sep) [],
(context 1 =1) [],
(context 1 =1 :sep) []}
{:input [1],
(pretext 1 =1) [[1]],
(pretext 1 =1 :sep) [1],
(postext 1 =1) [[1]],
(postext 1 =1 :sep) [1],
(context 1 =1) [[1]],
(context 1 =1 :sep) [1]}
{:input [0 1],
(pretext 1 =1) [[0 1]],
(pretext 1 =1 :sep) [0 1],
(postext 1 =1) [[1]],
(postext 1 =1 :sep) [1],
(context 1 =1) [[0 1]],
(context 1 =1 :sep) [0 1]}
{:input [1 1 0],
(pretext 1 =1) [[1 1]],
(pretext 1 =1 :sep) [1 1],
(postext 1 =1) [[1 1 0]],
(postext 1 =1 :sep) [1 1 0],
(context 1 =1) [[1 1 0]],
(context 1 =1 :sep) [1 1 0]}
{:input [0 1 0 0],
(pretext 1 =1) [[0 1]],
(pretext 1 =1 :sep) [0 1],
(postext 1 =1) [[1 0]],
(postext 1 =1 :sep) [1 0],
(context 1 =1) [[0 1 0]],
(context 1 =1 :sep) [0 1 0]}
{:input [0 1 0 0 1],
(pretext 1 =1) [[0 1] [0 1]],
(pretext 1 =1 :sep) [0 1 :sep 0 1],
(postext 1 =1) [[1 0] [1]],
(postext 1 =1 :sep) [1 0 :sep 1],
(context 1 =1) [[0 1 0 0 1]],
(context 1 =1 :sep) [0 1 0 0 1]}
{:input [1 1 1 0 0 0],
(pretext 1 =1) [[1 1 1]],
(pretext 1 =1 :sep) [1 1 1],
(postext 1 =1) [[1 1 1 0]],
(postext 1 =1 :sep) [1 1 1 0],
(context 1 =1) [[1 1 1 0]],
(context 1 =1 :sep) [1 1 1 0]}
{:input [0 0 0 0 0 0 1],
(pretext 1 =1) [[0 1]],
(pretext 1 =1 :sep) [0 1],
(postext 1 =1) [[1]],
(postext 1 =1 :sep) [1],
(context 1 =1) [[0 1]],
(context 1 =1 :sep) [0 1]}
{:input [1 1 0 0 0 0 1 0],
(pretext 1 =1) [[1 1] [0 1]],
(pretext 1 =1 :sep) [1 1 :sep 0 1],
(postext 1 =1) [[1 1 0] [1 0]],
(postext 1 =1 :sep) [1 1 0 :sep 1 0],
(context 1 =1) [[1 1 0] [0 1 0]],
(context 1 =1 :sep) [1 1 0 :sep 0 1 0]}
{:input [0 1 1 0 0 1 1 0 0],
(pretext 1 =1) [[0 1 1] [0 1 1]],
(pretext 1 =1 :sep) [0 1 1 :sep 0 1 1],
(postext 1 =1) [[1 1 0] [1 1 0]],
(postext 1 =1 :sep) [1 1 0 :sep 1 1 0],
(context 1 =1) [[0 1 1 0 0 1 1 0]],
(context 1 =1 :sep) [0 1 1 0 0 1 1 0]}
;; n = 0
{:input [],
(pretext 0 =1) [],
(pretext 0 =1 :sep) [],
(postext 0 =1) [],
(postext 0 =1 :sep) [],
(context 0 =1) [],
(context 0 =1 :sep) []}
{:input [1],
(pretext 0 =1) [[1]],
(pretext 0 =1 :sep) [1],
(postext 0 =1) [[1]],
(postext 0 =1 :sep) [1],
(context 0 =1) [[1]],
(context 0 =1 :sep) [1]}
{:input [0 1 1 0 0 1 1 0 0],
(pretext 0 =1) [[1] [1] [1] [1]],
(pretext 0 =1 :sep) [1 :sep 1 :sep 1 :sep 1],
(postext 0 =1) [[1] [1] [1] [1]],
(postext 0 =1 :sep) [1 :sep 1 :sep 1 :sep 1],,
(context 0 =1) [[1] [1] [1] [1]],
(context 0 =1 :sep) [1 :sep 1 :sep 1 :sep 1]}
;; n = 2
{:input [],
(pretext 2 =1) [],
(pretext 2 =1 :sep) [],
(postext 2 =1) [],
(postext 2 =1 :sep) [],
(context 2 =1) [],
(context 2 =1 :sep) []}
{:input [1],
(pretext 2 =1) [[1]],
(pretext 2 =1 :sep) [1],
(postext 2 =1) [[1]],
(postext 2 =1 :sep) [1],
(context 2 =1) [[1]],
(context 2 =1 :sep) [1]}
{:input [0 1 1 0 0 1 1 0 0],
(pretext 2 =1) [[0 1 1 0 0 1 1]],
(pretext 2 =1 :sep) [0 1 1 0 0 1 1],
(postext 2 =1) [[1 1 0 0 1 1 0 0]],
(postext 2 =1 :sep) [1 1 0 0 1 1 0 0],,
(context 2 =1) [[0 1 1 0 0 1 1 0 0]],
(context 2 =1 :sep) [0 1 1 0 0 1 1 0 0]}))
(do
(doseq [{:as tc input :input} tt]
(doseq [[k v] tc]
(when-not (= k :input)
(when v
(eval `(assert (= (into [] ~k ~input)
~(into [] (eval k) input)
~v)))))))
(println "All tests passed 🥳"))