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|
(.module:
[lux #*
["_" test (#+ Test)]
[abstract
[monad (#+ do)]
[hash (#+ Hash)]]
[control
[pipe (#+ case>)]
["." try]
[parser
["<c>" code]]]
[data
["." text
["%" format (#+ format)]]
[number
["n" nat]]
[collection
["." set (#+ Set)]
["." dictionary (#+ Dictionary)]
["." list ("#@." functor)]]]
[math
["." random (#+ Random) ("#@." monad)]]
[macro
["." code]]]
{#program
["." /
["/#" // #_
["#" profile]
["#." project (#+ Project)]
["#." artifact (#+ Artifact)]
["#." dependency (#+ Repository Dependency)]
["#." format]]]})
(def: distribution
(Random //.Distribution)
(random.or (random@wrap [])
(random@wrap [])))
(def: license
(Random //.License)
($_ random.and
(random.ascii/alpha 1)
(random.ascii/alpha 1)
..distribution))
(def: scm
(Random //.SCM)
(random.ascii/alpha 1))
(def: organization
(Random //.Organization)
($_ random.and
(random.ascii/alpha 1)
(random.ascii/alpha 1)))
(def: email
(Random //.Email)
(random.ascii/alpha 1))
(def: developer
(Random //.Developer)
($_ random.and
(random.ascii/alpha 1)
(random.ascii/alpha 1)
(random.maybe organization)))
(def: contributor
(Random //.Contributor)
..developer)
(def: (list-of random)
(All [a] (-> (Random a) (Random (List a))))
(do {@ random.monad}
[size (:: @ map (n.% 5) random.nat)]
(random.list size random)))
(def: (set-of hash random)
(All [a] (-> (Hash a) (Random a) (Random (Set a))))
(:: random.functor map
(set.from-list hash)
(..list-of random)))
(def: (dictionary-of key-hash key-random value-random)
(All [k v] (-> (Hash k) (Random k) (Random v) (Random (Dictionary k v))))
(:: random.functor map
(dictionary.from-list key-hash)
(..list-of (random.and key-random value-random))))
(def: info
(Random //.Info)
($_ random.and
(random.maybe (random.ascii/alpha 1))
(random.maybe ..scm)
(random.maybe (random.ascii/alpha 1))
(..list-of ..license)
(random.maybe ..organization)
(..list-of ..developer)
(..list-of ..contributor)
))
(def: name
(Random //.Name)
(random.ascii/alpha 1))
(def: artifact
(Random Artifact)
($_ random.and
(random.ascii/alpha 1)
(random.ascii/alpha 1)
(random.ascii/alpha 1)))
(def: repository
(Random Repository)
(random.ascii/alpha 1))
(def: dependency
(Random Dependency)
($_ random.and
..artifact
(random.ascii/alpha 1)))
(def: source
(Random //.Source)
(random.ascii/alpha 1))
(def: target
(Random //.Target)
(random.ascii/alpha 1))
(def: profile
(Random //.Profile)
($_ random.and
(..list-of ..name)
(random.maybe ..artifact)
(random.maybe ..info)
(..set-of text.hash ..repository)
(..set-of //dependency.hash ..dependency)
(..set-of text.hash ..source)
(random.maybe ..target)
(random.maybe (random.ascii/alpha 1))
(random.maybe (random.ascii/alpha 1))
(..dictionary-of text.hash (random.ascii/alpha 1) ..repository)
))
(def: project
(Random Project)
(..dictionary-of text.hash ..name ..profile))
(def: with-default-sources
(-> //.Profile //.Profile)
(update@ #//.sources
(: (-> (Set //.Source) (Set //.Source))
(function (_ sources)
(if (set.empty? sources)
(set.from-list text.hash (list //.default-source))
sources)))))
(def: single-profile
Test
(do random.monad
[expected ..profile]
(_.test "Single profile."
(|> expected
//format.profile
list
(<c>.run /.project)
(case> (#try.Success actual)
(|> expected
..with-default-sources
[//.default]
list
(dictionary.from-list text.hash)
(:: //project.equivalence = actual))
(#try.Failure error)
false)))))
(def: (with-empty-profile project)
(-> Project Project)
(if (dictionary.empty? project)
//project.empty
project))
(def: multiple-profiles
Test
(do random.monad
[expected ..project]
(_.test "Multiple profiles."
(|> expected
//format.project
list
(<c>.run /.project)
(case> (#try.Success actual)
(|> expected
..with-empty-profile
dictionary.entries
(list@map (function (_ [name profile])
[name (..with-default-sources profile)]))
(dictionary.from-list text.hash)
(:: //project.equivalence = actual))
(#try.Failure error)
false)))))
(def: #export test
Test
(<| (_.covering /._)
(_.with-cover [/.project]
($_ _.and
..single-profile
..multiple-profiles
))))
|
