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|
(.using
[library
[lux (.except)
["_" test (.only Test)]
[abstract
[monad (.only do)]]
[control
["[0]" try]
["[0]" exception]
[concurrency
["[0]" async]]]
[data
["[0]" text (.only)
["%" \\format]]
["[0]" binary
["$[1]" \\test]]
[collection
["[0]" dictionary]
["[0]" sequence]
["[0]" set]]]
[math
["[0]" random (.only Random)]
[number
["n" nat]]]
[world
["[0]" file]]]]
[\\library
["[0]" / (.only)
["/[1]" //
["[1][0]" module]
["[0]" dependency
["[1]" module]]
["/[1]" //
["[0]" context (.only)
["$[1]" \\test]]
["[0]" archive (.only)
["[0]" registry]
["[0]" module (.only)
["$[1]" \\test]
["[0]" descriptor (.only)
["$[1]" \\test]]]]
["/[1]" //]]]]])
(def: .public test
Test
(<| (_.covering /._)
(do [! random.monad]
[descriptor ($descriptor.random 0)
source_code (random.upper_case 1)
name/0 (random.lower_case 1)
module/0 ($module.random random.nat)
content/0 ($binary.random 1)
name/1 (random.lower_case 2)
module/1 (|> ($module.random random.nat)
(at ! each (has [module.#descriptor descriptor.#references]
(set.of_list text.hash (list name/0)))))
content/1 ($binary.random 2)
.let [id/0 (the module.#id module/0)
id/1 (the module.#id module/1)
input [////.#module (the descriptor.#name descriptor)
////.#file (the descriptor.#file descriptor)
////.#hash (the descriptor.#hash descriptor)
////.#code source_code]
/ "/"
fs (file.mock /)]
context $context.random]
(all _.and
(_.for [/.Cache]
(all _.and
(_.coverage [/.valid?]
(and (/.valid? descriptor input)
(not (/.valid? descriptor (has ////.#module source_code input)))
(not (/.valid? descriptor (has ////.#file source_code input)))
(not (/.valid? descriptor (revised ////.#hash ++ input)))))
))
(_.for [/.Purge]
(all _.and
(_.coverage [/.purge]
(and (dictionary.empty? (/.purge (list) (list)))
(let [order (is (dependency.Order Nat)
(list [name/0 id/0
[archive.#module module/0
archive.#output (sequence.sequence)
archive.#registry registry.empty]]))]
(and (let [cache (is (List /.Cache)
(list [#1 name/0 id/0 module/0 registry.empty]))]
(dictionary.empty? (/.purge cache order)))
(let [cache (is (List /.Cache)
(list [#0 name/0 id/0 module/0 registry.empty]))]
(dictionary.key? (/.purge cache order) name/0))))
(let [order (is (dependency.Order Nat)
(list [name/0 id/0
[archive.#module module/0
archive.#output (sequence.sequence)
archive.#registry registry.empty]]
[name/1 id/1
[archive.#module module/1
archive.#output (sequence.sequence)
archive.#registry registry.empty]]))]
(and (let [cache (is (List /.Cache)
(list [#1 name/0 id/0 module/0 registry.empty]
[#1 name/1 id/1 module/1 registry.empty]))
purge (/.purge cache order)]
(dictionary.empty? purge))
(let [cache (is (List /.Cache)
(list [#1 name/0 id/0 module/0 registry.empty]
[#0 name/1 id/1 module/1 registry.empty]))
purge (/.purge cache order)]
(and (not (dictionary.key? (/.purge cache order) name/0))
(dictionary.key? (/.purge cache order) name/1)))
(let [cache (is (List /.Cache)
(list [#0 name/0 id/0 module/0 registry.empty]
[#1 name/1 id/1 module/1 registry.empty]))
purge (/.purge cache order)]
(and (dictionary.key? (/.purge cache order) name/0)
(dictionary.key? (/.purge cache order) name/1)))))))
(in (do [! async.monad]
[_ (//module.enable! ! fs context id/0)
.let [dir (//module.path fs context id/0)
file/0 (%.format dir / name/0)
file/1 (%.format dir / name/1)]
_ (at fs write file/0 content/0)
_ (at fs write file/1 content/1)
pre (at fs directory_files dir)
_ (/.purge! fs context id/0)
post (at fs directory_files dir)]
(_.coverage' [/.purge!]
(<| (try.else false)
(do try.monad
[pre pre]
(in (and (at set.equivalence =
(set.of_list text.hash pre)
(set.of_list text.hash (list file/0 file/1)))
(case post
{try.#Failure error}
(exception.match? file.cannot_find_directory error)
success
false))))))))
))
))))
|
