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|
(.using
[library
[lux (.except)
["_" test (.only Test)]
[abstract
[monad (.only do)]]
[control
["[0]" try]
["[0]" exception]]
[data
["[0]" product]
["[0]" text (.only)
["%" format (.only format)]]
[collection
["[0]" list]
["[0]" set ("[1]#[0]" equivalence)]
["[0]" sequence]]]
[math
["[0]" random (.only Random)]
[number
["n" nat]]]]]
[\\library
["[0]" / (.only)
["[1][0]" key]
["[1][0]" registry]
["[1][0]" signature]
["[1][0]" module (.only)
["[2][0]" document]
["[2][0]" descriptor]]]]
["$[0]" /
["[1][0]" signature]
["[1][0]" key]
["[1][0]" artifact]
["[1][0]" registry]
["[1][0]" module]
["[1][0]" unit]])
(def: .public (descriptor module hash)
(-> /descriptor.Module Nat /descriptor.Descriptor)
[/descriptor.#name module
/descriptor.#file (format module ".lux")
/descriptor.#hash hash
/descriptor.#state {.#Active}
/descriptor.#references (set.empty text.hash)])
(def: test|entry
Test
(do random.monad
[module/0 (random.lower_case 1)
module/1 (random.lower_case 2)
signature $/signature.random
.let [version (the /signature.#version signature)]
fake_version (random.only (|>> (n.= version) not) random.nat)
content/0 random.nat
content/1 (random.only (|>> (n.= content/0) not) random.nat)
hash random.nat
.let [key (/key.key signature content/0)]]
(all _.and
(_.coverage [/.has /.find]
(|> (do try.monad
[[@module/0 archive] (/.reserve module/0 /.empty)
.let [entry [/.#module [/module.#id @module/0
/module.#descriptor (..descriptor module/0 hash)
/module.#document (/document.document key content/0)]
/.#output sequence.empty
/.#registry /registry.empty]]
archive (/.has module/0 entry archive)
entry' (/.find module/0 archive)]
(in (same? entry entry')))
(try.else false)))
(_.coverage [/.module_is_only_reserved]
(|> (do try.monad
[[@module/0 archive] (/.reserve module/0 /.empty)
entry' (/.find module/0 archive)]
(in false))
(exception.otherwise (exception.match? /.module_is_only_reserved))))
(_.coverage [/.cannot_replace_document]
(|> (do try.monad
[[@module/0 archive] (/.reserve module/0 /.empty)
.let [entry/0 [/.#module [/module.#id @module/0
/module.#descriptor (..descriptor module/0 hash)
/module.#document (/document.document key content/0)]
/.#output sequence.empty
/.#registry /registry.empty]
entry/1 [/.#module [/module.#id @module/0
/module.#descriptor (..descriptor module/0 hash)
/module.#document (/document.document key content/1)]
/.#output sequence.empty
/.#registry /registry.empty]]
archive (/.has module/0 entry/0 archive)
archive (/.has module/0 entry/1 archive)]
(in false))
(exception.otherwise (exception.match? /.cannot_replace_document))))
(_.coverage [/.module_must_be_reserved_before_it_can_be_added]
(|> (do try.monad
[.let [entry [/.#module [/module.#id 0
/module.#descriptor (..descriptor module/0 hash)
/module.#document (/document.document key content/0)]
/.#output sequence.empty
/.#registry /registry.empty]]
archive (/.has module/0 entry /.empty)]
(in false))
(exception.otherwise (exception.match? /.module_must_be_reserved_before_it_can_be_added))))
(_.coverage [/.archived?]
(|> (do try.monad
[[@module/0 archive] (/.reserve module/0 /.empty)
.let [pre (/.archived? archive module/0)
entry [/.#module [/module.#id @module/0
/module.#descriptor (..descriptor module/0 hash)
/module.#document (/document.document key content/0)]
/.#output sequence.empty
/.#registry /registry.empty]]
archive (/.has module/0 entry archive)
.let [post (/.archived? archive module/0)]]
(in (and (not pre) post)))
(try.else false)))
(_.coverage [/.unknown_document]
(and (|> (do try.monad
[_ (/.id module/0 /.empty)]
(in false))
(exception.otherwise (exception.match? /.unknown_document)))
(|> (do try.monad
[_ (/.find module/0 /.empty)]
(in false))
(exception.otherwise (exception.match? /.unknown_document)))))
(_.coverage [/.archived]
(|> (do try.monad
[[@module/0 archive] (/.reserve module/0 /.empty)
.let [pre (/.archived archive)
entry [/.#module [/module.#id @module/0
/module.#descriptor (..descriptor module/0 hash)
/module.#document (/document.document key content/0)]
/.#output sequence.empty
/.#registry /registry.empty]]
archive (/.has module/0 entry archive)
.let [post (/.archived archive)
(open "list#[0]") (list.equivalence text.equivalence)]]
(in (and (list#= (list) pre)
(list#= (list module/0) post))))
(try.else false)))
(_.coverage [/.entries]
(|> (do try.monad
[[@module/0 archive] (/.reserve module/0 /.empty)
.let [pre (/.entries archive)
entry [/.#module [/module.#id @module/0
/module.#descriptor (..descriptor module/0 hash)
/module.#document (/document.document key content/0)]
/.#output sequence.empty
/.#registry /registry.empty]]
archive (/.has module/0 entry archive)]
(in (and (list.empty? pre)
(case (/.entries archive)
(pattern (list [module/0' @module/0' entry']))
(and (same? module/0 module/0')
(same? @module/0 @module/0')
(same? entry entry'))
_
false))))
(try.else false)))
(_.coverage [/.export /.import]
(|> (do try.monad
[[@module/0 archive] (/.reserve module/0 /.empty)
[@module/1 archive] (/.reserve module/1 archive)
.let [entry/0 [/.#module [/module.#id @module/0
/module.#descriptor (..descriptor module/0 hash)
/module.#document (/document.document key content/0)]
/.#output sequence.empty
/.#registry /registry.empty]
entry/1 [/.#module [/module.#id @module/1
/module.#descriptor (..descriptor module/1 hash)
/module.#document (/document.document key content/1)]
/.#output sequence.empty
/.#registry /registry.empty]]
archive (/.has module/0 entry/0 archive)
archive (/.has module/1 entry/1 archive)
.let [pre (/.reserved archive)]
archive (|> archive
(/.export version)
(/.import version))
.let [post (/.reserved archive)]]
(in (set#= (set.of_list text.hash pre)
(set.of_list text.hash post))))
(try.else false)))
(_.coverage [/.version_mismatch]
(|> (do try.monad
[archive (|> /.empty
(/.export version)
(/.import fake_version))]
(in false))
(exception.otherwise (exception.match? /.version_mismatch))))
)))
(def: .public test
Test
(<| (_.covering /._)
(_.for [/.Archive])
(do random.monad
[module/0 (random.lower_case 1)
module/1 (random.lower_case 2)
signature $/signature.random
content/0 random.nat
content/1 (random.only (|>> (n.= content/0) not) random.nat)
hash random.nat
.let [key (/key.key signature content/0)]])
(all _.and
(_.coverage [/.empty]
(list.empty? (/.entries /.empty)))
(_.coverage [/.reserve /.id]
(|> (do try.monad
[[@module/0 archive] (/.reserve module/0 /.empty)
[@module/1 archive] (/.reserve module/1 archive)
@module/0' (/.id module/0 archive)
@module/1' (/.id module/1 archive)]
(in (and (same? @module/0 @module/0')
(same? @module/1 @module/1'))))
(try.else false)))
(_.coverage [/.reserved]
(|> (do try.monad
[[@module/0 archive] (/.reserve module/0 /.empty)
[@module/1 archive] (/.reserve module/1 archive)]
(in (set#= (set.of_list text.hash (list module/0 module/1))
(set.of_list text.hash (/.reserved archive)))))
(try.else false)))
(_.coverage [/.reservations]
(|> (do try.monad
[[@module/0 archive] (/.reserve module/0 /.empty)
[@module/1 archive] (/.reserve module/1 archive)
.let [hash (product.hash text.hash n.hash)]]
(in (set#= (set.of_list hash (list [module/0 @module/0] [module/1 @module/1]))
(set.of_list hash (/.reservations archive)))))
(try.else false)))
(_.coverage [/.module_has_already_been_reserved]
(|> (do try.monad
[[@module/0 archive] (/.reserve module/0 /.empty)
_ (/.reserve module/0 archive)]
(in false))
(exception.otherwise (exception.match? /.module_has_already_been_reserved))))
(_.coverage [/.reserved?]
(|> (do try.monad
[[@module/0 archive] (/.reserve module/0 /.empty)]
(in (and (/.reserved? archive module/0)
(not (/.reserved? archive module/1)))))
(try.else false)))
(_.for [/.Entry]
..test|entry)
$/signature.test
$/key.test
$/artifact.test
$/registry.test
$/module.test
$/unit.test
)))
|
