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|
(.require
[library
[lux (.except)
[abstract
["[0]" monad (.only do)]]
[control
["[0]" try (.only Try)]
[concurrency
["[0]" async (.only Async)]]]
[data
[binary (.only Binary)]
["[0]" product]
["[0]" text (.use "[1]#[0]" equivalence)
["%" \\format (.only format)]]
[collection
["[0]" list (.use "[1]#[0]" functor)]
["[0]" set]]]
[math
["[0]" random (.only Random)]
[number
["n" nat]]]
[world
["[0]" file (.only Path)]]
[test
["[0]" unit]
["_" property (.only Test)]]]]
[//
["@[0]" version]
[//
["@[0]" profile]
[//
[lux
[data
["$[0]" binary]]]]]]
[\\program
["[0]" / (.only)
["//[1]" ///
["[1]" profile]
["[1][0]" action (.only Action)]]]])
(def node_name
(Random Text)
(random.alphabetic 10))
(def (files prefix)
(-> Path (Random (List [Path Binary])))
(do [! random.monad]
[count (of ! each (n.% 10) random.nat)
names (random.set text.hash count ..node_name)
contents (random.list count ($binary.random 100))]
(in (list.zipped_2 (list#each (|>> (format prefix)) (set.list names))
contents))))
(def (create_file! fs [path content])
(-> (file.System Async) [Path Binary] (Async (Try Any)))
(of fs write path content))
(def (create_directory! fs path files)
(-> (file.System Async) Path (List [Path Binary]) (Async (Try Any)))
(do [! (try.with async.monad)]
[_ (is (Async (Try Any))
(file.make_directories async.monad fs path))
_ (monad.each ! (..create_file! fs) files)]
(in [])))
(def (directory_exists? fs)
(-> (file.System Async) Path (Async (Try Bit)))
(|>> (of fs directory?) (try.lifted async.monad)))
(def (file_exists? fs)
(-> (file.System Async) Path (Async (Try Bit)))
(|>> (of fs file?) (try.lifted async.monad)))
(def (assets_exist? fs directory_path files)
(-> (file.System Async) Path (List [Path Binary]) (Async (Try Bit)))
(do [! (try.with async.monad)]
[directory_exists? (..directory_exists? fs directory_path)
files_exist? (is (Action (List Bit))
(|> files
(list#each product.left)
(monad.each ///action.monad (..file_exists? fs))))]
(in (and directory_exists?
(list.every? (|>>) files_exist?)))))
(def .public test
Test
(<| (_.covering /._)
(do [! random.monad]
[context ..node_name
target ..node_name
sub ..node_name
.let [fs (file.mock (of file.default separator))
/ (of fs separator)
target_path (format context / target)
sub_path (format target_path / sub)]
direct_files (..files (format target_path /))
sub_files (..files (format sub_path /))
dummy @profile.random]
(in (do async.monad
[.let [console (@version.echo "")]
verdict (do [! (try.with async.monad)]
[_ (..create_directory! fs target_path direct_files)
_ (..create_directory! fs sub_path sub_files)
context_exists!/pre (..directory_exists? fs context)
target_exists!/pre (..assets_exist? fs target_path direct_files)
sub_exists!/pre (..assets_exist? fs sub_path sub_files)
_ (/.do! console fs (has ///.#target target_path dummy))
context_exists!/post (..directory_exists? fs context)
target_exists!/post (..assets_exist? fs target_path direct_files)
sub_exists!/post (..assets_exist? fs sub_path sub_files)
logging (of console read_line [])]
(in (and (and context_exists!/pre
context_exists!/post)
(and target_exists!/pre
(not target_exists!/post))
(and sub_exists!/pre
(not sub_exists!/post))
(text#= (/.success target_path) logging))))]
(unit.coverage [/.do! /.success]
(try.else false verdict)))))))
|
