(.module: [library [lux "*" ["_" test {"+" [Test]}] ["[0]" type ("[1]\[0]" equivalence)] [abstract [equivalence {"+" [Equivalence]}] [monad {"+" [do]}] [\\specification ["$[0]" functor {"+" [Injection Comparison]}] ["$[0]" apply] ["$[0]" monad]]] [control ["[0]" maybe] ["[0]" try {"+" [Try]} ("[1]\[0]" functor)]] [data ["[0]" product] ["[0]" bit ("[1]\[0]" equivalence)] ["[0]" name ("[1]\[0]" equivalence)] ["[0]" text ("[1]\[0]" equivalence) ["%" format {"+" [format]}]] [collection ["[0]" list ("[1]\[0]" functor monoid)] ["[0]" set]]] [meta ["[0]" location]] [math ["[0]" random {"+" [Random]}] [number ["n" nat]]]]] [\\library ["[0]" /]] ["[0]" / "_" ["[1][0]" annotation] ["[1][0]" location]]) (template: (!expect ) [(case true _ false)]) (def: compiler_related Test (do random.monad [target (random.ascii/upper 1) version (random.ascii/upper 1) source_code (random.ascii/upper 1) expected_current_module (random.ascii/upper 1) primitive_type (random.ascii/upper 1) expected_seed random.nat expected random.nat dummy (random.only (|>> (n.= expected) not) random.nat) .let [expected_lux [#.info [#.target target #.version version #.mode #.Build] #.source [location.dummy 0 source_code] #.location location.dummy #.current_module (#.Some expected_current_module) #.modules (list) #.scopes (list) #.type_context [#.ex_counter 0 #.var_counter 0 #.var_bindings (list)] #.expected (#.Some (#.Primitive primitive_type (list))) #.seed expected_seed #.scope_type_vars (list) #.extensions [] #.eval (:as (-> Type Code (Meta Any)) []) #.host []]]] ($_ _.and (_.cover [/.result] (|> (\ /.monad in expected) (/.result expected_lux) (!expect (^multi (#try.Success actual) (n.= expected actual))))) (_.cover [/.result'] (|> (\ /.monad in expected) (/.result' expected_lux) (!expect (^multi (#try.Success [actual_lux actual]) (and (same? expected_lux actual_lux) (n.= expected actual)))))) (_.cover [/.compiler_state] (|> /.compiler_state (/.result expected_lux) (!expect (^multi (#try.Success actual_lux) (same? expected_lux actual_lux))))) ))) (def: error_handling Test (do random.monad [target (random.ascii/upper 1) version (random.ascii/upper 1) source_code (random.ascii/upper 1) expected_current_module (random.ascii/upper 1) primitive_type (random.ascii/upper 1) expected_seed random.nat expected random.nat dummy (random.only (|>> (n.= expected) not) random.nat) expected_error (random.ascii/upper 1) .let [expected_lux [#.info [#.target target #.version version #.mode #.Build] #.source [location.dummy 0 source_code] #.location location.dummy #.current_module (#.Some expected_current_module) #.modules (list) #.scopes (list) #.type_context [#.ex_counter 0 #.var_counter 0 #.var_bindings (list)] #.expected (#.Some (#.Primitive primitive_type (list))) #.seed expected_seed #.scope_type_vars (list) #.extensions [] #.eval (:as (-> Type Code (Meta Any)) []) #.host []]]] ($_ _.and (_.cover [/.failure] (|> (/.failure expected_error) (: (Meta Any)) (/.result expected_lux) (!expect (^multi (#try.Failure actual_error) (text\= (location.with location.dummy expected_error) actual_error))))) (_.cover [/.assertion] (and (|> (/.assertion expected_error true) (: (Meta Any)) (/.result expected_lux) (!expect (#try.Success []))) (|> (/.assertion expected_error false) (/.result expected_lux) (!expect (^multi (#try.Failure actual_error) (text\= expected_error actual_error)))))) (_.cover [/.either] (and (|> (/.either (\ /.monad in expected) (: (Meta Nat) (/.failure expected_error))) (/.result expected_lux) (!expect (^multi (#try.Success actual) (n.= expected actual)))) (|> (/.either (: (Meta Nat) (/.failure expected_error)) (\ /.monad in expected)) (/.result expected_lux) (!expect (^multi (#try.Success actual) (n.= expected actual)))) (|> (/.either (: (Meta Nat) (/.failure expected_error)) (: (Meta Nat) (/.failure expected_error))) (/.result expected_lux) (!expect (^multi (#try.Failure actual_error) (text\= (location.with location.dummy expected_error) actual_error)))) (|> (/.either (\ /.monad in expected) (\ /.monad in dummy)) (/.result expected_lux) (!expect (^multi (#try.Success actual) (n.= expected actual)))) )) ))) (def: module_related Test (do random.monad [target (random.ascii/upper 1) version (random.ascii/upper 1) source_code (random.ascii/upper 1) expected_current_module (random.ascii/upper 1) imported_module_name (random.only (|>> (text\= expected_current_module) not) (random.ascii/upper 1)) primitive_type (random.ascii/upper 1) expected_seed random.nat expected random.nat dummy (random.only (|>> (n.= expected) not) random.nat) expected_short (random.ascii/upper 1) dummy_module (random.only (function (_ module) (not (or (text\= expected_current_module module) (text\= imported_module_name module)))) (random.ascii/upper 1)) .let [imported_module [#.module_hash 0 #.module_aliases (list) #.definitions (list) #.imports (list) #.module_annotations #.None #.module_state #.Active] expected_module [#.module_hash 0 #.module_aliases (list) #.definitions (list) #.imports (list imported_module_name) #.module_annotations #.None #.module_state #.Active] expected_modules (list [expected_current_module expected_module] [imported_module_name imported_module]) expected_lux [#.info [#.target target #.version version #.mode #.Build] #.source [location.dummy 0 source_code] #.location location.dummy #.current_module (#.Some expected_current_module) #.modules expected_modules #.scopes (list) #.type_context [#.ex_counter 0 #.var_counter 0 #.var_bindings (list)] #.expected (#.Some (#.Primitive primitive_type (list))) #.seed expected_seed #.scope_type_vars (list) #.extensions [] #.eval (:as (-> Type Code (Meta Any)) []) #.host []]]] (<| (_.for [.Module]) ($_ _.and (_.cover [/.current_module_name] (|> /.current_module_name (/.result expected_lux) (!expect (^multi (#try.Success actual_current_module) (text\= expected_current_module actual_current_module))))) (_.cover [/.current_module] (|> /.current_module (/.result expected_lux) (!expect (^multi (#try.Success actual_module) (same? expected_module actual_module))))) (_.cover [/.module] (|> (/.module expected_current_module) (/.result expected_lux) (!expect (^multi (#try.Success actual_module) (same? expected_module actual_module))))) (_.cover [/.module_exists?] (and (|> (/.module_exists? expected_current_module) (/.result expected_lux) (!expect (#try.Success #1))) (|> (/.module_exists? dummy_module) (/.result expected_lux) (!expect (#try.Success #0))))) (_.cover [/.modules] (|> /.modules (/.result expected_lux) (!expect (^multi (#try.Success actual_modules) (same? expected_modules actual_modules))))) (_.cover [/.imported_modules] (and (|> (/.imported_modules expected_current_module) (/.result expected_lux) (try\each (\ (list.equivalence text.equivalence) = (list imported_module_name))) (try.else false)) (|> (/.imported_modules imported_module_name) (/.result expected_lux) (try\each (\ (list.equivalence text.equivalence) = (list))) (try.else false)))) (_.cover [/.imported_by?] (|> (/.imported_by? imported_module_name expected_current_module) (/.result expected_lux) (try.else false))) (_.cover [/.imported?] (|> (/.imported? imported_module_name) (/.result expected_lux) (try.else false))) (_.cover [/.normal] (and (|> (/.normal ["" expected_short]) (/.result expected_lux) (!expect (^multi (#try.Success [actual_module actual_short]) (and (text\= expected_current_module actual_module) (same? expected_short actual_short))))) (|> (/.normal [dummy_module expected_short]) (/.result expected_lux) (!expect (^multi (#try.Success [actual_module actual_short]) (and (text\= dummy_module actual_module) (same? expected_short actual_short))))))) )))) (def: random_location (Random Location) ($_ random.and (random.ascii/upper 1) random.nat random.nat)) (def: context_related (do [! random.monad] [target (random.ascii/upper 1) version (random.ascii/upper 1) source_code (random.ascii/upper 1) expected_current_module (random.ascii/upper 1) expected_type (\ ! each (function (_ name) (#.Primitive name (list))) (random.ascii/upper 1)) expected_seed random.nat expected random.nat dummy (random.only (|>> (n.= expected) not) random.nat) expected_location ..random_location .let [type_context [#.ex_counter 0 #.var_counter 0 #.var_bindings (list)] expected_lux [#.info [#.target target #.version version #.mode #.Build] #.source [location.dummy 0 source_code] #.location expected_location #.current_module (#.Some expected_current_module) #.modules (list) #.scopes (list) #.type_context type_context #.expected (#.Some expected_type) #.seed expected_seed #.scope_type_vars (list) #.extensions [] #.eval (:as (-> Type Code (Meta Any)) []) #.host []]]] ($_ _.and (_.cover [/.seed] (|> (do /.monad [pre /.seed post /.seed] (in [pre post])) (/.result expected_lux) (!expect (^multi (#try.Success [actual_pre actual_post]) (and (n.= expected_seed actual_pre) (n.= (++ expected_seed) actual_post)))))) (_.cover [/.location] (|> /.location (/.result expected_lux) (!expect (^multi (#try.Success actual_location) (same? expected_location actual_location))))) (_.cover [/.expected_type] (|> /.expected_type (/.result expected_lux) (!expect (^multi (#try.Success actual_type) (same? expected_type actual_type))))) (_.cover [.Type_Context /.type_context] (|> /.type_context (/.result expected_lux) (try\each (same? type_context)) (try.else false))) ))) (def: definition_related Test (do [! random.monad] [expected_current_module (random.ascii/upper 1) expected_macro_module (random.only (|>> (text\= expected_current_module) not) (random.ascii/upper 1)) expected_short (random.ascii/upper 1) expected_type (\ ! each (function (_ name) (#.Primitive name (list))) (random.ascii/upper 1)) expected_value (random.either (in .def:) (in .macro:)) .let [expected_lux (: (-> Bit (Maybe Type) [(List [Text .Global]) (List [Text .Global]) Lux]) (function (_ exported? def_type) (let [current_globals (: (List [Text .Global]) (list [expected_short (#.Alias [expected_macro_module expected_short])])) macro_globals (: (List [Text .Global]) (case def_type (#.Some def_type) (list [expected_short (#.Definition [exported? def_type (' []) expected_value])]) #.None (list)))] [current_globals macro_globals [#.info [#.target "" #.version "" #.mode #.Build] #.source [location.dummy 0 ""] #.location location.dummy #.current_module (#.Some expected_current_module) #.modules (list [expected_current_module [#.module_hash 0 #.module_aliases (list) #.definitions current_globals #.imports (list) #.module_annotations #.None #.module_state #.Active]] [expected_macro_module [#.module_hash 0 #.module_aliases (list) #.definitions macro_globals #.imports (list) #.module_annotations #.None #.module_state #.Active]]) #.scopes (list) #.type_context [#.ex_counter 0 #.var_counter 0 #.var_bindings (list)] #.expected #.None #.seed 0 #.scope_type_vars (list) #.extensions [] #.eval (:as (-> Type Code (Meta Any)) []) #.host []]])))]] ($_ _.and (_.cover [.Global .Alias /.globals] (let [[current_globals macro_globals expected_lux] (expected_lux true (#.Some .Macro)) current_globals! (|> (/.globals expected_current_module) (/.result expected_lux) (!expect (^multi (#try.Success actual_globals) (same? current_globals actual_globals)))) macro_globals! (|> (/.globals expected_macro_module) (/.result expected_lux) (!expect (^multi (#try.Success actual_globals) (same? macro_globals actual_globals))))] (and current_globals! macro_globals!))) (_.cover [.Definition /.definitions] (let [[current_globals macro_globals expected_lux] (expected_lux true (#.Some .Macro))] (and (|> (/.definitions expected_current_module) (/.result expected_lux) (!expect (^multi (#try.Success actual_definitions) (n.= 0 (list.size actual_definitions))))) (|> (/.definitions expected_macro_module) (/.result expected_lux) (!expect (^multi (#try.Success actual_definitions) (n.= 1 (list.size actual_definitions))))) ))) (_.cover [/.exports] (and (let [[current_globals macro_globals expected_lux] (expected_lux true (#.Some .Macro))] (and (|> (/.exports expected_current_module) (/.result expected_lux) (!expect (^multi (#try.Success actual_definitions) (n.= 0 (list.size actual_definitions))))) (|> (/.exports expected_macro_module) (/.result expected_lux) (!expect (^multi (#try.Success actual_definitions) (n.= 1 (list.size actual_definitions))))) )) (let [[current_globals macro_globals expected_lux] (expected_lux false (#.Some .Macro))] (and (|> (/.exports expected_current_module) (/.result expected_lux) (!expect (^multi (#try.Success actual_definitions) (n.= 0 (list.size actual_definitions))))) (|> (/.exports expected_macro_module) (/.result expected_lux) (!expect (^multi (#try.Success actual_definitions) (n.= 0 (list.size actual_definitions))))) )))) ))) (def: search_related Test (do [! random.monad] [expected_exported? random.bit expected_current_module (random.ascii/upper 1) expected_macro_module (random.only (|>> (text\= expected_current_module) not) (random.ascii/upper 1)) expected_short (random.ascii/upper 1) expected_type (\ ! each (function (_ name) (#.Primitive name (list))) (random.ascii/upper 1)) .let [expected_annotations (' [])] expected_value (random.either (in .def:) (in .macro:)) .let [expected_lux (: (-> Bit (Maybe Type) [(List [Text .Global]) (List [Text .Global]) Lux]) (function (_ exported? def_type) (let [current_globals (: (List [Text .Global]) (list [expected_short (#.Alias [expected_macro_module expected_short])])) macro_globals (: (List [Text .Global]) (case def_type (#.Some def_type) (list [expected_short (#.Definition [exported? def_type expected_annotations expected_value])]) #.None (list)))] [current_globals macro_globals [#.info [#.target "" #.version "" #.mode #.Build] #.source [location.dummy 0 ""] #.location location.dummy #.current_module (#.Some expected_current_module) #.modules (list [expected_current_module [#.module_hash 0 #.module_aliases (list) #.definitions current_globals #.imports (list) #.module_annotations #.None #.module_state #.Active]] [expected_macro_module [#.module_hash 0 #.module_aliases (list) #.definitions macro_globals #.imports (list) #.module_annotations #.None #.module_state #.Active]]) #.scopes (list) #.type_context [#.ex_counter 0 #.var_counter 0 #.var_bindings (list)] #.expected #.None #.seed 0 #.scope_type_vars (list) #.extensions [] #.eval (:as (-> Type Code (Meta Any)) []) #.host []]])))]] ($_ _.and (_.cover [/.export] (and (let [[current_globals macro_globals expected_lux] (expected_lux true (#.Some expected_type))] (|> (/.export [expected_macro_module expected_short]) (/.result expected_lux) (!expect (#try.Success _)))) (let [[current_globals macro_globals expected_lux] (expected_lux false (#.Some expected_type))] (|> (/.export [expected_macro_module expected_short]) (/.result expected_lux) (!expect (#try.Failure _)))))) (_.cover [/.macro] (let [same_module! (let [[current_globals macro_globals expected_lux] (expected_lux true (#.Some .Macro))] (|> (/.macro [expected_macro_module expected_short]) (/.result expected_lux) (!expect (^multi (#try.Success (#.Some actual_value)) (same? expected_value actual_value))))) not_macro! (let [[current_globals macro_globals expected_lux] (expected_lux true (#.Some expected_type))] (|> (/.macro [expected_macro_module expected_short]) (/.result expected_lux) (!expect (#try.Success #.None)))) not_found! (let [[current_globals macro_globals expected_lux] (expected_lux true #.None)] (|> (/.macro [expected_macro_module expected_short]) (/.result expected_lux) (!expect (#try.Success #.None)))) aliasing! (let [[current_globals macro_globals expected_lux] (expected_lux true (#.Some .Macro))] (|> (/.macro [expected_current_module expected_short]) (/.result expected_lux) (!expect (^multi (#try.Success (#.Some actual_value)) (same? expected_value actual_value)))))] (and same_module! not_macro! not_found! aliasing!))) (_.cover [/.de_aliased] (let [[current_globals macro_globals expected_lux] (expected_lux true (#.Some .Macro))] (and (|> (/.de_aliased [expected_macro_module expected_short]) (/.result expected_lux) (try\each (name\= [expected_macro_module expected_short])) (try.else false)) (|> (/.de_aliased [expected_current_module expected_short]) (/.result expected_lux) (try\each (name\= [expected_macro_module expected_short])) (try.else false))))) (_.cover [/.definition] (let [[current_globals macro_globals expected_lux] (expected_lux expected_exported? (#.Some expected_type)) definition! (|> (/.definition [expected_macro_module expected_short]) (/.result expected_lux) (!expect (^multi (#try.Success (#.Definition [actual_exported? actual_type actual_annotations actual_value])) (and (bit\= expected_exported? actual_exported?) (same? expected_type actual_type) (same? expected_annotations actual_annotations) (same? (:as Any expected_value) actual_value))))) alias! (|> (/.definition [expected_current_module expected_short]) (/.result expected_lux) (!expect (^multi (#try.Success (#.Alias [actual_module actual_short])) (and (same? expected_macro_module actual_module) (same? expected_short actual_short)))))] (and definition! alias!))) (_.cover [/.definition_type] (let [[current_globals macro_globals expected_lux] (expected_lux expected_exported? (#.Some expected_type)) definition! (|> (/.definition_type [expected_macro_module expected_short]) (/.result expected_lux) (!expect (^multi (#try.Success actual_type) (same? expected_type actual_type)))) alias! (|> (/.definition_type [expected_current_module expected_short]) (/.result expected_lux) (!expect (^multi (#try.Success actual_type) (same? expected_type actual_type))))] (and definition! alias!))) (_.cover [/.type_definition] (let [[current_globals macro_globals expected_lux] (expected_lux expected_exported? (#.Some .Type)) definition! (|> (/.type_definition [expected_macro_module expected_short]) (/.result expected_lux) (!expect (^multi (#try.Success actual_value) (same? (:as .Type expected_value) actual_value)))) alias! (|> (/.type_definition [expected_current_module expected_short]) (/.result expected_lux) (!expect (^multi (#try.Success actual_value) (same? (:as .Type expected_value) actual_value))))] (and definition! alias!))) ))) (def: tags_related Test (do [! random.monad] [current_module (random.ascii/upper 1) tag_module (random.only (|>> (text\= current_module) not) (random.ascii/upper 1)) name_0 (random.ascii/upper 1) name_1 (random.only (|>> (text\= name_0) not) (random.ascii/upper 1)) .let [random_tag (\ ! each (|>> [tag_module]) (random.ascii/upper 1)) random_labels (: (Random [Text (List Text)]) (do ! [head (random.ascii/lower 5)] (|> (random.ascii/lower 5) (random.only (|>> (text\= head) not)) (random.set text.hash 3) (\ ! each set.list) (random.and (in head)))))] tags_0 random_labels tags_1 (let [set/0 (set.of_list text.hash (#.Item tags_0))] (random.only (|>> #.Item (list.any? (set.member? set/0))not) random_labels)) .let [type_0 (#.Primitive name_0 (list)) type_1 (#.Primitive name_1 (list)) expected_lux (: Lux [#.info [#.target "" #.version "" #.mode #.Build] #.source [location.dummy 0 ""] #.location location.dummy #.current_module (#.Some current_module) #.modules (list [current_module [#.module_hash 0 #.module_aliases (list) #.definitions (list) #.imports (list tag_module) #.module_annotations #.None #.module_state #.Active]] [tag_module [#.module_hash 0 #.module_aliases (list) #.definitions (list& [name_0 (#.Type [false type_0 (#.Left tags_0)])] [name_1 (#.Type [true type_1 (#.Right tags_1)])] ($_ list\composite (|> (#.Item tags_0) list.enumeration (list\each (function (_ [index short]) [(format "#" short) (#.Label [false type_0 (#.Item tags_0) index])]))) (|> (#.Item tags_1) list.enumeration (list\each (function (_ [index short]) [(format "#" short) (#.Slot [true type_1 (#.Item tags_1) index])]))))) #.imports (list) #.module_annotations #.None #.module_state #.Active]]) #.scopes (list) #.type_context [#.ex_counter 0 #.var_counter 0 #.var_bindings (list)] #.expected #.None #.seed 0 #.scope_type_vars (list) #.extensions [] #.eval (:as (-> Type Code (Meta Any)) []) #.host []])]] ($_ _.and (_.cover [/.tag_lists] (let [equivalence (list.equivalence (product.equivalence (list.equivalence name.equivalence) type.equivalence))] (|> (/.tag_lists tag_module) (/.result expected_lux) (try\each (\ equivalence = (list [(list\each (|>> [tag_module]) (#.Item tags_1)) type_1]))) (try.else false)))) (_.cover [/.tags_of] (|> (/.tags_of [tag_module name_1]) (/.result expected_lux) (try\each (\ (maybe.equivalence (list.equivalence name.equivalence)) = (#.Some (list\each (|>> [tag_module]) (#.Item tags_1))))) (try.else false))) (_.cover [/.slot] (|> (#.Item tags_1) list.enumeration (list.every? (function (_ [expected_index tag]) (|> [tag_module tag] /.slot (/.result expected_lux) (!expect (^multi (#try.Success [actual_index actual_tags actual_type]) (let [correct_index! (n.= expected_index actual_index) correct_tags! (\ (list.equivalence name.equivalence) = (list\each (|>> [tag_module]) (#.Item tags_1)) actual_tags) correct_type! (type\= type_1 actual_type)] (and correct_index! correct_tags! correct_type!)))) ))))) ))) (def: locals_related Test (do [! random.monad] [current_module (random.ascii/upper 1) [name_0 name_1 name_2 name_3 name_4] (|> (random.ascii/upper 1) (random.set text.hash 5) (\ ! each set.list) (random.one (function (_ values) (case values (^ (list name_0 name_1 name_2 name_3 name_4)) (#.Some [name_0 name_1 name_2 name_3 name_4]) _ #.None)))) .let [type_0 (#.Primitive name_0 (list)) type_1 (#.Primitive name_1 (list)) type_2 (#.Primitive name_2 (list)) type_3 (#.Primitive name_3 (list)) type_4 (#.Primitive name_4 (list)) globals (: (List [Text .Global]) (list [name_4 (#.Definition [false type_4 (' {}) []])])) scopes (list [#.name (list) #.inner 0 #.locals [#.counter 1 #.mappings (list [name_3 [type_3 3]])] #.captured [#.counter 0 #.mappings (list)]] [#.name (list) #.inner 0 #.locals [#.counter 2 #.mappings (list [name_1 [type_1 1]] [name_2 [type_2 2]])] #.captured [#.counter 0 #.mappings (list)]] [#.name (list) #.inner 0 #.locals [#.counter 1 #.mappings (list [name_0 [type_0 0]])] #.captured [#.counter 0 #.mappings (list)]])] .let [expected_lux (: Lux [#.info [#.target "" #.version "" #.mode #.Build] #.source [location.dummy 0 ""] #.location location.dummy #.current_module (#.Some current_module) #.modules (list [current_module [#.module_hash 0 #.module_aliases (list) #.definitions globals #.imports (list) #.module_annotations #.None #.module_state #.Active]]) #.scopes scopes #.type_context [#.ex_counter 0 #.var_counter 0 #.var_bindings (list)] #.expected #.None #.seed 0 #.scope_type_vars (list) #.extensions [] #.eval (:as (-> Type Code (Meta Any)) []) #.host []])]] ($_ _.and (_.cover [.Scope /.locals] (let [equivalence (: (Equivalence (List (List [Text Type]))) (list.equivalence (list.equivalence (product.equivalence text.equivalence type.equivalence))))] (|> /.locals (/.result expected_lux) (try\each (\ equivalence = (list (list [name_3 type_3]) (list [name_1 type_1] [name_2 type_2])))) (try.else false)))) (_.cover [/.var_type] (and (|> (/.var_type name_0) (/.result expected_lux) (try\each (\ type.equivalence = type_0)) (try.else false)) (|> (/.var_type name_1) (/.result expected_lux) (try\each (\ type.equivalence = type_1)) (try.else false)) (|> (/.var_type name_2) (/.result expected_lux) (try\each (\ type.equivalence = type_2)) (try.else false)) (|> (/.var_type name_3) (/.result expected_lux) (try\each (\ type.equivalence = type_3)) (try.else false)))) (_.cover [/.type] (and (|> (/.type ["" name_0]) (/.result expected_lux) (try\each (\ type.equivalence = type_0)) (try.else false)) (|> (/.type ["" name_1]) (/.result expected_lux) (try\each (\ type.equivalence = type_1)) (try.else false)) (|> (/.type ["" name_2]) (/.result expected_lux) (try\each (\ type.equivalence = type_2)) (try.else false)) (|> (/.type ["" name_3]) (/.result expected_lux) (try\each (\ type.equivalence = type_3)) (try.else false)) (|> (/.type [current_module name_4]) (/.result expected_lux) (try\each (\ type.equivalence = type_4)) (try.else false)) (|> (/.type ["" name_4]) (/.result expected_lux) (try\each (\ type.equivalence = type_4)) (try.else false)))) ))) (def: injection (Injection Meta) (\ /.monad in)) (def: (comparison init) (-> Lux (Comparison Meta)) (function (_ == left right) (case [(/.result init left) (/.result init right)] [(#try.Success left) (#try.Success right)] (== left right) _ false))) (def: .public test Test (<| (_.covering /._) (_.for [.Meta .Lux]) ($_ _.and (do [! random.monad] [target (random.ascii/upper 1) version (random.ascii/upper 1) source_code (random.ascii/upper 1) expected_current_module (random.ascii/upper 1) expected_type (\ ! each (function (_ name) (#.Primitive name (list))) (random.ascii/upper 1)) expected_seed random.nat expected random.nat dummy (random.only (|>> (n.= expected) not) random.nat) expected_location ..random_location .let [expected_lux [#.info [#.target target #.version version #.mode #.Build] #.source [expected_location 0 source_code] #.location expected_location #.current_module (#.Some expected_current_module) #.modules (list) #.scopes (list) #.type_context [#.ex_counter 0 #.var_counter 0 #.var_bindings (list)] #.expected (#.Some expected_type) #.seed expected_seed #.scope_type_vars (list) #.extensions [] #.eval (:as (-> Type Code (Meta Any)) []) #.host []]]] ($_ _.and (_.for [/.functor] ($functor.spec ..injection (..comparison expected_lux) /.functor)) (_.for [/.apply] ($apply.spec ..injection (..comparison expected_lux) /.apply)) (_.for [/.monad] ($monad.spec ..injection (..comparison expected_lux) /.monad)) (do random.monad [expected_value random.nat expected_error (random.ascii/upper 1)] (_.cover [/.lifted] (and (|> expected_error #try.Failure (: (Try Nat)) /.lifted (/.result expected_lux) (!expect (^multi (#try.Failure actual) (text\= (location.with expected_location expected_error) actual)))) (|> expected_value #try.Success (: (Try Nat)) /.lifted (/.result expected_lux) (!expect (^multi (#try.Success actual) (same? expected_value actual))))))) ..compiler_related ..error_handling ..module_related ..context_related ..definition_related ..search_related ..tags_related ..locals_related )) /annotation.test /location.test )))