From 617069b3986e9271d6e73191b899aa914e430dd6 Mon Sep 17 00:00:00 2001 From: Eduardo Julian Date: Sun, 8 Jan 2023 02:13:36 -0400 Subject: Moved compiler target machinery under meta/compiler. --- stdlib/source/test/aedifex/cli.lux | 6 +- stdlib/source/test/lux.lux | 5 +- stdlib/source/test/lux/abstract/equivalence.lux | 3 +- stdlib/source/test/lux/abstract/functor.lux | 3 +- .../source/test/lux/control/concurrency/async.lux | 3 +- .../test/lux/control/concurrency/semaphore.lux | 5 +- stdlib/source/test/lux/data/format/json.lux | 5 +- stdlib/source/test/lux/debug.lux | 5 +- stdlib/source/test/lux/ffi.jvm.lux | 7 +- stdlib/source/test/lux/math/number/frac.lux | 5 +- stdlib/source/test/lux/meta.lux | 120 +- stdlib/source/test/lux/meta/compiler.lux | 85 +- .../test/lux/meta/compiler/language/lux/phase.lux | 4 +- .../language/lux/phase/translation/jvm/host.lux | 7 +- .../language/lux/phase/translation/jvm/type.lux | 9 +- .../language/lux/phase/translation/jvm/value.lux | 64 + stdlib/source/test/lux/meta/compiler/meta/cli.lux | 8 +- stdlib/source/test/lux/meta/compiler/target.lux | 47 + stdlib/source/test/lux/meta/compiler/target/js.lux | 848 ++++++++++ .../source/test/lux/meta/compiler/target/jvm.lux | 1759 ++++++++++++++++++++ .../source/test/lux/meta/compiler/target/lua.lux | 725 ++++++++ .../test/lux/meta/compiler/target/python.lux | 844 ++++++++++ .../source/test/lux/meta/compiler/target/ruby.lux | 1062 ++++++++++++ stdlib/source/test/lux/meta/extension.lux | 28 +- stdlib/source/test/lux/meta/static.lux | 5 +- stdlib/source/test/lux/meta/target.lux | 47 - stdlib/source/test/lux/meta/target/js.lux | 848 ---------- stdlib/source/test/lux/meta/target/jvm.lux | 1758 ------------------- stdlib/source/test/lux/meta/target/lua.lux | 725 -------- stdlib/source/test/lux/meta/target/python.lux | 844 ---------- stdlib/source/test/lux/meta/target/ruby.lux | 1062 ------------ .../world/finance/market/analysis/pivot_point.lux | 28 +- stdlib/source/test/lux/world/time/solar.lux | 3 +- 33 files changed, 5540 insertions(+), 5437 deletions(-) create mode 100644 stdlib/source/test/lux/meta/compiler/language/lux/phase/translation/jvm/value.lux create mode 100644 stdlib/source/test/lux/meta/compiler/target.lux create mode 100644 stdlib/source/test/lux/meta/compiler/target/js.lux create mode 100644 stdlib/source/test/lux/meta/compiler/target/jvm.lux create mode 100644 stdlib/source/test/lux/meta/compiler/target/lua.lux create mode 100644 stdlib/source/test/lux/meta/compiler/target/python.lux create mode 100644 stdlib/source/test/lux/meta/compiler/target/ruby.lux delete mode 100644 stdlib/source/test/lux/meta/target.lux delete mode 100644 stdlib/source/test/lux/meta/target/js.lux delete mode 100644 stdlib/source/test/lux/meta/target/jvm.lux delete mode 100644 stdlib/source/test/lux/meta/target/lua.lux delete mode 100644 stdlib/source/test/lux/meta/target/python.lux delete mode 100644 stdlib/source/test/lux/meta/target/ruby.lux (limited to 'stdlib/source/test') diff --git a/stdlib/source/test/aedifex/cli.lux b/stdlib/source/test/aedifex/cli.lux index 90550b004..6afd9a84c 100644 --- a/stdlib/source/test/aedifex/cli.lux +++ b/stdlib/source/test/aedifex/cli.lux @@ -106,7 +106,11 @@ (def .public test Test (<| (_.covering /._) - (_.for [/.Compilation /.Command] + (_.for [/.Compilation + /.#Build /.#Test + + /.Command + /.#Version /.#Clean /.#POM /.#Dependencies /.#Install /.#Deploy /.#Compilation /.#Auto] (all _.and (_.for [/.equivalence] (equivalenceT.spec /.equivalence ..command)) diff --git a/stdlib/source/test/lux.lux b/stdlib/source/test/lux.lux index be6350aa8..7fe85af8e 100644 --- a/stdlib/source/test/lux.lux +++ b/stdlib/source/test/lux.lux @@ -29,7 +29,6 @@ ["f" frac] ["[0]" i64]]] ["[0]" meta (.use "[1]#[0]" monad) - ["@" target] ["[0]" static] ["[0]" location (.use "[1]#[0]" equivalence)] ["[0]" code (.use "[1]#[0]" equivalence) @@ -37,7 +36,9 @@ ["[0]" macro (.only) [syntax (.only syntax)] ["^" pattern] - ["[0]" template]]] + ["[0]" template]] + [compiler + ["@" target]]] [test ["_" property (.only Test)]]]] ... TODO: Must have 100% coverage on tests. diff --git a/stdlib/source/test/lux/abstract/equivalence.lux b/stdlib/source/test/lux/abstract/equivalence.lux index fffb537ad..56e22b921 100644 --- a/stdlib/source/test/lux/abstract/equivalence.lux +++ b/stdlib/source/test/lux/abstract/equivalence.lux @@ -19,7 +19,8 @@ ["n" nat] ["i" int]]] [meta - ["@" target]] + [compiler + ["@" target]]] [test ["_" property (.only Test)]]]] ["[0]" \\polytypic] diff --git a/stdlib/source/test/lux/abstract/functor.lux b/stdlib/source/test/lux/abstract/functor.lux index da06b6eaf..c30a974b2 100644 --- a/stdlib/source/test/lux/abstract/functor.lux +++ b/stdlib/source/test/lux/abstract/functor.lux @@ -17,7 +17,8 @@ [number ["n" nat]]] [meta - ["@" target]] + [compiler + ["@" target]]] [test ["_" property (.only Test)]]]] ["[0]" \\polytypic] diff --git a/stdlib/source/test/lux/control/concurrency/async.lux b/stdlib/source/test/lux/control/concurrency/async.lux index efa1e26dc..b043efcff 100644 --- a/stdlib/source/test/lux/control/concurrency/async.lux +++ b/stdlib/source/test/lux/control/concurrency/async.lux @@ -17,7 +17,8 @@ ["i" int] ["[0]" i64]]] [meta - ["@" target]] + [compiler + ["@" target]]] [world [time ["[0]" instant] diff --git a/stdlib/source/test/lux/control/concurrency/semaphore.lux b/stdlib/source/test/lux/control/concurrency/semaphore.lux index c14ddba68..4ff4babdc 100644 --- a/stdlib/source/test/lux/control/concurrency/semaphore.lux +++ b/stdlib/source/test/lux/control/concurrency/semaphore.lux @@ -23,9 +23,10 @@ ["n" nat] ["[0]" i64]]] [meta - ["@" target] [type - ["[0]" refinement]]] + ["[0]" refinement]] + [compiler + ["@" target]]] [test ["_" property (.only Test)] ["[0]" unit]]]] diff --git a/stdlib/source/test/lux/data/format/json.lux b/stdlib/source/test/lux/data/format/json.lux index b97cb1afe..ee48081e4 100644 --- a/stdlib/source/test/lux/data/format/json.lux +++ b/stdlib/source/test/lux/data/format/json.lux @@ -32,13 +32,14 @@ ["[0]" i64] ["[0]" frac]]] ["[0]" meta (.only) - ["@" target] ["[0]" code] ["[0]" macro (.only) ["^" pattern] ["[0]" syntax (.only syntax)]] [type - ["[0]" unit]]] + ["[0]" unit]] + [compiler + ["@" target]]] [world [time ["[0]" date] diff --git a/stdlib/source/test/lux/debug.lux b/stdlib/source/test/lux/debug.lux index 870809042..ed4e44d29 100644 --- a/stdlib/source/test/lux/debug.lux +++ b/stdlib/source/test/lux/debug.lux @@ -23,12 +23,13 @@ [number [ratio (.only Ratio)]]] [meta - ["@" target] ["[0]" code (.only) ["<[1]>" \\parser]] [macro [syntax (.only syntax)] - ["[0]" expansion]]] + ["[0]" expansion]] + [compiler + ["@" target]]] [world [time (.only Time) [instant (.only Instant)] diff --git a/stdlib/source/test/lux/ffi.jvm.lux b/stdlib/source/test/lux/ffi.jvm.lux index a80a7f63b..651989969 100644 --- a/stdlib/source/test/lux/ffi.jvm.lux +++ b/stdlib/source/test/lux/ffi.jvm.lux @@ -31,9 +31,10 @@ [syntax (.only syntax)] ["[0]" template] ["[0]" expansion]] - [target - ["[0]" jvm - ["[1]" type (.use "[1]#[0]" equivalence)]]]] + [compiler + [target + ["[0]" jvm + ["[1]" type (.use "[1]#[0]" equivalence)]]]]] [test ["_" property (.only Test)]]]] [\\library diff --git a/stdlib/source/test/lux/math/number/frac.lux b/stdlib/source/test/lux/math/number/frac.lux index 30fd2d64c..75b68ea26 100644 --- a/stdlib/source/test/lux/math/number/frac.lux +++ b/stdlib/source/test/lux/math/number/frac.lux @@ -21,9 +21,10 @@ ["[0]" arithmetic ["[1]T" \\test]]] [meta - ["@" target] [macro - ["[0]" template]]] + ["[0]" template]] + [compiler + ["@" target]]] [test ["_" property (.only Test)]]]] [\\library diff --git a/stdlib/source/test/lux/meta.lux b/stdlib/source/test/lux/meta.lux index fe12454a0..bb5da38b8 100644 --- a/stdlib/source/test/lux/meta.lux +++ b/stdlib/source/test/lux/meta.lux @@ -1,63 +1,56 @@ -(.`` (.`` (.require - [library - [lux (.except) - [abstract - [equivalence (.only Equivalence)] - ["[0]" monad (.only do) - ["[1]T" \\test]] - ["[0]" functor - ["[1]T" \\test (.only Injection Comparison)]] - ["[0]" apply - ["[1]T" \\test]]] - [control - ["[0]" maybe] - ["[0]" try (.only Try) (.use "[1]#[0]" functor)]] - [data - ["[0]" product] - ["[0]" bit (.use "[1]#[0]" equivalence)] - ["[0]" text (.use "[1]#[0]" equivalence) - ["%" \\format (.only format)]] - [collection - ["[0]" list (.use "[1]#[0]" functor monoid)] - ["[0]" set]]] - [math - ["[0]" random (.only Random)] - [number - ["n" nat]]] - [meta - ["@" target] - ["[0]" location] - ["[0]" symbol (.use "[1]#[0]" equivalence)] - [macro - ["^" pattern]]] - [test - ["_" property (.only Test)]]]] - [\\library - ["[0]" / (.only) - ["[0]" type (.use "[1]#[0]" equivalence)]]] - ["[0]" / - ["[1][0]" code] - ["[1][0]" location] - ["[1][0]" symbol] - ["[1][0]" configuration] - ["[1][0]" version] - ["[1][0]" type] - ["[1][0]" macro] - ["[1][0]" static] - ["[1][0]" extension] - ["[1][0]" global] - ["[1][0]" target (.only) - (.,, (.for "{old}" (.,, (.these ["[1]/[0]" jvm])) - "JVM" (.,, (.these ["[1]/[0]" jvm])) - "JavaScript" (.,, (.these ["[1]/[0]" js])) - "Lua" (.,, (.these ["[1]/[0]" lua])) - "Python" (.,, (.these ["[1]/[0]" python])) - "Ruby" (.,, (.these ["[1]/[0]" ruby])) - (.,, (.these))))] - ["[1][0]" compiler - ... ["[1]/[0]" phase] - ] - ]))) +(.require + [library + [lux (.except) + [abstract + [equivalence (.only Equivalence)] + ["[0]" monad (.only do) + ["[1]T" \\test]] + ["[0]" functor + ["[1]T" \\test (.only Injection Comparison)]] + ["[0]" apply + ["[1]T" \\test]]] + [control + ["[0]" maybe] + ["[0]" try (.only Try) (.use "[1]#[0]" functor)]] + [data + ["[0]" product] + ["[0]" bit (.use "[1]#[0]" equivalence)] + ["[0]" text (.use "[1]#[0]" equivalence) + ["%" \\format (.only format)]] + [collection + ["[0]" list (.use "[1]#[0]" functor monoid)] + ["[0]" set]]] + [math + ["[0]" random (.only Random)] + [number + ["n" nat]]] + [meta + ["[0]" location] + ["[0]" symbol (.use "[1]#[0]" equivalence)] + [macro + ["^" pattern]] + [compiler + ["@" target]]] + [test + ["_" property (.only Test)]]]] + [\\library + ["[0]" / (.only) + ["[0]" type (.use "[1]#[0]" equivalence)]]] + ["[0]" / + ["[1][0]" code] + ["[1][0]" location] + ["[1][0]" symbol] + ["[1][0]" configuration] + ["[1][0]" version] + ["[1][0]" type] + ["[1][0]" macro] + ["[1][0]" static] + ["[1][0]" extension] + ["[1][0]" global] + ["[1][0]" compiler + ... ["[1]/[0]" phase] + ] + ]) (def !expect (template (_ ) @@ -1049,13 +1042,6 @@ /type.test /macro.test /static.test - /target.test - (,, (for @.jvm (,, (these /target/jvm.test)) - @.old (,, (these /target/jvm.test)) - @.js (,, (these /target/js.test)) - @.lua (,, (these /target/lua.test)) - @.python (,, (these /target/python.test)) - @.ruby (,, (these /target/ruby.test)))) (,, (for @.old (,, (these)) (,, (these /extension.test)))) /global.test diff --git a/stdlib/source/test/lux/meta/compiler.lux b/stdlib/source/test/lux/meta/compiler.lux index 58ac3c8a3..1f60bd4f4 100644 --- a/stdlib/source/test/lux/meta/compiler.lux +++ b/stdlib/source/test/lux/meta/compiler.lux @@ -1,36 +1,55 @@ -(.require - [library - [lux (.except) - [abstract - [monad (.only do)]] - [math - ["[0]" random (.only Random)]] - [test - ["_" property (.only Test)]]]] - [\\library - ["[0]" /]] - ["[0]" / - ["[1][0]" arity] - ["[1][0]" version] - ["[1][0]" reference] - ["[1][0]" language - ["[1]/[0]" lux]] - ["[1][0]" meta]]) +(.`` (.`` (.require + [library + [lux (.except) + [abstract + [monad (.only do)]] + [math + ["[0]" random (.only Random)]] + [meta + [compiler + ["@" target]]] + [test + ["_" property (.only Test)]]]] + [\\library + ["[0]" /]] + ["[0]" / + ["[1][0]" arity] + ["[1][0]" version] + ["[1][0]" reference] + ["[1][0]" language + ["[1]/[0]" lux]] + ["[1][0]" meta] + ["[1][0]" target (.only) + (.,, (.for "{old}" (.,, (.these ["[1]/[0]" jvm])) + "JVM" (.,, (.these ["[1]/[0]" jvm])) + "JavaScript" (.,, (.these ["[1]/[0]" js])) + "Lua" (.,, (.these ["[1]/[0]" lua])) + "Python" (.,, (.these ["[1]/[0]" python])) + "Ruby" (.,, (.these ["[1]/[0]" ruby])) + (.,, (.these))))]]))) -(def .public test - Test - (<| (_.covering /._) - (do [! random.monad] - []) - (all _.and - (_.coverage [/.Code /.Parameter /.Input] - true) +(`` (`` (def .public test + Test + (<| (_.covering /._) + (do [! random.monad] + []) + (all _.and + (_.coverage [/.Code /.Parameter /.Input] + true) - /arity.test - /version.test - /reference.test - - /language/lux.test + /arity.test + /version.test + /reference.test + + /language/lux.test - /meta.test - ))) + /meta.test + + /target.test + (,, (for @.jvm (,, (these /target/jvm.test)) + @.old (,, (these /target/jvm.test)) + @.js (,, (these /target/js.test)) + @.lua (,, (these /target/lua.test)) + @.python (,, (these /target/python.test)) + @.ruby (,, (these /target/ruby.test)))) + ))))) diff --git a/stdlib/source/test/lux/meta/compiler/language/lux/phase.lux b/stdlib/source/test/lux/meta/compiler/language/lux/phase.lux index 922290058..ba39fe79e 100644 --- a/stdlib/source/test/lux/meta/compiler/language/lux/phase.lux +++ b/stdlib/source/test/lux/meta/compiler/language/lux/phase.lux @@ -30,7 +30,8 @@ ["[1]/[0]" jvm ["[1]/[0]" host] ["[1]/[0]" primitive] - ["[1]/[0]" type]]]]) + ["[1]/[0]" type] + ["[1]/[0]" value]]]]) (def (injection value) (All (_ of) @@ -217,4 +218,5 @@ /translation/jvm/host.test /translation/jvm/primitive.test /translation/jvm/type.test + /translation/jvm/value.test ))) diff --git a/stdlib/source/test/lux/meta/compiler/language/lux/phase/translation/jvm/host.lux b/stdlib/source/test/lux/meta/compiler/language/lux/phase/translation/jvm/host.lux index 698a6d326..a1553a89d 100644 --- a/stdlib/source/test/lux/meta/compiler/language/lux/phase/translation/jvm/host.lux +++ b/stdlib/source/test/lux/meta/compiler/language/lux/phase/translation/jvm/host.lux @@ -12,9 +12,10 @@ [math ["[0]" random (.only Random)]] [meta - [target - [jvm - ["[0]" bytecode]]]] + [compiler + [target + [jvm + ["[0]" bytecode]]]]] [test ["_" property (.only Test)]]]] [\\library diff --git a/stdlib/source/test/lux/meta/compiler/language/lux/phase/translation/jvm/type.lux b/stdlib/source/test/lux/meta/compiler/language/lux/phase/translation/jvm/type.lux index e99233eca..e33aad2ab 100644 --- a/stdlib/source/test/lux/meta/compiler/language/lux/phase/translation/jvm/type.lux +++ b/stdlib/source/test/lux/meta/compiler/language/lux/phase/translation/jvm/type.lux @@ -6,10 +6,11 @@ [math ["[0]" random (.only Random)]] [meta - [target - [jvm - ["[0]" type (.only Type) (.use "[1]#[0]" equivalence) - [category (.only Primitive Array Class)]]]]] + [compiler + [target + [jvm + ["[0]" type (.only Type) (.use "[1]#[0]" equivalence) + [category (.only Primitive Array Class)]]]]]] [test ["_" property (.only Test)]]]] [\\library diff --git a/stdlib/source/test/lux/meta/compiler/language/lux/phase/translation/jvm/value.lux b/stdlib/source/test/lux/meta/compiler/language/lux/phase/translation/jvm/value.lux new file mode 100644 index 000000000..f54f596cd --- /dev/null +++ b/stdlib/source/test/lux/meta/compiler/language/lux/phase/translation/jvm/value.lux @@ -0,0 +1,64 @@ +(.require + [library + [lux (.except) + [abstract + [monad (.only do)]] + [control + ["[0]" io] + ["[0]" try]] + [data + ["[0]" bit (.use "[1]#[0]" equivalence)] + ["[0]" text]] + [math + ["[0]" random (.only Random)] + [number + ["[0]" int (.use "[1]#[0]" equivalence)] + ["[0]" frac (.use "[1]#[0]" equivalence)]]] + [meta + [compiler + [target + [jvm + ["//" bytecode] + ["[0]" type]]]]] + [test + ["_" property (.only Test)]]]] + [\\library + ["[0]" / (.only) + [// + ["[0]" host] + ["[0]" primitive]]]]) + +(def .public test + Test + (<| (_.covering /._) + (do [! random.monad] + [expected_bit random.bit + expected_i64 random.i64 + expected_f64 random.frac + expected_text (random.lower_cased 1) + + .let [$unit [0 0]]]) + (`` (all _.and + (_.coverage [/.field] + (not (text.empty? /.field))) + (_.coverage [/.boxed /.primitive] + (and (,, (with_template [ <=> ] + [(io.run! (do io.monad + [[class_loader host] host.host] + (in (when (of host evaluate $unit [{.#None} + (all //.composite + ( ) + (/.primitive ) + (/.boxed ) + )]) + {try.#Success actual} + (<=> (as actual)) + + {try.#Failure error} + false))))] + + [primitive.bit expected_bit Bit bit#= type.boolean] + [primitive.i64 expected_i64 Int int#= type.long] + [primitive.f64 expected_f64 Frac frac#= type.double] + )))) + )))) diff --git a/stdlib/source/test/lux/meta/compiler/meta/cli.lux b/stdlib/source/test/lux/meta/compiler/meta/cli.lux index 77f39c97b..73cbe0155 100644 --- a/stdlib/source/test/lux/meta/compiler/meta/cli.lux +++ b/stdlib/source/test/lux/meta/compiler/meta/cli.lux @@ -32,7 +32,10 @@ (def .public test Test (<| (_.covering /._) - (_.for [/.Service /.service]) + (_.for [/.Service + /.#Compilation /.#Interpretation /.#Export + + /.service]) (let [(open "list#[0]") (list.equivalence text.equivalence)]) (do [! random.monad] [amount (of ! each (|>> (n.% 5) ++) random.nat) @@ -56,7 +59,8 @@ (list#conjoint (list#each (|>> (list "--source")) sources)) (list "--target" target))]] (all _.and - (_.for [/.Compilation] + (_.for [/.Compilation + /.#host_dependencies /.#libraries /.#compilers /.#sources /.#target /.#module /.#program /.#configuration] (`` (all _.and (,, (with_template [ ] [(_.coverage [] diff --git a/stdlib/source/test/lux/meta/compiler/target.lux b/stdlib/source/test/lux/meta/compiler/target.lux new file mode 100644 index 000000000..322f270e9 --- /dev/null +++ b/stdlib/source/test/lux/meta/compiler/target.lux @@ -0,0 +1,47 @@ +(.require + [library + [lux (.except all) + [data + ["[0]" text] + [collection + ["[0]" list] + ["[0]" set (.only Set)]]] + [math + [number + ["n" nat]]] + [test + ["_" property (.only Test)]]]] + [\\library + ["[0]" /]]) + +(with_expansions [ (these /.old + /.js + /.jvm + /.lua + /.python + /.ruby + /.common_lisp + /.php + /.r + /.scheme)] + (def all + (List /.Target) + (list )) + + (def unique + (Set /.Target) + (set.of_list text.hash ..all)) + + (def verdict + (n.= (list.size ..all) + (set.size ..unique))) + + (def .public test + Test + (<| (_.covering /._) + (_.for [/.Target]) + (.all _.and + (_.coverage [] + ..verdict) + ))) + ) diff --git a/stdlib/source/test/lux/meta/compiler/target/js.lux b/stdlib/source/test/lux/meta/compiler/target/js.lux new file mode 100644 index 000000000..2ad2b03ad --- /dev/null +++ b/stdlib/source/test/lux/meta/compiler/target/js.lux @@ -0,0 +1,848 @@ +(.require + [library + [lux (.except) + [abstract + [monad (.only do)]] + [control + ["[0]" pipe] + ["[0]" maybe (.use "[1]#[0]" functor)] + ["[0]" try (.only Try) (.use "[1]#[0]" functor)] + ["[0]" function (.only) + ["[0]" predicate]]] + [data + ["[0]" bit (.use "[1]#[0]" equivalence)] + ["[0]" text (.only \n) (.use "[1]#[0]" equivalence) + ["%" \\format (.only format)]] + [collection + ["[0]" list (.use "[1]#[0]" functor)]]] + [math + ["[0]" random (.only Random) (.use "[1]#[0]" monad)] + [number + ["n" nat] + ["i" int] + ["f" frac] + ["[0]" i64]]] + [meta + ["[0]" static] + [macro + ["[0]" template]]] + [test + ["_" property (.only Test)]]]] + [\\library + ["[0]" /]]) + +(def (eval code) + (-> /.Expression (Try (Maybe Any))) + ... Note: I have to call "eval" this way + ... in order to avoid a quirk of calling eval in Node + ... when the code is running under "use strict";. + (try (let [return (.js_apply# (function.identity (.js_constant# "eval")) [(/.code code)])] + (if (.js_object_null?# return) + {.#None} + {.#Some return})))) + +(def (expression ??? it) + (-> (-> Any Bit) /.Expression Bit) + (|> it + ..eval + (try#each (|>> (maybe#each ???) + (maybe.else false))) + (try.else false))) + +(with_template [] + [(`` (def (,, (template.symbol ["as_int_" ])) + (-> Int Int) + (|>> (i64.and (static.nat (-- (i64.left_shifted 1))))))) + (`` (def (,, (template.symbol ["int_" ])) + (Random Int) + (do [! random.monad] + [negative? random.bit + mantissa (of ! each (|>> (i64.and (static.nat (-- (i64.left_shifted (-- ) 1)))) + .int) + random.nat)] + (in (if negative? + (i.* -1 mantissa) + mantissa)))))] + + [16] + [32] + ) + +(def test|literal + Test + (do [! random.monad] + [boolean random.bit + number random.frac + int ..int_32 + string (random.upper_cased 5)] + (all _.and + (_.coverage [/.null] + (|> /.null + ..eval + (try#each (function (_ it) + (when it + {.#None} true + {.#Some _} false))) + (try.else false))) + (_.coverage [/.boolean] + (expression (|>> (as Bit) (bit#= boolean)) + (/.boolean boolean))) + (_.coverage [/.number] + (expression (|>> (as Frac) (f.= number)) + (/.number number))) + (_.coverage [/.int] + (expression (|>> (as Frac) f.int (i.= int)) + (/.int int))) + (_.coverage [/.string] + (expression (|>> (as Text) (text#= string)) + (/.string string))) + ))) + +(def test|boolean + Test + (do [! random.monad] + [left random.bit + right random.bit] + (`` (all _.and + (,, (with_template [ ] + [(_.coverage [] + (let [expected ( left right)] + (expression (|>> (as Bit) (bit#= expected)) + ( (/.boolean left) (/.boolean right)))))] + + [/.or .or] + [/.and .and] + )) + (_.coverage [/.not] + (expression (|>> (as Bit) (bit#= (not left))) + (/.not (/.boolean left)))) + )))) + +(def test|number + Test + (do [! random.monad] + [parameter (random.only (|>> (f.= +0.0) not) + random.safe_frac) + subject random.safe_frac] + (`` (all _.and + (,, (with_template [ ] + [(_.coverage [] + (let [expected ( parameter subject)] + (expression (|>> (as Frac) (f.= expected)) + ( (/.number parameter) (/.number subject)))))] + + [/.+ f.+] + [/.- f.-] + [/.* f.*] + [/./ f./] + [/.% f.%] + )) + (,, (with_template [ ] + [(_.coverage [] + (let [expected ( parameter subject)] + (expression (|>> (as Bit) (bit#= expected)) + ( (/.number parameter) (/.number subject)))))] + + [/.< f.<] + [/.<= f.<=] + [/.> f.>] + [/.>= f.>=] + [/.= f.=] + )) + )))) + +(def test|i32 + Test + (do [! random.monad] + [left ..int_32 + right ..int_32 + + i32 ..int_32 + i16 ..int_16 + shift (of ! each (n.% 16) random.nat)] + (`` (all _.and + (,, (with_template [ ] + [(_.coverage [] + (let [expected ( left right)] + (expression (|>> (as Frac) f.int (i.= expected)) + ( (/.int left) (/.int right)))))] + + [/.bit_or i64.or] + [/.bit_xor i64.xor] + [/.bit_and i64.and] + )) + (_.coverage [/.opposite] + (expression (|>> (as Frac) f.int (i.= (i.* -1 i32))) + (/.opposite (/.i32 i32)))) + + (_.coverage [/.i32] + (expression (|>> (as Frac) f.int (i.= i32)) + (/.i32 i32))) + (_.coverage [/.to_i32] + (expression (|>> (as Frac) f.int (i.= i32)) + (/.to_i32 (/.int i32)))) + (_.coverage [/.left_shift] + (let [expected (i64.left_shifted shift i16)] + (expression (|>> (as Frac) f.int (i.= expected)) + (/.left_shift (/.int (.int shift)) + (/.i32 i16))))) + (_.coverage [/.logic_right_shift] + (let [expected (i64.right_shifted shift (as_int_32 i16))] + (expression (|>> (as Frac) f.int (i.= expected)) + (/.logic_right_shift (/.int (.int shift)) + (/.i32 i16))))) + (_.coverage [/.arithmetic_right_shift] + (let [expected (i.right_shifted shift i16)] + (expression (|>> (as Frac) f.int (i.= expected)) + (/.arithmetic_right_shift (/.int (.int shift)) + (/.i32 i16))))) + (_.coverage [/.bit_not] + (let [expected (if (i.< +0 i32) + (as_int_32 (i64.not i32)) + (i64.not (as_int_32 i32)))] + (expression (|>> (as Frac) f.int (i.= expected)) + (/.bit_not (/.i32 i32))))) + )))) + +(def test|array + Test + (do [! random.monad] + [size (of ! each (|>> (n.% 10) ++) random.nat) + index (of ! each (n.% size) random.nat) + items (random.list size random.safe_frac) + .let [expected (|> items + (list.item index) + (maybe.else f.not_a_number))]] + (all _.and + (_.coverage [/.array /.at] + (and (expression (|>> (as Frac) (f.= expected)) + (/.at (/.int (.int index)) + (/.array (list#each /.number items)))) + (expression (|>> (as Bit)) + (|> (/.array (list#each /.number items)) + (/.at (/.int (.int size))) + (/.= /.undefined))))) + ))) + +(def test|object + Test + (do [! random.monad] + [expected random.safe_frac + field (random.upper_cased 5) + dummy (random.only (|>> (text#= field) not) + (random.upper_cased 5)) + + size (of ! each (|>> (n.% 10) ++) random.nat) + index (of ! each (n.% size) random.nat) + items (random.list size random.safe_frac)] + (all _.and + (_.coverage [/.object /.the] + (expression (|>> (as Frac) (f.= expected)) + (/.the field (/.object (list [field (/.number expected)]))))) + (let [expected (|> items + (list.item index) + (maybe.else f.not_a_number))] + (_.coverage [/.do] + (expression (|>> (as Frac) f.int (i.= (.int index))) + (|> (/.array (list#each /.number items)) + (/.do "lastIndexOf" (list (/.number expected))))))) + (_.coverage [/.undefined] + (expression (|>> (as Bit)) + (|> (/.object (list [field (/.number expected)])) + (/.the dummy) + (/.= /.undefined)))) + ))) + +(def test|computation + Test + (do [! random.monad] + [test random.bit + then random.safe_frac + else random.safe_frac + + boolean random.bit + number random.frac + string (random.upper_cased 5) + + comment (random.upper_cased 10)] + (all _.and + ..test|boolean + ..test|number + ..test|i32 + ..test|array + ..test|object + (_.coverage [/.?] + (let [expected (if test then else)] + (expression (|>> (as Frac) (f.= expected)) + (/.? (/.boolean test) + (/.number then) + (/.number else))))) + (_.coverage [/.not_a_number?] + (and (expression (|>> (as Bit)) + (/.not_a_number? (/.number f.not_a_number))) + (expression (|>> (as Bit) not) + (/.not_a_number? (/.number then))))) + (_.coverage [/.type_of] + (and (expression (|>> (as Text) (text#= "boolean")) + (/.type_of (/.boolean boolean))) + (expression (|>> (as Text) (text#= "number")) + (/.type_of (/.number number))) + (expression (|>> (as Text) (text#= "string")) + (/.type_of (/.string string))) + (expression (|>> (as Text) (text#= "object")) + (/.type_of /.null)) + (expression (|>> (as Text) (text#= "object")) + (/.type_of (/.object (list [string (/.number number)])))) + (expression (|>> (as Text) (text#= "object")) + (/.type_of (/.array (list (/.boolean boolean) + (/.number number) + (/.string string))))) + (expression (|>> (as Text) (text#= "undefined")) + (/.type_of /.undefined)))) + (_.coverage [/.comment] + (expression (|>> (as Frac) (f.= then)) + (/.comment comment + (/.number then)))) + ))) + +(def test|expression + Test + (do [! random.monad] + [dummy random.safe_frac + expected random.safe_frac] + (`` (all _.and + (_.for [/.Literal] + ..test|literal) + (_.for [/.Computation] + ..test|computation) + (_.coverage [/.,] + (expression (|>> (as Frac) (f.= expected)) + (/., (/.number dummy) (/.number expected)))) + )))) + +(def test/var + Test + (do [! random.monad] + [number/0 random.safe_frac + number/1 random.safe_frac + number/2 random.safe_frac + foreign (random.lower_cased 10) + local (random.only (|>> (text#= foreign) not) + (random.lower_cased 10)) + .let [$foreign (/.var foreign) + $local (/.var local)]] + (all _.and + (_.coverage [/.var] + (expression (|>> (as Frac) (f.= number/0)) + (/.apply (/.closure (list $foreign) (/.return $foreign)) + (list (/.number number/0))))) + (_.coverage [/.define] + (expression (|>> (as Frac) (f.= number/1)) + (/.apply (/.closure (list $foreign) + (all /.then + (/.define $local (/.number number/1)) + (/.return $local))) + (list (/.number number/0))))) + (_.coverage [/.declare] + (expression (|>> (as Frac) (f.= number/1)) + (/.apply (/.closure (list $foreign) + (all /.then + (/.declare $local) + (/.statement (/.set $local (/.number number/1))) + (/.return $local))) + (list (/.number number/0))))) + ))) + +(def test/location + Test + (do [! random.monad] + [number/0 random.safe_frac + int/0 ..int_16 + $foreign (of ! each /.var (random.lower_cased 10)) + field (random.upper_cased 10)] + (all _.and + (_.coverage [/.set] + (and (expression (|>> (as Frac) (f.= (f.+ number/0 number/0))) + (/.apply (/.closure (list $foreign) + (all /.then + (/.statement (/.set $foreign (/.+ $foreign $foreign))) + (/.return $foreign))) + (list (/.number number/0)))) + (expression (|>> (as Frac) (f.= (f.+ number/0 number/0))) + (let [@ (/.at (/.int +0) $foreign)] + (/.apply (/.closure (list $foreign) + (all /.then + (/.statement (/.set $foreign (/.array (list $foreign)))) + (/.statement (/.set @ (/.+ @ @))) + (/.return @))) + (list (/.number number/0))))) + (expression (|>> (as Frac) (f.= (f.+ number/0 number/0))) + (let [@ (/.the field $foreign)] + (/.apply (/.closure (list $foreign) + (all /.then + (/.statement (/.set $foreign (/.object (list [field $foreign])))) + (/.statement (/.set @ (/.+ @ @))) + (/.return @))) + (list (/.number number/0))))))) + (_.coverage [/.delete] + (and (and (expression (|>> (as Bit)) + (/.apply (/.closure (list) + (all /.then + (/.statement (/.set $foreign (/.number number/0))) + (/.return (/.delete $foreign)))) + (list))) + (expression (|>> (as Bit) not) + (/.apply (/.closure (list $foreign) + (/.return (/.delete $foreign))) + (list (/.number number/0))))) + (expression (|>> (as Bit)) + (let [@ (/.at (/.int +0) $foreign)] + (/.apply (/.closure (list $foreign) + (all /.then + (/.statement (/.set $foreign (/.array (list $foreign)))) + (/.return (|> (/.= (/.boolean true) (/.delete @)) + (/.and (/.= /.undefined @)))))) + (list (/.number number/0))))) + (expression (|>> (as Bit)) + (let [@ (/.the field $foreign)] + (/.apply (/.closure (list $foreign) + (all /.then + (/.statement (/.set $foreign (/.object (list [field $foreign])))) + (/.return (|> (/.= (/.boolean true) (/.delete @)) + (/.and (/.= /.undefined @)))))) + (list (/.number number/0))))) + )) + (_.coverage [/.Access] + (`` (and (,, (with_template [ ] + [(expression (|>> (as Frac) f.int (i.= ( int/0))) + (/.apply (/.closure (list $foreign) + (all /.then + (/.statement ( $foreign)) + (/.return $foreign))) + (list (/.int int/0)))) + (expression (|>> (as Frac) f.int (i.= ( int/0))) + (let [@ (/.at (/.int +0) $foreign)] + (/.apply (/.closure (list $foreign) + (all /.then + (/.statement (/.set $foreign (/.array (list $foreign)))) + (/.statement ( @)) + (/.return @))) + (list (/.int int/0))))) + (expression (|>> (as Frac) f.int (i.= ( int/0))) + (let [@ (/.the field $foreign)] + (/.apply (/.closure (list $foreign) + (all /.then + (/.statement (/.set $foreign (/.object (list [field $foreign])))) + (/.statement ( @)) + (/.return @))) + (list (/.int int/0)))))] + + [/.++ .++] + [/.-- .--] + ))))) + (_.for [/.Var] + ..test/var) + ))) + +(def test|label + Test + (do [! random.monad] + [input ..int_16 + + full_inner_iterations (of ! each (|>> (n.% 20) ++) random.nat) + expected_inner_iterations (of ! each (n.% full_inner_iterations) random.nat) + + @outer (of ! each /.label (random.upper_cased 5)) + full_outer_iterations (of ! each (|>> (n.% 10) ++) random.nat) + expected_outer_iterations (of ! each (n.% full_outer_iterations) random.nat) + + .let [$input (/.var "input") + $output (/.var "output") + $inner_index (/.var "inner_index") + $outer_index (/.var "outer_index")]] + (all _.and + (_.coverage [/.break] + (let [expected (i.* (.int expected_inner_iterations) input)] + (expression (|>> (as Frac) f.int (i.= expected)) + (/.apply (/.closure (list $input) + (all /.then + (/.define $inner_index (/.int +0)) + (/.define $output (/.int +0)) + (/.while (/.< (/.int (.int full_inner_iterations)) $inner_index) + (all /.then + (/.when (/.= (/.int (.int expected_inner_iterations)) $inner_index) + /.break) + (/.statement (/.set $output (/.+ $input $output))) + (/.statement (/.set $inner_index (/.+ (/.int +1) $inner_index))) + )) + (/.return $output))) + (list (/.int input)))))) + (_.coverage [/.continue] + (let [expected (i.* (.int (n.- expected_inner_iterations full_inner_iterations)) input)] + (expression (|>> (as Frac) f.int (i.= expected)) + (/.apply (/.closure (list $input) + (all /.then + (/.define $inner_index (/.int +0)) + (/.define $output (/.int +0)) + (/.while (/.< (/.int (.int full_inner_iterations)) $inner_index) + (all /.then + (/.statement (/.set $inner_index (/.+ (/.int +1) $inner_index))) + (/.when (/.<= (/.int (.int expected_inner_iterations)) $inner_index) + /.continue) + (/.statement (/.set $output (/.+ $input $output))) + )) + (/.return $output))) + (list (/.int input)))))) + (_.for [/.label /.with_label] + (all _.and + (_.coverage [/.break_at] + (let [expected (i.* (.int (n.* expected_outer_iterations + expected_inner_iterations)) + input)] + (expression (|>> (as Frac) f.int (i.= expected)) + (/.apply (/.closure (list $input) + (all /.then + (/.define $output (/.int +0)) + (/.define $outer_index (/.int +0)) + (/.with_label @outer + (/.while (/.< (/.int (.int full_outer_iterations)) $outer_index) + (all /.then + (/.define $inner_index (/.int +0)) + (/.while (/.< (/.int (.int full_inner_iterations)) $inner_index) + (all /.then + (/.when (/.= (/.int (.int expected_outer_iterations)) $outer_index) + (/.break_at @outer)) + (/.when (/.= (/.int (.int expected_inner_iterations)) $inner_index) + /.break) + (/.statement (/.set $output (/.+ $input $output))) + (/.statement (/.set $inner_index (/.+ (/.int +1) $inner_index))) + )) + (/.statement (/.set $outer_index (/.+ (/.int +1) $outer_index))) + ))) + (/.return $output))) + (list (/.int input)))))) + (_.coverage [/.continue_at] + (let [expected (i.* (.int (n.* (n.- expected_outer_iterations full_outer_iterations) + (n.- expected_inner_iterations full_inner_iterations))) + input)] + (expression (|>> (as Frac) f.int (i.= expected)) + (/.apply (/.closure (list $input) + (all /.then + (/.define $output (/.int +0)) + (/.define $outer_index (/.int +0)) + (/.with_label @outer + (/.while (/.< (/.int (.int full_outer_iterations)) $outer_index) + (all /.then + (/.statement (/.set $outer_index (/.+ (/.int +1) $outer_index))) + (/.define $inner_index (/.int +0)) + (/.while (/.< (/.int (.int full_inner_iterations)) $inner_index) + (all /.then + (/.statement (/.set $inner_index (/.+ (/.int +1) $inner_index))) + (/.when (/.<= (/.int (.int expected_outer_iterations)) $outer_index) + (/.continue_at @outer)) + (/.when (/.<= (/.int (.int expected_inner_iterations)) $inner_index) + /.continue) + (/.statement (/.set $output (/.+ $input $output))) + )) + ) + )) + (/.return $output))) + (list (/.int input)))))) + )) + ))) + +(def test|loop + Test + (do [! random.monad] + [input ..int_16 + iterations (of ! each (n.% 10) random.nat) + .let [$input (/.var "input") + $output (/.var "output") + $index (/.var "index") + expected|while (i.* (.int iterations) input) + expected|do_while (i.* (.int (n.max 1 iterations)) input)]] + (all _.and + (_.coverage [/.while] + (expression (|>> (as Frac) f.int (i.= expected|while)) + (/.apply (/.closure (list $input) + (all /.then + (/.define $index (/.int +0)) + (/.define $output (/.int +0)) + (/.while (/.< (/.int (.int iterations)) $index) + (all /.then + (/.statement (/.set $output (/.+ $input $output))) + (/.statement (/.set $index (/.+ (/.int +1) $index))) + )) + (/.return $output))) + (list (/.int input))))) + (_.coverage [/.do_while] + (expression (|>> (as Frac) f.int (i.= expected|do_while)) + (/.apply (/.closure (list $input) + (all /.then + (/.define $index (/.int +0)) + (/.define $output (/.int +0)) + (/.do_while (/.< (/.int (.int iterations)) $index) + (all /.then + (/.statement (/.set $output (/.+ $input $output))) + (/.statement (/.set $index (/.+ (/.int +1) $index))) + )) + (/.return $output))) + (list (/.int input))))) + (_.coverage [/.for] + (expression (|>> (as Frac) f.int (i.= expected|while)) + (/.apply (/.closure (list $input) + (all /.then + (/.define $output (/.int +0)) + (/.for $index (/.int +0) + (/.< (/.int (.int iterations)) $index) + (/.++ $index) + (/.statement (/.set $output (/.+ $input $output)))) + (/.return $output))) + (list (/.int input))))) + (_.for [/.Label] + ..test|label) + ))) + +(def test|exception + Test + (do [! random.monad] + [expected random.safe_frac + dummy (random.only (|>> (f.= expected) not) + random.safe_frac) + $ex (of ! each /.var (random.lower_cased 10))] + (all _.and + (_.coverage [/.try] + (expression (|>> (as Frac) (f.= expected)) + (/.apply (/.closure (list) + (/.try (/.return (/.number expected)) + [$ex (/.return (/.number dummy))])) + (list)))) + (_.coverage [/.throw] + (expression (|>> (as Frac) (f.= expected)) + (/.apply (/.closure (list) + (/.try (all /.then + (/.throw (/.number expected)) + (/.return (/.number dummy))) + [$ex (/.return $ex)])) + (list)))) + ))) + +(def test|apply + Test + (do [! random.monad] + [number/0 random.safe_frac + number/1 random.safe_frac + number/2 random.safe_frac + $arg/0 (of ! each /.var (random.lower_cased 10)) + $arg/1 (of ! each /.var (random.lower_cased 11)) + $arg/2 (of ! each /.var (random.lower_cased 12))] + (`` (all _.and + (_.coverage [/.apply_1] + (expression (|>> (as Frac) (f.= number/0)) + (/.apply_1 (/.closure (list $arg/0) (/.return $arg/0)) + (/.number number/0)))) + (_.coverage [/.apply_2] + (expression (|>> (as Frac) (f.= (all f.+ number/0 number/1))) + (/.apply_2 (/.closure (list $arg/0 $arg/1) (/.return (all /.+ $arg/0 $arg/1))) + (/.number number/0) + (/.number number/1)))) + (_.coverage [/.apply_3] + (expression (|>> (as Frac) (f.= (all f.+ number/0 number/1 number/2))) + (/.apply_3 (/.closure (list $arg/0 $arg/1 $arg/2) (/.return (all /.+ $arg/0 $arg/1 $arg/2))) + (/.number number/0) + (/.number number/1) + (/.number number/2)))) + (_.coverage [/.apply] + (expression (|>> (as Frac) (f.= (all f.+ number/0 number/1 number/2))) + (/.apply (/.closure (list $arg/0 $arg/1 $arg/2) (/.return (all /.+ $arg/0 $arg/1 $arg/2))) + (list (/.number number/0) + (/.number number/1) + (/.number number/2))))) + )))) + +(def test|function + Test + (do [! random.monad] + [number/0 random.safe_frac + iterations (of ! each (n.% 10) random.nat) + $self (of ! each /.var (random.lower_cased 1)) + $arg/0 (of ! each /.var (random.lower_cased 2)) + field (random.lower_cased 3) + $class (of ! each /.var (random.upper_cased 4))] + (all _.and + (_.coverage [/.closure /.return] + (expression (|>> (as Frac) (f.= number/0)) + (/.apply (/.closure (list) (/.return (/.number number/0))) + (list)))) + (_.coverage [/.function] + (expression (|>> (as Frac) f.nat (n.= iterations)) + (/.apply_1 (/.function $self (list $arg/0) + (/.return (/.? (/.< (/.int (.int iterations)) $arg/0) + (/.apply_1 $self (/.+ (/.int +1) $arg/0)) + $arg/0))) + (/.int +0)))) + (_.coverage [/.function_definition] + (expression (|>> (as Frac) f.nat (n.= iterations)) + (/.apply (/.closure (list) + (all /.then + (/.function_definition $self (list $arg/0) + (/.return (/.? (/.< (/.int (.int iterations)) $arg/0) + (/.apply_1 $self (/.+ (/.int +1) $arg/0)) + $arg/0))) + (/.return (/.apply_1 $self (/.int +0))))) + (list)))) + (_.coverage [/.new] + (let [$this (/.var "this")] + (expression (|>> (as Frac) (f.= number/0)) + (/.apply_1 (/.closure (list $arg/0) + (all /.then + (/.function_definition $class (list) + (/.statement (/.set (/.the field $this) $arg/0))) + (/.return (/.the field (/.new $class (list)))))) + (/.number number/0))))) + ..test|apply + ))) + +(def test|branching + Test + (do [! random.monad] + [number/0 random.safe_frac + number/1 random.safe_frac + number/2 random.safe_frac + arg/0 (random.lower_cased 10) + arg/1 (random.only (|>> (text#= arg/0) not) + (random.lower_cased 10)) + arg/2 (random.only (predicate.and (|>> (text#= arg/0) not) + (|>> (text#= arg/1) not)) + (random.lower_cased 10)) + .let [$arg/0 (/.var arg/0) + $arg/1 (/.var arg/1) + $arg/2 (/.var arg/2)] + ??? random.bit + int ..int_16] + (all _.and + (_.coverage [/.if] + (expression (|>> (as Frac) (f.= (if ??? number/0 number/1))) + (/.apply (/.closure (list) + (/.if (/.boolean ???) + (/.return (/.number number/0)) + (/.return (/.number number/1)))) + (list)))) + (_.coverage [/.when] + (expression (|>> (as Frac) (f.= (if ??? number/0 number/1))) + (/.apply (/.closure (list) + (all /.then + (/.when (/.boolean ???) + (/.return (/.number number/0))) + (/.return (/.number number/1)))) + (list)))) + (_.coverage [/.switch] + (let [number/0' (%.frac number/0) + number/1' (%.frac number/1) + number/2' (%.frac number/2)] + (and (expression (|>> (as Text) (text#= number/0')) + (/.apply (/.closure (list) + (/.switch (/.number number/0) + (list [(list (/.number number/0)) (/.return (/.string number/0'))] + [(list (/.number number/1)) (/.return (/.string number/1'))]) + {.#None})) + (list))) + (expression (|>> (as Text) (text#= number/1')) + (/.apply (/.closure (list) + (/.switch (/.number number/1) + (list [(list (/.number number/0)) (/.return (/.string number/0'))] + [(list (/.number number/1)) (/.return (/.string number/1'))]) + {.#Some (/.return (/.string number/2'))})) + (list))) + (expression (|>> (as Text) (text#= number/2')) + (/.apply (/.closure (list) + (/.switch (/.number number/2) + (list [(list (/.number number/0)) (/.return (/.string number/0'))] + [(list (/.number number/1)) (/.return (/.string number/1'))]) + {.#Some (/.return (/.string number/2'))})) + (list))) + ))) + ))) + +(def test|statement + Test + (do [! random.monad] + [number/0 random.safe_frac + number/1 random.safe_frac + number/2 random.safe_frac + $arg/0 (of ! each /.var (random.lower_cased 10)) + $arg/1 (of ! each /.var (random.lower_cased 11)) + $arg/2 (of ! each /.var (random.lower_cased 12)) + ??? random.bit + int ..int_16] + (`` (all _.and + (_.coverage [/.statement] + (expression (|>> (as Frac) (f.= number/0)) + (/.apply_1 (/.closure (list $arg/0) + (all /.then + (/.statement (/.+ $arg/0 $arg/0)) + (/.return $arg/0))) + (/.number number/0)))) + (,, (with_template [ ] + [(_.coverage [] + (expression (|>> (as Frac) f.int (i.= ( int))) + (/.apply_1 (/.closure (list $arg/0) + (/.return (/., ( $arg/0) + $arg/0))) + (/.int int))))] + + [/.++ .++] + [/.-- .--] + )) + (_.coverage [/.then] + (expression (|>> (as Frac) (f.= number/0)) + (/.apply_2 (/.closure (list $arg/0 $arg/1) + (all /.then + (/.return $arg/0) + (/.return $arg/1))) + (/.number number/0) + (/.number number/1)))) + (_.coverage [/.use_strict] + (and (expression (|>> (as Frac) (f.= number/0)) + (/.apply (/.closure (list) + (all /.then + /.use_strict + (/.declare $arg/0) + (/.statement (/.set $arg/0 (/.number number/0))) + (/.return $arg/0))) + (list))) + (|> (/.apply (/.closure (list) + (all /.then + /.use_strict + ... (/.declare $arg/0) + (/.statement (/.set $arg/0 (/.number number/0))) + (/.return $arg/0))) + (list)) + ..eval + (pipe.when + {try.#Success it} + false + + {try.#Failure error} + true)))) + ..test|exception + ..test|function + ..test|branching + (_.for [/.Location] + ..test/location) + (_.for [/.Loop] + ..test|loop) + )))) + +(def .public test + Test + (do [! random.monad] + [] + (<| (_.covering /._) + (_.for [/.Code /.code]) + (`` (all _.and + (_.for [/.Expression] + ..test|expression) + (_.for [/.Statement] + ..test|statement) + ))))) diff --git a/stdlib/source/test/lux/meta/compiler/target/jvm.lux b/stdlib/source/test/lux/meta/compiler/target/jvm.lux new file mode 100644 index 000000000..2fed717cd --- /dev/null +++ b/stdlib/source/test/lux/meta/compiler/target/jvm.lux @@ -0,0 +1,1759 @@ +(.require + [library + [lux (.except Type Label int) + ["[0]" ffi (.only import)] + [abstract + ["[0]" monad (.only do)]] + [control + ["[0]" function] + ["[0]" io] + ["[0]" maybe] + ["[0]" try] + [concurrency + ["[0]" atom]]] + [data + ["[0]" bit (.use "[1]#[0]" equivalence)] + ["[0]" text (.use "[1]#[0]" equivalence) + ["%" \\format (.only format)]] + ["[0]" binary + ["[1]" \\format]] + [collection + ["[0]" array] + ["[0]" dictionary] + ["[0]" set] + ["[0]" sequence] + ["[0]" list (.use "[1]#[0]" functor)]]] + [math + ["[0]" random (.only Random) (.use "[1]#[0]" monad)] + [number + ["n" nat] + ["i" int] + ["f" frac] + ["[0]" i32 (.only I32)] + ["[0]" i64]]] + [meta + [compiler + ["@" target]]] + [test + ["_" property (.only Test)]]]] + [\\library + ["[0]" / + ["[1][0]" loader (.only Library)] + ["[1][0]" version] + ["[1][0]" modifier (.use "[1]#[0]" monoid)] + ["[1][0]" field] + ["[1][0]" method (.only Method)] + ["[1][0]" class] + ["[1][0]" attribute (.only) + ["[1]/[0]" code]] + ["[1][0]" constant (.only) + ["[1]/[0]" pool (.only Resource)]] + [encoding + ["[1][0]" name] + ["[1][0]" signed] + ["[1][0]" unsigned]] + ["[1]" bytecode (.only Label Bytecode) + ["[1][0]" instruction]] + ["[1][0]" type (.only Type) + ["[0]" category (.only Value Object Class)]]]]) + +(def method_modifier + (all /modifier#composite + /method.public + /method.static)) + +(import java/lang/Boolean + "[1]::[0]") + +(import java/lang/Byte + "[1]::[0]") + +(import java/lang/Short + "[1]::[0]") + +(import java/lang/Integer + "[1]::[0]") + +(import java/lang/Long + "[1]::[0]") + +(import java/lang/Float + "[1]::[0]") + +(import java/lang/Double + "[1]::[0]" + ("static" compare [double double] int)) + +(import java/lang/Character + "[1]::[0]") + +(import java/lang/String + "[1]::[0]") + +(import java/lang/reflect/Method + "[1]::[0]" + (invoke [java/lang/Object [java/lang/Object]] "try" java/lang/Object)) + +(import (java/lang/Class c) + "[1]::[0]" + (getDeclaredMethod [java/lang/String [(java/lang/Class [? < java/lang/Object])]] java/lang/reflect/Method)) + +(import java/lang/Object + "[1]::[0]" + (getClass [] (java/lang/Class java/lang/Object)) + (toString [] java/lang/String)) + +(def class_name + (Random Text) + (do random.monad + [super_package (random.lower_cased 10) + package (random.lower_cased 10) + name (random.upper_cased 10)] + (in (format super_package + /name.external_separator package + /name.external_separator name)))) + +(def (get_method name class) + (-> Text (java/lang/Class java/lang/Object) java/lang/reflect/Method) + (java/lang/Class::getDeclaredMethod (ffi.as_string name) + (ffi.array (java/lang/Class java/lang/Object) 0) + class)) + +(def $Object (/type.class "java.lang.Object" (list))) + +(def (bytecode test bytecode) + (-> (-> Any Bit) (Bytecode Any) (Random Bit)) + (do random.monad + [class_name ..class_name + method_name (random.upper_cased 10)] + (in (when (do try.monad + [class (/class.class /version.v6_0 /class.public + (/name.internal class_name) + {.#None} + (/name.internal "java.lang.Object") + (list) + (list) + (list (/method.method ..method_modifier + method_name + false (/type.method [(list) (list) ..$Object (list)]) + (list) + {.#Some (do /.monad + [_ bytecode] + /.areturn)})) + (list)) + .let [bytecode (binary.result /class.format class) + loader (/loader.memory (/loader.new_library []))] + _ (/loader.define class_name bytecode loader) + class (io.run! (/loader.load class_name loader)) + method (try (get_method method_name class))] + (java/lang/reflect/Method::invoke (ffi.null) (ffi.array java/lang/Object 0) method)) + {try.#Success actual} + (test actual) + + {try.#Failure error} + false)))) + +(type (Primitive a) + (Record + [#unboxed (Type category.Return) + #boxed (Type category.Class) + #wrap (Bytecode Any) + #random (Random a) + #literal (-> a (Bytecode Any))])) + +(def $Boolean + (/type.class "java.lang.Boolean" (list))) +(def $Boolean::wrap + (/.invokestatic ..$Boolean "valueOf" (/type.method [(list) (list /type.boolean) ..$Boolean (list)]))) +(def $Boolean::random (as (Random java/lang/Boolean) random.bit)) +(def !false (|> 0 .i64 i32.i32 /.int)) +(def !true (|> 1 .i64 i32.i32 /.int)) +(def ($Boolean::literal value) + (-> java/lang/Boolean (Bytecode Any)) + (if (as Bit value) + ..!true + ..!false)) +(def $Boolean::primitive + (Primitive java/lang/Boolean) + [#unboxed /type.boolean + #boxed ..$Boolean + #wrap ..$Boolean::wrap + #random ..$Boolean::random + #literal ..$Boolean::literal]) + +(def $Byte + (/type.class "java.lang.Byte" (list))) +(def $Byte::wrap + (/.invokestatic ..$Byte "valueOf" (/type.method [(list) (list /type.byte) ..$Byte (list)]))) +(def $Byte::random + (Random java/lang/Byte) + (of random.monad each (|>> (as java/lang/Long) ffi.long_to_byte) random.int)) +(def $Byte::literal + (-> java/lang/Byte (Bytecode Any)) + (|>> ffi.byte_to_long (as I64) i32.i32 /.int)) +(def $Byte::primitive + (Primitive java/lang/Byte) + [#unboxed /type.byte + #boxed ..$Byte + #wrap ..$Byte::wrap + #random ..$Byte::random + #literal ..$Byte::literal]) + +(def $Short + (/type.class "java.lang.Short" (list))) +(def $Short::wrap + (/.invokestatic ..$Short "valueOf" (/type.method [(list) (list /type.short) ..$Short (list)]))) +(def $Short::random + (Random java/lang/Short) + (of random.monad each (|>> (as java/lang/Long) ffi.long_to_short) random.int)) +(def $Short::literal + (-> java/lang/Short (Bytecode Any)) + (|>> ffi.short_to_long (as I64) i32.i32 /.int)) +(def $Short::primitive + (Primitive java/lang/Short) + [#unboxed /type.short + #boxed ..$Short + #wrap ..$Short::wrap + #random ..$Short::random + #literal ..$Short::literal]) + +(def $Integer + (/type.class "java.lang.Integer" (list))) +(def $Integer::wrap + (/.invokestatic ..$Integer "valueOf" (/type.method [(list) (list /type.int) ..$Integer (list)]))) +(def $Integer::random + (Random java/lang/Integer) + (of random.monad each (|>> (as java/lang/Long) ffi.long_to_int) random.int)) +(def $Integer::literal + (-> java/lang/Integer (Bytecode Any)) + (|>> ffi.int_to_long (as I64) i32.i32 /.int)) +(def $Integer::primitive + (Primitive java/lang/Integer) + [#unboxed /type.int + #boxed ..$Integer + #wrap ..$Integer::wrap + #random ..$Integer::random + #literal ..$Integer::literal]) + +(def $Long (/type.class "java.lang.Long" (list))) +(def $Long::wrap (/.invokestatic ..$Long "valueOf" (/type.method [(list) (list /type.long) ..$Long (list)]))) +(def $Long::random (as (Random java/lang/Long) random.int)) +(def $Long::literal (-> java/lang/Long (Bytecode Any)) (|>> (as Int) /.long)) +(def $Long::primitive + (Primitive java/lang/Long) + [#unboxed /type.long + #boxed ..$Long + #wrap ..$Long::wrap + #random ..$Long::random + #literal ..$Long::literal]) + +(def $Float (/type.class "java.lang.Float" (list))) +(def $Float::wrap (/.invokestatic ..$Float "valueOf" (/type.method [(list) (list /type.float) ..$Float (list)]))) +(def $Float::random + (Random java/lang/Float) + (of random.monad each + (|>> (as java/lang/Double) ffi.double_to_float) + random.frac)) +(def $Float::literal /.float) +(def valid_float + (Random java/lang/Float) + (random.only (|>> ffi.float_to_double (as Frac) f.not_a_number? not) + ..$Float::random)) +(def $Float::primitive + (Primitive java/lang/Float) + [#unboxed /type.float + #boxed ..$Float + #wrap ..$Float::wrap + #random ..valid_float + #literal ..$Float::literal]) + +(def $Double (/type.class "java.lang.Double" (list))) +(def $Double::wrap (/.invokestatic ..$Double "valueOf" (/type.method [(list) (list /type.double) ..$Double (list)]))) +(def $Double::random (as (Random java/lang/Double) random.frac)) +(def $Double::literal + (-> java/lang/Double (Bytecode Any)) + /.double) +(def valid_double + (Random java/lang/Double) + (random.only (|>> (as Frac) f.not_a_number? not) + ..$Double::random)) +(def $Double::primitive + (Primitive java/lang/Double) + [#unboxed /type.double + #boxed ..$Double + #wrap ..$Double::wrap + #random ..valid_double + #literal ..$Double::literal]) + +(def $Character + (/type.class "java.lang.Character" (list))) +(def $Character::wrap + (/.invokestatic ..$Character "valueOf" (/type.method [(list) (list /type.char) ..$Character (list)]))) +(def $Character::random + (Random java/lang/Character) + (of random.monad each (|>> (as java/lang/Long) ffi.long_to_int ffi.int_to_char) random.int)) +(def $Character::literal + (-> java/lang/Character (Bytecode Any)) + (|>> ffi.char_to_long (as I64) i32.i32 /.int)) +(def $Character::primitive + (Primitive java/lang/Character) + [#unboxed /type.char + #boxed ..$Character + #wrap ..$Character::wrap + #random ..$Character::random + #literal ..$Character::literal]) + +(def $String + (/type.class "java.lang.String" (list))) + +(def $String::random + (as (Random java/lang/String) + (random.alphabetic 10))) + +(def $String::literal + (-> java/lang/String (Bytecode Any)) + (|>> (as Text) /.string)) + +(def $String::primitive + (Primitive java/lang/String) + [#unboxed ..$String + #boxed ..$String + #wrap /.nop + #random ..$String::random + #literal ..$String::literal]) + +(with_template [ ] + [(def + Test + (do [! random.monad] + [expected (of ! each (i64.and (i64.mask )) random.nat)] + (<| (_.lifted ) + (..bytecode (for @.old + (|>> (as ) ("jvm leq" expected)) + + @.jvm + (|>> (as ) .jvm_object_cast# (.jvm_long_=# (.jvm_object_cast# (as java/lang/Long expected)))))) + (do /.monad + [_ ( (|> expected .int try.trusted))] + ))))] + + [byte 7 java/lang/Byte /.bipush ..$Byte::wrap "BIPUSH" ffi.byte_to_long /signed.s1] + [short 15 java/lang/Short /.sipush ..$Short::wrap "SIPUSH" ffi.short_to_long /signed.s2] + ) + +(with_template [ ] + [(def + (template (_ ) + [(is (-> ) + (function (_ parameter subject) + (for @.old + ( subject parameter) + + @.jvm + (.jvm_object_cast# + ( (.jvm_object_cast# parameter) + (.jvm_object_cast# subject))))))]))] + + [int/2 java/lang/Integer] + [long/2 java/lang/Long] + [float/2 java/lang/Float] + [double/2 java/lang/Double] + ) + +(def int+long/2 + (template (_ ) + [(is (-> java/lang/Integer java/lang/Long java/lang/Long) + (function (_ parameter subject) + (for @.old + ( subject parameter) + + @.jvm + (.jvm_object_cast# + ( (.jvm_object_cast# parameter) + (.jvm_object_cast# subject))))))])) + +(def int + Test + (let [int (is (-> java/lang/Integer (Bytecode Any) (Random Bit)) + (function (_ expected bytecode) + (<| (..bytecode (for @.old + (|>> (as java/lang/Integer) ("jvm ieq" expected)) + + @.jvm + (|>> (as java/lang/Integer) .jvm_object_cast# (.jvm_int_=# (.jvm_object_cast# expected))))) + (do /.monad + [_ bytecode] + ..$Integer::wrap)))) + unary (is (-> (-> java/lang/Integer java/lang/Integer) (Bytecode Any) (Random Bit)) + (function (_ reference instruction) + (do random.monad + [subject ..$Integer::random] + (int (reference subject) + (do /.monad + [_ (..$Integer::literal subject)] + instruction))))) + binary (is (-> (-> java/lang/Integer java/lang/Integer java/lang/Integer) + (Bytecode Any) + (Random Bit)) + (function (_ reference instruction) + (do random.monad + [parameter ..$Integer::random + subject ..$Integer::random] + (int (reference parameter subject) + (do /.monad + [_ (..$Integer::literal subject) + _ (..$Integer::literal parameter)] + instruction))))) + shift (is (-> (-> java/lang/Integer java/lang/Integer java/lang/Integer) (Bytecode Any) (Random Bit)) + (function (_ reference instruction) + (do [! random.monad] + [parameter (of ! each (|>> (n.% 32) .int (as java/lang/Long) ffi.long_to_int) random.nat) + subject ..$Integer::random] + (int (reference parameter subject) + (do /.monad + [_ (..$Integer::literal subject) + _ (..$Integer::literal parameter)] + instruction))))) + literal (all _.and + (_.lifted "ICONST_M1" (int (ffi.long_to_int (as java/lang/Long -1)) /.iconst_m1)) + (_.lifted "ICONST_0" (int (ffi.long_to_int (as java/lang/Long +0)) /.iconst_0)) + (_.lifted "ICONST_1" (int (ffi.long_to_int (as java/lang/Long +1)) /.iconst_1)) + (_.lifted "ICONST_2" (int (ffi.long_to_int (as java/lang/Long +2)) /.iconst_2)) + (_.lifted "ICONST_3" (int (ffi.long_to_int (as java/lang/Long +3)) /.iconst_3)) + (_.lifted "ICONST_4" (int (ffi.long_to_int (as java/lang/Long +4)) /.iconst_4)) + (_.lifted "ICONST_5" (int (ffi.long_to_int (as java/lang/Long +5)) /.iconst_5)) + (_.lifted "LDC_W/INTEGER" + (do random.monad + [expected ..$Integer::random] + (int expected (..$Integer::literal expected))))) + arithmetic (all _.and + (_.lifted "IADD" (binary (int/2 "jvm iadd" .jvm_int_+#) /.iadd)) + (_.lifted "ISUB" (binary (int/2 "jvm isub" .jvm_int_-#) /.isub)) + (_.lifted "IMUL" (binary (int/2 "jvm imul" .jvm_int_*#) /.imul)) + (_.lifted "IDIV" (binary (int/2 "jvm idiv" .jvm_int_/#) /.idiv)) + (_.lifted "IREM" (binary (int/2 "jvm irem" .jvm_int_%#) /.irem)) + (_.lifted "INEG" (unary (function (_ value) + ((int/2 "jvm isub" .jvm_int_-#) + value + (ffi.long_to_int (as java/lang/Long +0)))) + /.ineg))) + bitwise (all _.and + (_.lifted "IAND" (binary (int/2 "jvm iand" .jvm_int_and#) /.iand)) + (_.lifted "IOR" (binary (int/2 "jvm ior" .jvm_int_or#) /.ior)) + (_.lifted "IXOR" (binary (int/2 "jvm ixor" .jvm_int_xor#) /.ixor)) + (_.lifted "ISHL" (shift (int/2 "jvm ishl" .jvm_int_shl#) /.ishl)) + (_.lifted "ISHR" (shift (int/2 "jvm ishr" .jvm_int_shr#) /.ishr)) + (_.lifted "IUSHR" (shift (int/2 "jvm iushr" .jvm_int_ushr#) /.iushr)))] + (all _.and + (<| (_.context "literal") + literal) + (<| (_.context "arithmetic") + arithmetic) + (<| (_.context "bitwise") + bitwise) + ))) + +(def long + Test + (let [long (is (-> java/lang/Long (Bytecode Any) (Random Bit)) + (function (_ expected bytecode) + (<| (..bytecode (for @.old + (|>> (as Int) (i.= expected)) + + @.jvm + (|>> (as java/lang/Long) .jvm_object_cast# (.jvm_long_=# (.jvm_object_cast# expected))))) + (do /.monad + [_ bytecode] + ..$Long::wrap)))) + unary (is (-> (-> java/lang/Long java/lang/Long) (Bytecode Any) (Random Bit)) + (function (_ reference instruction) + (do random.monad + [subject ..$Long::random] + (long (reference subject) + (do /.monad + [_ (..$Long::literal subject)] + instruction))))) + binary (is (-> (-> java/lang/Long java/lang/Long java/lang/Long) (Bytecode Any) (Random Bit)) + (function (_ reference instruction) + (do random.monad + [parameter ..$Long::random + subject ..$Long::random] + (long (reference parameter subject) + (do /.monad + [_ (..$Long::literal subject) + _ (..$Long::literal parameter)] + instruction))))) + shift (is (-> (-> java/lang/Integer java/lang/Long java/lang/Long) (Bytecode Any) (Random Bit)) + (function (_ reference instruction) + (do [! random.monad] + [parameter (of ! each (|>> (n.% 64) (as java/lang/Long)) random.nat) + subject ..$Long::random] + (long (reference (ffi.long_to_int parameter) subject) + (do /.monad + [_ (..$Long::literal subject) + _ (..$Integer::literal (ffi.long_to_int parameter))] + instruction))))) + literal (all _.and + (_.lifted "LCONST_0" (long (as java/lang/Long +0) /.lconst_0)) + (_.lifted "LCONST_1" (long (as java/lang/Long +1) /.lconst_1)) + (_.lifted "LDC2_W/LONG" + (do random.monad + [expected ..$Long::random] + (long expected (..$Long::literal expected))))) + arithmetic (all _.and + (_.lifted "LADD" (binary (long/2 "jvm ladd" .jvm_long_+#) /.ladd)) + (_.lifted "LSUB" (binary (long/2 "jvm lsub" .jvm_long_-#) /.lsub)) + (_.lifted "LMUL" (binary (long/2 "jvm lmul" .jvm_long_*#) /.lmul)) + (_.lifted "LDIV" (binary (long/2 "jvm ldiv" .jvm_long_/#) /.ldiv)) + (_.lifted "LREM" (binary (long/2 "jvm lrem" .jvm_long_%#) /.lrem)) + (_.lifted "LNEG" (unary (function (_ value) + ((long/2 "jvm lsub" .jvm_long_-#) + value + (as java/lang/Long +0))) + /.lneg))) + bitwise (all _.and + (_.lifted "LAND" (binary (long/2 "jvm land" .jvm_long_and#) /.land)) + (_.lifted "LOR" (binary (long/2 "jvm lor" .jvm_long_or#) /.lor)) + (_.lifted "LXOR" (binary (long/2 "jvm lxor" .jvm_long_xor#) /.lxor)) + (_.lifted "LSHL" (shift (int+long/2 "jvm lshl" .jvm_long_shl#) /.lshl)) + (_.lifted "LSHR" (shift (int+long/2 "jvm lshr" .jvm_long_shr#) /.lshr)) + (_.lifted "LUSHR" (shift (int+long/2 "jvm lushr" .jvm_long_ushr#) /.lushr))) + comparison (_.lifted "LCMP" + (do random.monad + [reference ..$Long::random + subject ..$Long::random + .let [expected (cond (i.= (as Int reference) (as Int subject)) + (as java/lang/Long +0) + + (i.> (as Int reference) (as Int subject)) + (as java/lang/Long +1) + + ... (i.< (as Int reference) (as Int subject)) + (as java/lang/Long -1))]] + (<| (..bytecode (for @.old + (|>> (as Int) (i.= expected)) + + @.jvm + (|>> (as java/lang/Long) .jvm_object_cast# (.jvm_long_=# (.jvm_object_cast# expected))))) + (do /.monad + [_ (..$Long::literal subject) + _ (..$Long::literal reference) + _ /.lcmp + _ /.i2l] + ..$Long::wrap))))] + (all _.and + (<| (_.context "literal") + literal) + (<| (_.context "arithmetic") + arithmetic) + (<| (_.context "bitwise") + bitwise) + (<| (_.context "comparison") + comparison) + ))) + +(def float + Test + (let [float (is (-> java/lang/Float (Bytecode Any) (Random Bit)) + (function (_ expected bytecode) + (<| (..bytecode (for @.old + (function (_ actual) + (or (|> actual (as java/lang/Float) ("jvm feq" expected)) + (and (f.not_a_number? (as Frac (ffi.float_to_double expected))) + (f.not_a_number? (as Frac (ffi.float_to_double (as java/lang/Float actual))))))) + + @.jvm + (function (_ actual) + (or (|> actual (as java/lang/Float) .jvm_object_cast# (.jvm_float_=# (.jvm_object_cast# expected))) + (and (f.not_a_number? (as Frac (ffi.float_to_double expected))) + (f.not_a_number? (as Frac (ffi.float_to_double (as java/lang/Float actual))))))))) + (do /.monad + [_ bytecode] + ..$Float::wrap)))) + unary (is (-> (-> java/lang/Float java/lang/Float) + (Bytecode Any) + (Random Bit)) + (function (_ reference instruction) + (do random.monad + [subject ..$Float::random] + (float (reference subject) + (do /.monad + [_ (..$Float::literal subject)] + instruction))))) + binary (is (-> (-> java/lang/Float java/lang/Float java/lang/Float) + (Bytecode Any) + (Random Bit)) + (function (_ reference instruction) + (do random.monad + [parameter ..$Float::random + subject ..$Float::random] + (float (reference parameter subject) + (do /.monad + [_ (..$Float::literal subject) + _ (..$Float::literal parameter)] + instruction))))) + literal (all _.and + (_.lifted "FCONST_0" (float (ffi.double_to_float (as java/lang/Double +0.0)) /.fconst_0)) + (_.lifted "FCONST_1" (float (ffi.double_to_float (as java/lang/Double +1.0)) /.fconst_1)) + (_.lifted "FCONST_2" (float (ffi.double_to_float (as java/lang/Double +2.0)) /.fconst_2)) + (_.lifted "LDC_W/FLOAT" + (do random.monad + [expected ..$Float::random] + (float expected (..$Float::literal expected))))) + arithmetic (all _.and + (_.lifted "FADD" (binary (float/2 "jvm fadd" .jvm_float_+#) /.fadd)) + (_.lifted "FSUB" (binary (float/2 "jvm fsub" .jvm_float_-#) /.fsub)) + (_.lifted "FMUL" (binary (float/2 "jvm fmul" .jvm_float_*#) /.fmul)) + (_.lifted "FDIV" (binary (float/2 "jvm fdiv" .jvm_float_/#) /.fdiv)) + (_.lifted "FREM" (binary (float/2 "jvm frem" .jvm_float_%#) /.frem)) + (_.lifted "FNEG" (unary (function (_ value) + ((float/2 "jvm fsub" .jvm_float_-#) + value + (ffi.double_to_float (as java/lang/Double +0.0)))) + /.fneg))) + comparison (is (-> (Bytecode Any) (-> java/lang/Float java/lang/Float Bit) (Random Bit)) + (function (_ instruction standard) + (do random.monad + [.let [valid_float (random.only (|>> ffi.float_to_double (as Frac) f.not_a_number? not) + ..$Float::random)] + reference valid_float + subject valid_float + .let [expected (if (for @.old + ("jvm feq" reference subject) + + @.jvm + (.jvm_float_=# (.jvm_object_cast# reference) (.jvm_object_cast# subject))) + +0 + (if (standard reference subject) + +1 + -1))]] + (<| (..bytecode (|>> (as Int) (i.= expected))) + (do /.monad + [_ (..$Float::literal subject) + _ (..$Float::literal reference) + _ instruction + _ /.i2l] + ..$Long::wrap))))) + comparison_standard (is (-> java/lang/Float java/lang/Float Bit) + (function (_ reference subject) + (for @.old + ("jvm fgt" subject reference) + + @.jvm + (.jvm_float_<# (.jvm_object_cast# subject) (.jvm_object_cast# reference))))) + comparison (all _.and + (_.lifted "FCMPL" (comparison /.fcmpl comparison_standard)) + (_.lifted "FCMPG" (comparison /.fcmpg comparison_standard)))] + (all _.and + (<| (_.context "literal") + literal) + (<| (_.context "arithmetic") + arithmetic) + (<| (_.context "comparison") + comparison) + ))) + +(def double + Test + (let [double (is (-> java/lang/Double (Bytecode Any) (Random Bit)) + (function (_ expected bytecode) + (<| (..bytecode (for @.old + (function (_ actual) + (or (|> actual (as java/lang/Double) ("jvm deq" expected)) + (and (f.not_a_number? (as Frac expected)) + (f.not_a_number? (as Frac actual))))) + + @.jvm + (function (_ actual) + (or (|> actual (as java/lang/Double) .jvm_object_cast# (.jvm_double_=# (.jvm_object_cast# expected))) + (and (f.not_a_number? (as Frac expected)) + (f.not_a_number? (as Frac actual))))))) + (do /.monad + [_ bytecode] + ..$Double::wrap)))) + unary (is (-> (-> java/lang/Double java/lang/Double) (Bytecode Any) (Random Bit)) + (function (_ reference instruction) + (do random.monad + [subject ..$Double::random] + (double (reference subject) + (do /.monad + [_ (..$Double::literal subject)] + instruction))))) + binary (is (-> (-> java/lang/Double java/lang/Double java/lang/Double) (Bytecode Any) (Random Bit)) + (function (_ reference instruction) + (do random.monad + [parameter ..$Double::random + subject ..$Double::random] + (double (reference parameter subject) + (do /.monad + [_ (..$Double::literal subject) + _ (..$Double::literal parameter)] + instruction))))) + literal (all _.and + (_.lifted "DCONST_0" (double (as java/lang/Double +0.0) /.dconst_0)) + (_.lifted "DCONST_1" (double (as java/lang/Double +1.0) /.dconst_1)) + (_.lifted "LDC2_W/DOUBLE" + (do random.monad + [expected ..$Double::random] + (double expected (..$Double::literal expected))))) + arithmetic (all _.and + (_.lifted "DADD" (binary (double/2 "jvm dadd" .jvm_double_+#) /.dadd)) + (_.lifted "DSUB" (binary (double/2 "jvm dsub" .jvm_double_-#) /.dsub)) + (_.lifted "DMUL" (binary (double/2 "jvm dmul" .jvm_double_*#) /.dmul)) + (_.lifted "DDIV" (binary (double/2 "jvm ddiv" .jvm_double_/#) /.ddiv)) + (_.lifted "DREM" (binary (double/2 "jvm drem" .jvm_double_%#) /.drem)) + (_.lifted "DNEG" (unary (function (_ value) + ((double/2 "jvm dsub" .jvm_double_-#) + value + (as java/lang/Double +0.0))) + /.dneg))) + comparison (is (-> (Bytecode Any) (-> java/lang/Double java/lang/Double Bit) (Random Bit)) + (function (_ instruction standard) + (do random.monad + [reference ..valid_double + subject ..valid_double + .let [expected (if (for @.old + ("jvm deq" reference subject) + + @.jvm + (.jvm_double_=# (.jvm_object_cast# reference) (.jvm_object_cast# subject))) + +0 + (if (standard reference subject) + +1 + -1))]] + (<| (..bytecode (|>> (as Int) (i.= expected))) + (do /.monad + [_ (..$Double::literal subject) + _ (..$Double::literal reference) + _ instruction + _ /.i2l] + ..$Long::wrap))))) + ... https://docs.oracle.com/javase/specs/jvms/se7/html/jvms-6.html#jvms-6.5.dcmp_op + comparison_standard (is (-> java/lang/Double java/lang/Double Bit) + (function (_ reference subject) + (for @.old + ("jvm dgt" subject reference) + + @.jvm + (.jvm_double_<# (.jvm_object_cast# subject) (.jvm_object_cast# reference))))) + comparison (all _.and + (_.lifted "DCMPL" (comparison /.dcmpl comparison_standard)) + (_.lifted "DCMPG" (comparison /.dcmpg comparison_standard)))] + (all _.and + (<| (_.context "literal") + literal) + (<| (_.context "arithmetic") + arithmetic) + (<| (_.context "comparison") + comparison) + ))) + +(def primitive + Test + (all _.and + (<| (_.context "byte") + ..byte) + (<| (_.context "short") + ..short) + (<| (_.context "int") + ..int) + (<| (_.context "long") + ..long) + (<| (_.context "float") + ..float) + (<| (_.context "double") + ..double) + )) + +(def object + Test + (let [!object (is (Bytecode Any) + (do /.monad + [_ (/.new ..$Object) + _ /.dup] + (/.invokespecial ..$Object "" (/type.method [(list) (list) /type.void (list)]))))] + (all _.and + (<| (_.lifted "ACONST_NULL") + (..bytecode (|>> (as Bit) not)) + (do /.monad + [_ /.aconst_null + _ (/.instanceof ..$String)] + ..$Boolean::wrap)) + (<| (_.lifted "INSTANCEOF") + (do random.monad + [value ..$String::random]) + (..bytecode (|>> (as Bit))) + (do /.monad + [_ (/.string (as Text value)) + _ (/.instanceof ..$String)] + ..$Boolean::wrap)) + (<| (_.lifted "NEW & CHECKCAST") + (..bytecode (|>> (as Bit))) + (do /.monad + [_ !object + _ (/.checkcast ..$Object) + _ (/.instanceof ..$Object)] + ..$Boolean::wrap)) + (<| (_.lifted "MONITORENTER & MONITOREXIT") + (do random.monad + [value ..$String::random]) + (..bytecode (|>> (as Bit))) + (do /.monad + [_ (/.string (as Text value)) + _ /.dup _ /.monitorenter + _ /.dup _ /.monitorexit + _ (/.instanceof ..$String)] + ..$Boolean::wrap)) + ))) + +(def method + Test + (all _.and + (<| (_.lifted "INVOKESTATIC") + (do random.monad + [expected (random.only (|>> (as Frac) f.not_a_number? not) + ..$Double::random)]) + (..bytecode (for @.old + (|>> (as java/lang/Double) ("jvm deq" expected)) + + @.jvm + (|>> (as java/lang/Double) .jvm_object_cast# (.jvm_double_=# (.jvm_object_cast# expected))))) + (do /.monad + [_ (/.double expected)] + (/.invokestatic ..$Double "valueOf" (/type.method [(list) (list /type.double) ..$Double (list)])))) + (<| (_.lifted "INVOKEVIRTUAL") + (do random.monad + [expected ..$Double::random]) + (..bytecode (|>> (as Bit) (bit#= (f.not_a_number? (as Frac expected))))) + (do /.monad + [_ (/.double expected) + _ ..$Double::wrap + _ (/.invokevirtual ..$Double "isNaN" (/type.method [(list) (list) /type.boolean (list)]))] + ..$Boolean::wrap)) + (<| (_.lifted "INVOKESPECIAL") + (do random.monad + [expected (random.only (|>> (as Frac) f.not_a_number? not) + ..$Double::random)]) + (..bytecode (for @.old + (|>> (as java/lang/Double) ("jvm deq" expected)) + + @.jvm + (|>> (as java/lang/Double) .jvm_object_cast# (.jvm_double_=# (.jvm_object_cast# expected))))) + (do /.monad + [_ (/.new ..$Double) + _ /.dup + _ (/.double expected)] + (/.invokespecial ..$Double "" (/type.method [(list) (list /type.double) /type.void (list)])))) + (<| (_.lifted "INVOKEINTERFACE") + (do random.monad + [subject ..$String::random]) + (..bytecode (|>> (as Nat) (n.= (text.size (as Text subject))))) + (do /.monad + [_ (/.string (as Text subject)) + _ (/.invokeinterface (/type.class "java.lang.CharSequence" (list)) "length" (/type.method [(list) (list) /type.int (list)])) + _ /.i2l] + ..$Long::wrap)) + )) + +(def field + Test + (do random.monad + [class_name ..class_name + part0 ..$Long::random + part1 ..$Long::random + .let [expected (is java/lang/Long + (for @.old + ("jvm ladd" part0 part1) + + @.jvm + (.jvm_object_cast# + (.jvm_long_+# (.jvm_object_cast# part0) (.jvm_object_cast# part1))))) + $Self (/type.class class_name (list)) + class_field "class_field" + object_field "object_field" + constructor "" + constructor::type (/type.method [(list) (list /type.long) /type.void (list)]) + static_method "static_method" + bytecode (|> (/class.class /version.v6_0 /class.public + (/name.internal class_name) + {.#None} + (/name.internal "java.lang.Object") + (list) + (list (/field.field /field.static class_field false /type.long (sequence.sequence)) + (/field.field /field.public object_field false /type.long (sequence.sequence))) + (list (/method.method /method.private + constructor + false constructor::type + (list) + {.#Some (do /.monad + [_ /.aload_0 + _ (/.invokespecial ..$Object constructor (/type.method [(list) (list) /type.void (list)])) + _ (..$Long::literal part0) + _ (/.putstatic $Self class_field /type.long) + _ /.aload_0 + _ /.lload_1 + _ (/.putfield $Self object_field /type.long)] + /.return)}) + (/method.method (all /modifier#composite + /method.public + /method.static) + static_method + false (/type.method [(list) (list) ..$Long (list)]) + (list) + {.#Some (do /.monad + [_ (/.new $Self) + _ /.dup + _ (..$Long::literal part1) + _ (/.invokespecial $Self constructor constructor::type) + _ (/.getfield $Self object_field /type.long) + _ (/.getstatic $Self class_field /type.long) + _ /.ladd + _ ..$Long::wrap] + /.areturn)})) + (list)) + try.trusted + (binary.result /class.format)) + loader (/loader.memory (/loader.new_library []))]] + (_.test "PUTSTATIC & PUTFIELD & GETFIELD & GETSTATIC" + (when (do try.monad + [_ (/loader.define class_name bytecode loader) + class (io.run! (/loader.load class_name loader)) + method (try (get_method static_method class)) + output (java/lang/reflect/Method::invoke (ffi.null) (ffi.array java/lang/Object 0) method)] + (in (as Int output))) + {try.#Success actual} + (i.= (as Int expected) (as Int actual)) + + {try.#Failure error} + false)))) + +(def array + Test + (let [!length (is (-> Nat (Bytecode Any)) + (function (_ size) + (do /.monad + [_ ($Long::literal (as java/lang/Long size))] + /.l2i))) + ?length (is (Bytecode Any) + (do /.monad + [_ /.arraylength] + /.i2l)) + length (is (-> Nat (Bytecode Any) (Random Bit)) + (function (_ size constructor) + (<| (..bytecode (|>> (as Nat) (n.= size))) + (do /.monad + [_ (!length size) + _ constructor + _ ?length] + $Long::wrap)))) + write_and_read (is (All (_ a) + (-> Nat (Bytecode Any) + a (-> a (Bytecode Any)) + [(Bytecode Any) (Bytecode Any) (Bytecode Any)] + (-> a Any Bit) + (Random Bit))) + (function (_ size constructor value literal [*store *load *wrap] test) + (let [!index ($Integer::literal (ffi.long_to_int (as java/lang/Long +0)))] + (<| (..bytecode (test value)) + (do /.monad + [_ (!length size) + _ constructor + _ /.dup _ !index _ (literal value) _ *store + _ /.dup _ !index _ *load] + *wrap))))) + array (is (All (_ a) + (-> (Bytecode Any) (Random a) (-> a (Bytecode Any)) + [(Bytecode Any) (Bytecode Any) (Bytecode Any)] + (-> a Any Bit) + Test)) + (function (_ constructor random literal [*store *load *wrap] test) + (do [! random.monad] + [size (of ! each (|>> (n.% 1024) (n.max 1)) random.nat) + value random] + (all _.and + (<| (_.lifted "length") + (length size constructor)) + (<| (_.lifted "write and read") + (write_and_read size constructor value literal [*store *load *wrap] test))))))] + (all _.and + (_.context "boolean" + (array (/.newarray /instruction.t_boolean) $Boolean::random $Boolean::literal [/.bastore /.baload $Boolean::wrap] + (function (_ expected) (|>> (as Bit) (bit#= (as Bit expected)))))) + (_.context "byte" + (array (/.newarray /instruction.t_byte) $Byte::random $Byte::literal [/.bastore /.baload $Byte::wrap] + (function (_ expected) + (for @.old + (|>> (as java/lang/Byte) ffi.byte_to_long ("jvm leq" (ffi.byte_to_long expected))) + + @.jvm + (|>> (as java/lang/Byte) ffi.byte_to_long .jvm_object_cast# (.jvm_long_=# (.jvm_object_cast# (ffi.byte_to_long (as java/lang/Byte expected))))))))) + (_.context "short" + (array (/.newarray /instruction.t_short) $Short::random $Short::literal [/.sastore /.saload $Short::wrap] + (function (_ expected) + (for @.old + (|>> (as java/lang/Short) ffi.short_to_long ("jvm leq" (ffi.short_to_long expected))) + + @.jvm + (|>> (as java/lang/Short) ffi.short_to_long .jvm_object_cast# (.jvm_long_=# (.jvm_object_cast# (ffi.short_to_long (as java/lang/Short expected))))))))) + (_.context "int" + (array (/.newarray /instruction.t_int) $Integer::random $Integer::literal [/.iastore /.iaload $Integer::wrap] + (function (_ expected) + (for @.old + (|>> (as java/lang/Integer) ("jvm ieq" (as java/lang/Integer expected))) + + @.jvm + (|>> (as java/lang/Integer) .jvm_object_cast# (.jvm_int_=# (.jvm_object_cast# (as java/lang/Integer expected)))))))) + (_.context "long" + (array (/.newarray /instruction.t_long) $Long::random $Long::literal [/.lastore /.laload $Long::wrap] + (function (_ expected) + (for @.old + (|>> (as java/lang/Long) ("jvm leq" expected)) + + @.jvm + (|>> (as java/lang/Long) .jvm_object_cast# (.jvm_long_=# (.jvm_object_cast# (as java/lang/Long expected)))))))) + (_.context "float" + (array (/.newarray /instruction.t_float) ..valid_float $Float::literal [/.fastore /.faload $Float::wrap] + (function (_ expected) + (for @.old + (|>> (as java/lang/Float) ("jvm feq" expected)) + + @.jvm + (|>> (as java/lang/Float) .jvm_object_cast# (.jvm_float_=# (.jvm_object_cast# (as java/lang/Float expected)))))))) + (_.context "double" + (array (/.newarray /instruction.t_double) ..valid_double $Double::literal [/.dastore /.daload $Double::wrap] + (function (_ expected) + (for @.old + (|>> (as java/lang/Double) ("jvm deq" expected)) + + @.jvm + (|>> (as java/lang/Double) .jvm_object_cast# (.jvm_double_=# (.jvm_object_cast# (as java/lang/Double expected)))))))) + (_.context "char" + (array (/.newarray /instruction.t_char) $Character::random $Character::literal [/.castore /.caload $Character::wrap] + (function (_ expected) + (for @.old + (|>> (as java/lang/Character) ("jvm ceq" expected)) + + @.jvm + (|>> (as java/lang/Character) .jvm_object_cast# (.jvm_char_=# (.jvm_object_cast# (as java/lang/Character expected)))))))) + (_.context "object" + (array (/.anewarray ..$String) $String::random $String::literal [/.aastore /.aaload /.nop] + (function (_ expected) (|>> (as Text) (text#= (as Text expected)))))) + (<| (_.context "multi") + (do [! random.monad] + [.let [size (of ! each (|>> (n.% 5) (n.+ 1)) + random.nat)] + dimensions size + sizesH size + sizesT (random.list (-- dimensions) size) + .let [type (loop (again [dimensions dimensions + type (is (Type Object) + ..$Object)]) + (when dimensions + 0 type + _ (again (-- dimensions) (/type.array type))))]] + (<| (_.lifted "MULTIANEWARRAY") + (..bytecode (|>> (as Nat) (n.= sizesH))) + (do [! /.monad] + [_ (monad.each ! (|>> (as java/lang/Long) ffi.long_to_int ..$Integer::literal) + {.#Item sizesH sizesT}) + _ (/.multianewarray type (|> dimensions /unsigned.u1 try.trusted)) + _ ?length] + $Long::wrap)))) + ))) + +(def !::= + (template (_ ) + [(is (-> Any Bit) + (function (_ expected) + (for @.old + (|>> (as ) ( expected)) + + @.jvm + (|>> (as ) .jvm_object_cast# ( (.jvm_object_cast# (as expected)))))))])) + +(def conversion + Test + (let [conversion (is (All (_ a z) + (-> (Primitive a) (Primitive z) (Bytecode Any) (-> a z) (-> z Any Bit) (Random Bit))) + (function (_ from to instruction convert test) + (do random.monad + [input (the #random from) + .let [expected (convert input)]] + (..bytecode (test expected) + (do /.monad + [_ ((the #literal from) input) + _ instruction] + (the #wrap to)))))) + int::= (!::= java/lang/Integer "jvm ieq" .jvm_int_=#) + long::= (!::= java/lang/Long "jvm leq" .jvm_long_=#) + float::= (!::= java/lang/Float "jvm feq" .jvm_float_=#) + double::= (!::= java/lang/Double "jvm deq" .jvm_double_=#)] + (all _.and + (<| (_.context "int") + (all _.and + (_.lifted "I2L" (conversion ..$Integer::primitive ..$Long::primitive /.i2l (|>> ffi.int_to_long) long::=)) + (_.lifted "I2F" (conversion ..$Integer::primitive ..$Float::primitive /.i2f (|>> ffi.int_to_float) float::=)) + (_.lifted "I2D" (conversion ..$Integer::primitive ..$Double::primitive /.i2d (|>> ffi.int_to_double) double::=)) + (_.lifted "I2B" (conversion ..$Integer::primitive ..$Byte::primitive /.i2b (|>> ffi.int_to_byte) + (function (_ expected) + (for @.old + (|>> (as java/lang/Byte) ffi.byte_to_long ("jvm leq" (ffi.byte_to_long expected))) + + @.jvm + (|>> (as java/lang/Byte) ffi.byte_to_long .jvm_object_cast# (.jvm_long_=# (.jvm_object_cast# (ffi.byte_to_long (as java/lang/Byte expected))))))))) + (_.lifted "I2C" (conversion ..$Integer::primitive ..$Character::primitive /.i2c (|>> ffi.int_to_char) + (!::= java/lang/Character "jvm ceq" .jvm_char_=#))) + (_.lifted "I2S" (conversion ..$Integer::primitive ..$Short::primitive /.i2s (|>> ffi.int_to_short) + (function (_ expected) + (for @.old + (|>> (as java/lang/Short) ffi.short_to_long ("jvm leq" (ffi.short_to_long expected))) + + @.jvm + (|>> (as java/lang/Short) ffi.short_to_long .jvm_object_cast# (.jvm_long_=# (.jvm_object_cast# (ffi.short_to_long (as java/lang/Short expected))))))))))) + (<| (_.context "long") + (all _.and + (_.lifted "L2I" (conversion ..$Long::primitive ..$Integer::primitive /.l2i (|>> ffi.long_to_int) int::=)) + (_.lifted "L2F" (conversion ..$Long::primitive ..$Float::primitive /.l2f (|>> ffi.long_to_float) float::=)) + (_.lifted "L2D" (conversion ..$Long::primitive ..$Double::primitive /.l2d (|>> ffi.long_to_double) double::=)))) + (<| (_.context "float") + (all _.and + (_.lifted "F2I" (conversion ..$Float::primitive ..$Integer::primitive /.f2i (|>> ffi.float_to_int) int::=)) + (_.lifted "F2L" (conversion ..$Float::primitive ..$Long::primitive /.f2l (|>> ffi.float_to_long) long::=)) + (_.lifted "F2D" (conversion ..$Float::primitive ..$Double::primitive /.f2d (|>> ffi.float_to_double) double::=)))) + (<| (_.context "double") + (all _.and + (_.lifted "D2I" (conversion ..$Double::primitive ..$Integer::primitive /.d2i (|>> ffi.double_to_int) int::=)) + (_.lifted "D2L" (conversion ..$Double::primitive ..$Long::primitive /.d2l (|>> ffi.double_to_long) long::=)) + (_.lifted "D2F" (conversion ..$Double::primitive ..$Float::primitive /.d2f (|>> ffi.double_to_float) float::=)))) + ))) + +(def value + Test + (all _.and + (<| (_.context "primitive") + ..primitive) + (<| (_.context "object") + ..object) + (<| (_.context "method") + ..method) + (<| (_.context "field") + ..field) + (<| (_.context "array") + ..array) + (<| (_.context "conversion") + ..conversion) + )) + +(def registry + Test + (let [store_and_load (is (All (_ a) + (-> (Random a) (-> a (Bytecode Any)) (Bytecode Any) + [(-> Nat (Bytecode Any)) (-> Nat (Bytecode Any))] + (-> a (-> Any Bit)) + (Random Bit))) + (function (_ random_value literal *wrap [store load] test) + (do [! random.monad] + [expected random_value + register (of ! each (n.% 128) random.nat)] + (<| (..bytecode (test expected)) + (do /.monad + [_ (literal expected) + _ (store register) + _ (load register)] + *wrap)))))] + (all _.and + (<| (_.context "int") + (let [test (!::= java/lang/Integer "jvm ieq" .jvm_int_=#)] + (all _.and + (_.lifted "ISTORE_0/ILOAD_0" + (store_and_load ..$Integer::random ..$Integer::literal ..$Integer::wrap [(function.constant /.istore_0) (function.constant /.iload_0)] test)) + (_.lifted "ISTORE_1/ILOAD_1" + (store_and_load ..$Integer::random ..$Integer::literal ..$Integer::wrap [(function.constant /.istore_1) (function.constant /.iload_1)] test)) + (_.lifted "ISTORE_2/ILOAD_2" + (store_and_load ..$Integer::random ..$Integer::literal ..$Integer::wrap [(function.constant /.istore_2) (function.constant /.iload_2)] test)) + (_.lifted "ISTORE_3/ILOAD_3" + (store_and_load ..$Integer::random ..$Integer::literal ..$Integer::wrap [(function.constant /.istore_3) (function.constant /.iload_3)] test)) + (_.lifted "ISTORE/ILOAD" + (store_and_load ..$Integer::random ..$Integer::literal ..$Integer::wrap [/.istore /.iload] test)) + (_.lifted "IINC" + (do [! random.monad] + [base ..$Byte::random + increment (of ! each (|>> (n.% 100) /unsigned.u1 try.trusted) + random.nat) + .let [expected (is java/lang/Long + (for @.old + ("jvm ladd" + (ffi.byte_to_long base) + (.int (/unsigned.value increment))) + + @.jvm + (.jvm_object_cast# + (.jvm_long_+# (.jvm_object_cast# (ffi.byte_to_long base)) + (.jvm_object_cast# (as java/lang/Long (/unsigned.value increment)))))))]] + (..bytecode (|>> (as Int) (i.= (as Int expected))) + (do /.monad + [_ (..$Byte::literal base) + _ /.istore_0 + _ (/.iinc 0 increment) + _ /.iload_0 + _ /.i2l] + ..$Long::wrap))))))) + (<| (_.context "long") + (let [test (!::= java/lang/Long "jvm leq" .jvm_long_=#)] + (all _.and + (_.lifted "LSTORE_0/LLOAD_0" + (store_and_load ..$Long::random ..$Long::literal ..$Long::wrap [(function.constant /.lstore_0) (function.constant /.lload_0)] test)) + (_.lifted "LSTORE_1/LLOAD_1" + (store_and_load ..$Long::random ..$Long::literal ..$Long::wrap [(function.constant /.lstore_1) (function.constant /.lload_1)] test)) + (_.lifted "LSTORE_2/LLOAD_2" + (store_and_load ..$Long::random ..$Long::literal ..$Long::wrap [(function.constant /.lstore_2) (function.constant /.lload_2)] test)) + (_.lifted "LSTORE_3/LLOAD_3" + (store_and_load ..$Long::random ..$Long::literal ..$Long::wrap [(function.constant /.lstore_3) (function.constant /.lload_3)] test)) + (_.lifted "LSTORE/LLOAD" + (store_and_load ..$Long::random ..$Long::literal ..$Long::wrap [/.lstore /.lload] test))))) + (<| (_.context "float") + (let [test (!::= java/lang/Float "jvm feq" .jvm_float_=#)] + (all _.and + (_.lifted "FSTORE_0/FLOAD_0" + (store_and_load ..valid_float ..$Float::literal ..$Float::wrap [(function.constant /.fstore_0) (function.constant /.fload_0)] test)) + (_.lifted "FSTORE_1/FLOAD_1" + (store_and_load ..valid_float ..$Float::literal ..$Float::wrap [(function.constant /.fstore_1) (function.constant /.fload_1)] test)) + (_.lifted "FSTORE_2/FLOAD_2" + (store_and_load ..valid_float ..$Float::literal ..$Float::wrap [(function.constant /.fstore_2) (function.constant /.fload_2)] test)) + (_.lifted "FSTORE_3/FLOAD_3" + (store_and_load ..valid_float ..$Float::literal ..$Float::wrap [(function.constant /.fstore_3) (function.constant /.fload_3)] test)) + (_.lifted "FSTORE/FLOAD" + (store_and_load ..valid_float ..$Float::literal ..$Float::wrap [/.fstore /.fload] test))))) + (<| (_.context "double") + (let [test (!::= java/lang/Double "jvm deq" .jvm_double_=#)] + (all _.and + (_.lifted "DSTORE_0/DLOAD_0" + (store_and_load ..valid_double ..$Double::literal ..$Double::wrap [(function.constant /.dstore_0) (function.constant /.dload_0)] test)) + (_.lifted "DSTORE_1/DLOAD_1" + (store_and_load ..valid_double ..$Double::literal ..$Double::wrap [(function.constant /.dstore_1) (function.constant /.dload_1)] test)) + (_.lifted "DSTORE_2/DLOAD_2" + (store_and_load ..valid_double ..$Double::literal ..$Double::wrap [(function.constant /.dstore_2) (function.constant /.dload_2)] test)) + (_.lifted "DSTORE_3/DLOAD_3" + (store_and_load ..valid_double ..$Double::literal ..$Double::wrap [(function.constant /.dstore_3) (function.constant /.dload_3)] test)) + (_.lifted "DSTORE/DLOAD" + (store_and_load ..valid_double ..$Double::literal ..$Double::wrap [/.dstore /.dload] test))))) + (<| (_.context "object") + (let [test (is (-> java/lang/String Any Bit) + (function (_ expected actual) + (|> actual (as Text) (text#= (as Text expected)))))] + (all _.and + (_.lifted "ASTORE_0/ALOAD_0" + (store_and_load ..$String::random ..$String::literal /.nop [(function.constant /.astore_0) (function.constant /.aload_0)] test)) + (_.lifted "ASTORE_1/ALOAD_1" + (store_and_load ..$String::random ..$String::literal /.nop [(function.constant /.astore_1) (function.constant /.aload_1)] test)) + (_.lifted "ASTORE_2/ALOAD_2" + (store_and_load ..$String::random ..$String::literal /.nop [(function.constant /.astore_2) (function.constant /.aload_2)] test)) + (_.lifted "ASTORE_3/ALOAD_3" + (store_and_load ..$String::random ..$String::literal /.nop [(function.constant /.astore_3) (function.constant /.aload_3)] test)) + (_.lifted "ASTORE/ALOAD" + (store_and_load ..$String::random ..$String::literal /.nop [/.astore /.aload] test))))) + ))) + +(def stack + Test + (do random.monad + [expected/1 $String::random + .let [object_test (is (-> Any Bit) + (|>> (as Text) (text#= (as Text expected/1))))] + dummy/1 $String::random + .let [single (all _.and + (<| (_.lifted "DUP & POP") + (..bytecode object_test) + (do /.monad + [_ ($String::literal expected/1) + _ /.dup] + /.pop)) + (<| (_.lifted "DUP_X1 & POP2") + (..bytecode object_test) + (do /.monad + [_ ($String::literal dummy/1) + _ ($String::literal expected/1) + _ /.dup_x1] + /.pop2)) + (<| (_.lifted "DUP_X2") + (..bytecode object_test) + (do /.monad + [_ ($String::literal dummy/1) + _ ($String::literal dummy/1) + _ ($String::literal expected/1) + _ /.dup_x2 + _ /.pop2] + /.pop)) + (<| (_.lifted "SWAP") + (..bytecode object_test) + (do /.monad + [_ ($String::literal dummy/1) + _ ($String::literal expected/1) + _ /.swap] + /.pop)) + )] + expected/2 $Long::random + .let [long_test (is (-> Any Bit) + (|>> (as Int) (i.= (as Int expected/2))))] + dummy/2 $Long::random + .let [double (all _.and + (<| (_.lifted "DUP2") + (..bytecode long_test) + (do /.monad + [_ ($Long::literal expected/2) + _ /.dup2 + _ /.pop2] + ..$Long::wrap)) + (<| (_.lifted "DUP2_X1") + (..bytecode long_test) + (do /.monad + [_ ($String::literal dummy/1) + _ ($Long::literal expected/2) + _ /.dup2_x1 + _ /.pop2 + _ /.pop] + ..$Long::wrap)) + (<| (_.lifted "DUP2_X2") + (..bytecode long_test) + (do /.monad + [_ ($Long::literal dummy/2) + _ ($Long::literal expected/2) + _ /.dup2_x2 + _ /.pop2 + _ /.pop2] + ..$Long::wrap)) + )]] + (all _.and + (<| (_.context "single") + single) + (<| (_.context "double") + double) + ))) + +(def resource + Test + (all _.and + (<| (_.context "registry") + ..registry) + (<| (_.context "stack") + ..stack) + )) + +(def return + Test + (let [primitive_return (is (All (_ a) (-> (Primitive a) (Bytecode Any) (Maybe (-> a (Bytecode Any))) (-> a Any Bit) (Random Bit))) + (function (_ primitive return substitute test) + (do random.monad + [class_name ..class_name + primitive_method_name (random.upper_cased 10) + .let [primitive_method_type (/type.method [(list) (list) (the #unboxed primitive) (list)])] + object_method_name (|> (random.upper_cased 10) + (random.only (|>> (text#= primitive_method_name) not))) + expected (the #random primitive) + .let [$Self (/type.class class_name (list))]] + (in (when (do try.monad + [class (/class.class /version.v6_0 /class.public + (/name.internal class_name) + {.#None} + (/name.internal "java.lang.Object") + (list) + (list) + (list (/method.method ..method_modifier + primitive_method_name + false primitive_method_type + (list) + {.#Some (do /.monad + [_ ((the #literal primitive) expected)] + return)}) + (/method.method ..method_modifier + object_method_name + false (/type.method [(list) (list) (the #boxed primitive) (list)]) + (list) + {.#Some (do /.monad + [_ (/.invokestatic $Self primitive_method_name primitive_method_type) + _ (when substitute + {.#None} + (in []) + + {.#Some substitute} + (substitute expected)) + _ (the #wrap primitive)] + /.areturn)})) + (list)) + .let [bytecode (binary.result /class.format class) + loader (/loader.memory (/loader.new_library []))] + _ (/loader.define class_name bytecode loader) + class (io.run! (/loader.load class_name loader)) + method (try (get_method object_method_name class))] + (java/lang/reflect/Method::invoke (ffi.null) (ffi.array java/lang/Object 0) method)) + {try.#Success actual} + (test expected actual) + + {try.#Failure error} + false) + ))))] + (all _.and + (_.lifted "IRETURN" (primitive_return ..$Integer::primitive /.ireturn {.#None} (!::= java/lang/Integer "jvm ieq" .jvm_int_=#))) + (_.lifted "LRETURN" (primitive_return ..$Long::primitive /.lreturn {.#None} (!::= java/lang/Long "jvm leq" .jvm_long_=#))) + (_.lifted "FRETURN" (primitive_return ..$Float::primitive /.freturn {.#None} (!::= java/lang/Float "jvm feq" .jvm_float_=#))) + (_.lifted "DRETURN" (primitive_return ..$Double::primitive /.dreturn {.#None} (!::= java/lang/Double "jvm deq" .jvm_double_=#))) + (_.lifted "ARETURN" (primitive_return ..$String::primitive /.areturn {.#None} (function (_ expected actual) (text#= (as Text expected) (as Text actual))))) + (_.lifted "RETURN" (primitive_return (is (Primitive java/lang/String) + [#unboxed /type.void + #boxed ..$String + #wrap /.nop + #random ..$String::random + #literal (function.constant /.nop)]) + /.return + {.#Some ..$String::literal} + (function (_ expected actual) (text#= (as Text expected) (as Text actual))))) + ))) + +(def branching + Test + (do random.monad + [expected ..$Long::random + dummy ..$Long::random + .let [if! (is (-> (-> Label (Bytecode Any)) (Bytecode Any) (Random Bit)) + (function (_ instruction prelude) + (<| (..bytecode ((!::= java/lang/Long "jvm leq" .jvm_long_=#) expected)) + (do /.monad + [@then /.new_label + @end /.new_label + _ prelude + _ (instruction @then) + _ (..$Long::literal dummy) + _ (/.goto @end) + _ (/.set_label @then) + _ (..$Long::literal expected) + _ (/.set_label @end)] + ..$Long::wrap)))) + comparison_against_zero (all _.and + (_.lifted "IFEQ" (if! /.ifeq /.iconst_0)) + (_.lifted "IFNE" (if! /.ifne /.iconst_1)) + (_.lifted "IFLT" (if! /.iflt /.iconst_m1)) + (_.lifted "IFLE" (if! /.ifle /.iconst_0)) + (_.lifted "IFGT" (if! /.ifgt /.iconst_1)) + (_.lifted "IFGE" (if! /.ifge /.iconst_0))) + null_test (all _.and + (_.lifted "IFNULL" (if! /.ifnull /.aconst_null)) + (_.lifted "IFNONNULL" (if! /.ifnonnull (/.string ""))))] + reference ..$Integer::random + subject (|> ..$Integer::random + (random.only (|>> ((!::= java/lang/Integer "jvm ieq" .jvm_int_=#) reference) not))) + .let [[lesser greater] (if (for @.old + ("jvm ilt" reference subject) + + @.jvm + (.jvm_int_<# (.jvm_object_cast# subject) (.jvm_object_cast# reference))) + [reference subject] + [subject reference]) + int_comparison (all _.and + (_.lifted "IF_ICMPEQ" (if! /.if_icmpeq (do /.monad [_ (..$Integer::literal reference)] /.dup))) + (_.lifted "IF_ICMPNE" (if! /.if_icmpne (do /.monad [_ (..$Integer::literal reference)] (..$Integer::literal subject)))) + (_.lifted "IF_ICMPLT" (if! /.if_icmplt (do /.monad [_ (..$Integer::literal lesser)] (..$Integer::literal greater)))) + (_.lifted "IF_ICMPLE" (if! /.if_icmple (do /.monad [_ (..$Integer::literal lesser)] (..$Integer::literal greater)))) + (_.lifted "IF_ICMPGT" (if! /.if_icmpgt (do /.monad [_ (..$Integer::literal greater)] (..$Integer::literal lesser)))) + (_.lifted "IF_ICMPGE" (if! /.if_icmpge (do /.monad [_ (..$Integer::literal greater)] (..$Integer::literal lesser))))) + new_object (is (Bytecode Any) + (do /.monad + [_ (/.new ..$Object) + _ /.dup] + (/.invokespecial ..$Object "" (/type.method [(list) (list) /type.void (list)])))) + reference_comparison (all _.and + (_.lifted "IF_ACMPEQ" (if! /.if_acmpeq (do /.monad [_ new_object] /.dup))) + (_.lifted "IF_ACMPNE" (if! /.if_acmpne (do /.monad [_ new_object] new_object))) + )]] + (all _.and + comparison_against_zero + null_test + int_comparison + reference_comparison + ))) + +(def jump + Test + (do random.monad + [expected ..$Long::random + dummy ..$Long::random + .let [jump (is (-> (-> Label (Bytecode Any)) (Random Bit)) + (function (_ goto) + (<| (..bytecode ((!::= java/lang/Long "jvm leq" .jvm_long_=#) expected)) + (do /.monad + [@skipped /.new_label + @value /.new_label + @end /.new_label + _ (goto @value) + _ (/.set_label @skipped) + _ (..$Long::literal dummy) + _ (goto @end) + _ (/.set_label @value) + _ (..$Long::literal expected) + _ (/.set_label @end)] + ..$Long::wrap))))]] + (all _.and + (_.lifted "GOTO" (jump /.goto)) + (_.lifted "GOTO_W" (jump /.goto_w))))) + +(def switch + Test + (all _.and + (<| (_.lifted "TABLESWITCH") + (do [! random.monad] + [expected ..$Long::random + dummy ..$Long::random + minimum (of ! each (|>> (n.% 100) .int /signed.s4 try.trusted) + random.nat) + afterwards (of ! each (n.% 10) random.nat)]) + (..bytecode ((!::= java/lang/Long "jvm leq" .jvm_long_=#) expected)) + (do /.monad + [@right /.new_label + @wrong /.new_label + @return /.new_label + _ (/.bipush (|> minimum /signed.value .int /signed.s1 try.trusted)) + _ (/.tableswitch minimum @wrong [@right (list.repeated afterwards @wrong)]) + _ (/.set_label @wrong) + _ (..$Long::literal dummy) + _ (/.goto @return) + _ (/.set_label @right) + _ (..$Long::literal expected) + _ (/.set_label @return)] + ..$Long::wrap)) + (<| (_.lifted "LOOKUPSWITCH") + (do [! random.monad] + [options (of ! each (|>> (n.% 10) (n.+ 1)) + random.nat) + choice (of ! each (n.% options) random.nat) + options (|> random.int + (of ! each (|>> (as java/lang/Long) ffi.long_to_int ffi.int_to_long (as Int))) + (random.set i.hash options) + (of ! each set.list)) + .let [choice (maybe.trusted (list.item choice options))] + expected ..$Long::random + dummy ..$Long::random]) + (..bytecode ((!::= java/lang/Long "jvm leq" .jvm_long_=#) expected)) + (do /.monad + [@right /.new_label + @wrong /.new_label + @return /.new_label + _ (..$Integer::literal (ffi.long_to_int (as java/lang/Long choice))) + _ (/.lookupswitch @wrong (list#each (function (_ option) + [(|> option /signed.s4 try.trusted) + (if (i.= choice option) @right @wrong)]) + options)) + _ (/.set_label @wrong) + _ (..$Long::literal dummy) + _ (/.goto @return) + _ (/.set_label @right) + _ (..$Long::literal expected) + _ (/.set_label @return)] + ..$Long::wrap)) + )) + +(def exception + Test + (do random.monad + [expected ..$Long::random + dummy ..$Long::random + exception ..$String::random] + (<| (_.lifted "ATHROW") + (..bytecode ((!::= java/lang/Long "jvm leq" .jvm_long_=#) expected)) + (do /.monad + [.let [$Exception (/type.class "java.lang.Exception" (list))] + @skipped /.new_label + @try /.new_label + @handler /.new_label + @return /.new_label + _ (/.try @try @handler @handler $Exception) + _ (/.set_label @try) + _ (/.new $Exception) + _ /.dup + _ (..$String::literal exception) + _ (/.invokespecial $Exception "" (/type.method [(list) (list ..$String) /type.void (list)])) + _ /.athrow + _ (/.set_label @skipped) + _ (..$Long::literal dummy) + _ (/.goto @return) + _ (/.set_label @handler) + _ /.pop + _ (..$Long::literal expected) + _ (/.set_label @return)] + ..$Long::wrap)))) + +(def code + Test + (all _.and + (<| (_.context "return") + ..return) + (<| (_.context "branching") + ..branching) + (<| (_.context "jump") + ..jump) + (<| (_.context "switch") + ..switch) + (<| (_.context "exception") + ..exception) + )) + +(def instruction + Test + (all _.and + (<| (_.context "value") + ..value) + (<| (_.context "resource") + ..resource) + (<| (_.context "code") + ..code) + )) + +(def inheritance + Test + (do random.monad + [abstract_class ..class_name + interface_class (|> ..class_name + (random.only (|>> (text#= abstract_class) not))) + concrete_class (|> ..class_name + (random.only (function (_ class) + (not (or (text#= abstract_class class) + (text#= interface_class class)))))) + part0 ..$Long::random + part1 ..$Long::random + part2 ..$Long::random + fake_part2 ..$Long::random + part3 ..$Long::random + part4 ..$Long::random + .let [expected (all i.+ + (as Int part0) + (as Int part1) + (as Int part2) + (as Int part3) + (as Int part4)) + $Concrete (/type.class concrete_class (list)) + $Abstract (/type.class abstract_class (list)) + $Interface (/type.class interface_class (list)) + + constructor::type (/type.method [(list) (list) /type.void (list)]) + method::type (/type.method [(list) (list) /type.long (list)]) + + inherited_method "inherited_method" + overriden_method "overriden_method" + abstract_method "abstract_method" + interface_method "interface_method" + virtual_method "virtual_method" + static_method "static_method" + + method (is (-> Text java/lang/Long (Resource Method)) + (function (_ name value) + (/method.method /method.public + name + false method::type + (list) + {.#Some (do /.monad + [_ (..$Long::literal value)] + /.lreturn)}))) + + interface_bytecode (|> (/class.class /version.v6_0 (all /modifier#composite /class.public /class.abstract /class.interface) + (/name.internal interface_class) + {.#None} + (/name.internal "java.lang.Object") + (list) + (list) + (list (/method.method (all /modifier#composite /method.public /method.abstract) + interface_method false method::type (list) {.#None})) + (list)) + try.trusted + (binary.result /class.format)) + abstract_bytecode (|> (/class.class /version.v6_0 (all /modifier#composite /class.public /class.abstract) + (/name.internal abstract_class) + {.#None} + (/name.internal "java.lang.Object") + (list) + (list) + (list (/method.method /method.public + "" + false constructor::type + (list) + {.#Some (do /.monad + [_ /.aload_0 + _ (/.invokespecial ..$Object "" constructor::type)] + /.return)}) + (method inherited_method part0) + (method overriden_method fake_part2) + (/method.method (all /modifier#composite /method.public /method.abstract) + abstract_method false method::type (list) {.#None})) + (list)) + try.trusted + (binary.result /class.format)) + invoke (is (-> (Type Class) Text (Bytecode Any)) + (function (_ class method) + (do /.monad + [_ /.aload_0] + (/.invokevirtual class method method::type)))) + concrete_bytecode (|> (/class.class /version.v6_0 /class.public + (/name.internal concrete_class) + {.#None} + (/name.internal abstract_class) + (list (/name.internal interface_class)) + (list) + (list (/method.method /method.public + "" + false constructor::type + (list) + {.#Some (do /.monad + [_ /.aload_0 + _ (/.invokespecial $Abstract "" constructor::type)] + /.return)}) + (method virtual_method part1) + (method overriden_method part2) + (method abstract_method part3) + (method interface_method part4) + (/method.method (all /modifier#composite + /method.public + /method.static) + static_method + false (/type.method [(list) (list) ..$Long (list)]) + (list) + {.#Some (do /.monad + [_ (/.new $Concrete) + _ /.dup + _ (/.invokespecial $Concrete "" constructor::type) + _ /.astore_0 + _ (invoke $Abstract inherited_method) + _ (invoke $Concrete virtual_method) + _ /.ladd + _ (invoke $Abstract overriden_method) + _ /.ladd + _ /.aload_0 _ (/.invokeinterface $Interface interface_method method::type) + _ /.ladd + _ (invoke $Abstract abstract_method) + _ /.ladd + _ ..$Long::wrap] + /.areturn)})) + (list)) + try.trusted + (binary.result /class.format)) + loader (/loader.memory (/loader.new_library []))]] + (_.test "Class & interface inheritance" + (when (do try.monad + [_ (/loader.define abstract_class abstract_bytecode loader) + _ (/loader.define interface_class interface_bytecode loader) + _ (/loader.define concrete_class concrete_bytecode loader) + class (io.run! (/loader.load concrete_class loader)) + method (try (get_method static_method class)) + output (java/lang/reflect/Method::invoke (ffi.null) (ffi.array java/lang/Object 0) method)] + (in (as Int output))) + {try.#Success actual} + (i.= (as Int expected) (as Int actual)) + + {try.#Failure error} + false)))) + +(def .public test + Test + (<| (_.context (%.symbol (symbol .._))) + (all _.and + (<| (_.context "instruction") + ..instruction) + (<| (_.context "inheritance") + ..inheritance) + ))) diff --git a/stdlib/source/test/lux/meta/compiler/target/lua.lux b/stdlib/source/test/lux/meta/compiler/target/lua.lux new file mode 100644 index 000000000..8aa357f30 --- /dev/null +++ b/stdlib/source/test/lux/meta/compiler/target/lua.lux @@ -0,0 +1,725 @@ +(.require + [library + [lux (.except) + ["[0]" ffi] + [abstract + [monad (.only do)] + ["[0]" hash + ["[1]T" \\test]] + ["[0]" equivalence + ["[1]T" \\test]]] + [control + ["[0]" pipe] + ["[0]" function] + ["[0]" maybe (.use "[1]#[0]" functor)] + ["[0]" try (.only Try) (.use "[1]#[0]" functor)]] + [data + ["[0]" bit (.use "[1]#[0]" equivalence)] + ["[0]" text (.only \n) (.use "[1]#[0]" equivalence) + ["%" \\format (.only format)]] + [collection + ["[0]" list (.use "[1]#[0]" functor)]]] + [math + ["[0]" random (.only Random) (.use "[1]#[0]" monad)] + [number + ["n" nat] + ["i" int] + ["f" frac] + ["[0]" i64]]] + [meta + ["[0]" static] + [macro + ["[0]" template]]] + [test + ["_" property (.only Test)]]]] + [\\library + ["[0]" /]]) + +... http://www.lua.org/manual/5.3/manual.html#pdf-load +(ffi.import (load [Text] "?" (-> Any Any))) + +(def (expression ??? it) + (-> (-> Any Bit) /.Expression Bit) + (|> it + /.code + (format "return ") + ..load + (maybe#each (|>> (function.on []) ???)) + (maybe.else false))) + +(def test|literal + Test + (do [! random.monad] + [boolean random.bit + int random.int + float random.frac + string (random.upper_cased 5)] + (all _.and + (_.coverage [/.nil] + (|> /.nil + /.code + ..load + (pipe.when + {.#None} true + {.#Some _} false))) + (_.coverage [/.boolean] + (expression (|>> (as Bit) (bit#= boolean)) + (/.boolean boolean))) + (_.coverage [/.int] + (expression (|>> (as Int) (i.= int)) + (/.int int))) + (_.coverage [/.float] + (expression (|>> (as Frac) (f.= float)) + (/.float float))) + (_.coverage [/.string] + (expression (|>> (as Text) (text#= string)) + (/.string string))) + ))) + +(def test|boolean + Test + (do [! random.monad] + [left random.bit + right random.bit] + (`` (all _.and + (,, (with_template [ ] + [(_.coverage [] + (let [expected ( left right)] + (expression (|>> (as Bit) (bit#= expected)) + ( (/.boolean left) (/.boolean right)))))] + + [/.or .or] + [/.and .and] + )) + (_.coverage [/.not] + (expression (|>> (as Bit) (bit#= (not left))) + (/.not (/.boolean left)))) + )))) + +(with_template [] + [(`` (def (,, (template.symbol [int_ ])) + (Random Int) + (let [mask (|> 1 (i64.left_shifted (-- )) --)] + (random#each (|>> (i64.and mask) .int) random.nat))))] + + [16] + [32] + ) + +(def test|int + Test + (do [! random.monad] + [left random.int + right random.int + shift (of ! each (n.% 65) random.nat) + + parameter (random.only (|>> (i.= +0) not) + random.int) + subject random.int] + (`` (all _.and + (,, (with_template [ ] + [(_.coverage [] + (let [expected ( left right)] + (expression (|>> (as Int) (i.= expected)) + ( (/.int left) (/.int right)))))] + + [/.bit_or i64.or] + [/.bit_xor i64.xor] + [/.bit_and i64.and] + )) + (_.coverage [/.opposite] + (expression (|>> (as Int) (i.= (i.- left +0))) + (/.opposite (/.int left)))) + (_.coverage [/.bit_shl] + (let [expected (i64.left_shifted shift left)] + (expression (|>> (as Int) (i.= expected)) + (/.bit_shl (/.int (.int shift)) + (/.int left))))) + (_.coverage [/.bit_shr] + (let [expected (i64.right_shifted shift left)] + (expression (|>> (as Int) (i.= expected)) + (/.bit_shr (/.int (.int shift)) + (/.int left))))) + (_.coverage [/.//] + (let [expected (if (or (i.= (i.signum parameter) (i.signum subject)) + (i.= +0 (i.% parameter subject))) + (i./ parameter subject) + (-- (i./ parameter subject)))] + (expression (|>> (as Int) (i.= expected)) + (/.// (/.int parameter) (/.int subject))))) + )))) + +(def test|float + Test + (do [! random.monad] + [parameter (random.only (|>> (f.= +0.0) not) + random.safe_frac) + subject random.safe_frac] + (`` (all _.and + (,, (with_template [ 
]
+                   [(_.coverage []
+                      (let [expected ( (
 parameter) (
 subject))]
+                        (expression (|>> (as Frac) (f.= expected))
+                                    ( (/.float (
 parameter)) (/.float (
 subject))))))]
+
+                   [/.+ f.+ |>]
+                   [/.- f.- |>]
+                   [/.* f.* |>]
+                   [/./ f./ |>]
+                   [/.% f.mod |>]
+                   [/.^ f.pow f.abs]
+                   ))
+             (,, (with_template [ ]
+                   [(_.coverage []
+                      (let [expected ( parameter subject)]
+                        (expression (|>> (as Bit) (bit#= expected))
+                                    ( (/.float parameter) (/.float subject)))))]
+
+                   [/.<  f.<]
+                   [/.<= f.<=]
+                   [/.>  f.>]
+                   [/.>= f.>=]
+                   [/.=  f.=]
+                   ))
+             ))))
+
+(def test|string
+  Test
+  (do random.monad
+    [left (random.lower_cased 8)
+     right (random.lower_cased 8)
+     .let [expected (format left right)]]
+    (all _.and
+         (_.coverage [/.concat]
+           (expression (|>> (as Text) (text#= expected))
+                       (|> (/.string left)
+                           (/.concat (/.string right)))))
+         )))
+
+(def test|array
+  Test
+  (do [! random.monad]
+    [size (of ! each (|>> (n.% 10) ++) random.nat)
+     index (of ! each (n.% size) random.nat)
+     items (random.list size random.safe_frac)
+     .let [expected (|> items
+                        (list.item index)
+                        maybe.trusted)]]
+    (all _.and
+         (_.coverage [/.array /.item]
+           (and (expression (|>> (as Frac) (f.= expected))
+                            (/.item (/.int (.int (++ index)))
+                                    (/.array (list#each /.float items))))
+                (expression (|>> (as Bit))
+                            (|> (/.array (list#each /.float items))
+                                (/.item (/.int (.int (++ size))))
+                                (/.= /.nil)))))
+         (_.coverage [/.length]
+           (expression (|>> (as Int) (i.= (.int size)))
+                       (/.length (/.array (list#each /.float items)))))
+         )))
+
+(def test|table
+  Test
+  (do [! random.monad]
+    [expected random.safe_frac
+     dummy (random.only (|>> (f.= expected) not)
+                        random.safe_frac)
+
+     size (of ! each (|>> (n.% 10) ++) random.nat)
+     index (of ! each (n.% size) random.nat)
+     items (random.list size random.safe_frac)
+
+     $self (of ! each /.var (random.lower_cased 10))
+     $table (of ! each /.var (random.lower_cased 11))
+     $arg (of ! each /.var (random.lower_cased 12))
+     field (random.upper_cased 5)
+     non_field (random.only (|>> (text#= field) not)
+                            (random.upper_cased 5))
+     method (random.upper_cased 6)]
+    (all _.and
+         (_.coverage [/.table /.the]
+           (and (expression (|>> (as Frac) (f.= expected))
+                            (/.the field (/.table (list [field (/.float expected)]))))
+                (expression (|>> (as Bit))
+                            (|> (/.table (list [field (/.float expected)]))
+                                (/.the non_field)
+                                (/.= /.nil)))))
+         (_.coverage [/.do /.function]
+           (expression (|>> (as Frac) (f.= expected))
+                       (|> (all /.then
+                                (/.local/1 $table (/.table (list [field (/.float expected)])))
+                                (/.function (/.the method $table) (list $self $arg)
+                                  (/.if (/.= (/.float dummy) $arg)
+                                    (/.return (/.the field $self))
+                                    (/.return $arg)))
+                                (/.return (/.do method (list (/.float dummy)) $table)))
+                           (/.closure (list))
+                           (/.apply (list)))))
+         )))
+
+(def test|computation
+  Test
+  (do [! random.monad]
+    [test random.bit
+     then random.safe_frac
+     else random.safe_frac
+
+     boolean random.bit
+     int random.int
+     float random.frac
+     string (random.upper_cased 5)
+
+     comment (random.upper_cased 10)]
+    (all _.and
+         ..test|boolean
+         ..test|int
+         ..test|float
+         ..test|string
+         ..test|array
+         ..test|table
+         (_.coverage [/.type/1]
+           (and (expression (|>> (as Text) (text#= "boolean"))
+                            (/.type/1 (/.boolean boolean)))
+                (expression (|>> (as Text) (text#= "number"))
+                            (/.type/1 (/.int int)))
+                (expression (|>> (as Text) (text#= "number"))
+                            (/.type/1 (/.float float)))
+                (expression (|>> (as Text) (text#= "string"))
+                            (/.type/1 (/.string string)))
+                (expression (|>> (as Text) (text#= "nil"))
+                            (/.type/1 /.nil))
+                (expression (|>> (as Text) (text#= "table"))
+                            (/.type/1 (/.table (list [string (/.float float)]))))
+                (expression (|>> (as Text) (text#= "table"))
+                            (/.type/1 (/.array (list (/.boolean boolean)
+                                                     (/.float float)
+                                                     (/.string string)))))
+                ))
+         (_.coverage [/.require/1]
+           (expression (|>> (as Int) (i.= (i.abs int)))
+                       (|> (/.require/1 (/.string "math"))
+                           (/.the "abs")
+                           (/.apply (list (/.int int))))))
+         (_.coverage [/.comment]
+           (expression (|>> (as Frac) (f.= then))
+                       (/.comment comment
+                         (/.float then))))
+         )))
+
+(def test|expression
+  Test
+  (`` (all _.and
+           (_.for [/.Literal]
+                  ..test|literal)
+           (_.for [/.Computation]
+                  ..test|computation)
+           )))
+
+(def test/var
+  Test
+  (do [! random.monad]
+    [float/0 random.safe_frac
+     float/1 random.safe_frac
+     float/2 random.safe_frac
+     foreign (random.lower_cased 10)
+     local (random.only (|>> (text#= foreign) not)
+                        (random.lower_cased 10))
+     .let [$foreign (/.var foreign)
+           $local (/.var local)]]
+    (all _.and
+         (_.coverage [/.var]
+           (expression (|>> (as Frac) (f.= float/0))
+                       (|> (/.return $foreign)
+                           (/.closure (list $foreign))
+                           (/.apply (list (/.float float/0))))))
+         (_.coverage [/.let]
+           (expression (|>> (as Frac) (f.= float/1))
+                       (|> (all /.then
+                                (/.let (list $local) (/.float float/1))
+                                (/.return $local))
+                           (/.closure (list $foreign))
+                           (/.apply (list (/.float float/0))))))
+         (_.coverage [/.local/1]
+           (expression (|>> (as Frac) (f.= float/1))
+                       (|> (all /.then
+                                (/.local/1 $local (/.float float/1))
+                                (/.return $local))
+                           (/.closure (list $foreign))
+                           (/.apply (list (/.float float/0))))))
+         (_.coverage [/.local]
+           (expression (|>> (as Frac) (f.= float/1))
+                       (|> (all /.then
+                                (/.local (list $local))
+                                (/.set (list $local) (/.float float/1))
+                                (/.return $local))
+                           (/.closure (list $foreign))
+                           (/.apply (list (/.float float/0))))))
+         )))
+
+(def test/location
+  Test
+  (do [! random.monad]
+    [float/0 random.safe_frac
+     float/1 random.safe_frac
+     int/0 ..int_16
+     $foreign (of ! each /.var (random.lower_cased 10))
+     $arg/0 (of ! each /.var (random.lower_cased 11))
+     $arg/1 (of ! each /.var (random.lower_cased 12))
+     field (random.upper_cased 10)]
+    (all _.and
+         (_.coverage [/.set]
+           (expression (|>> (as Frac) (f.= (f.+ float/0 float/0)))
+                       (|> (all /.then
+                                (/.set (list $foreign) (/.+ $foreign $foreign))
+                                (/.return $foreign))
+                           (/.closure (list $foreign))
+                           (/.apply (list (/.float float/0))))))
+         (_.coverage [/.multi]
+           (and (expression (|>> (as Frac) (f.= float/0))
+                            (|> (all /.then
+                                     (/.set (list $arg/0 $arg/1) (/.multi (list (/.float float/0) (/.float float/1))))
+                                     (/.return $arg/0))
+                                (/.closure (list))
+                                (/.apply (list))))
+                (expression (|>> (as Frac) (f.= float/1))
+                            (|> (all /.then
+                                     (/.set (list $arg/0 $arg/1) (/.multi (list (/.float float/0) (/.float float/1))))
+                                     (/.return $arg/1))
+                                (/.closure (list))
+                                (/.apply (list))))))
+         (_.coverage [/.Access]
+           (and (expression (|>> (as Frac) (f.= (f.+ float/0 float/0)))
+                            (let [@ (/.item (/.int +1) $foreign)]
+                              (|> (all /.then
+                                       (/.set (list $foreign) (/.array (list $foreign)))
+                                       (/.set (list @) (/.+ @ @))
+                                       (/.return @))
+                                  (/.closure (list $foreign))
+                                  (/.apply (list (/.float float/0))))))
+                (expression (|>> (as Frac) (f.= (f.+ float/0 float/0)))
+                            (let [@ (/.the field $foreign)]
+                              (|> (all /.then
+                                       (/.set (list $foreign) (/.table (list [field $foreign])))
+                                       (/.set (list @) (/.+ @ @))
+                                       (/.return @))
+                                  (/.closure (list $foreign))
+                                  (/.apply (list (/.float float/0))))))))
+         (_.for [/.Var]
+                ..test/var)
+         )))
+
+(def test|label
+  Test
+  (do [! random.monad]
+    [input ..int_16
+
+     full_iterations (of ! each (|>> (n.% 20) ++) random.nat)
+     expected_iterations (of ! each (|>> (n.% full_iterations) .int) random.nat)
+
+     $input (of ! each /.var (random.lower_cased 10))
+     $output (of ! each /.var (random.lower_cased 11))
+     $index (of ! each /.var (random.lower_cased 12))
+
+     @loop (of ! each /.label (random.lower_cased 13))
+     
+     .let [expected (i.* expected_iterations input)
+           expected_iterations (/.int expected_iterations)]]
+    (all _.and
+         (_.coverage [/.break]
+           (let [=for_in (expression (|>> (as Int) (i.= expected))
+                                     (|> (all /.then
+                                              (/.local/1 $output (/.int +0))
+                                              (/.for_in (list $index $input) (/.ipairs/1 (/.array (list.repeated full_iterations $input)))
+                                                        (all /.then
+                                                             (/.when (/.> expected_iterations $index)
+                                                               /.break)
+                                                             (/.set (list $output) (/.+ $input $output))))
+                                              (/.return $output))
+                                         (/.closure (list $input))
+                                         (/.apply (list (/.int input)))))
+                 
+                 full_iterations (/.int (.int full_iterations))
+                 =while (expression (|>> (as Int) (i.= expected))
+                                    (|> (all /.then
+                                             (/.local/1 $index (/.int +0))
+                                             (/.local/1 $output (/.int +0))
+                                             (/.while (/.< full_iterations $index)
+                                                      (all /.then
+                                                           (/.when (/.= expected_iterations $index)
+                                                             /.break)
+                                                           (/.set (list $output) (/.+ $input $output))
+                                                           (/.set (list $index) (/.+ (/.int +1) $index))
+                                                           ))
+                                             (/.return $output))
+                                        (/.closure (list $input))
+                                        (/.apply (list (/.int input)))))
+                 =repeat (expression (|>> (as Int) (i.= expected))
+                                     (|> (all /.then
+                                              (/.local/1 $index (/.int +0))
+                                              (/.local/1 $output (/.int +0))
+                                              (/.repeat (/.= full_iterations $index)
+                                                        (all /.then
+                                                             (/.when (/.= expected_iterations $index)
+                                                               /.break)
+                                                             (/.set (list $output) (/.+ $input $output))
+                                                             (/.set (list $index) (/.+ (/.int +1) $index))
+                                                             ))
+                                              (/.return $output))
+                                         (/.closure (list $input))
+                                         (/.apply (list (/.int input)))))
+                 =for_step (expression (|>> (as Int) (i.= expected))
+                                       (|> (all /.then
+                                                (/.local/1 $output (/.int +0))
+                                                (/.for_step $index (/.int +0) full_iterations (/.int +1)
+                                                            (all /.then
+                                                                 (/.when (/.= expected_iterations $index)
+                                                                   /.break)
+                                                                 (/.set (list $output) (/.+ $input $output))))
+                                                (/.return $output))
+                                           (/.closure (list $input))
+                                           (/.apply (list (/.int input)))))]
+             (and =while
+                  =repeat
+                  =for_step
+                  =for_in)))
+         (_.coverage [/.label /.set_label /.go_to]
+           (expression (|>> (as Int) (i.= expected))
+                       (|> (all /.then
+                                (/.local/1 $index (/.int +0))
+                                (/.local/1 $output (/.int +0))
+                                (/.set_label @loop)
+                                (/.if (/.< expected_iterations $index)
+                                  (all /.then
+                                       (/.set (list $output) (/.+ $input $output))
+                                       (/.set (list $index) (/.+ (/.int +1) $index))
+                                       (/.go_to @loop))
+                                  (/.return $output)))
+                           (/.closure (list $input))
+                           (/.apply (list (/.int input))))))
+         )))
+
+(def test|loop
+  Test
+  (do [! random.monad]
+    [input ..int_16
+     iterations (of ! each (n.% 10) random.nat)
+     .let [$input (/.var "input")
+           $output (/.var "output")
+           $index (/.var "index")
+           expected (i.* (.int iterations) input)]]
+    (all _.and
+         (_.coverage [/.while]
+           (expression (|>> (as Int) (i.= expected))
+                       (|> (all /.then
+                                (/.local/1 $index (/.int +0))
+                                (/.local/1 $output (/.int +0))
+                                (/.while (/.< (/.int (.int iterations)) $index)
+                                         (all /.then
+                                              (/.set (list $output) (/.+ $input $output))
+                                              (/.set (list $index) (/.+ (/.int +1) $index))
+                                              ))
+                                (/.return $output))
+                           (/.closure (list $input))
+                           (/.apply (list (/.int input))))))
+         (_.coverage [/.repeat]
+           (expression (|>> (as Int) (i.= expected))
+                       (|> (all /.then
+                                (/.local/1 $index (/.int +0))
+                                (/.local/1 $output (/.int +0))
+                                (/.repeat (/.= (/.int (.int iterations)) $index)
+                                          (all /.then
+                                               (/.set (list $output) (/.+ $input $output))
+                                               (/.set (list $index) (/.+ (/.int +1) $index))
+                                               ))
+                                (/.return $output))
+                           (/.closure (list $input))
+                           (/.apply (list (/.int input))))))
+         (_.coverage [/.for_step]
+           (expression (|>> (as Int) (i.= expected))
+                       (|> (all /.then
+                                (/.local/1 $output (/.int +0))
+                                (/.for_step $index (/.int +0) (/.int (.int (-- iterations))) (/.int +1)
+                                            (/.set (list $output) (/.+ $input $output)))
+                                (/.return $output))
+                           (/.closure (list $input))
+                           (/.apply (list (/.int input))))))
+         (_.coverage [/.for_in /.ipairs/1]
+           (expression (|>> (as Int) (i.= expected))
+                       (|> (all /.then
+                                (/.local/1 $output (/.int +0))
+                                (/.for_in (list $index $input) (/.ipairs/1 (/.array (list.repeated iterations $input)))
+                                          (/.set (list $output) (/.+ $input $output)))
+                                (/.return $output))
+                           (/.closure (list $input))
+                           (/.apply (list (/.int input))))))
+         (_.for [/.Label]
+                ..test|label)
+         )))
+
+(def test|exception
+  Test
+  (do [! random.monad]
+    [expected random.safe_frac
+     dummy (random.only (|>> (f.= expected) not)
+                        random.safe_frac)
+     $verdict (of ! each /.var (random.lower_cased 10))
+     $outcome (of ! each /.var (random.lower_cased 11))]
+    (all _.and
+         (_.coverage [/.pcall/1]
+           (expression (|>> (as Frac) (f.= expected))
+                       (|> (all /.then
+                                (/.let (list $verdict $outcome) (/.pcall/1 (/.closure (list)
+                                                                                      (/.return (/.float expected)))))
+                                (/.if $verdict
+                                  (/.return $outcome)
+                                  (/.return (/.float dummy))))
+                           (/.closure (list))
+                           (/.apply (list)))))
+         (_.coverage [/.error/1]
+           (expression (|>> (as Frac) (f.= expected))
+                       (|> (all /.then
+                                (/.let (list $verdict $outcome) (/.pcall/1 (/.closure (list)
+                                                                                      (all /.then
+                                                                                           (/.statement (/.error/1 (/.float expected)))
+                                                                                           (/.return (/.float dummy))))))
+                                (/.if $verdict
+                                  (/.return (/.float dummy))
+                                  (/.return $outcome)))
+                           (/.closure (list))
+                           (/.apply (list)))))
+         (_.coverage [/.error/2]
+           (expression (|>> (as Frac) (f.= expected))
+                       (|> (all /.then
+                                (/.let (list $verdict $outcome) (/.pcall/1 (/.closure (list)
+                                                                                      (all /.then
+                                                                                           (/.statement (/.error/2 (/.float expected) (/.int +2)))
+                                                                                           (/.return (/.float dummy))))))
+                                (/.if $verdict
+                                  (/.return (/.float dummy))
+                                  (/.return $outcome)))
+                           (/.closure (list))
+                           (/.apply (list)))))
+         )))
+
+(def test|function
+  Test
+  (do [! random.monad]
+    [float/0 random.safe_frac
+     iterations (of ! each (n.% 10) random.nat)
+     $self (of ! each /.var (random.lower_cased 1))
+     $arg/0 (of ! each /.var (random.lower_cased 2))
+     field (random.lower_cased 3)
+     $class (of ! each /.var (random.upper_cased 4))]
+    (all _.and
+         (_.coverage [/.closure /.return]
+           (expression (|>> (as Frac) (f.= float/0))
+                       (/.apply (list)
+                                (/.closure (list) (/.return (/.float float/0))))))
+         (_.coverage [/.local_function]
+           (expression (|>> (as Int) .nat (n.= iterations))
+                       (|> (all /.then
+                                (/.local_function $self (list $arg/0)
+                                                  (/.if (/.< (/.int (.int iterations)) $arg/0)
+                                                    (/.return (/.apply (list (/.+ (/.int +1) $arg/0)) $self))
+                                                    (/.return $arg/0)))
+                                (/.return (/.apply (list (/.int +0)) $self)))
+                           (/.closure (list))
+                           (/.apply (list)))))
+         (do [! random.monad]
+           [float/0 random.safe_frac
+            float/1 random.safe_frac
+            float/2 random.safe_frac
+            $arg/0 (of ! each /.var (random.lower_cased 10))
+            $arg/1 (of ! each /.var (random.lower_cased 11))
+            $arg/2 (of ! each /.var (random.lower_cased 12))]
+           (`` (all _.and
+                    (_.coverage [/.apply]
+                      (expression (|>> (as Frac) (f.= (all f.+ float/0 float/1 float/2)))
+                                  (/.apply (list (/.float float/0)
+                                                 (/.float float/1)
+                                                 (/.float float/2))
+                                           (/.closure (list $arg/0 $arg/1 $arg/2) (/.return (all /.+ $arg/0 $arg/1 $arg/2))))))
+                    )))
+         )))
+
+(def test|branching
+  Test
+  (do [! random.monad]
+    [float/0 random.safe_frac
+     float/1 random.safe_frac
+     ??? random.bit]
+    (all _.and
+         (_.coverage [/.if]
+           (expression (|>> (as Frac) (f.= (if ??? float/0 float/1)))
+                       (|> (/.if (/.boolean ???)
+                             (/.return (/.float float/0))
+                             (/.return (/.float float/1)))
+                           (/.closure (list))
+                           (/.apply (list)))))
+         (_.coverage [/.when]
+           (expression (|>> (as Frac) (f.= (if ??? float/0 float/1)))
+                       (|> (all /.then
+                                (/.when (/.boolean ???)
+                                  (/.return (/.float float/0)))
+                                (/.return (/.float float/1)))
+                           (/.closure (list))
+                           (/.apply (list)))))
+         )))
+
+(def test|binding
+  Test
+  (all _.and
+       ..test|function
+       (_.for [/.Location]
+              ..test/location)
+       ))
+
+(def test|control
+  Test
+  (all _.and
+       ..test|branching
+       ..test|loop
+       ..test|exception
+       ))
+
+(def test|statement
+  Test
+  (do [! random.monad]
+    [float/0 random.safe_frac
+     float/1 random.safe_frac
+     $arg/0 (of ! each /.var (random.lower_cased 10))
+     $arg/1 (of ! each /.var (random.lower_cased 11))]
+    (`` (all _.and
+             (_.coverage [/.statement /.then /.print/1]
+               (expression (|>> (as Frac) (f.= float/0))
+                           (|> (all /.then
+                                    (/.statement (/.print/1 $arg/0))
+                                    (/.return $arg/0))
+                               (/.closure (list $arg/0))
+                               (/.apply (list (/.float float/0))))))
+             ..test|binding
+             ..test|control
+             ))))
+
+(def .public test
+  Test
+  (do [! random.monad]
+    [.let [random (of ! each /.int random.int)]
+     expected random.int]
+    (<| (_.covering /._)
+        (_.for [/.Code /.code])
+        (`` (all _.and
+                 (_.for [/.equivalence]
+                        (equivalenceT.spec /.equivalence random))
+                 (_.for [/.hash]
+                        (hashT.spec /.hash random))
+                 
+                 (_.coverage [/.manual]
+                   (expression (|>> (as Int) (i.= expected))
+                               (/.manual (/.code (/.int expected)))))
+                 (_.for [/.Expression]
+                        ..test|expression)
+                 (_.for [/.Statement]
+                        ..test|statement)
+                 )))))
diff --git a/stdlib/source/test/lux/meta/compiler/target/python.lux b/stdlib/source/test/lux/meta/compiler/target/python.lux
new file mode 100644
index 000000000..ac5ba6d0b
--- /dev/null
+++ b/stdlib/source/test/lux/meta/compiler/target/python.lux
@@ -0,0 +1,844 @@
+(.require
+ [library
+  [lux (.except)
+   ["[0]" ffi]
+   [abstract
+    [monad (.only do)]
+    ["[0]" hash
+     ["[1]T" \\test]]
+    ["[0]" equivalence
+     ["[1]T" \\test]]]
+   [control
+    ["[0]" maybe (.use "[1]#[0]" functor)]
+    ["[0]" try (.only Try) (.use "[1]#[0]" functor)]
+    ["[0]" function (.only)
+     ["[0]" predicate]]]
+   [data
+    ["[0]" bit (.use "[1]#[0]" equivalence)]
+    ["[0]" text (.use "[1]#[0]" equivalence)
+     ["%" \\format (.only format)]]
+    [collection
+     ["[0]" list (.use "[1]#[0]" functor)]]]
+   [math
+    ["[0]" random (.only Random) (.use "[1]#[0]" monad)]
+    [number
+     ["n" nat]
+     ["i" int]
+     ["f" frac]
+     ["[0]" i64]]]
+   [meta
+    ["[0]" static]
+    ["[0]" code]]
+   [test
+    ["_" property (.only Test)]]]]
+ [\\library
+  ["[0]" / (.use "[1]#[0]" equivalence)]])
+
+(ffi.import (eval [Text] "try" "?" Any))
+
+(def (expression ??? it)
+  (-> (-> Any Bit) (/.Expression Any) Bit)
+  (|> it
+      /.code
+      ..eval
+      (try#each (|>> (maybe#each ???)
+                     (maybe.else false)))
+      (try.else false)))
+
+(def test|literal
+  Test
+  (do [! random.monad]
+    [bool random.bit
+     float random.frac
+     int random.int
+     string (random.upper_cased 1)]
+    (all _.and
+         (_.coverage [/.none]
+           (|> /.none
+               /.code
+               ..eval
+               (try#each (function (_ it)
+                           (when it
+                             {.#None} true
+                             {.#Some _} false)))
+               (try.else false)))
+         (_.coverage [/.bool]
+           (expression (|>> (as Bit) (bit#= bool))
+                       (/.bool bool)))
+         (_.coverage [/.int]
+           (expression (|>> (as Int) (i.= int))
+                       (/.int int)))
+         ... (_.coverage [/.long]
+         ...          (expression (|>> (as Int) (i.= int))
+         ...                      (/.long int)))
+         (_.coverage [/.float]
+           (expression (|>> (as Frac) (f.= float))
+                       (/.float float)))
+         (_.coverage [/.string]
+           (expression (|>> (as Text) (text#= string))
+                       (/.string string)))
+         (_.coverage [/.unicode]
+           (expression (|>> (as Text) (text#= string))
+                       (/.unicode string)))
+         )))
+
+(def test|bool
+  Test
+  (do [! random.monad]
+    [left random.bit
+     right random.bit]
+    (`` (all _.and
+             (,, (with_template [ ]
+                   [(_.coverage []
+                      (let [expected ( left right)]
+                        (expression (|>> (as Bit) (bit#= expected))
+                                    ( (/.bool left) (/.bool right)))))]
+
+                   [/.or .or]
+                   [/.and .and]
+                   ))
+             (_.coverage [/.not]
+               (expression (|>> (as Bit) (bit#= (not left)))
+                           (/.not (/.bool left))))
+             ))))
+
+(def test|float
+  Test
+  (do [! random.monad]
+    [parameter (random.only (|>> (f.= +0.0) not)
+                            random.safe_frac)
+     subject random.safe_frac]
+    (`` (all _.and
+             (,, (with_template [  
]
+                   [(_.coverage []
+                      (let [expected ( (
 parameter) (
 subject))]
+                        (expression (|>> (as Frac) (f.= expected))
+                                    ( (/.float (
 parameter)) (/.float (
 subject))))))]
+
+                   [/.+ f.+ |>]
+                   [/.- f.- |>]
+                   [/.* f.* |>]
+                   [/./ f./ |>]
+                   [/.% f.mod |>]
+                   [/.** f.pow f.abs]
+                   ))
+             (,, (with_template [ ]
+                   [(_.coverage []
+                      (let [expected ( parameter subject)]
+                        (expression (|>> (as Bit) (bit#= expected))
+                                    ( (/.float parameter) (/.float subject)))))]
+
+                   [/.<  f.<]
+                   [/.<= f.<=]
+                   [/.>  f.>]
+                   [/.>= f.>=]
+                   [/.=  f.=]
+                   ))
+             (_.coverage [/.float/1]
+               (expression (|>> (as Frac) (f.= subject))
+                           (/.float/1 (/.string (%.frac subject)))))
+             (_.coverage [/.repr/1]
+               (expression (|>> (as Text) (text#= (text.replaced "+" "" (%.frac subject))))
+                           (/.repr/1 (/.float subject))))
+             ))))
+
+(def python_3?
+  (/.Expression Any)
+  (|> (/.__import__/1 (/.unicode "sys"))
+      (/.the "version_info")
+      (/.the "major")
+      (/.= (/.int +3))))
+
+(def int_16
+  (-> Int Int)
+  (i64.and (-- (i64.left_shifted 15 1))))
+
+(def test|int
+  Test
+  (do [! random.monad]
+    [left random.int
+     right random.int
+
+     i16 (of ! each ..int_16 random.int)
+     shift (of ! each (n.% 16) random.nat)]
+    (`` (all _.and
+             (,, (with_template [ ]
+                   [(_.coverage []
+                      (let [expected ( left right)]
+                        (expression (|>> (as Frac) f.int (i.= expected))
+                                    ( (/.int left) (/.int right)))))]
+
+                   [/.bit_or i64.or]
+                   [/.bit_xor i64.xor]
+                   [/.bit_and i64.and]
+                   ))
+             (,, (with_template [ ]
+                   [(_.coverage []
+                      (let [left (.int shift)
+                            right (i.* (.int shift) i16)
+                            expected ( left right)]
+                        (expression (|>> (as Int) (i.= expected))
+                                    ( (/.int left) (/.int right)))))]
+
+                   [/.// i./]
+                   ))
+             (_.coverage [/.opposite]
+               (expression (|>> (as Int) (i.= (i.* -1 left)))
+                           (/.opposite (/.int left))))
+             (_.coverage [/.bit_shl]
+               (let [expected (i64.left_shifted shift i16)]
+                 (expression (|>> (as Frac) f.int (i.= expected))
+                             (/.bit_shl (/.int (.int shift))
+                                        (/.int i16)))))
+             (_.coverage [/.bit_shr]
+               (let [expected (i.right_shifted shift i16)]
+                 (expression (|>> (as Frac) f.int (i.= expected))
+                             (/.bit_shr (/.int (.int shift))
+                                        (/.int i16)))))
+             (_.coverage [/.int/1]
+               (expression (|>> (as Int) (i.= left))
+                           (/.int/1 (/.string (%.int left)))))
+             (_.coverage [/.str/1]
+               (expression (|>> (as Text) (text#= (text.replaced "+" "" (%.int left))))
+                           (/.str/1 (/.int left))))
+             (_.coverage [/.long]
+               (or (expression (|>> (as Bit))
+                               ..python_3?)
+                   (expression (|>> (as Int) (i.= left))
+                               (/.long left))))
+             ))))
+
+(def test|text
+  Test
+  (do [! random.monad]
+    [expected_code (of ! each (n.% 128) random.nat)
+     .let [expected_char (text.of_char expected_code)]]
+    (all _.and
+         (_.coverage [/.chr/1 /.ord/1
+                      /.unichr/1 /.unicode/1]
+           (and (expression (|>> (as Int) .nat (n.= expected_code))
+                            (/.? python_3?
+                                 (/.ord/1 (/.chr/1 (/.int (.int expected_code))))
+                                 (/.unicode/1 (/.unichr/1 (/.int (.int expected_code))))))
+                (expression (|>> (as Text) (text#= expected_char))
+                            (/.? python_3?
+                                 (/.chr/1 (/.ord/1 (/.string expected_char)))
+                                 (/.unichr/1 (/.unicode/1 (/.string expected_char)))))))
+         )))
+
+(def test|array
+  Test
+  (do [! random.monad]
+    [size (of ! each (|>> (n.% 10) ++) random.nat)
+     index (of ! each (n.% size) random.nat)
+     items (random.list size random.safe_frac)
+     .let [expected (|> items
+                        (list.item index)
+                        (maybe.else f.not_a_number))]
+     from (of ! each (n.% size) random.nat)
+     plus (of ! each (n.% (n.- from size)) random.nat)
+     .let [slice_from|size (n.- from size)
+           to (/.int (.int (n.+ plus from)))
+           from (/.int (.int from))]]
+    (all _.and
+         (_.for [/.item]
+                (all _.and
+                     (_.coverage [/.list]
+                       (expression (|>> (as Frac) (f.= expected))
+                                   (/.item (/.int (.int index))
+                                           (/.list (list#each /.float items)))))
+                     (_.coverage [/.tuple]
+                       (expression (|>> (as Frac) (f.= expected))
+                                   (/.item (/.int (.int index))
+                                           (/.tuple (list#each /.float items)))))))
+         (_.coverage [/.slice /.len/1]
+           (expression (|>> (as Int) (i.= (.int plus)))
+                       (|> (/.list (list#each /.float items))
+                           (/.slice from to)
+                           /.len/1)))
+         (_.coverage [/.slice_from]
+           (expression (|>> (as Int) (i.= (.int slice_from|size)))
+                       (|> (/.list (list#each /.float items))
+                           (/.slice_from from)
+                           /.len/1)))
+         )))
+
+(def test|dict
+  Test
+  (do [! random.monad]
+    [expected random.safe_frac
+     field (random.upper_cased 5)
+     dummy (random.only (|>> (text#= field) not)
+                        (random.upper_cased 5))
+     .let [field (/.string field)
+           dummy (/.string dummy)]]
+    (all _.and
+         (_.coverage [/.dict]
+           (expression (|>> (as Frac) (f.= expected))
+                       (/.item field (/.dict (list [field (/.float expected)])))))
+         (_.coverage [/.in?]
+           (and (expression (|>> (as Bit) not)
+                            (/.in? (/.dict (list)) field))
+                (expression (|>> (as Bit))
+                            (/.in? (/.dict (list [field (/.float expected)])) field))))
+         )))
+
+(def test|computation
+  Test
+  (do [! random.monad]
+    [test random.bit
+     then random.safe_frac
+     else random.safe_frac
+
+     bool random.bit
+     float (random.only (|>> f.not_a_number? not) random.frac)
+     string (random.upper_cased 5)
+
+     comment (random.upper_cased 10)
+     $arg/0 (of ! each /.var (random.lower_cased 10))
+     $arg/1 (of ! each /.var (random.lower_cased 11))]
+    (all _.and
+         ..test|bool
+         ..test|float
+         ..test|int
+         ..test|text
+         ..test|array
+         ..test|dict
+         (_.coverage [/.?]
+           (let [expected (if test then else)]
+             (expression (|>> (as Frac) (f.= expected))
+                         (/.? (/.bool test)
+                              (/.float then)
+                              (/.float else)))))
+         (_.coverage [/.comment]
+           (expression (|>> (as Frac) (f.= then))
+                       (/.comment comment
+                         (/.float then))))
+         (_.coverage [/.__import__/1]
+           (expression (function.constant true)
+                       (/.__import__/1 (/.string "math"))))
+         (_.coverage [/.do]
+           (expression (|>> (as Frac) (f.= (f.ceil float)))
+                       (|> (/.__import__/1 (/.string "math"))
+                           (/.do "ceil" (list (/.float float))))))
+         (_.coverage [/.is]
+           (and (expression (|>> (as Bit))
+                            (/.apply (list (/.string (format string string)))
+                                     (/.lambda (list $arg/0)
+                                               (/.is $arg/0 $arg/0))))
+                (expression (|>> (as Bit) not)
+                            (/.apply (list (/.string (format string string))
+                                           (/.string string))
+                                     (/.lambda (list $arg/0 $arg/1)
+                                               (/.is $arg/0 (/.+ $arg/1 $arg/1)))))))
+         )))
+
+(def test|function
+  Test
+  (do [! random.monad]
+    [float/0 random.safe_frac
+     float/1 random.safe_frac
+     float/2 random.safe_frac
+     $arg/0 (of ! each /.var (random.lower_cased 10))
+     $arg/1 (of ! each /.var (random.lower_cased 11))
+     $arg/2 (of ! each /.var (random.lower_cased 12))]
+    (all _.and
+         (_.coverage [/.lambda]
+           (expression (|>> (as Frac) (f.= float/0))
+                       (/.apply (list)
+                                (/.lambda (list)
+                                          (/.float float/0)))))
+         (_.coverage [/.apply]
+           (expression (|>> (as Frac) (f.= (all f.+ float/0 float/1 float/2)))
+                       (/.apply (list (/.float float/0) (/.float float/1) (/.float float/2))
+                                (/.lambda (list $arg/0 $arg/1 $arg/2)
+                                          (all /.+ $arg/0 $arg/1 $arg/2)))))
+         )))
+
+(def test|var
+  Test
+  (do [! random.monad]
+    [expected/0 random.safe_frac
+     expected/1 random.safe_frac
+     poly_choice (of ! each (n.% 2) random.nat)
+     .let [keyword (|>> %.nat (format "k") /.string)
+           keyword/0 (keyword 0)
+           keyword/1 (keyword 1)
+           keyword_choice (keyword poly_choice)]
+     .let [expected/? (when poly_choice
+                        0 expected/0
+                        _ expected/1)]
+     $var (of ! each (|>> %.nat (format "v") /.var) random.nat)
+     $choice (of ! each (|>> %.nat (format "c") /.var) random.nat)]
+    (all _.and
+         (_.coverage [/.Single /.SVar /.var]
+           (expression (|>> (as Frac) (f.= expected/0))
+                       (/.apply (list (/.float expected/0))
+                                (/.lambda (list $var) $var))))
+         (_.for [/.Poly /.PVar]
+                (all _.and
+                     (_.coverage [/.poly]
+                       (expression (|>> (as Frac) (f.= expected/?))
+                                   (/.apply (list (/.int (.int poly_choice))
+                                                  (/.float expected/0)
+                                                  (/.float expected/1))
+                                            (/.lambda (list $choice (/.poly $var))
+                                                      (/.item $choice $var)))))
+                     (_.coverage [/.splat_poly]
+                       (expression (|>> (as Frac) (f.= expected/?))
+                                   (/.apply (list (/.int (.int poly_choice))
+                                                  (/.splat_poly
+                                                   (/.list (list (/.float expected/0)
+                                                                 (/.float expected/1)))))
+                                            (/.lambda (list $choice (/.poly $var))
+                                                      (/.item $choice $var)))))
+                     ))
+         (_.for [/.Keyword /.KVar]
+                (all _.and
+                     (_.coverage [/.keyword]
+                       (expression (|>> (as Nat) (n.= 2))
+                                   (/.apply (list keyword_choice
+                                                  (/.splat_keyword
+                                                   (/.dict (list [keyword/0 (/.float expected/0)]
+                                                                 [keyword/1 (/.float expected/1)]))))
+                                            (/.lambda (list $choice (/.keyword $var))
+                                                      (/.len/1 $var)))))
+                     (_.coverage [/.splat_keyword]
+                       (expression (|>> (as Frac) (f.= expected/?))
+                                   (/.apply (list keyword_choice
+                                                  (/.splat_keyword
+                                                   (/.dict (list [keyword/0 (/.float expected/0)]
+                                                                 [keyword/1 (/.float expected/1)]))))
+                                            (/.lambda (list $choice (/.keyword $var))
+                                                      (/.item $choice $var)))))
+                     ))
+         )))
+
+(def test|expression
+  Test
+  (do [! random.monad]
+    [dummy random.safe_frac
+     expected random.safe_frac]
+    (`` (all _.and
+             (_.for [/.Literal]
+                    ..test|literal)
+             (_.for [/.Computation]
+                    ..test|computation)
+             ..test|function
+             (_.for [/.Var]
+                    ..test|var)
+             ))))
+
+(ffi.import Dict
+  "[1]::[0]"
+  (get [ffi.String] Any))
+
+(ffi.import (dict [] ..Dict))
+
+(def (statement it)
+  (-> (-> /.SVar (/.Statement Any)) Any)
+  (let [$output (static.random (|>> %.nat (format "output_") code.text)
+                               random.nat)
+        environment (..dict [])]
+    (exec
+      (.python_exec# (/.code (it (/.var $output))) (as_expected environment))
+      (Dict::get $output environment))))
+
+(def test|access
+  Test
+  (do [! random.monad]
+    [$var/0 (of ! each (|>> %.nat (format "v0_") /.var) random.nat)
+     expected/0 random.safe_frac
+     dummy/0 random.safe_frac
+     field (of ! each /.string (random.upper_cased 1))]
+    (all _.and
+         (_.coverage [/.item]
+           (`` (and (,, (with_template []
+                          [(expression (|>> (as Frac) (f.= expected/0))
+                                       (/.item (/.int +0)
+                                               ( (list (/.float expected/0)))))]
+
+                          [/.list]
+                          [/.tuple]
+                          ))
+                    (|> (..statement
+                         (function (_ $output)
+                           (all /.then
+                                (/.set (list $var/0) (/.list (list (/.float dummy/0))))
+                                (/.set (list (/.item (/.int +0) $var/0)) (/.float expected/0))
+                                (/.set (list $output) (/.item (/.int +0) $var/0)))))
+                        (as Frac)
+                        (f.= expected/0))
+
+                    (expression (|>> (as Frac) (f.= expected/0))
+                                (/.item field (/.dict (list [field (/.float expected/0)]))))
+                    (|> (..statement
+                         (function (_ $output)
+                           (all /.then
+                                (/.set (list $var/0) (/.dict (list [field (/.float dummy/0)])))
+                                (/.set (list (/.item field $var/0)) (/.float expected/0))
+                                (/.set (list $output) (/.item field $var/0)))))
+                        (as Frac)
+                        (f.= expected/0)))))
+         )))
+
+(def test|location
+  Test
+  (do [! random.monad]
+    [$var/0 (of ! each (|>> %.nat (format "v0_") /.var) random.nat)
+     $var/1 (of ! each (|>> %.nat (format "v1_") /.var) random.nat)
+     $def (of ! each (|>> %.nat (format "def_") /.var) random.nat)
+     expected/0 random.safe_frac
+     expected/1 random.safe_frac
+     dummy/0 random.safe_frac
+     field/0 (of ! each /.string (random.upper_cased 1))]
+    (all _.and
+         (_.coverage [/.set]
+           (|> (..statement
+                (function (_ $output)
+                  (all /.then
+                       (/.set (list $var/0) (/.float expected/0))
+                       (/.set (list $output) $var/0))))
+               (as Frac)
+               (f.= expected/0)))
+         (_.coverage [/.multi]
+           (`` (and (,, (with_template [ ]
+                          [(|> (..statement
+                                (function (_ $output)
+                                  (all /.then
+                                       (/.set (list $var/0 $var/1) (/.multi (list (/.float expected/0) (/.float expected/1))))
+                                       (/.set (list $output) ))))
+                               (as Frac)
+                               (f.= ))]
+
+                          [$var/0 expected/0]
+                          [$var/1 expected/1]
+                          )))))
+         (_.coverage [/.delete]
+           (and (|> (..statement
+                     (function (_ $output)
+                       (all /.then
+                            (/.set (list $var/0) (/.list (list (/.float dummy/0) (/.float expected/0))))
+                            (/.delete (/.item (/.int +0) $var/0))
+                            (/.set (list $output) (/.item (/.int +0) $var/0)))))
+                    (as Frac)
+                    (f.= expected/0))
+                (|> (..statement
+                     (function (_ $output)
+                       (all /.then
+                            (/.set (list $var/0) (/.list (list (/.float dummy/0) (/.float expected/0))))
+                            (/.delete (/.slice (/.int +0) (/.int +1) $var/0))
+                            (/.set (list $output) (/.item (/.int +0) $var/0)))))
+                    (as Frac)
+                    (f.= expected/0))
+                (|> (..statement
+                     (function (_ $output)
+                       (all /.then
+                            (/.set (list $var/0) (/.list (list (/.float dummy/0) (/.float dummy/0))))
+                            (/.delete (/.slice_from (/.int +0) $var/0))
+                            (/.statement (/.do "append" (list (/.float expected/0)) $var/0))
+                            (/.set (list $output) (/.item (/.int +0) $var/0)))))
+                    (as Frac)
+                    (f.= expected/0))
+                (|> (..statement
+                     (function (_ $output)
+                       (all /.then
+                            (/.set (list $var/0) (/.dict (list [field/0 (/.float dummy/0)])))
+                            (/.delete (/.item field/0 $var/0))
+                            (/.set (list $output) (/.in? $var/0 field/0)))))
+                    (as Bit)
+                    not)
+                (|> (..statement
+                     (function (_ $output)
+                       (all /.then
+                            (/.set (list $var/0) (/.float dummy/0))
+                            (/.delete $var/0)
+                            (/.set (list $output) (/.or (/.in? /.locals/0 (/.string (/.code $var/0)))
+                                                        (/.in? /.globals/0 (/.string (/.code $var/0))))))))
+                    (as Bit)
+                    not)
+                ))
+         (_.coverage [/.globals/0]
+           (|> (..statement
+                (function (_ $output)
+                  (all /.then
+                       (/.def $def (list $var/0)
+                         (/.return (/.in? /.globals/0 (/.string (/.code $var/0)))))
+                       (/.set (list $output) (/.and (/.not (/.in? /.globals/0 (/.string (/.code $var/0))))
+                                                    (/.not (/.apply (list (/.float dummy/0)) $def))))
+                       (/.set (list $var/0) (/.float dummy/0))
+                       (/.set (list $output) (/.and $output
+                                                    (/.in? /.globals/0 (/.string (/.code $var/0))))))))
+               (as Bit)))
+         (_.coverage [/.locals/0]
+           (|> (..statement
+                (function (_ $output)
+                  (all /.then
+                       (/.def $def (list $var/0)
+                         (/.return (/.in? /.locals/0 (/.string (/.code $var/0)))))
+                       (/.set (list $output) (/.and (/.not (/.in? /.locals/0 (/.string (/.code $var/0))))
+                                                    (/.apply (list (/.float dummy/0)) $def)))
+                       (/.set (list $var/0) (/.float dummy/0))
+                       (/.set (list $output) (/.and $output
+                                                    (/.in? /.locals/0 (/.string (/.code $var/0))))))))
+               (as Bit)))
+         (_.coverage [/.import]
+           (|> (..statement
+                (function (_ $output)
+                  (all /.then
+                       (/.import "math")
+                       (/.set (list $output) (/.in? /.globals/0 (/.string "math"))))))
+               (as Bit)))
+         (_.for [/.Access]
+                ..test|access)
+         )))
+
+(def test|exception
+  Test
+  (do [! random.monad]
+    [expected_error (random.upper_cased 10)
+     expected random.safe_frac
+     dummy (random.only (|>> (f.= expected) not)
+                        random.safe_frac)
+     $ex (of ! each (|>> %.nat (format "ex_") /.var) random.nat)]
+    (all _.and
+         (_.coverage [/.raise /.Exception/1]
+           (when (try (..statement
+                       (function (_ $output)
+                         (all /.then
+                              (/.raise (/.Exception/1 (/.string expected_error)))
+                              (/.set (list $output) (/.float dummy))))))
+             {try.#Failure actual_error}
+             (text#= expected_error actual_error)
+             
+             {try.#Success _}
+             false))
+         (_.coverage [/.try /.Except]
+           (and (|> (..statement
+                     (function (_ $output)
+                       (/.try (all /.then
+                                   (/.raise (/.Exception/1 (/.string expected_error)))
+                                   (/.set (list $output) (/.float dummy)))
+                              (list [/.#classes (list "Exception")
+                                     /.#exception $ex
+                                     /.#handler (/.set (list $output) (/.float expected))]))))
+                    (as Frac)
+                    (f.= expected))
+                (when (try (..statement
+                            (function (_ $output)
+                              (/.try (all /.then
+                                          (/.raise (/.Exception/1 (/.string expected_error)))
+                                          (/.set (list $output) (/.float dummy)))
+                                     (list [/.#classes (list)
+                                            /.#exception $ex
+                                            /.#handler (/.set (list $output) (/.float expected))])))))
+                  {try.#Failure actual_error}
+                  (text#= expected_error actual_error)
+                  
+                  {try.#Success actual}
+                  false)))
+         )))
+
+(def test|loop
+  Test
+  (do [! random.monad]
+    [base (of ! each (n.% 100) random.nat)
+     factor (of ! each (|>> (n.% 10) ++) random.nat)
+     extra (of ! each (|>> (n.% 10) ++) random.nat)
+     .let [expected (n.* factor base)]
+     $iteration (of ! each (|>> %.nat (format "iteration_") /.var) random.nat)
+     $temp (of ! each (|>> %.nat (format "temp_") /.var) random.nat)]
+    (all _.and
+         (_.coverage [/.while]
+           (and (|> (..statement
+                     (function (_ $output)
+                       (all /.then
+                            (/.set (list $output) (/.int +0))
+                            (/.set (list $iteration) (/.int +0))
+                            (/.while (/.< (/.int (.int factor)) $iteration)
+                                     (all /.then
+                                          (/.set (list $output) (/.+ (/.int (.int base))
+                                                                     $output))
+                                          (/.set (list $iteration) (/.+ (/.int +1)
+                                                                        $iteration))
+                                          )
+                                     {.#None}))))
+                    (as Nat)
+                    (n.= expected))
+                (|> (..statement
+                     (function (_ $output)
+                       (all /.then
+                            (/.set (list $temp) (/.int +0))
+                            (/.set (list $iteration) (/.int +0))
+                            (/.while (/.< (/.int (.int factor)) $iteration)
+                                     (all /.then
+                                          (/.set (list $temp) (/.+ (/.int (.int base))
+                                                                   $temp))
+                                          (/.set (list $iteration) (/.+ (/.int +1)
+                                                                        $iteration))
+                                          )
+                                     {.#Some (/.set (list $output) $temp)}))))
+                    (as Nat)
+                    (n.= expected))))
+         (_.coverage [/.for_in]
+           (|> (..statement
+                (function (_ $output)
+                  (all /.then
+                       (/.set (list $output) (/.int +0))
+                       (/.for_in $iteration
+                                 (/.list (list.repeated factor (/.int (.int base))))
+                                 (/.set (list $output) (/.+ $iteration
+                                                            $output))))))
+               (as Nat)
+               (n.= expected)))
+         (_.coverage [/.pass]
+           (|> (..statement
+                (function (_ $output)
+                  (all /.then
+                       (/.set (list $output) (/.int +0))
+                       (/.set (list $iteration) (/.int +0))
+                       (/.while (/.< (/.int (.int (n.+ extra factor))) $iteration)
+                                (all /.then
+                                     (/.set (list $iteration) (/.+ (/.int +1)
+                                                                   $iteration))
+                                     (/.if (/.> (/.int (.int extra)) $iteration)
+                                       (/.set (list $output) (/.+ (/.int (.int base))
+                                                                  $output))
+                                       /.pass))
+                                {.#None}))))
+               (as Nat)
+               (n.= expected)))
+         (_.coverage [/.continue]
+           (|> (..statement
+                (function (_ $output)
+                  (all /.then
+                       (/.set (list $output) (/.int +0))
+                       (/.set (list $iteration) (/.int +0))
+                       (/.while (/.< (/.int (.int (n.+ extra factor))) $iteration)
+                                (all /.then
+                                     (/.set (list $iteration) (/.+ (/.int +1)
+                                                                   $iteration))
+                                     (/.if (/.> (/.int (.int extra)) $iteration)
+                                       (/.set (list $output) (/.+ (/.int (.int base))
+                                                                  $output))
+                                       /.continue))
+                                {.#None}))))
+               (as Nat)
+               (n.= expected)))
+         (_.coverage [/.break]
+           (|> (..statement
+                (function (_ $output)
+                  (all /.then
+                       (/.set (list $output) (/.int +0))
+                       (/.set (list $iteration) (/.int +0))
+                       (/.while (/.< (/.int (.int (n.+ extra factor))) $iteration)
+                                (all /.then
+                                     (/.set (list $iteration) (/.+ (/.int +1)
+                                                                   $iteration))
+                                     (/.if (/.> (/.int (.int factor)) $iteration)
+                                       /.break
+                                       (/.set (list $output) (/.+ (/.int (.int base))
+                                                                  $output))))
+                                {.#None}))))
+               (as Nat)
+               (n.= expected)))
+         )))
+
+(def test|statement
+  Test
+  (do [! random.monad]
+    [$def (of ! each (|>> %.nat (format "def_") /.var) random.nat)
+     $input/0 (of ! each (|>> %.nat (format "input_") /.var) random.nat)
+     expected/0 random.safe_frac
+     test random.bit
+     then random.safe_frac
+     else random.safe_frac
+     .let [expected/? (if test then else)]]
+    (all _.and
+         (_.coverage [/.def /.return]
+           (|> (..statement
+                (function (_ $output)
+                  (all /.then
+                       (/.def $def (list $input/0)
+                         (/.return $input/0))
+                       (/.set (list $output) (/.apply (list (/.float expected/0)) $def)))))
+               (as Frac)
+               (f.= expected/0)))
+         (_.coverage [/.if]
+           (|> (..statement
+                (function (_ $output)
+                  (all /.then
+                       (/.def $def (list)
+                         (/.if (/.bool test)
+                           (/.return (/.float then))
+                           (/.return (/.float else))))
+                       (/.set (list $output) (/.apply (list) $def)))))
+               (as Frac)
+               (f.= expected/?)))
+         (_.coverage [/.when /.then]
+           (|> (..statement
+                (function (_ $output)
+                  (all /.then
+                       (/.def $def (list)
+                         (all /.then
+                              (/.when (/.bool test)
+                                (/.return (/.float then)))
+                              (/.return (/.float else))))
+                       (/.set (list $output) (/.apply (list) $def)))))
+               (as Frac)
+               (f.= expected/?)))
+         (_.coverage [/.statement]
+           (|> (..statement
+                (function (_ $output)
+                  (all /.then
+                       (/.def $def (list)
+                         (all /.then
+                              (/.statement (/.+ (/.float expected/0) (/.float expected/0)))
+                              (/.return (/.float expected/0))))
+                       (/.set (list $output) (/.apply (list) $def)))))
+               (as Frac)
+               (f.= expected/0)))
+         (_.coverage [/.exec]
+           (|> (..statement
+                (function (_ $output)
+                  (/.exec {.#Some /.globals/0}
+                    (/.string (/.code (/.set (list $output) (/.float expected/0)))))))
+               (as Frac)
+               (f.= expected/0)))
+         ..test|exception
+         (_.for [/.Location]
+                ..test|location)
+         (_.for [/.Loop]
+                ..test|loop)
+         )))
+
+(def random_expression
+  (Random /.Literal)
+  (all random.either
+       (random#each /.bool random.bit)
+       (random#each /.float random.frac)
+       (random#each /.int random.int)
+       (random#each /.string (random.lower_cased 1))
+       ))
+
+(def .public test
+  Test
+  (do [! random.monad]
+    [expected ..random_expression]
+    (<| (_.covering /._)
+        (_.for [/.Code])
+        (all _.and
+             (_.for [/.equivalence]
+                    (equivalenceT.spec /.equivalence ..random_expression))
+             (_.for [/.hash]
+                    (hashT.spec /.hash ..random_expression))
+             
+             (_.coverage [/.code /.manual]
+               (|> (/.manual (/.code expected))
+                   (is /.Expression)
+                   (/#= expected)))
+             (_.for [/.Expression]
+                    ..test|expression)
+             (_.for [/.Statement]
+                    ..test|statement)
+             ))))
diff --git a/stdlib/source/test/lux/meta/compiler/target/ruby.lux b/stdlib/source/test/lux/meta/compiler/target/ruby.lux
new file mode 100644
index 000000000..900e630e7
--- /dev/null
+++ b/stdlib/source/test/lux/meta/compiler/target/ruby.lux
@@ -0,0 +1,1062 @@
+(.require
+ [library
+  [lux (.except)
+   ["[0]" ffi]
+   [abstract
+    [monad (.only do)]
+    ["[0]" predicate]
+    ["[0]" equivalence
+     ["[1]T" \\test]]]
+   [control
+    ["[0]" pipe]
+    ["[0]" maybe (.use "[1]#[0]" functor)]
+    ["[0]" try (.only Try) (.use "[1]#[0]" functor)]]
+   [data
+    ["[0]" bit (.use "[1]#[0]" equivalence)]
+    ["[0]" text (.use "[1]#[0]" equivalence)
+     ["%" \\format (.only format)]]
+    [collection
+     ["[0]" list (.use "[1]#[0]" functor)]
+     ["[0]" set]]]
+   [math
+    ["[0]" random (.only Random) (.use "[1]#[0]" monad)]
+    [number (.only hex)
+     ["n" nat]
+     ["i" int]
+     ["f" frac]
+     ["[0]" i64]]]
+   [meta
+    [compiler
+     [meta
+      ["[0]" packager
+       ["[1]" ruby]]]]]
+   [world
+    ["[0]" file]]
+   [test
+    ["_" property (.only Test)]]]]
+ [\\library
+  ["[0]" / (.use "[1]#[0]" equivalence)]])
+
+(ffi.import (eval [Text] "try" "?" Any))
+
+(def (expression ??? it)
+  (-> (-> Any Bit) /.Expression Bit)
+  (|> it
+      /.code
+      ..eval
+      (try#each (|>> (maybe#each ???)
+                     (maybe.else false)))
+      (try.else false)))
+
+(def nil
+  (-> /.Expression Bit)
+  (|>> /.code
+       ..eval
+       (try#each (|>> (pipe.when
+                        {.#None} true
+                        {.#Some _} false)))
+       (try.else false)))
+
+(def test|literal
+  Test
+  (do [! random.monad]
+    [bool random.bit
+     float random.frac
+     int random.int
+     string (random.upper_cased 5)]
+    (all _.and
+         (_.coverage [/.nil]
+           (..nil /.nil))
+         (_.coverage [/.bool]
+           (expression (|>> (as Bit) (bit#= bool))
+                       (/.bool bool)))
+         (_.coverage [/.int]
+           (expression (|>> (as Int) (i.= int))
+                       (/.int int)))
+         (_.coverage [/.float]
+           (expression (|>> (as Frac) (f.= float))
+                       (/.float float)))
+         (_.coverage [/.string]
+           (expression (|>> (as Text) (text#= string))
+                       (/.string string)))
+         (_.coverage [/.symbol]
+           (expression (|>> (as Text) (text#= string))
+                       (/.do "id2name" (list) {.#None} (/.symbol string))))
+         )))
+
+(def test|bool
+  Test
+  (do [! random.monad]
+    [left random.bit
+     right random.bit]
+    (`` (all _.and
+             (,, (with_template [ ]
+                   [(_.coverage []
+                      (let [expected ( left right)]
+                        (expression (|>> (as Bit) (bit#= expected))
+                                    ( (/.bool left) (/.bool right)))))]
+
+                   [/.or .or]
+                   [/.and .and]
+                   ))
+             (_.coverage [/.not]
+               (expression (|>> (as Bit) (bit#= (not left)))
+                           (/.not (/.bool left))))
+             ))))
+
+(def test|float
+  Test
+  (do [! random.monad]
+    [parameter (random.only (|>> (f.= +0.0) not)
+                            random.safe_frac)
+     subject random.safe_frac]
+    (`` (all _.and
+             (,, (with_template [  
]
+                   [(_.coverage []
+                      (let [expected ( (
 parameter) (
 subject))]
+                        (expression (|>> (as Frac) (f.= expected))
+                                    ( (/.float (
 parameter)) (/.float (
 subject))))))]
+
+                   [/.+ f.+ |>]
+                   [/.- f.- |>]
+                   [/.* f.* |>]
+                   [/./ f./ |>]
+                   [/.% f.mod |>]
+                   [/.pow f.pow f.abs]
+                   ))
+             (,, (with_template [ ]
+                   [(_.coverage []
+                      (let [expected ( parameter subject)]
+                        (expression (|>> (as Bit) (bit#= expected))
+                                    ( (/.float parameter) (/.float subject)))))]
+
+                   [/.<  f.<]
+                   [/.<= f.<=]
+                   [/.>  f.>]
+                   [/.>= f.>=]
+                   [/.=  f.=]
+                   ))
+             ))))
+
+(def int_16
+  (-> Int Int)
+  (i64.and (-- (i64.left_shifted 15 1))))
+
+(def test|int
+  Test
+  (do [! random.monad]
+    [left random.int
+     right random.int
+
+     i16 (of ! each ..int_16 random.int)
+     shift (of ! each (n.% 16) random.nat)]
+    (`` (all _.and
+             (,, (with_template [ ]
+                   [(_.coverage []
+                      (let [expected ( left right)]
+                        (expression (|>> (as Frac) f.int (i.= expected))
+                                    ( (/.int left) (/.int right)))))]
+
+                   [/.bit_or i64.or]
+                   [/.bit_xor i64.xor]
+                   [/.bit_and i64.and]
+                   ))
+             (_.coverage [/.bit_not]
+               (expression (|>> (as Int) (i.= (i64.not left)))
+                           (/.bit_not (/.int left))))
+             (_.coverage [/.opposite]
+               (expression (|>> (as Int) (i.= (i.* -1 left)))
+                           (/.opposite (/.int left))))
+             (_.coverage [/.bit_shl]
+               (let [expected (i64.left_shifted shift i16)]
+                 (expression (|>> (as Frac) f.int (i.= expected))
+                             (/.bit_shl (/.int (.int shift))
+                                        (/.int i16)))))
+             (_.coverage [/.bit_shr]
+               (let [expected (i.right_shifted shift i16)]
+                 (expression (|>> (as Frac) f.int (i.= expected))
+                             (/.bit_shr (/.int (.int shift))
+                                        (/.int i16)))))
+             ))))
+
+(def test|array
+  Test
+  (do [! random.monad]
+    [size (of ! each (|>> (n.% 10) ++) random.nat)
+     index (of ! each (n.% size) random.nat)
+     items (random.list size random.safe_frac)
+     .let [expected (|> items
+                        (list.item index)
+                        (maybe.else f.not_a_number))]
+     from (of ! each (n.% size) random.nat)
+     plus (of ! each (n.% (n.- from size)) random.nat)
+     .let [to (/.int (.int (n.+ plus from)))
+           from (/.int (.int from))]]
+    (all _.and
+         (_.coverage [/.array /.item]
+           (and (expression (|>> (as Frac) (f.= expected))
+                            (/.item (/.int (.int index))
+                                    (/.array (list#each /.float items))))
+                (expression (|>> (as Bit))
+                            (|> (/.array (list#each /.float items))
+                                (/.item (/.int (.int size)))
+                                (/.= /.nil)))))
+         (_.coverage [/.array_range]
+           (expression (|>> (as Int) (i.= (.int (++ plus))))
+                       (|> (/.array (list#each /.float items))
+                           (/.array_range from to)
+                           (/.the "length"))))
+         )))
+
+(def test|hash
+  Test
+  (do [! random.monad]
+    [expected random.safe_frac
+     field (random.upper_cased 5)
+     dummy (random.only (|>> (text#= field) not)
+                        (random.upper_cased 5))
+     .let [field (/.string field)
+           dummy (/.string dummy)]]
+    (all _.and
+         (_.coverage [/.hash]
+           (and (expression (|>> (as Frac) (f.= expected))
+                            (/.item field (/.hash (list [field (/.float expected)]))))
+                (expression (|>> (as Bit))
+                            (|> (/.hash (list [field (/.float expected)]))
+                                (/.item dummy)
+                                (/.= /.nil)))))
+         )))
+
+(def test|object
+  Test
+  (do [! random.monad]
+    [size (of ! each (|>> (n.% 10) ++) random.nat)
+     index (of ! each (n.% size) random.nat)
+     items (random.list size random.safe_frac)
+     $class (of ! each (|>> %.nat (format "class_") /.local)
+                random.nat)
+     $sub_class (of ! each (|>> %.nat (format "sub_class_") /.local)
+                    random.nat)
+     $method/0 (of ! each (|>> %.nat (format "method_") /.local)
+                   random.nat)
+     $method/1 (|> random.nat
+                   (of ! each (|>> %.nat (format "method_") /.local))
+                   (random.only (|>> (/#= $method/0) not)))
+     $arg/0 (of ! each (|>> %.nat (format "arg_") /.local)
+                random.nat)
+     $state (of ! each (|>> %.nat (format "instance_") /.instance)
+                random.nat)
+     single random.safe_frac
+     .let [double (/.function $method/0 (list $arg/0)
+                    (/.return (/.+ $arg/0 $arg/0)))]]
+    (all _.and
+         (_.coverage [/.the]
+           (expression (|>> (as Int) (i.= (.int size)))
+                       (|> (/.array (list#each /.float items))
+                           (/.the "length"))))
+         (_.coverage [/.do]
+           (expression (let [expected (|> items
+                                          (list.item index)
+                                          (maybe.else f.not_a_number))]
+                         (|>> (as Frac) (f.= expected)))
+                       (|> (/.array (list#each /.float items))
+                           (/.do "at" (list (/.int (.int index))) {.#None}))))
+         (_.coverage [/.class]
+           (expression (|>> (as Frac) (f.= (f.+ single single)))
+                       (|> (all /.then
+                                (/.set (list $class) (/.class [/.#parameters (list)
+                                                               /.#body double]))
+                                (/.return (|> $class
+                                              (/.new (list) {.#None})
+                                              (/.do (/.code $method/0) (list (/.float single)) {.#None}))))
+                           [(list)] (/.lambda {.#None})
+                           (/.apply_lambda (list)))))
+         (_.coverage [/.new /.initialize]
+           (expression (|>> (as Frac) (f.= single))
+                       (|> (all /.then
+                                (/.set (list $class) (/.class [/.#parameters (list)
+                                                               /.#body (all /.then
+                                                                            (/.function /.initialize (list $arg/0)
+                                                                              (/.set (list $state) $arg/0))
+                                                                            (/.function $method/0 (list)
+                                                                              (/.return $state))
+                                                                            )]))
+                                (/.return (|> $class
+                                              (/.new (list (/.float single)) {.#None})
+                                              (/.do (/.code $method/0) (list) {.#None}))))
+                           [(list)] (/.lambda {.#None})
+                           (/.apply_lambda (list)))))
+         (_.coverage [/.alias_method/2]
+           (expression (|>> (as Frac) (f.= (f.+ single single)))
+                       (|> (all /.then
+                                (/.set (list $class) (/.class [/.#parameters (list)
+                                                               /.#body (all /.then
+                                                                            double
+                                                                            (/.statement (/.alias_method/2 (/.string (/.code $method/1))
+                                                                                                           (/.string (/.code $method/0)))))]))
+                                (/.return (|> $class
+                                              (/.new (list) {.#None})
+                                              (/.do (/.code $method/1) (list (/.float single)) {.#None}))))
+                           [(list)] (/.lambda {.#None})
+                           (/.apply_lambda (list)))))
+         (_.for [/.module]
+                (all _.and
+                     (_.coverage [/.include/1]
+                       (expression (|>> (as Frac) (f.= (f.+ single single)))
+                                   (|> (all /.then
+                                            (/.set (list $class) (/.module [/.#parameters (list)
+                                                                            /.#body double]))
+                                            (/.set (list $sub_class) (/.class [/.#parameters (list)
+                                                                               /.#body (/.statement (/.include/1 $class))]))
+                                            (/.return (|> $sub_class
+                                                          (/.new (list) {.#None})
+                                                          (/.do (/.code $method/0) (list (/.float single)) {.#None}))))
+                                       [(list)] (/.lambda {.#None})
+                                       (/.apply_lambda (list)))))
+                     (_.coverage [/.extend/1]
+                       (expression (|>> (as Frac) (f.= (f.+ single single)))
+                                   (|> (all /.then
+                                            (/.set (list $class) (/.module [/.#parameters (list)
+                                                                            /.#body double]))
+                                            (/.set (list $sub_class) (/.class [/.#parameters (list)
+                                                                               /.#body (/.statement (/.extend/1 $class))]))
+                                            (/.return (|> $sub_class
+                                                          (/.do (/.code $method/0) (list (/.float single)) {.#None}))))
+                                       [(list)] (/.lambda {.#None})
+                                       (/.apply_lambda (list)))))
+                     ))
+         )))
+
+(def test|io
+  Test
+  (<| (do [! random.monad]
+        [left (random.upper_cased 5)
+         right (random.upper_cased 5)
+         $old (of ! each /.local (random.upper_cased 1))
+         $new (of ! each /.local (random.upper_cased 2))
+         $it (of ! each /.local (random.upper_cased 3))
+         .let [expected (format left right)]])
+      (all _.and
+           (_.for [/.stdout]
+                  (all _.and
+                       (_.coverage [/.print/1]
+                         (expression (|>> (as Text) (text#= expected))
+                                     (|> (all /.then
+                                              (/.statement (/.require/1 (/.string "stringio")))
+                                              (/.set (list $old) /.stdout)
+                                              (/.set (list $new) (/.new (list) {.#None} (/.manual "StringIO")))
+                                              (/.set (list /.stdout) $new)
+                                              (/.statement (/.print/1 (/.string left)))
+                                              (/.statement (/.print/1 (/.string right)))
+                                              (/.set (list /.stdout) $old)
+                                              (/.return (/.the "string" $new)))
+                                         [(list)] (/.lambda {.#None})
+                                         (/.apply_lambda (list)))))
+                       (_.coverage [/.print/2]
+                         (expression (|>> (as Text) (text#= expected))
+                                     (|> (all /.then
+                                              (/.statement (/.require/1 (/.string "stringio")))
+                                              (/.set (list $old) /.stdout)
+                                              (/.set (list $new) (/.new (list) {.#None} (/.manual "StringIO")))
+                                              (/.set (list /.stdout) $new)
+                                              (/.statement (/.print/2 (/.string left) (/.string right)))
+                                              (/.set (list /.stdout) $old)
+                                              (/.return (/.the "string" $new)))
+                                         [(list)] (/.lambda {.#None})
+                                         (/.apply_lambda (list)))))
+                       ))
+           (_.for [/.stdin]
+                  (all _.and
+                       (_.coverage [/.gets/0]
+                         (expression (|>> (as Text) (text#= (format left text.\n)))
+                                     (|> (all /.then
+                                              (/.statement (/.require/1 (/.string "stringio")))
+                                              (/.set (list $old) /.stdin)
+                                              (/.set (list /.stdin) (/.new (list (/.string (format left text.\n))) {.#None}
+                                                                           (/.manual "StringIO")))
+                                              (/.set (list $it) /.gets/0)
+                                              (/.set (list /.stdin) $old)
+                                              (/.return $it))
+                                         [(list)] (/.lambda {.#None})
+                                         (/.apply_lambda (list)))))
+                       (_.coverage [/.last_string_read]
+                         (expression (|>> (as Text) (text#= (format right text.\n)))
+                                     (|> (all /.then
+                                              (/.statement (/.require/1 (/.string "stringio")))
+                                              (/.set (list $old) /.stdin)
+                                              (/.set (list /.stdin) (/.new (list (/.string (format right text.\n))) {.#None}
+                                                                           (/.manual "StringIO")))
+                                              (/.set (list $it) /.gets/0)
+                                              (/.set (list /.stdin) $old)
+                                              (/.return /.last_string_read))
+                                         [(list)] (/.lambda {.#None})
+                                         (/.apply_lambda (list)))))
+                       (_.coverage [/.last_line_number_read]
+                         (expression (|>> (as Nat) (n.= 2))
+                                     /.last_line_number_read))
+                       ))
+           )))
+
+(def test|computation
+  Test
+  (do [! random.monad]
+    [test random.bit
+     then random.safe_frac
+     else random.safe_frac
+
+     bool random.bit
+     float random.frac
+     string (random.upper_cased 5)
+
+     comment (random.upper_cased 10)]
+    (all _.and
+         ..test|bool
+         ..test|float
+         ..test|int
+         ..test|array
+         ..test|hash
+         ..test|object
+         ..test|io
+         (_.coverage [/.?]
+           (let [expected (if test then else)]
+             (expression (|>> (as Frac) (f.= expected))
+                         (/.? (/.bool test)
+                              (/.float then)
+                              (/.float else)))))
+         (_.coverage [/.comment]
+           (expression (|>> (as Frac) (f.= then))
+                       (/.comment comment
+                         (/.float then))))
+         )))
+
+(def test|global
+  Test
+  (do [! random.monad]
+    [float/0 random.safe_frac
+     $global (of ! each /.global (random.lower_cased 10))
+     pattern (of ! each /.string (random.lower_cased 11))]
+    (all _.and
+         (_.coverage [/.global]
+           (expression (|>> (as Text) (text#= "global-variable"))
+                       (|> (all /.then
+                                (/.set (list $global) (/.float float/0))
+                                (/.return (/.defined?/1 $global)))
+                           [(list)] (/.lambda {.#None})
+                           (/.apply_lambda (list)))))
+         (_.coverage [/.script_name]
+           (expression (let [file (format (of file.default separator) packager.main_file)]
+                         (|>> (as Text)
+                              (text.ends_with? file)))
+                       /.script_name))
+         (_.coverage [/.input_record_separator]
+           (expression (|>> (as Text)
+                            (text#= text.\n))
+                       /.input_record_separator))
+         (_.coverage [/.output_record_separator]
+           (..nil /.output_record_separator))
+         (_.coverage [/.process_id]
+           (expression (|>> (as Nat) (n.= 0) not)
+                       /.process_id))
+         (_.coverage [/.case_insensitivity_flag]
+           (expression (|>> (as Bit) (bit#= false))
+                       /.case_insensitivity_flag))
+         (_.coverage [/.command_line_arguments]
+           (expression (|>> (as Int) (i.= +0))
+                       (/.the "length" /.command_line_arguments)))
+         (_.coverage [/.last_string_matched]
+           (expression (|>> (as Bit))
+                       (|> (all /.then
+                                (/.statement
+                                 (|> (/.manual "Regexp")
+                                     (/.new (list pattern) {.#None})
+                                     (/.do "match" (list pattern) {.#None})))
+                                (/.return (/.= pattern /.last_string_matched)))
+                           [(list)] (/.lambda {.#None})
+                           (/.apply_lambda (list)))))
+         (_.coverage [/.last_regexp_match]
+           (expression (|>> (as Bit))
+                       (|> (/.return (|> (/.manual "Regexp")
+                                         (/.new (list pattern) {.#None})
+                                         (/.do "match" (list pattern) {.#None})
+                                         (/.= /.last_regexp_match)))
+                           [(list)] (/.lambda {.#None})
+                           (/.apply_lambda (list)))))
+         )))
+
+(def test|local_var
+  Test
+  (do [! random.monad]
+    [float/0 random.safe_frac
+     $foreign (of ! each /.local (random.lower_cased 10))]
+    (all _.and
+         (_.coverage [/.local]
+           (expression (|>> (as Frac) (f.= (f.+ float/0 float/0)))
+                       (|> (/.return (/.+ $foreign $foreign))
+                           [(list $foreign)] (/.lambda {.#None})
+                           (/.apply_lambda (list (/.float float/0))))))
+         (_.coverage [/.set]
+           (expression (|>> (as Frac) (f.= (f.+ float/0 float/0)))
+                       (|> (all /.then
+                                (/.set (list $foreign) (/.float float/0))
+                                (/.return (/.+ $foreign $foreign)))
+                           [(list)] (/.lambda {.#None})
+                           (/.apply_lambda (list)))))
+         )))
+
+(def test|instance_var
+  Test
+  (do [! random.monad]
+    [float/0 random.safe_frac
+     instance (of ! each (|>> %.nat (format "instance_"))
+                  random.nat)
+     .let [$instance (/.instance instance)]
+     $method (of ! each (|>> %.nat (format "method_") /.local)
+                 random.nat)
+     $class (of ! each (|>> %.nat (format "class_") /.local)
+                random.nat)
+     $object (of ! each (|>> %.nat (format "object_") /.local)
+                 random.nat)]
+    (all _.and
+         (_.coverage [/.instance]
+           (expression (|>> (as Frac) (f.= float/0))
+                       (|> (all /.then
+                                (/.set (list $class) (/.class [/.#parameters (list)
+                                                               /.#body (all /.then
+                                                                            (/.function /.initialize (list)
+                                                                              (/.set (list $instance) (/.float float/0)))
+                                                                            (/.function $method (list)
+                                                                              (/.return $instance))
+                                                                            )]))
+                                (/.return (|> $class
+                                              (/.new (list) {.#None})
+                                              (/.do (/.code $method) (list) {.#None}))))
+                           [(list)] (/.lambda {.#None})
+                           (/.apply_lambda (list)))))
+         (_.coverage [/.attr_reader/*]
+           (expression (|>> (as Frac) (f.= float/0))
+                       (|> (all /.then
+                                (/.set (list $class) (/.class [/.#parameters (list)
+                                                               /.#body (all /.then
+                                                                            (/.attr_reader/* (list instance))
+                                                                            (/.function /.initialize (list)
+                                                                              (/.set (list $instance) (/.float float/0)))
+                                                                            )]))
+                                (/.return (|> $class
+                                              (/.new (list) {.#None})
+                                              (/.the instance))))
+                           [(list)] (/.lambda {.#None})
+                           (/.apply_lambda (list)))))
+         (_.coverage [/.attr_writer/*]
+           (expression (|>> (as Frac) (f.= float/0))
+                       (|> (all /.then
+                                (/.set (list $class) (/.class [/.#parameters (list)
+                                                               /.#body (all /.then
+                                                                            (/.attr_writer/* (list instance))
+                                                                            (/.function $method (list)
+                                                                              (/.return $instance))
+                                                                            )]))
+                                (/.set (list $object) (|> $class
+                                                          (/.new (list) {.#None})))
+                                (/.set (list (/.the instance $object)) (/.float float/0))
+                                (/.return (|>  $object
+                                               (/.do (/.code $method) (list) {.#None}))))
+                           [(list)] (/.lambda {.#None})
+                           (/.apply_lambda (list)))))
+         (_.coverage [/.attr_accessor/*]
+           (expression (|>> (as Frac) (f.= float/0))
+                       (|> (all /.then
+                                (/.set (list $class) (/.class [/.#parameters (list)
+                                                               /.#body (/.attr_accessor/* (list instance))]))
+                                (/.set (list $object) (|> $class
+                                                          (/.new (list) {.#None})))
+                                (/.set (list (/.the instance $object)) (/.float float/0))
+                                (/.return (/.the instance $object)))
+                           [(list)] (/.lambda {.#None})
+                           (/.apply_lambda (list)))))
+         )))
+
+(def test|static_var
+  Test
+  (do [! random.monad]
+    [int/0 (of ! each (|>> (n.% 10) ++ .int)
+               random.nat)
+     $static (of ! each (|>> %.nat (format "static_") /.static)
+                 random.nat)
+     $arg (of ! each (|>> %.nat /.local)
+              random.nat)
+     $method (of ! each (|>> %.nat (format "method_") /.local)
+                 random.nat)
+     $class (of ! each (|>> %.nat (format "class_") /.local)
+                random.nat)]
+    (all _.and
+         (_.coverage [/.static /.class_variable_set /.class_variable_get]
+           (expression (|>> (as Int) (i.= int/0))
+                       (|> (all /.then
+                                (/.set (list $class) (/.class [/.#parameters (list)
+                                                               /.#body (/.function $method (list)
+                                                                         (/.return (/.int +0)))]))
+                                (/.statement (/.class_variable_set $static (/.int int/0) $class))
+                                (/.return (/.class_variable_get $static $class)))
+                           [(list)] (/.lambda {.#None})
+                           (/.apply_lambda (list)))))
+         )))
+
+(def test|variadic
+  Test
+  (do [! random.monad]
+    [$inputs (of ! each /.local (random.lower_cased 10))
+     arity (of ! each (n.% 10) random.nat)
+     vals (|> random.int
+              (of ! each /.int)
+              (random.list arity))
+     keys (|> (random.lower_cased 1)
+              (random.set text.hash arity)
+              (of ! each (|>> set.list (list#each /.string))))]
+    (all _.and
+         (<| (_.for [/.LVar*])
+             (all _.and
+                  (_.coverage [/.variadic]
+                    (expression (|>> (as Int) .nat (n.= arity))
+                                (|> (/.return (/.the "length" $inputs))
+                                    [(list (/.variadic $inputs))] (/.lambda {.#None})
+                                    (/.apply_lambda vals))))
+                  (_.coverage [/.splat]
+                    (expression (|>> (as Int) .nat (n.= arity))
+                                (|> (/.return (/.the "length" (/.array (list (/.splat $inputs)))))
+                                    [(list (/.variadic $inputs))] (/.lambda {.#None})
+                                    (/.apply_lambda vals))))))
+         (<| (_.for [/.LVar**])
+             (_.coverage [/.variadic_kv /.double_splat]
+               (expression (|>> (as Int) .nat (n.= arity))
+                           (|> (/.return (/.the "length" $inputs))
+                               [(list (/.variadic_kv $inputs))] (/.lambda {.#None})
+                               (/.apply_lambda (list (/.double_splat (/.hash (list.zipped_2 keys vals)))))))))
+         )))
+
+(def test|var
+  Test
+  (do [! random.monad]
+    [float/0 random.safe_frac
+     $foreign (of ! each /.local (random.lower_cased 10))
+
+     $constant (of ! each /.constant (random.lower_cased 10))]
+    (all _.and
+         (_.coverage [/.defined?/1]
+           (and (expression (|>> (as Bit))
+                            (|> (/.defined?/1 $foreign)
+                                (/.= /.nil)))
+                (expression (|>> (as Text) (text#= "local-variable"))
+                            (|> (all /.then
+                                     (/.set (list $foreign) (/.float float/0))
+                                     (/.return (/.defined?/1 $foreign)))
+                                [(list)] (/.lambda {.#None})
+                                (/.apply_lambda (list))))))
+         (_.for [/.CVar]
+                (_.coverage [/.constant]
+                  (expression (|>> (as Text) (text#= "constant"))
+                              (|> (all /.then
+                                       (/.set (list $constant) (/.float float/0))
+                                       (/.return (/.defined?/1 $constant)))
+                                  [(list)] (/.lambda {.#None})
+                                  (/.apply_lambda (list))))))
+         (_.for [/.GVar]
+                ..test|global)
+         (_.for [/.LVar]
+                ..test|local_var)
+         (_.for [/.IVar]
+                ..test|instance_var)
+         (_.for [/.SVar]
+                ..test|static_var)
+         ..test|variadic
+         )))
+
+(def test|location
+  Test
+  (do [! random.monad]
+    [float/0 random.safe_frac
+     $foreign (of ! each /.local (random.lower_cased 10))
+     field (of ! each /.string (random.upper_cased 10))]
+    (all _.and
+         (<| (_.for [/.Var])
+             ..test|var)
+         (_.coverage [/.Access]
+           (and (expression (|>> (as Frac) (f.= (f.+ float/0 float/0)))
+                            (let [@ (/.item (/.int +0) $foreign)]
+                              (|> (all /.then
+                                       (/.set (list $foreign) (/.array (list $foreign)))
+                                       (/.set (list @) (/.+ @ @))
+                                       (/.return @))
+                                  [(list $foreign)] (/.lambda {.#None})
+                                  (/.apply_lambda (list (/.float float/0))))))
+                (expression (|>> (as Frac) (f.= (f.+ float/0 float/0)))
+                            (let [@ (/.item field $foreign)]
+                              (|> (all /.then
+                                       (/.set (list $foreign) (/.hash (list [field $foreign])))
+                                       (/.set (list @) (/.+ @ @))
+                                       (/.return @))
+                                  [(list $foreign)] (/.lambda {.#None})
+                                  (/.apply_lambda (list (/.float float/0))))))
+                ))
+         )))
+
+(def test|expression
+  Test
+  (do [! random.monad]
+    [dummy random.safe_frac
+     expected random.safe_frac]
+    (`` (all _.and
+             (_.for [/.Literal]
+                    ..test|literal)
+             (_.for [/.Computation]
+                    ..test|computation)
+             (_.for [/.Location]
+                    ..test|location)
+             ))))
+
+(def test|label
+  Test
+  (do [! random.monad]
+    [input (of ! each ..int_16 random.int)
+
+     full_inner_iterations (of ! each (|>> (n.% 20) ++) random.nat)
+     expected_inner_iterations (of ! each (n.% full_inner_iterations) random.nat)
+
+     full_outer_iterations (of ! each (|>> (n.% 10) ++) random.nat)
+     expected_outer_iterations (of ! each (n.% full_outer_iterations) random.nat)
+
+     .let [$input (/.local "input")
+           $output (/.local "output")
+           $inner_index (/.local "inner_index")
+           $outer_index (/.local "outer_index")]]
+    (all _.and
+         (_.coverage [/.break]
+           (let [expected (i.* (.int expected_inner_iterations) input)]
+             (expression (|>> (as Frac) f.int (i.= expected))
+                         (|> (all /.then
+                                  (/.set (list $inner_index) (/.int +0))
+                                  (/.set (list $output) (/.int +0))
+                                  (/.while (/.< (/.int (.int full_inner_iterations)) $inner_index)
+                                           (all /.then
+                                                (/.when (/.= (/.int (.int expected_inner_iterations)) $inner_index)
+                                                  /.break)
+                                                (/.set (list $output) (/.+ $input $output))
+                                                (/.set (list $inner_index) (/.+ (/.int +1) $inner_index))
+                                                ))
+                                  (/.return $output))
+                             [(list $input)] (/.lambda {.#None})
+                             (/.apply_lambda (list (/.int input)))))))
+         (_.coverage [/.next]
+           (let [expected (i.* (.int (n.- expected_inner_iterations full_inner_iterations)) input)]
+             (expression (|>> (as Frac) f.int (i.= expected))
+                         (|> (all /.then
+                                  (/.set (list $inner_index) (/.int +0))
+                                  (/.set (list $output) (/.int +0))
+                                  (/.while (/.< (/.int (.int full_inner_iterations)) $inner_index)
+                                           (all /.then
+                                                (/.set (list $inner_index) (/.+ (/.int +1) $inner_index))
+                                                (/.when (/.<= (/.int (.int expected_inner_iterations)) $inner_index)
+                                                  /.next)
+                                                (/.set (list $output) (/.+ $input $output))
+                                                ))
+                                  (/.return $output))
+                             [(list $input)] (/.lambda {.#None})
+                             (/.apply_lambda (list (/.int input)))))))
+         (_.coverage [/.redo]
+           (let [expected (i.* (.int (n.- expected_inner_iterations full_inner_iterations)) input)]
+             (expression (|>> (as Frac) f.int (i.= expected))
+                         (|> (all /.then
+                                  (/.set (list $inner_index) (/.int +0))
+                                  (/.set (list $output) (/.int +0))
+                                  (/.while (/.< (/.int (.int full_inner_iterations)) $inner_index)
+                                           (all /.then
+                                                (/.set (list $inner_index) (/.+ (/.int +1) $inner_index))
+                                                (/.when (/.<= (/.int (.int expected_inner_iterations)) $inner_index)
+                                                  /.redo)
+                                                (/.set (list $output) (/.+ $input $output))
+                                                ))
+                                  (/.return $output))
+                             [(list $input)] (/.lambda {.#None})
+                             (/.apply_lambda (list (/.int input)))))))
+         )))
+
+(def test|loop
+  Test
+  (do [! random.monad]
+    [input (of ! each (i.right_shifted 32) random.int)
+     iterations (of ! each (n.% 10) random.nat)
+     .let [$input (/.local "input")
+           $output (/.local "output")
+           $index (/.local "index")
+           expected (i.* (.int iterations) input)]]
+    (all _.and
+         (_.coverage [/.while]
+           (expression (|>> (as Int) (i.= expected))
+                       (|> (all /.then
+                                (/.set (list $index) (/.int +0))
+                                (/.set (list $output) (/.int +0))
+                                (/.while (/.< (/.int (.int iterations)) $index)
+                                         (all /.then
+                                              (/.set (list $output) (/.+ $input $output))
+                                              (/.set (list $index) (/.+ (/.int +1) $index))
+                                              ))
+                                (/.return $output))
+                           [(list $input)] (/.lambda {.#None})
+                           (/.apply_lambda (list (/.int input))))))
+         (_.coverage [/.for_in]
+           (expression (|>> (as Int) (i.= expected))
+                       (|> (all /.then
+                                (/.set (list $output) (/.int +0))
+                                (/.for_in $index (/.array (list.repeated iterations (/.int input)))
+                                          (/.set (list $output) (/.+ $index $output)))
+                                (/.return $output))
+                           [(list $input)] (/.lambda {.#None})
+                           (/.apply_lambda (list (/.int input))))))
+         ..test|label
+         )))
+
+(def random_tag
+  (Random Int)
+  (random#each (i64.and (hex "FF,FF,FF,FF"))
+               random.int))
+
+(def test|exception
+  Test
+  (do [! random.monad]
+    [expected random.safe_frac
+     dummy (random.only (|>> (f.= expected) not)
+                        random.safe_frac)
+     error (random.lower_cased 10)
+     $ex (of ! each /.local (random.lower_cased 10))
+
+     expected_tag ..random_tag
+     dummy_tag (random.only (|>> (i.= expected_tag) not)
+                            ..random_tag)
+     .let [expected_tag (/.int expected_tag)
+           dummy_tag (/.int dummy_tag)]]
+    (all _.and
+         (_.coverage [/.begin]
+           (expression (|>> (as Frac) (f.= expected))
+                       (|> (/.begin (/.return (/.float expected))
+                                    (list [(list) $ex (/.return (/.float dummy))]))
+                           [(list)] (/.lambda {.#None})
+                           (/.apply_lambda (list)))))
+         (_.coverage [/.Rescue /.throw/1]
+           (expression (|>> (as Frac) (f.= expected))
+                       (|> (/.begin (all /.then
+                                         (/.throw/1 (/.string error))
+                                         (/.return (/.float dummy)))
+                                    (list [(list) $ex (/.return (/.float expected))]))
+                           [(list)] (/.lambda {.#None})
+                           (/.apply_lambda (list)))))
+         (_.coverage [/.raise]
+           (expression (|>> (as Frac) (f.= expected))
+                       (|> (/.begin (all /.then
+                                         (/.statement (/.raise (/.string error)))
+                                         (/.return (/.float dummy)))
+                                    (list [(list) $ex (/.return (/.float expected))]))
+                           [(list)] (/.lambda {.#None})
+                           (/.apply_lambda (list)))))
+         (_.coverage [/.catch /.throw/2]
+           (and (expression (|>> (as Frac) (f.= expected))
+                            (<| (/.apply_lambda (list))
+                                (/.lambda {.#None}) [(list)]
+                                /.return
+                                (/.catch expected_tag) [(list)]
+                                (/.throw/2 expected_tag (/.float expected))))
+                (expression (|>> (as Frac) (f.= expected))
+                            (<| (/.apply_lambda (list))
+                                (/.lambda {.#None}) [(list)]
+                                /.return
+                                (/.catch expected_tag) [(list)]
+                                /.statement (/.catch dummy_tag) [(list)]
+                                (/.throw/2 expected_tag (/.float expected))))
+                (expression (|>> (as Frac) (f.= expected))
+                            (<| (/.apply_lambda (list))
+                                (/.lambda {.#None}) [(list)]
+                                /.return
+                                (/.catch dummy_tag) [(list)]
+                                /.statement (/.catch expected_tag) [(list)]
+                                (/.throw/2 expected_tag (/.float expected))))))
+         (_.coverage [/.latest_error_message]
+           (expression (|>> (as Text) (text#= error))
+                       (|> (/.begin (all /.then
+                                         (/.statement (/.raise (/.string error)))
+                                         (/.return (/.float dummy)))
+                                    (list [(list) $ex (/.return (/.the "message" /.latest_error_message))]))
+                           [(list)] (/.lambda {.#None})
+                           (/.apply_lambda (list)))))
+         (_.coverage [/.latest_error_location]
+           (and (|> (/.return /.latest_error_location)
+                    [(list)] (/.lambda {.#None})
+                    (/.apply_lambda (list))
+                    ..nil)
+                (expression (|>> (as Bit) (bit#= true))
+                            (|> (/.begin (all /.then
+                                              (/.statement (/.raise (/.string error)))
+                                              (/.return (/.float dummy)))
+                                         (list [(list) $ex (/.return (all /.and
+                                                                          (/.do "kind_of?" (list (is /.CVar (/.manual "Array"))) {.#None} /.latest_error_location)
+                                                                          (/.> (/.int +0) (/.the "length" /.latest_error_location))))]))
+                                [(list)] (/.lambda {.#None})
+                                (/.apply_lambda (list))))))
+         )))
+
+(def test|function
+  Test
+  (do [! random.monad]
+    [iterations (of ! each (n.% 10) random.nat)
+     $self (of ! each /.local (random.lower_cased 1))
+     field (random.lower_cased 3)
+     $class (of ! each /.local (random.upper_cased 4))
+
+     float/0 random.safe_frac
+     float/1 random.safe_frac
+     float/2 random.safe_frac
+     $arg/0 (of ! each /.local (random.lower_cased 10))
+     $arg/1 (of ! each /.local (random.lower_cased 11))
+     $arg/2 (of ! each /.local (random.lower_cased 12))]
+    (all _.and
+         (_.coverage [/.lambda /.return]
+           (and (expression (|>> (as Frac) (f.= float/0))
+                            (|> (/.return (/.float float/0))
+                                [(list)] (/.lambda {.#None})
+                                (/.apply_lambda (list))))
+                (expression (|>> (as Frac) f.nat (n.= iterations))
+                            (|> (/.return (/.? (/.< (/.int (.int iterations)) $arg/0)
+                                               (/.apply_lambda (list (/.+ (/.int +1) $arg/0)) $self)
+                                               $arg/0))
+                                [(list $arg/0)] (/.lambda {.#Some $self})
+                                (/.apply_lambda (list (/.int +0)))))))
+         (_.coverage [/.apply_lambda]
+           (expression (|>> (as Frac) (f.= (all f.+ float/0 float/1 float/2)))
+                       (|> (/.return (all /.+ $arg/0 $arg/1 $arg/2))
+                           [(list $arg/0 $arg/1 $arg/2)] (/.lambda {.#None})
+                           (/.apply_lambda (list (/.float float/0) (/.float float/1) (/.float float/2))))))
+         (_.coverage [/.function]
+           (expression (|>> (as Frac) f.nat (n.= iterations))
+                       (|> (all /.then
+                                (/.function $self (list $arg/0)
+                                  (/.return (/.? (/.< (/.int (.int iterations)) $arg/0)
+                                                 (/.apply (list (/.+ (/.int +1) $arg/0)) {.#None} $self)
+                                                 $arg/0)))
+                                (/.return (/.apply (list (/.int +0)) {.#None} $self)))
+                           [(list)] (/.lambda {.#None})
+                           (/.apply_lambda (list)))))
+         (_.coverage [/.apply]
+           (expression (|>> (as Frac) (f.= (all f.+ float/0 float/1 float/2)))
+                       (|> (all /.then
+                                (/.function $self (list $arg/0 $arg/1 $arg/2)
+                                  (/.return (all /.+ $arg/0 $arg/1 $arg/2)))
+                                (/.return (/.apply (list (/.float float/0) (/.float float/1) (/.float float/2)) {.#None} $self)))
+                           [(list)] (/.lambda {.#None})
+                           (/.apply_lambda (list)))))
+         )))
+
+(def test|branching
+  Test
+  (do [! random.monad]
+    [float/0 random.safe_frac
+     float/1 random.safe_frac
+     float/2 random.safe_frac
+     arg/0 (random.lower_cased 10)
+     arg/1 (random.only (|>> (text#= arg/0) not)
+                        (random.lower_cased 10))
+     arg/2 (random.only (predicate.and (|>> (text#= arg/0) not)
+                                       (|>> (text#= arg/1) not))
+                        (random.lower_cased 10))
+     .let [$arg/0 (/.local arg/0)
+           $arg/1 (/.local arg/1)
+           $arg/2 (/.local arg/2)]
+     ??? random.bit]
+    (all _.and
+         (_.coverage [/.if]
+           (expression (|>> (as Frac) (f.= (if ??? float/0 float/1)))
+                       (|> (/.if (/.bool ???)
+                             (/.return (/.float float/0))
+                             (/.return (/.float float/1)))
+                           [(list)] (/.lambda {.#None})
+                           (/.apply_lambda (list)))))
+         (_.coverage [/.when]
+           (expression (|>> (as Frac) (f.= (if ??? float/0 float/1)))
+                       (|> (all /.then
+                                (/.when (/.bool ???)
+                                  (/.return (/.float float/0)))
+                                (/.return (/.float float/1)))
+                           [(list)] (/.lambda {.#None})
+                           (/.apply_lambda (list)))))
+         )))
+
+(def test|statement
+  Test
+  (do [! random.monad]
+    [float/0 random.safe_frac
+     float/1 random.safe_frac
+     float/2 random.safe_frac
+     $arg/0 (of ! each /.local (random.lower_cased 10))
+     $arg/1 (of ! each /.local (random.lower_cased 11))
+     $arg/2 (of ! each /.local (random.lower_cased 12))
+     expected (of ! each (|>> %.int (text.replaced "+" ""))
+                  random.int)]
+    (all _.and
+         (_.coverage [/.statement]
+           (expression (|>> (as Frac) (f.= float/0))
+                       (|> (all /.then
+                                (/.statement (/.+ $arg/0 $arg/0))
+                                (/.return $arg/0))
+                           [(list $arg/0)] (/.lambda {.#None})
+                           (/.apply_lambda (list (/.float float/0))))))
+         (_.coverage [/.then]
+           (expression (|>> (as Frac) (f.= float/0))
+                       (|> (all /.then
+                                (/.return $arg/0)
+                                (/.return $arg/1))
+                           [(list $arg/0 $arg/1)] (/.lambda {.#None})
+                           (/.apply_lambda (list (/.float float/0) (/.float float/1))))))
+         (_.coverage [/.require/1]
+           (let [$JSON (is /.CVar (/.manual "JSON"))]
+             (expression (|>> (as Text) (text#= expected))
+                         (|> (all /.then
+                                  (/.statement (/.require/1 (/.string "json")))
+                                  (/.return (let [json (/.do "parse" (list $arg/0) {.#None} $JSON)]
+                                              (/.do "generate" (list json) {.#None} $JSON))))
+                             [(list $arg/0)] (/.lambda {.#None})
+                             (/.apply_lambda (list (/.string expected)))))))
+         ..test|exception
+         ..test|branching
+         ..test|loop
+         (_.for [/.Block]
+                ..test|function)
+         )))
+
+(def random_expression
+  (Random /.Expression)
+  (let [literal (is (Random /.Literal)
+                    (all random.either
+                         (random#each /.bool random.bit)
+                         (random#each /.float random.frac)
+                         (random#each /.int random.int)
+                         (random#each /.string (random.lower_cased 5))
+                         ))]
+    (all random.either
+         literal
+         )))
+
+(def .public test
+  Test
+  (do [! random.monad]
+    [expected ..random_expression]
+    (<| (_.covering /._)
+        (_.for [/.Code])
+        (all _.and
+             (_.for [/.equivalence]
+                    (equivalenceT.spec /.equivalence ..random_expression))
+             
+             (_.coverage [/.code /.manual]
+               (|> (/.manual (/.code expected))
+                   (is /.Expression)
+                   (/#= expected)))
+             (_.for [/.Expression]
+                    ..test|expression)
+             (_.for [/.Statement]
+                    ..test|statement)
+             ))))
diff --git a/stdlib/source/test/lux/meta/extension.lux b/stdlib/source/test/lux/meta/extension.lux
index f98359d94..2d3064c95 100644
--- a/stdlib/source/test/lux/meta/extension.lux
+++ b/stdlib/source/test/lux/meta/extension.lux
@@ -24,21 +24,21 @@
               ["[0]" location]
               ["[0]" code
                ["<[1]>" \\parser]]
-              ["@" target (.only)
-               ["[0]" js]
-               ["[0]" python]
-               ["[0]" lua]
-               ["[0]" ruby]
-               ["[0]" php]
-               ["[0]" scheme]
-               (.,, (.for "JVM" (.,, (.these ["[0]" jvm
-                                              ["[1]" bytecode]
-                                              ["[0]" class]
-                                              ["[0]" version]
-                                              [encoding
-                                               ["[0]" name]]]))
-                          (.,, (.these))))]
               [compiler
+               ["@" target (.only)
+                ["[0]" js]
+                ["[0]" python]
+                ["[0]" lua]
+                ["[0]" ruby]
+                ["[0]" php]
+                ["[0]" scheme]
+                (.,, (.for "JVM" (.,, (.these ["[0]" jvm
+                                               ["[1]" bytecode]
+                                               ["[0]" class]
+                                               ["[0]" version]
+                                               [encoding
+                                                ["[0]" name]]]))
+                           (.,, (.these))))]
                [meta
                 [archive
                  ["[0]" unit]]]
diff --git a/stdlib/source/test/lux/meta/static.lux b/stdlib/source/test/lux/meta/static.lux
index 2b69d4cb6..07b45a09e 100644
--- a/stdlib/source/test/lux/meta/static.lux
+++ b/stdlib/source/test/lux/meta/static.lux
@@ -15,8 +15,9 @@
      ["r" rev]
      ["f" frac]]]
    ["[0]" meta (.only)
-    ["@" target]
-    ["[0]" code]]
+    ["[0]" code]
+    [compiler
+     ["@" target]]]
    [test
     ["_" property (.only Test)]]]]
  [\\library
diff --git a/stdlib/source/test/lux/meta/target.lux b/stdlib/source/test/lux/meta/target.lux
deleted file mode 100644
index 322f270e9..000000000
--- a/stdlib/source/test/lux/meta/target.lux
+++ /dev/null
@@ -1,47 +0,0 @@
-(.require
- [library
-  [lux (.except all)
-   [data
-    ["[0]" text]
-    [collection
-     ["[0]" list]
-     ["[0]" set (.only Set)]]]
-   [math
-    [number
-     ["n" nat]]]
-   [test
-    ["_" property (.only Test)]]]]
- [\\library
-  ["[0]" /]])
-
-(with_expansions [ (these /.old
-                                   /.js
-                                   /.jvm
-                                   /.lua
-                                   /.python
-                                   /.ruby
-                                   /.common_lisp
-                                   /.php
-                                   /.r
-                                   /.scheme)]
-  (def all
-    (List /.Target)
-    (list ))
-  
-  (def unique
-    (Set /.Target)
-    (set.of_list text.hash ..all))
-
-  (def verdict
-    (n.= (list.size ..all)
-         (set.size ..unique)))
-
-  (def .public test
-    Test
-    (<| (_.covering /._)
-        (_.for [/.Target])
-        (.all _.and
-              (_.coverage []
-                ..verdict)
-              )))
-  )
diff --git a/stdlib/source/test/lux/meta/target/js.lux b/stdlib/source/test/lux/meta/target/js.lux
deleted file mode 100644
index 2ad2b03ad..000000000
--- a/stdlib/source/test/lux/meta/target/js.lux
+++ /dev/null
@@ -1,848 +0,0 @@
-(.require
- [library
-  [lux (.except)
-   [abstract
-    [monad (.only do)]]
-   [control
-    ["[0]" pipe]
-    ["[0]" maybe (.use "[1]#[0]" functor)]
-    ["[0]" try (.only Try) (.use "[1]#[0]" functor)]
-    ["[0]" function (.only)
-     ["[0]" predicate]]]
-   [data
-    ["[0]" bit (.use "[1]#[0]" equivalence)]
-    ["[0]" text (.only \n) (.use "[1]#[0]" equivalence)
-     ["%" \\format (.only format)]]
-    [collection
-     ["[0]" list (.use "[1]#[0]" functor)]]]
-   [math
-    ["[0]" random (.only Random) (.use "[1]#[0]" monad)]
-    [number
-     ["n" nat]
-     ["i" int]
-     ["f" frac]
-     ["[0]" i64]]]
-   [meta
-    ["[0]" static]
-    [macro
-     ["[0]" template]]]
-   [test
-    ["_" property (.only Test)]]]]
- [\\library
-  ["[0]" /]])
-
-(def (eval code)
-  (-> /.Expression (Try (Maybe Any)))
-  ... Note: I have to call "eval" this way
-  ... in order to avoid a quirk of calling eval in Node
-  ... when the code is running under "use strict";.
-  (try (let [return (.js_apply# (function.identity (.js_constant# "eval")) [(/.code code)])]
-         (if (.js_object_null?# return)
-           {.#None}
-           {.#Some return}))))
-
-(def (expression ??? it)
-  (-> (-> Any Bit) /.Expression Bit)
-  (|> it
-      ..eval
-      (try#each (|>> (maybe#each ???)
-                     (maybe.else false)))
-      (try.else false)))
-
-(with_template []
-  [(`` (def (,, (template.symbol ["as_int_" ]))
-         (-> Int Int)
-         (|>> (i64.and (static.nat (-- (i64.left_shifted  1)))))))
-   (`` (def (,, (template.symbol ["int_" ]))
-         (Random Int)
-         (do [! random.monad]
-           [negative? random.bit
-            mantissa (of ! each (|>> (i64.and (static.nat (-- (i64.left_shifted (-- ) 1))))
-                                     .int)
-                         random.nat)]
-           (in (if negative?
-                 (i.* -1 mantissa)
-                 mantissa)))))]
-
-  [16]
-  [32]
-  )
-
-(def test|literal
-  Test
-  (do [! random.monad]
-    [boolean random.bit
-     number random.frac
-     int ..int_32
-     string (random.upper_cased 5)]
-    (all _.and
-         (_.coverage [/.null]
-           (|> /.null
-               ..eval
-               (try#each (function (_ it)
-                           (when it
-                             {.#None} true
-                             {.#Some _} false)))
-               (try.else false)))
-         (_.coverage [/.boolean]
-           (expression (|>> (as Bit) (bit#= boolean))
-                       (/.boolean boolean)))
-         (_.coverage [/.number]
-           (expression (|>> (as Frac) (f.= number))
-                       (/.number number)))
-         (_.coverage [/.int]
-           (expression (|>> (as Frac) f.int (i.= int))
-                       (/.int int)))
-         (_.coverage [/.string]
-           (expression (|>> (as Text) (text#= string))
-                       (/.string string)))
-         )))
-
-(def test|boolean
-  Test
-  (do [! random.monad]
-    [left random.bit
-     right random.bit]
-    (`` (all _.and
-             (,, (with_template [ ]
-                   [(_.coverage []
-                      (let [expected ( left right)]
-                        (expression (|>> (as Bit) (bit#= expected))
-                                    ( (/.boolean left) (/.boolean right)))))]
-
-                   [/.or .or]
-                   [/.and .and]
-                   ))
-             (_.coverage [/.not]
-               (expression (|>> (as Bit) (bit#= (not left)))
-                           (/.not (/.boolean left))))
-             ))))
-
-(def test|number
-  Test
-  (do [! random.monad]
-    [parameter (random.only (|>> (f.= +0.0) not)
-                            random.safe_frac)
-     subject random.safe_frac]
-    (`` (all _.and
-             (,, (with_template [ ]
-                   [(_.coverage []
-                      (let [expected ( parameter subject)]
-                        (expression (|>> (as Frac) (f.= expected))
-                                    ( (/.number parameter) (/.number subject)))))]
-
-                   [/.+ f.+]
-                   [/.- f.-]
-                   [/.* f.*]
-                   [/./ f./]
-                   [/.% f.%]
-                   ))
-             (,, (with_template [ ]
-                   [(_.coverage []
-                      (let [expected ( parameter subject)]
-                        (expression (|>> (as Bit) (bit#= expected))
-                                    ( (/.number parameter) (/.number subject)))))]
-
-                   [/.<  f.<]
-                   [/.<= f.<=]
-                   [/.>  f.>]
-                   [/.>= f.>=]
-                   [/.=  f.=]
-                   ))
-             ))))
-
-(def test|i32
-  Test
-  (do [! random.monad]
-    [left ..int_32
-     right ..int_32
-
-     i32 ..int_32
-     i16 ..int_16
-     shift (of ! each (n.% 16) random.nat)]
-    (`` (all _.and
-             (,, (with_template [ ]
-                   [(_.coverage []
-                      (let [expected ( left right)]
-                        (expression (|>> (as Frac) f.int (i.= expected))
-                                    ( (/.int left) (/.int right)))))]
-
-                   [/.bit_or i64.or]
-                   [/.bit_xor i64.xor]
-                   [/.bit_and i64.and]
-                   ))
-             (_.coverage [/.opposite]
-               (expression (|>> (as Frac) f.int (i.= (i.* -1 i32)))
-                           (/.opposite (/.i32 i32))))
-
-             (_.coverage [/.i32]
-               (expression (|>> (as Frac) f.int (i.= i32))
-                           (/.i32 i32)))
-             (_.coverage [/.to_i32]
-               (expression (|>> (as Frac) f.int (i.= i32))
-                           (/.to_i32 (/.int i32))))
-             (_.coverage [/.left_shift]
-               (let [expected (i64.left_shifted shift i16)]
-                 (expression (|>> (as Frac) f.int (i.= expected))
-                             (/.left_shift (/.int (.int shift))
-                                           (/.i32 i16)))))
-             (_.coverage [/.logic_right_shift]
-               (let [expected (i64.right_shifted shift (as_int_32 i16))]
-                 (expression (|>> (as Frac) f.int (i.= expected))
-                             (/.logic_right_shift (/.int (.int shift))
-                                                  (/.i32 i16)))))
-             (_.coverage [/.arithmetic_right_shift]
-               (let [expected (i.right_shifted shift i16)]
-                 (expression (|>> (as Frac) f.int (i.= expected))
-                             (/.arithmetic_right_shift (/.int (.int shift))
-                                                       (/.i32 i16)))))
-             (_.coverage [/.bit_not]
-               (let [expected (if (i.< +0 i32)
-                                (as_int_32 (i64.not i32))
-                                (i64.not (as_int_32 i32)))]
-                 (expression (|>> (as Frac) f.int (i.= expected))
-                             (/.bit_not (/.i32 i32)))))
-             ))))
-
-(def test|array
-  Test
-  (do [! random.monad]
-    [size (of ! each (|>> (n.% 10) ++) random.nat)
-     index (of ! each (n.% size) random.nat)
-     items (random.list size random.safe_frac)
-     .let [expected (|> items
-                        (list.item index)
-                        (maybe.else f.not_a_number))]]
-    (all _.and
-         (_.coverage [/.array /.at]
-           (and (expression (|>> (as Frac) (f.= expected))
-                            (/.at (/.int (.int index))
-                                  (/.array (list#each /.number items))))
-                (expression (|>> (as Bit))
-                            (|> (/.array (list#each /.number items))
-                                (/.at (/.int (.int size)))
-                                (/.= /.undefined)))))
-         )))
-
-(def test|object
-  Test
-  (do [! random.monad]
-    [expected random.safe_frac
-     field (random.upper_cased 5)
-     dummy (random.only (|>> (text#= field) not)
-                        (random.upper_cased 5))
-
-     size (of ! each (|>> (n.% 10) ++) random.nat)
-     index (of ! each (n.% size) random.nat)
-     items (random.list size random.safe_frac)]
-    (all _.and
-         (_.coverage [/.object /.the]
-           (expression (|>> (as Frac) (f.= expected))
-                       (/.the field (/.object (list [field (/.number expected)])))))
-         (let [expected (|> items
-                            (list.item index)
-                            (maybe.else f.not_a_number))]
-           (_.coverage [/.do]
-             (expression (|>> (as Frac) f.int (i.= (.int index)))
-                         (|> (/.array (list#each /.number items))
-                             (/.do "lastIndexOf" (list (/.number expected)))))))
-         (_.coverage [/.undefined]
-           (expression (|>> (as Bit))
-                       (|> (/.object (list [field (/.number expected)]))
-                           (/.the dummy)
-                           (/.= /.undefined))))
-         )))
-
-(def test|computation
-  Test
-  (do [! random.monad]
-    [test random.bit
-     then random.safe_frac
-     else random.safe_frac
-
-     boolean random.bit
-     number random.frac
-     string (random.upper_cased 5)
-
-     comment (random.upper_cased 10)]
-    (all _.and
-         ..test|boolean
-         ..test|number
-         ..test|i32
-         ..test|array
-         ..test|object
-         (_.coverage [/.?]
-           (let [expected (if test then else)]
-             (expression (|>> (as Frac) (f.= expected))
-                         (/.? (/.boolean test)
-                              (/.number then)
-                              (/.number else)))))
-         (_.coverage [/.not_a_number?]
-           (and (expression (|>> (as Bit))
-                            (/.not_a_number? (/.number f.not_a_number)))
-                (expression (|>> (as Bit) not)
-                            (/.not_a_number? (/.number then)))))
-         (_.coverage [/.type_of]
-           (and (expression (|>> (as Text) (text#= "boolean"))
-                            (/.type_of (/.boolean boolean)))
-                (expression (|>> (as Text) (text#= "number"))
-                            (/.type_of (/.number number)))
-                (expression (|>> (as Text) (text#= "string"))
-                            (/.type_of (/.string string)))
-                (expression (|>> (as Text) (text#= "object"))
-                            (/.type_of /.null))
-                (expression (|>> (as Text) (text#= "object"))
-                            (/.type_of (/.object (list [string (/.number number)]))))
-                (expression (|>> (as Text) (text#= "object"))
-                            (/.type_of (/.array (list (/.boolean boolean)
-                                                      (/.number number)
-                                                      (/.string string)))))
-                (expression (|>> (as Text) (text#= "undefined"))
-                            (/.type_of /.undefined))))
-         (_.coverage [/.comment]
-           (expression (|>> (as Frac) (f.= then))
-                       (/.comment comment
-                         (/.number then))))
-         )))
-
-(def test|expression
-  Test
-  (do [! random.monad]
-    [dummy random.safe_frac
-     expected random.safe_frac]
-    (`` (all _.and
-             (_.for [/.Literal]
-                    ..test|literal)
-             (_.for [/.Computation]
-                    ..test|computation)
-             (_.coverage [/.,]
-               (expression (|>> (as Frac) (f.= expected))
-                           (/., (/.number dummy) (/.number expected))))
-             ))))
-
-(def test/var
-  Test
-  (do [! random.monad]
-    [number/0 random.safe_frac
-     number/1 random.safe_frac
-     number/2 random.safe_frac
-     foreign (random.lower_cased 10)
-     local (random.only (|>> (text#= foreign) not)
-                        (random.lower_cased 10))
-     .let [$foreign (/.var foreign)
-           $local (/.var local)]]
-    (all _.and
-         (_.coverage [/.var]
-           (expression (|>> (as Frac) (f.= number/0))
-                       (/.apply (/.closure (list $foreign) (/.return $foreign))
-                                (list (/.number number/0)))))
-         (_.coverage [/.define]
-           (expression (|>> (as Frac) (f.= number/1))
-                       (/.apply (/.closure (list $foreign)
-                                           (all /.then
-                                                (/.define $local (/.number number/1))
-                                                (/.return $local)))
-                                (list (/.number number/0)))))
-         (_.coverage [/.declare]
-           (expression (|>> (as Frac) (f.= number/1))
-                       (/.apply (/.closure (list $foreign)
-                                           (all /.then
-                                                (/.declare $local)
-                                                (/.statement (/.set $local (/.number number/1)))
-                                                (/.return $local)))
-                                (list (/.number number/0)))))
-         )))
-
-(def test/location
-  Test
-  (do [! random.monad]
-    [number/0 random.safe_frac
-     int/0 ..int_16
-     $foreign (of ! each /.var (random.lower_cased 10))
-     field (random.upper_cased 10)]
-    (all _.and
-         (_.coverage [/.set]
-           (and (expression (|>> (as Frac) (f.= (f.+ number/0 number/0)))
-                            (/.apply (/.closure (list $foreign)
-                                                (all /.then
-                                                     (/.statement (/.set $foreign (/.+ $foreign $foreign)))
-                                                     (/.return $foreign)))
-                                     (list (/.number number/0))))
-                (expression (|>> (as Frac) (f.= (f.+ number/0 number/0)))
-                            (let [@ (/.at (/.int +0) $foreign)]
-                              (/.apply (/.closure (list $foreign)
-                                                  (all /.then
-                                                       (/.statement (/.set $foreign (/.array (list $foreign))))
-                                                       (/.statement (/.set @ (/.+ @ @)))
-                                                       (/.return @)))
-                                       (list (/.number number/0)))))
-                (expression (|>> (as Frac) (f.= (f.+ number/0 number/0)))
-                            (let [@ (/.the field $foreign)]
-                              (/.apply (/.closure (list $foreign)
-                                                  (all /.then
-                                                       (/.statement (/.set $foreign (/.object (list [field $foreign]))))
-                                                       (/.statement (/.set @ (/.+ @ @)))
-                                                       (/.return @)))
-                                       (list (/.number number/0)))))))
-         (_.coverage [/.delete]
-           (and (and (expression (|>> (as Bit))
-                                 (/.apply (/.closure (list)
-                                                     (all /.then
-                                                          (/.statement (/.set $foreign (/.number number/0)))
-                                                          (/.return (/.delete $foreign))))
-                                          (list)))
-                     (expression (|>> (as Bit) not)
-                                 (/.apply (/.closure (list $foreign)
-                                                     (/.return (/.delete $foreign)))
-                                          (list (/.number number/0)))))
-                (expression (|>> (as Bit))
-                            (let [@ (/.at (/.int +0) $foreign)]
-                              (/.apply (/.closure (list $foreign)
-                                                  (all /.then
-                                                       (/.statement (/.set $foreign (/.array (list $foreign))))
-                                                       (/.return (|> (/.= (/.boolean true) (/.delete @))
-                                                                     (/.and (/.= /.undefined @))))))
-                                       (list (/.number number/0)))))
-                (expression (|>> (as Bit))
-                            (let [@ (/.the field $foreign)]
-                              (/.apply (/.closure (list $foreign)
-                                                  (all /.then
-                                                       (/.statement (/.set $foreign (/.object (list [field $foreign]))))
-                                                       (/.return (|> (/.= (/.boolean true) (/.delete @))
-                                                                     (/.and (/.= /.undefined @))))))
-                                       (list (/.number number/0)))))
-                ))
-         (_.coverage [/.Access]
-           (`` (and (,, (with_template [ ]
-                          [(expression (|>> (as Frac) f.int (i.= ( int/0)))
-                                       (/.apply (/.closure (list $foreign)
-                                                           (all /.then
-                                                                (/.statement ( $foreign))
-                                                                (/.return $foreign)))
-                                                (list (/.int int/0))))
-                           (expression (|>> (as Frac) f.int (i.= ( int/0)))
-                                       (let [@ (/.at (/.int +0) $foreign)]
-                                         (/.apply (/.closure (list $foreign)
-                                                             (all /.then
-                                                                  (/.statement (/.set $foreign (/.array (list $foreign))))
-                                                                  (/.statement ( @))
-                                                                  (/.return @)))
-                                                  (list (/.int int/0)))))
-                           (expression (|>> (as Frac) f.int (i.= ( int/0)))
-                                       (let [@ (/.the field $foreign)]
-                                         (/.apply (/.closure (list $foreign)
-                                                             (all /.then
-                                                                  (/.statement (/.set $foreign (/.object (list [field $foreign]))))
-                                                                  (/.statement ( @))
-                                                                  (/.return @)))
-                                                  (list (/.int int/0)))))]
-
-                          [/.++ .++]
-                          [/.-- .--]
-                          )))))
-         (_.for [/.Var]
-                ..test/var)
-         )))
-
-(def test|label
-  Test
-  (do [! random.monad]
-    [input ..int_16
-     
-     full_inner_iterations (of ! each (|>> (n.% 20) ++) random.nat)
-     expected_inner_iterations (of ! each (n.% full_inner_iterations) random.nat)
-
-     @outer (of ! each /.label (random.upper_cased 5))
-     full_outer_iterations (of ! each (|>> (n.% 10) ++) random.nat)
-     expected_outer_iterations (of ! each (n.% full_outer_iterations) random.nat)
-
-     .let [$input (/.var "input")
-           $output (/.var "output")
-           $inner_index (/.var "inner_index")
-           $outer_index (/.var "outer_index")]]
-    (all _.and
-         (_.coverage [/.break]
-           (let [expected (i.* (.int expected_inner_iterations) input)]
-             (expression (|>> (as Frac) f.int (i.= expected))
-                         (/.apply (/.closure (list $input)
-                                             (all /.then
-                                                  (/.define $inner_index (/.int +0))
-                                                  (/.define $output (/.int +0))
-                                                  (/.while (/.< (/.int (.int full_inner_iterations)) $inner_index)
-                                                           (all /.then
-                                                                (/.when (/.= (/.int (.int expected_inner_iterations)) $inner_index)
-                                                                  /.break)
-                                                                (/.statement (/.set $output (/.+ $input $output)))
-                                                                (/.statement (/.set $inner_index (/.+ (/.int +1) $inner_index)))
-                                                                ))
-                                                  (/.return $output)))
-                                  (list (/.int input))))))
-         (_.coverage [/.continue]
-           (let [expected (i.* (.int (n.- expected_inner_iterations full_inner_iterations)) input)]
-             (expression (|>> (as Frac) f.int (i.= expected))
-                         (/.apply (/.closure (list $input)
-                                             (all /.then
-                                                  (/.define $inner_index (/.int +0))
-                                                  (/.define $output (/.int +0))
-                                                  (/.while (/.< (/.int (.int full_inner_iterations)) $inner_index)
-                                                           (all /.then
-                                                                (/.statement (/.set $inner_index (/.+ (/.int +1) $inner_index)))
-                                                                (/.when (/.<= (/.int (.int expected_inner_iterations)) $inner_index)
-                                                                  /.continue)
-                                                                (/.statement (/.set $output (/.+ $input $output)))
-                                                                ))
-                                                  (/.return $output)))
-                                  (list (/.int input))))))
-         (_.for [/.label /.with_label]
-                (all _.and
-                     (_.coverage [/.break_at]
-                       (let [expected (i.* (.int (n.* expected_outer_iterations
-                                                      expected_inner_iterations))
-                                           input)]
-                         (expression (|>> (as Frac) f.int (i.= expected))
-                                     (/.apply (/.closure (list $input)
-                                                         (all /.then
-                                                              (/.define $output (/.int +0))
-                                                              (/.define $outer_index (/.int +0))
-                                                              (/.with_label @outer
-                                                                (/.while (/.< (/.int (.int full_outer_iterations)) $outer_index)
-                                                                         (all /.then
-                                                                              (/.define $inner_index (/.int +0))
-                                                                              (/.while (/.< (/.int (.int full_inner_iterations)) $inner_index)
-                                                                                       (all /.then
-                                                                                            (/.when (/.= (/.int (.int expected_outer_iterations)) $outer_index)
-                                                                                              (/.break_at @outer))
-                                                                                            (/.when (/.= (/.int (.int expected_inner_iterations)) $inner_index)
-                                                                                              /.break)
-                                                                                            (/.statement (/.set $output (/.+ $input $output)))
-                                                                                            (/.statement (/.set $inner_index (/.+ (/.int +1) $inner_index)))
-                                                                                            ))
-                                                                              (/.statement (/.set $outer_index (/.+ (/.int +1) $outer_index)))
-                                                                              )))
-                                                              (/.return $output)))
-                                              (list (/.int input))))))
-                     (_.coverage [/.continue_at]
-                       (let [expected (i.* (.int (n.* (n.- expected_outer_iterations full_outer_iterations)
-                                                      (n.- expected_inner_iterations full_inner_iterations)))
-                                           input)]
-                         (expression (|>> (as Frac) f.int (i.= expected))
-                                     (/.apply (/.closure (list $input)
-                                                         (all /.then
-                                                              (/.define $output (/.int +0))
-                                                              (/.define $outer_index (/.int +0))
-                                                              (/.with_label @outer
-                                                                (/.while (/.< (/.int (.int full_outer_iterations)) $outer_index)
-                                                                         (all /.then
-                                                                              (/.statement (/.set $outer_index (/.+ (/.int +1) $outer_index)))
-                                                                              (/.define $inner_index (/.int +0))
-                                                                              (/.while (/.< (/.int (.int full_inner_iterations)) $inner_index)
-                                                                                       (all /.then
-                                                                                            (/.statement (/.set $inner_index (/.+ (/.int +1) $inner_index)))
-                                                                                            (/.when (/.<= (/.int (.int expected_outer_iterations)) $outer_index)
-                                                                                              (/.continue_at @outer))
-                                                                                            (/.when (/.<= (/.int (.int expected_inner_iterations)) $inner_index)
-                                                                                              /.continue)
-                                                                                            (/.statement (/.set $output (/.+ $input $output)))
-                                                                                            ))
-                                                                              )
-                                                                         ))
-                                                              (/.return $output)))
-                                              (list (/.int input))))))
-                     ))
-         )))
-
-(def test|loop
-  Test
-  (do [! random.monad]
-    [input ..int_16
-     iterations (of ! each (n.% 10) random.nat)
-     .let [$input (/.var "input")
-           $output (/.var "output")
-           $index (/.var "index")
-           expected|while (i.* (.int iterations) input)
-           expected|do_while (i.* (.int (n.max 1 iterations)) input)]]
-    (all _.and
-         (_.coverage [/.while]
-           (expression (|>> (as Frac) f.int (i.= expected|while))
-                       (/.apply (/.closure (list $input)
-                                           (all /.then
-                                                (/.define $index (/.int +0))
-                                                (/.define $output (/.int +0))
-                                                (/.while (/.< (/.int (.int iterations)) $index)
-                                                         (all /.then
-                                                              (/.statement (/.set $output (/.+ $input $output)))
-                                                              (/.statement (/.set $index (/.+ (/.int +1) $index)))
-                                                              ))
-                                                (/.return $output)))
-                                (list (/.int input)))))
-         (_.coverage [/.do_while]
-           (expression (|>> (as Frac) f.int (i.= expected|do_while))
-                       (/.apply (/.closure (list $input)
-                                           (all /.then
-                                                (/.define $index (/.int +0))
-                                                (/.define $output (/.int +0))
-                                                (/.do_while (/.< (/.int (.int iterations)) $index)
-                                                            (all /.then
-                                                                 (/.statement (/.set $output (/.+ $input $output)))
-                                                                 (/.statement (/.set $index (/.+ (/.int +1) $index)))
-                                                                 ))
-                                                (/.return $output)))
-                                (list (/.int input)))))
-         (_.coverage [/.for]
-           (expression (|>> (as Frac) f.int (i.= expected|while))
-                       (/.apply (/.closure (list $input)
-                                           (all /.then
-                                                (/.define $output (/.int +0))
-                                                (/.for $index (/.int +0)
-                                                       (/.< (/.int (.int iterations)) $index)
-                                                       (/.++ $index)
-                                                       (/.statement (/.set $output (/.+ $input $output))))
-                                                (/.return $output)))
-                                (list (/.int input)))))
-         (_.for [/.Label]
-                ..test|label)
-         )))
-
-(def test|exception
-  Test
-  (do [! random.monad]
-    [expected random.safe_frac
-     dummy (random.only (|>> (f.= expected) not)
-                        random.safe_frac)
-     $ex (of ! each /.var (random.lower_cased 10))]
-    (all _.and
-         (_.coverage [/.try]
-           (expression (|>> (as Frac) (f.= expected))
-                       (/.apply (/.closure (list)
-                                           (/.try (/.return (/.number expected))
-                                                  [$ex (/.return (/.number dummy))]))
-                                (list))))
-         (_.coverage [/.throw]
-           (expression (|>> (as Frac) (f.= expected))
-                       (/.apply (/.closure (list)
-                                           (/.try (all /.then
-                                                       (/.throw (/.number expected))
-                                                       (/.return (/.number dummy)))
-                                                  [$ex (/.return $ex)]))
-                                (list))))
-         )))
-
-(def test|apply
-  Test
-  (do [! random.monad]
-    [number/0 random.safe_frac
-     number/1 random.safe_frac
-     number/2 random.safe_frac
-     $arg/0 (of ! each /.var (random.lower_cased 10))
-     $arg/1 (of ! each /.var (random.lower_cased 11))
-     $arg/2 (of ! each /.var (random.lower_cased 12))]
-    (`` (all _.and
-             (_.coverage [/.apply_1]
-               (expression (|>> (as Frac) (f.= number/0))
-                           (/.apply_1 (/.closure (list $arg/0) (/.return $arg/0))
-                                      (/.number number/0))))
-             (_.coverage [/.apply_2]
-               (expression (|>> (as Frac) (f.= (all f.+ number/0 number/1)))
-                           (/.apply_2 (/.closure (list $arg/0 $arg/1) (/.return (all /.+ $arg/0 $arg/1)))
-                                      (/.number number/0)
-                                      (/.number number/1))))
-             (_.coverage [/.apply_3]
-               (expression (|>> (as Frac) (f.= (all f.+ number/0 number/1 number/2)))
-                           (/.apply_3 (/.closure (list $arg/0 $arg/1 $arg/2) (/.return (all /.+ $arg/0 $arg/1 $arg/2)))
-                                      (/.number number/0)
-                                      (/.number number/1)
-                                      (/.number number/2))))
-             (_.coverage [/.apply]
-               (expression (|>> (as Frac) (f.= (all f.+ number/0 number/1 number/2)))
-                           (/.apply (/.closure (list $arg/0 $arg/1 $arg/2) (/.return (all /.+ $arg/0 $arg/1 $arg/2)))
-                                    (list (/.number number/0)
-                                          (/.number number/1)
-                                          (/.number number/2)))))
-             ))))
-
-(def test|function
-  Test
-  (do [! random.monad]
-    [number/0 random.safe_frac
-     iterations (of ! each (n.% 10) random.nat)
-     $self (of ! each /.var (random.lower_cased 1))
-     $arg/0 (of ! each /.var (random.lower_cased 2))
-     field (random.lower_cased 3)
-     $class (of ! each /.var (random.upper_cased 4))]
-    (all _.and
-         (_.coverage [/.closure /.return]
-           (expression (|>> (as Frac) (f.= number/0))
-                       (/.apply (/.closure (list) (/.return (/.number number/0)))
-                                (list))))
-         (_.coverage [/.function]
-           (expression (|>> (as Frac) f.nat (n.= iterations))
-                       (/.apply_1 (/.function $self (list $arg/0)
-                                    (/.return (/.? (/.< (/.int (.int iterations)) $arg/0)
-                                                   (/.apply_1 $self (/.+ (/.int +1) $arg/0))
-                                                   $arg/0)))
-                                  (/.int +0))))
-         (_.coverage [/.function_definition]
-           (expression (|>> (as Frac) f.nat (n.= iterations))
-                       (/.apply (/.closure (list)
-                                           (all /.then
-                                                (/.function_definition $self (list $arg/0)
-                                                                       (/.return (/.? (/.< (/.int (.int iterations)) $arg/0)
-                                                                                      (/.apply_1 $self (/.+ (/.int +1) $arg/0))
-                                                                                      $arg/0)))
-                                                (/.return (/.apply_1 $self (/.int +0)))))
-                                (list))))
-         (_.coverage [/.new]
-           (let [$this (/.var "this")]
-             (expression (|>> (as Frac) (f.= number/0))
-                         (/.apply_1 (/.closure (list $arg/0)
-                                               (all /.then
-                                                    (/.function_definition $class (list)
-                                                                           (/.statement (/.set (/.the field $this) $arg/0)))
-                                                    (/.return (/.the field (/.new $class (list))))))
-                                    (/.number number/0)))))
-         ..test|apply
-         )))
-
-(def test|branching
-  Test
-  (do [! random.monad]
-    [number/0 random.safe_frac
-     number/1 random.safe_frac
-     number/2 random.safe_frac
-     arg/0 (random.lower_cased 10)
-     arg/1 (random.only (|>> (text#= arg/0) not)
-                        (random.lower_cased 10))
-     arg/2 (random.only (predicate.and (|>> (text#= arg/0) not)
-                                       (|>> (text#= arg/1) not))
-                        (random.lower_cased 10))
-     .let [$arg/0 (/.var arg/0)
-           $arg/1 (/.var arg/1)
-           $arg/2 (/.var arg/2)]
-     ??? random.bit
-     int ..int_16]
-    (all _.and
-         (_.coverage [/.if]
-           (expression (|>> (as Frac) (f.= (if ??? number/0 number/1)))
-                       (/.apply (/.closure (list)
-                                           (/.if (/.boolean ???)
-                                             (/.return (/.number number/0))
-                                             (/.return (/.number number/1))))
-                                (list))))
-         (_.coverage [/.when]
-           (expression (|>> (as Frac) (f.= (if ??? number/0 number/1)))
-                       (/.apply (/.closure (list)
-                                           (all /.then
-                                                (/.when (/.boolean ???)
-                                                  (/.return (/.number number/0)))
-                                                (/.return (/.number number/1))))
-                                (list))))
-         (_.coverage [/.switch]
-           (let [number/0' (%.frac number/0)
-                 number/1' (%.frac number/1)
-                 number/2' (%.frac number/2)]
-             (and (expression (|>> (as Text) (text#= number/0'))
-                              (/.apply (/.closure (list)
-                                                  (/.switch (/.number number/0)
-                                                            (list [(list (/.number number/0)) (/.return (/.string number/0'))]
-                                                                  [(list (/.number number/1)) (/.return (/.string number/1'))])
-                                                            {.#None}))
-                                       (list)))
-                  (expression (|>> (as Text) (text#= number/1'))
-                              (/.apply (/.closure (list)
-                                                  (/.switch (/.number number/1)
-                                                            (list [(list (/.number number/0)) (/.return (/.string number/0'))]
-                                                                  [(list (/.number number/1)) (/.return (/.string number/1'))])
-                                                            {.#Some (/.return (/.string number/2'))}))
-                                       (list)))
-                  (expression (|>> (as Text) (text#= number/2'))
-                              (/.apply (/.closure (list)
-                                                  (/.switch (/.number number/2)
-                                                            (list [(list (/.number number/0)) (/.return (/.string number/0'))]
-                                                                  [(list (/.number number/1)) (/.return (/.string number/1'))])
-                                                            {.#Some (/.return (/.string number/2'))}))
-                                       (list)))
-                  )))
-         )))
-
-(def test|statement
-  Test
-  (do [! random.monad]
-    [number/0 random.safe_frac
-     number/1 random.safe_frac
-     number/2 random.safe_frac
-     $arg/0 (of ! each /.var (random.lower_cased 10))
-     $arg/1 (of ! each /.var (random.lower_cased 11))
-     $arg/2 (of ! each /.var (random.lower_cased 12))
-     ??? random.bit
-     int ..int_16]
-    (`` (all _.and
-             (_.coverage [/.statement]
-               (expression (|>> (as Frac) (f.= number/0))
-                           (/.apply_1 (/.closure (list $arg/0)
-                                                 (all /.then
-                                                      (/.statement (/.+ $arg/0 $arg/0))
-                                                      (/.return $arg/0)))
-                                      (/.number number/0))))
-             (,, (with_template [ ]
-                   [(_.coverage []
-                      (expression (|>> (as Frac) f.int (i.= ( int)))
-                                  (/.apply_1 (/.closure (list $arg/0)
-                                                        (/.return (/., ( $arg/0)
-                                                                       $arg/0)))
-                                             (/.int int))))]
-                   
-                   [/.++ .++]
-                   [/.-- .--]
-                   ))
-             (_.coverage [/.then]
-               (expression (|>> (as Frac) (f.= number/0))
-                           (/.apply_2 (/.closure (list $arg/0 $arg/1)
-                                                 (all /.then
-                                                      (/.return $arg/0)
-                                                      (/.return $arg/1)))
-                                      (/.number number/0)
-                                      (/.number number/1))))
-             (_.coverage [/.use_strict]
-               (and (expression (|>> (as Frac) (f.= number/0))
-                                (/.apply (/.closure (list)
-                                                    (all /.then
-                                                         /.use_strict
-                                                         (/.declare $arg/0)
-                                                         (/.statement (/.set $arg/0 (/.number number/0)))
-                                                         (/.return $arg/0)))
-                                         (list)))
-                    (|> (/.apply (/.closure (list)
-                                            (all /.then
-                                                 /.use_strict
-                                                 ... (/.declare $arg/0)
-                                                 (/.statement (/.set $arg/0 (/.number number/0)))
-                                                 (/.return $arg/0)))
-                                 (list))
-                        ..eval
-                        (pipe.when
-                          {try.#Success it}
-                          false
-                          
-                          {try.#Failure error}
-                          true))))
-             ..test|exception
-             ..test|function
-             ..test|branching
-             (_.for [/.Location]
-                    ..test/location)
-             (_.for [/.Loop]
-                    ..test|loop)
-             ))))
-
-(def .public test
-  Test
-  (do [! random.monad]
-    []
-    (<| (_.covering /._)
-        (_.for [/.Code /.code])
-        (`` (all _.and
-                 (_.for [/.Expression]
-                        ..test|expression)
-                 (_.for [/.Statement]
-                        ..test|statement)
-                 )))))
diff --git a/stdlib/source/test/lux/meta/target/jvm.lux b/stdlib/source/test/lux/meta/target/jvm.lux
deleted file mode 100644
index dffacdfaa..000000000
--- a/stdlib/source/test/lux/meta/target/jvm.lux
+++ /dev/null
@@ -1,1758 +0,0 @@
-(.require
- [library
-  [lux (.except Type Label int)
-   ["[0]" ffi (.only import)]
-   [abstract
-    ["[0]" monad (.only do)]]
-   [control
-    ["[0]" function]
-    ["[0]" io]
-    ["[0]" maybe]
-    ["[0]" try]
-    [concurrency
-     ["[0]" atom]]]
-   [data
-    ["[0]" bit (.use "[1]#[0]" equivalence)]
-    ["[0]" text (.use "[1]#[0]" equivalence)
-     ["%" \\format (.only format)]]
-    ["[0]" binary
-     ["[1]" \\format]]
-    [collection
-     ["[0]" array]
-     ["[0]" dictionary]
-     ["[0]" set]
-     ["[0]" sequence]
-     ["[0]" list (.use "[1]#[0]" functor)]]]
-   [math
-    ["[0]" random (.only Random) (.use "[1]#[0]" monad)]
-    [number
-     ["n" nat]
-     ["i" int]
-     ["f" frac]
-     ["[0]" i32 (.only I32)]
-     ["[0]" i64]]]
-   [meta
-    ["@" target]]
-   [test
-    ["_" property (.only Test)]]]]
- [\\library
-  ["[0]" /
-   ["[1][0]" loader (.only Library)]
-   ["[1][0]" version]
-   ["[1][0]" modifier (.use "[1]#[0]" monoid)]
-   ["[1][0]" field]
-   ["[1][0]" method (.only Method)]
-   ["[1][0]" class]
-   ["[1][0]" attribute (.only)
-    ["[1]/[0]" code]]
-   ["[1][0]" constant (.only)
-    ["[1]/[0]" pool (.only Resource)]]
-   [encoding
-    ["[1][0]" name]
-    ["[1][0]" signed]
-    ["[1][0]" unsigned]]
-   ["[1]" bytecode (.only Label Bytecode)
-    ["[1][0]" instruction]]
-   ["[1][0]" type (.only Type)
-    ["[0]" category (.only Value Object Class)]]]])
-
-(def method_modifier
-  (all /modifier#composite
-       /method.public
-       /method.static))
-
-(import java/lang/Boolean
-  "[1]::[0]")
-
-(import java/lang/Byte
-  "[1]::[0]")
-
-(import java/lang/Short
-  "[1]::[0]")
-
-(import java/lang/Integer
-  "[1]::[0]")
-
-(import java/lang/Long
-  "[1]::[0]")
-
-(import java/lang/Float
-  "[1]::[0]")
-
-(import java/lang/Double
-  "[1]::[0]"
-  ("static" compare [double double] int))
-
-(import java/lang/Character
-  "[1]::[0]")
-
-(import java/lang/String
-  "[1]::[0]")
-
-(import java/lang/reflect/Method
-  "[1]::[0]"
-  (invoke [java/lang/Object [java/lang/Object]] "try" java/lang/Object))
-
-(import (java/lang/Class c)
-  "[1]::[0]"
-  (getDeclaredMethod [java/lang/String [(java/lang/Class [? < java/lang/Object])]] java/lang/reflect/Method))
-
-(import java/lang/Object
-  "[1]::[0]"
-  (getClass [] (java/lang/Class java/lang/Object))
-  (toString [] java/lang/String))
-
-(def class_name
-  (Random Text)
-  (do random.monad
-    [super_package (random.lower_cased 10)
-     package (random.lower_cased 10)
-     name (random.upper_cased 10)]
-    (in (format super_package
-                /name.external_separator package
-                /name.external_separator name))))
-
-(def (get_method name class)
-  (-> Text (java/lang/Class java/lang/Object) java/lang/reflect/Method)
-  (java/lang/Class::getDeclaredMethod (ffi.as_string name)
-                                      (ffi.array (java/lang/Class java/lang/Object) 0)
-                                      class))
-
-(def $Object (/type.class "java.lang.Object" (list)))
-
-(def (bytecode test bytecode)
-  (-> (-> Any Bit) (Bytecode Any) (Random Bit))
-  (do random.monad
-    [class_name ..class_name
-     method_name (random.upper_cased 10)]
-    (in (when (do try.monad
-                [class (/class.class /version.v6_0 /class.public
-                         (/name.internal class_name)
-                         {.#None}
-                         (/name.internal "java.lang.Object")
-                         (list)
-                         (list)
-                         (list (/method.method ..method_modifier
-                                 method_name
-                                 false (/type.method [(list) (list) ..$Object (list)])
-                                 (list)
-                                 {.#Some (do /.monad
-                                           [_ bytecode]
-                                           /.areturn)}))
-                         (list))
-                 .let [bytecode (binary.result /class.format class)
-                       loader (/loader.memory (/loader.new_library []))]
-                 _ (/loader.define class_name bytecode loader)
-                 class (io.run! (/loader.load class_name loader))
-                 method (try (get_method method_name class))]
-                (java/lang/reflect/Method::invoke (ffi.null) (ffi.array java/lang/Object 0) method))
-          {try.#Success actual}
-          (test actual)
-          
-          {try.#Failure error}
-          false))))
-
-(type (Primitive a)
-  (Record
-   [#unboxed (Type category.Return)
-    #boxed (Type category.Class)
-    #wrap (Bytecode Any)
-    #random (Random a)
-    #literal (-> a (Bytecode Any))]))
-
-(def $Boolean
-  (/type.class "java.lang.Boolean" (list)))
-(def $Boolean::wrap
-  (/.invokestatic ..$Boolean "valueOf" (/type.method [(list) (list /type.boolean) ..$Boolean (list)])))
-(def $Boolean::random (as (Random java/lang/Boolean) random.bit))
-(def !false (|> 0 .i64 i32.i32 /.int))
-(def !true (|> 1 .i64 i32.i32 /.int))
-(def ($Boolean::literal value)
-  (-> java/lang/Boolean (Bytecode Any))
-  (if (as Bit value)
-    ..!true
-    ..!false))
-(def $Boolean::primitive
-  (Primitive java/lang/Boolean)
-  [#unboxed /type.boolean
-   #boxed ..$Boolean
-   #wrap ..$Boolean::wrap
-   #random ..$Boolean::random
-   #literal ..$Boolean::literal])
-
-(def $Byte
-  (/type.class "java.lang.Byte" (list)))
-(def $Byte::wrap
-  (/.invokestatic ..$Byte "valueOf" (/type.method [(list) (list /type.byte) ..$Byte (list)])))
-(def $Byte::random
-  (Random java/lang/Byte)
-  (of random.monad each (|>> (as java/lang/Long) ffi.long_to_byte) random.int))
-(def $Byte::literal
-  (-> java/lang/Byte (Bytecode Any))
-  (|>> ffi.byte_to_long (as I64) i32.i32 /.int))
-(def $Byte::primitive
-  (Primitive java/lang/Byte)
-  [#unboxed /type.byte
-   #boxed ..$Byte
-   #wrap ..$Byte::wrap
-   #random ..$Byte::random
-   #literal ..$Byte::literal])
-
-(def $Short
-  (/type.class "java.lang.Short" (list)))
-(def $Short::wrap
-  (/.invokestatic ..$Short "valueOf" (/type.method [(list) (list /type.short) ..$Short (list)])))
-(def $Short::random
-  (Random java/lang/Short)
-  (of random.monad each (|>> (as java/lang/Long) ffi.long_to_short) random.int))
-(def $Short::literal
-  (-> java/lang/Short (Bytecode Any))
-  (|>> ffi.short_to_long (as I64) i32.i32 /.int))
-(def $Short::primitive
-  (Primitive java/lang/Short)
-  [#unboxed /type.short
-   #boxed ..$Short
-   #wrap ..$Short::wrap
-   #random ..$Short::random
-   #literal ..$Short::literal])
-
-(def $Integer
-  (/type.class "java.lang.Integer" (list)))
-(def $Integer::wrap
-  (/.invokestatic ..$Integer "valueOf" (/type.method [(list) (list /type.int) ..$Integer (list)])))
-(def $Integer::random
-  (Random java/lang/Integer)
-  (of random.monad each (|>> (as java/lang/Long) ffi.long_to_int) random.int))
-(def $Integer::literal
-  (-> java/lang/Integer (Bytecode Any))
-  (|>> ffi.int_to_long (as I64) i32.i32 /.int))
-(def $Integer::primitive
-  (Primitive java/lang/Integer)
-  [#unboxed /type.int
-   #boxed ..$Integer
-   #wrap ..$Integer::wrap
-   #random ..$Integer::random
-   #literal ..$Integer::literal])
-
-(def $Long (/type.class "java.lang.Long" (list)))
-(def $Long::wrap (/.invokestatic ..$Long "valueOf" (/type.method [(list) (list /type.long) ..$Long (list)])))
-(def $Long::random (as (Random java/lang/Long) random.int))
-(def $Long::literal (-> java/lang/Long (Bytecode Any)) (|>> (as Int) /.long))
-(def $Long::primitive
-  (Primitive java/lang/Long)
-  [#unboxed /type.long
-   #boxed ..$Long
-   #wrap ..$Long::wrap
-   #random ..$Long::random
-   #literal ..$Long::literal])
-
-(def $Float (/type.class "java.lang.Float" (list)))
-(def $Float::wrap (/.invokestatic ..$Float "valueOf" (/type.method [(list) (list /type.float) ..$Float (list)])))
-(def $Float::random
-  (Random java/lang/Float)
-  (of random.monad each
-      (|>> (as java/lang/Double) ffi.double_to_float)
-      random.frac))
-(def $Float::literal /.float)
-(def valid_float
-  (Random java/lang/Float)
-  (random.only (|>> ffi.float_to_double (as Frac) f.not_a_number? not)
-               ..$Float::random))
-(def $Float::primitive
-  (Primitive java/lang/Float)
-  [#unboxed /type.float
-   #boxed ..$Float
-   #wrap ..$Float::wrap
-   #random ..valid_float
-   #literal ..$Float::literal])
-
-(def $Double (/type.class "java.lang.Double" (list)))
-(def $Double::wrap (/.invokestatic ..$Double "valueOf" (/type.method [(list) (list /type.double) ..$Double (list)])))
-(def $Double::random (as (Random java/lang/Double) random.frac))
-(def $Double::literal
-  (-> java/lang/Double (Bytecode Any))
-  /.double)
-(def valid_double
-  (Random java/lang/Double)
-  (random.only (|>> (as Frac) f.not_a_number? not)
-               ..$Double::random))
-(def $Double::primitive
-  (Primitive java/lang/Double)
-  [#unboxed /type.double
-   #boxed ..$Double
-   #wrap ..$Double::wrap
-   #random ..valid_double
-   #literal ..$Double::literal])
-
-(def $Character
-  (/type.class "java.lang.Character" (list)))
-(def $Character::wrap
-  (/.invokestatic ..$Character "valueOf" (/type.method [(list) (list /type.char) ..$Character (list)])))
-(def $Character::random
-  (Random java/lang/Character)
-  (of random.monad each (|>> (as java/lang/Long) ffi.long_to_int ffi.int_to_char) random.int))
-(def $Character::literal
-  (-> java/lang/Character (Bytecode Any))
-  (|>> ffi.char_to_long (as I64) i32.i32 /.int))
-(def $Character::primitive
-  (Primitive java/lang/Character)
-  [#unboxed /type.char
-   #boxed ..$Character
-   #wrap ..$Character::wrap
-   #random ..$Character::random
-   #literal ..$Character::literal])
-
-(def $String
-  (/type.class "java.lang.String" (list)))
-
-(def $String::random
-  (as (Random java/lang/String)
-      (random.alphabetic 10)))
-
-(def $String::literal
-  (-> java/lang/String (Bytecode Any))
-  (|>> (as Text) /.string))
-
-(def $String::primitive
-  (Primitive java/lang/String)
-  [#unboxed ..$String
-   #boxed ..$String
-   #wrap /.nop
-   #random ..$String::random
-   #literal ..$String::literal])
-
-(with_template [       ]
-  [(def 
-     Test
-     (do [! random.monad]
-       [expected (of ! each (i64.and (i64.mask )) random.nat)]
-       (<| (_.lifted )
-           (..bytecode (for @.old
-                            (|>> (as )  ("jvm leq" expected))
-                            
-                            @.jvm
-                            (|>> (as )  .jvm_object_cast# (.jvm_long_=# (.jvm_object_cast# (as java/lang/Long expected))))))
-           (do /.monad
-             [_ ( (|> expected .int  try.trusted))]
-             ))))]
-
-  [byte 7 java/lang/Byte /.bipush ..$Byte::wrap "BIPUSH" ffi.byte_to_long /signed.s1]
-  [short 15 java/lang/Short /.sipush ..$Short::wrap "SIPUSH" ffi.short_to_long /signed.s2]
-  )
-
-(with_template [ ]
-  [(def 
-     (template (_  )
-       [(is (->   )
-            (function (_ parameter subject)
-              (for @.old
-                   ( subject parameter)
-                   
-                   @.jvm
-                   (.jvm_object_cast#
-                    ( (.jvm_object_cast# parameter)
-                                     (.jvm_object_cast# subject))))))]))]
-
-  [int/2 java/lang/Integer]
-  [long/2 java/lang/Long]
-  [float/2 java/lang/Float]
-  [double/2 java/lang/Double]
-  )
-
-(def int+long/2
-  (template (_  )
-    [(is (-> java/lang/Integer java/lang/Long java/lang/Long)
-         (function (_ parameter subject)
-           (for @.old
-                ( subject parameter)
-                
-                @.jvm
-                (.jvm_object_cast#
-                 ( (.jvm_object_cast# parameter)
-                                  (.jvm_object_cast# subject))))))]))
-
-(def int
-  Test
-  (let [int (is (-> java/lang/Integer (Bytecode Any) (Random Bit))
-                (function (_ expected bytecode)
-                  (<| (..bytecode (for @.old
-                                       (|>> (as java/lang/Integer) ("jvm ieq" expected))
-                                       
-                                       @.jvm
-                                       (|>> (as java/lang/Integer) .jvm_object_cast# (.jvm_int_=# (.jvm_object_cast# expected)))))
-                      (do /.monad
-                        [_ bytecode]
-                        ..$Integer::wrap))))
-        unary (is (-> (-> java/lang/Integer java/lang/Integer) (Bytecode Any) (Random Bit))
-                  (function (_ reference instruction)
-                    (do random.monad
-                      [subject ..$Integer::random]
-                      (int (reference subject)
-                           (do /.monad
-                             [_ (..$Integer::literal subject)]
-                             instruction)))))
-        binary (is (-> (-> java/lang/Integer java/lang/Integer java/lang/Integer)
-                       (Bytecode Any)
-                       (Random Bit))
-                   (function (_ reference instruction)
-                     (do random.monad
-                       [parameter ..$Integer::random
-                        subject ..$Integer::random]
-                       (int (reference parameter subject)
-                            (do /.monad
-                              [_ (..$Integer::literal subject)
-                               _ (..$Integer::literal parameter)]
-                              instruction)))))
-        shift (is (-> (-> java/lang/Integer java/lang/Integer java/lang/Integer) (Bytecode Any) (Random Bit))
-                  (function (_ reference instruction)
-                    (do [! random.monad]
-                      [parameter (of ! each (|>> (n.% 32) .int (as java/lang/Long) ffi.long_to_int) random.nat)
-                       subject ..$Integer::random]
-                      (int (reference parameter subject)
-                           (do /.monad
-                             [_ (..$Integer::literal subject)
-                              _ (..$Integer::literal parameter)]
-                             instruction)))))
-        literal (all _.and
-                     (_.lifted "ICONST_M1" (int (ffi.long_to_int (as java/lang/Long -1)) /.iconst_m1))
-                     (_.lifted "ICONST_0" (int (ffi.long_to_int (as java/lang/Long +0)) /.iconst_0))
-                     (_.lifted "ICONST_1" (int (ffi.long_to_int (as java/lang/Long +1)) /.iconst_1))
-                     (_.lifted "ICONST_2" (int (ffi.long_to_int (as java/lang/Long +2)) /.iconst_2))
-                     (_.lifted "ICONST_3" (int (ffi.long_to_int (as java/lang/Long +3)) /.iconst_3))
-                     (_.lifted "ICONST_4" (int (ffi.long_to_int (as java/lang/Long +4)) /.iconst_4))
-                     (_.lifted "ICONST_5" (int (ffi.long_to_int (as java/lang/Long +5)) /.iconst_5))
-                     (_.lifted "LDC_W/INTEGER"
-                               (do random.monad
-                                 [expected ..$Integer::random]
-                                 (int expected (..$Integer::literal expected)))))
-        arithmetic (all _.and
-                        (_.lifted "IADD" (binary (int/2 "jvm iadd" .jvm_int_+#) /.iadd))
-                        (_.lifted "ISUB" (binary (int/2 "jvm isub" .jvm_int_-#) /.isub))
-                        (_.lifted "IMUL" (binary (int/2 "jvm imul" .jvm_int_*#) /.imul))
-                        (_.lifted "IDIV" (binary (int/2 "jvm idiv" .jvm_int_/#) /.idiv))
-                        (_.lifted "IREM" (binary (int/2 "jvm irem" .jvm_int_%#) /.irem))
-                        (_.lifted "INEG" (unary (function (_ value)
-                                                  ((int/2 "jvm isub" .jvm_int_-#)
-                                                   value
-                                                   (ffi.long_to_int (as java/lang/Long +0))))
-                                                /.ineg)))
-        bitwise (all _.and
-                     (_.lifted "IAND" (binary (int/2 "jvm iand" .jvm_int_and#) /.iand))
-                     (_.lifted "IOR" (binary (int/2 "jvm ior" .jvm_int_or#) /.ior))
-                     (_.lifted "IXOR" (binary (int/2 "jvm ixor" .jvm_int_xor#) /.ixor))
-                     (_.lifted "ISHL" (shift (int/2 "jvm ishl" .jvm_int_shl#) /.ishl))
-                     (_.lifted "ISHR" (shift (int/2 "jvm ishr" .jvm_int_shr#) /.ishr))
-                     (_.lifted "IUSHR" (shift (int/2 "jvm iushr" .jvm_int_ushr#) /.iushr)))]
-    (all _.and
-         (<| (_.context "literal")
-             literal)
-         (<| (_.context "arithmetic")
-             arithmetic)
-         (<| (_.context "bitwise")
-             bitwise)
-         )))
-
-(def long
-  Test
-  (let [long (is (-> java/lang/Long (Bytecode Any) (Random Bit))
-                 (function (_ expected bytecode)
-                   (<| (..bytecode (for @.old
-                                        (|>> (as Int) (i.= expected))
-                                        
-                                        @.jvm
-                                        (|>> (as java/lang/Long) .jvm_object_cast# (.jvm_long_=# (.jvm_object_cast# expected)))))
-                       (do /.monad
-                         [_ bytecode]
-                         ..$Long::wrap))))
-        unary (is (-> (-> java/lang/Long java/lang/Long) (Bytecode Any) (Random Bit))
-                  (function (_ reference instruction)
-                    (do random.monad
-                      [subject ..$Long::random]
-                      (long (reference subject)
-                            (do /.monad
-                              [_ (..$Long::literal subject)]
-                              instruction)))))
-        binary (is (-> (-> java/lang/Long java/lang/Long java/lang/Long) (Bytecode Any) (Random Bit))
-                   (function (_ reference instruction)
-                     (do random.monad
-                       [parameter ..$Long::random
-                        subject ..$Long::random]
-                       (long (reference parameter subject)
-                             (do /.monad
-                               [_ (..$Long::literal subject)
-                                _ (..$Long::literal parameter)]
-                               instruction)))))
-        shift (is (-> (-> java/lang/Integer java/lang/Long java/lang/Long) (Bytecode Any) (Random Bit))
-                  (function (_ reference instruction)
-                    (do [! random.monad]
-                      [parameter (of ! each (|>> (n.% 64) (as java/lang/Long)) random.nat)
-                       subject ..$Long::random]
-                      (long (reference (ffi.long_to_int parameter) subject)
-                            (do /.monad
-                              [_ (..$Long::literal subject)
-                               _ (..$Integer::literal (ffi.long_to_int parameter))]
-                              instruction)))))
-        literal (all _.and
-                     (_.lifted "LCONST_0" (long (as java/lang/Long +0) /.lconst_0))
-                     (_.lifted "LCONST_1" (long (as java/lang/Long +1) /.lconst_1))
-                     (_.lifted "LDC2_W/LONG"
-                               (do random.monad
-                                 [expected ..$Long::random]
-                                 (long expected (..$Long::literal expected)))))
-        arithmetic (all _.and
-                        (_.lifted "LADD" (binary (long/2 "jvm ladd" .jvm_long_+#) /.ladd))
-                        (_.lifted "LSUB" (binary (long/2 "jvm lsub" .jvm_long_-#) /.lsub))
-                        (_.lifted "LMUL" (binary (long/2 "jvm lmul" .jvm_long_*#) /.lmul))
-                        (_.lifted "LDIV" (binary (long/2 "jvm ldiv" .jvm_long_/#) /.ldiv))
-                        (_.lifted "LREM" (binary (long/2 "jvm lrem" .jvm_long_%#) /.lrem))
-                        (_.lifted "LNEG" (unary (function (_ value)
-                                                  ((long/2 "jvm lsub" .jvm_long_-#)
-                                                   value
-                                                   (as java/lang/Long +0)))
-                                                /.lneg)))
-        bitwise (all _.and
-                     (_.lifted "LAND" (binary (long/2 "jvm land" .jvm_long_and#) /.land))
-                     (_.lifted "LOR" (binary (long/2 "jvm lor" .jvm_long_or#) /.lor))
-                     (_.lifted "LXOR" (binary (long/2 "jvm lxor" .jvm_long_xor#) /.lxor))
-                     (_.lifted "LSHL" (shift (int+long/2 "jvm lshl" .jvm_long_shl#) /.lshl))
-                     (_.lifted "LSHR" (shift (int+long/2 "jvm lshr" .jvm_long_shr#) /.lshr))
-                     (_.lifted "LUSHR" (shift (int+long/2 "jvm lushr" .jvm_long_ushr#) /.lushr)))
-        comparison (_.lifted "LCMP"
-                             (do random.monad
-                               [reference ..$Long::random
-                                subject ..$Long::random
-                                .let [expected (cond (i.= (as Int reference) (as Int subject))
-                                                     (as java/lang/Long +0)
-
-                                                     (i.> (as Int reference) (as Int subject))
-                                                     (as java/lang/Long +1)
-
-                                                     ... (i.< (as Int reference) (as Int subject))
-                                                     (as java/lang/Long -1))]]
-                               (<| (..bytecode (for @.old
-                                                    (|>> (as Int) (i.= expected))
-                                                    
-                                                    @.jvm
-                                                    (|>> (as java/lang/Long) .jvm_object_cast# (.jvm_long_=# (.jvm_object_cast# expected)))))
-                                   (do /.monad
-                                     [_ (..$Long::literal subject)
-                                      _ (..$Long::literal reference)
-                                      _ /.lcmp
-                                      _ /.i2l]
-                                     ..$Long::wrap))))]
-    (all _.and
-         (<| (_.context "literal")
-             literal)
-         (<| (_.context "arithmetic")
-             arithmetic)
-         (<| (_.context "bitwise")
-             bitwise)
-         (<| (_.context "comparison")
-             comparison)
-         )))
-
-(def float
-  Test
-  (let [float (is (-> java/lang/Float (Bytecode Any) (Random Bit))
-                  (function (_ expected bytecode)
-                    (<| (..bytecode (for @.old
-                                         (function (_ actual)
-                                           (or (|> actual (as java/lang/Float) ("jvm feq" expected))
-                                               (and (f.not_a_number? (as Frac (ffi.float_to_double expected)))
-                                                    (f.not_a_number? (as Frac (ffi.float_to_double (as java/lang/Float actual)))))))
-                                         
-                                         @.jvm
-                                         (function (_ actual)
-                                           (or (|> actual (as java/lang/Float) .jvm_object_cast# (.jvm_float_=# (.jvm_object_cast# expected)))
-                                               (and (f.not_a_number? (as Frac (ffi.float_to_double expected)))
-                                                    (f.not_a_number? (as Frac (ffi.float_to_double (as java/lang/Float actual)))))))))
-                        (do /.monad
-                          [_ bytecode]
-                          ..$Float::wrap))))
-        unary (is (-> (-> java/lang/Float java/lang/Float)
-                      (Bytecode Any)
-                      (Random Bit))
-                  (function (_ reference instruction)
-                    (do random.monad
-                      [subject ..$Float::random]
-                      (float (reference subject)
-                             (do /.monad
-                               [_ (..$Float::literal subject)]
-                               instruction)))))
-        binary (is (-> (-> java/lang/Float java/lang/Float java/lang/Float)
-                       (Bytecode Any)
-                       (Random Bit))
-                   (function (_ reference instruction)
-                     (do random.monad
-                       [parameter ..$Float::random
-                        subject ..$Float::random]
-                       (float (reference parameter subject)
-                              (do /.monad
-                                [_ (..$Float::literal subject)
-                                 _ (..$Float::literal parameter)]
-                                instruction)))))
-        literal (all _.and
-                     (_.lifted "FCONST_0" (float (ffi.double_to_float (as java/lang/Double +0.0)) /.fconst_0))
-                     (_.lifted "FCONST_1" (float (ffi.double_to_float (as java/lang/Double +1.0)) /.fconst_1))
-                     (_.lifted "FCONST_2" (float (ffi.double_to_float (as java/lang/Double +2.0)) /.fconst_2))
-                     (_.lifted "LDC_W/FLOAT"
-                               (do random.monad
-                                 [expected ..$Float::random]
-                                 (float expected (..$Float::literal expected)))))
-        arithmetic (all _.and
-                        (_.lifted "FADD" (binary (float/2 "jvm fadd" .jvm_float_+#) /.fadd))
-                        (_.lifted "FSUB" (binary (float/2 "jvm fsub" .jvm_float_-#) /.fsub))
-                        (_.lifted "FMUL" (binary (float/2 "jvm fmul" .jvm_float_*#) /.fmul))
-                        (_.lifted "FDIV" (binary (float/2 "jvm fdiv" .jvm_float_/#) /.fdiv))
-                        (_.lifted "FREM" (binary (float/2 "jvm frem" .jvm_float_%#) /.frem))
-                        (_.lifted "FNEG" (unary (function (_ value)
-                                                  ((float/2 "jvm fsub" .jvm_float_-#)
-                                                   value
-                                                   (ffi.double_to_float (as java/lang/Double +0.0))))
-                                                /.fneg)))
-        comparison (is (-> (Bytecode Any) (-> java/lang/Float java/lang/Float Bit) (Random Bit))
-                       (function (_ instruction standard)
-                         (do random.monad
-                           [.let [valid_float (random.only (|>> ffi.float_to_double (as Frac) f.not_a_number? not)
-                                                           ..$Float::random)]
-                            reference valid_float
-                            subject valid_float
-                            .let [expected (if (for @.old
-                                                    ("jvm feq" reference subject)
-                                                    
-                                                    @.jvm
-                                                    (.jvm_float_=# (.jvm_object_cast# reference) (.jvm_object_cast# subject)))
-                                             +0
-                                             (if (standard reference subject)
-                                               +1
-                                               -1))]]
-                           (<| (..bytecode (|>> (as Int) (i.= expected)))
-                               (do /.monad
-                                 [_ (..$Float::literal subject)
-                                  _ (..$Float::literal reference)
-                                  _ instruction
-                                  _ /.i2l]
-                                 ..$Long::wrap)))))
-        comparison_standard (is (-> java/lang/Float java/lang/Float Bit)
-                                (function (_ reference subject)
-                                  (for @.old
-                                       ("jvm fgt" subject reference)
-                                       
-                                       @.jvm
-                                       (.jvm_float_<# (.jvm_object_cast# subject) (.jvm_object_cast# reference)))))
-        comparison (all _.and
-                        (_.lifted "FCMPL" (comparison /.fcmpl comparison_standard))
-                        (_.lifted "FCMPG" (comparison /.fcmpg comparison_standard)))]
-    (all _.and
-         (<| (_.context "literal")
-             literal)
-         (<| (_.context "arithmetic")
-             arithmetic)
-         (<| (_.context "comparison")
-             comparison)
-         )))
-
-(def double
-  Test
-  (let [double (is (-> java/lang/Double (Bytecode Any) (Random Bit))
-                   (function (_ expected bytecode)
-                     (<| (..bytecode (for @.old
-                                          (function (_ actual)
-                                            (or (|> actual (as java/lang/Double) ("jvm deq" expected))
-                                                (and (f.not_a_number? (as Frac expected))
-                                                     (f.not_a_number? (as Frac actual)))))
-                                          
-                                          @.jvm
-                                          (function (_ actual)
-                                            (or (|> actual (as java/lang/Double) .jvm_object_cast# (.jvm_double_=# (.jvm_object_cast# expected)))
-                                                (and (f.not_a_number? (as Frac expected))
-                                                     (f.not_a_number? (as Frac actual)))))))
-                         (do /.monad
-                           [_ bytecode]
-                           ..$Double::wrap))))
-        unary (is (-> (-> java/lang/Double java/lang/Double) (Bytecode Any) (Random Bit))
-                  (function (_ reference instruction)
-                    (do random.monad
-                      [subject ..$Double::random]
-                      (double (reference subject)
-                              (do /.monad
-                                [_ (..$Double::literal subject)]
-                                instruction)))))
-        binary (is (-> (-> java/lang/Double java/lang/Double java/lang/Double) (Bytecode Any) (Random Bit))
-                   (function (_ reference instruction)
-                     (do random.monad
-                       [parameter ..$Double::random
-                        subject ..$Double::random]
-                       (double (reference parameter subject)
-                               (do /.monad
-                                 [_ (..$Double::literal subject)
-                                  _ (..$Double::literal parameter)]
-                                 instruction)))))
-        literal (all _.and
-                     (_.lifted "DCONST_0" (double (as java/lang/Double +0.0) /.dconst_0))
-                     (_.lifted "DCONST_1" (double (as java/lang/Double +1.0) /.dconst_1))
-                     (_.lifted "LDC2_W/DOUBLE"
-                               (do random.monad
-                                 [expected ..$Double::random]
-                                 (double expected (..$Double::literal expected)))))
-        arithmetic (all _.and
-                        (_.lifted "DADD" (binary (double/2 "jvm dadd" .jvm_double_+#) /.dadd))
-                        (_.lifted "DSUB" (binary (double/2 "jvm dsub" .jvm_double_-#) /.dsub))
-                        (_.lifted "DMUL" (binary (double/2 "jvm dmul" .jvm_double_*#) /.dmul))
-                        (_.lifted "DDIV" (binary (double/2 "jvm ddiv" .jvm_double_/#) /.ddiv))
-                        (_.lifted "DREM" (binary (double/2 "jvm drem" .jvm_double_%#) /.drem))
-                        (_.lifted "DNEG" (unary (function (_ value)
-                                                  ((double/2 "jvm dsub" .jvm_double_-#)
-                                                   value
-                                                   (as java/lang/Double +0.0)))
-                                                /.dneg)))
-        comparison (is (-> (Bytecode Any) (-> java/lang/Double java/lang/Double Bit) (Random Bit))
-                       (function (_ instruction standard)
-                         (do random.monad
-                           [reference ..valid_double
-                            subject ..valid_double
-                            .let [expected (if (for @.old
-                                                    ("jvm deq" reference subject)
-                                                    
-                                                    @.jvm
-                                                    (.jvm_double_=# (.jvm_object_cast# reference) (.jvm_object_cast# subject)))
-                                             +0
-                                             (if (standard reference subject)
-                                               +1
-                                               -1))]]
-                           (<| (..bytecode (|>> (as Int) (i.= expected)))
-                               (do /.monad
-                                 [_ (..$Double::literal subject)
-                                  _ (..$Double::literal reference)
-                                  _ instruction
-                                  _ /.i2l]
-                                 ..$Long::wrap)))))
-        ... https://docs.oracle.com/javase/specs/jvms/se7/html/jvms-6.html#jvms-6.5.dcmp_op
-        comparison_standard (is (-> java/lang/Double java/lang/Double Bit)
-                                (function (_ reference subject)
-                                  (for @.old
-                                       ("jvm dgt" subject reference)
-                                       
-                                       @.jvm
-                                       (.jvm_double_<# (.jvm_object_cast# subject) (.jvm_object_cast# reference)))))
-        comparison (all _.and
-                        (_.lifted "DCMPL" (comparison /.dcmpl comparison_standard))
-                        (_.lifted "DCMPG" (comparison /.dcmpg comparison_standard)))]
-    (all _.and
-         (<| (_.context "literal")
-             literal)
-         (<| (_.context "arithmetic")
-             arithmetic)
-         (<| (_.context "comparison")
-             comparison)
-         )))
-
-(def primitive
-  Test
-  (all _.and
-       (<| (_.context "byte")
-           ..byte)
-       (<| (_.context "short")
-           ..short)
-       (<| (_.context "int")
-           ..int)
-       (<| (_.context "long")
-           ..long)
-       (<| (_.context "float")
-           ..float)
-       (<| (_.context "double")
-           ..double)
-       ))
-
-(def object
-  Test
-  (let [!object (is (Bytecode Any)
-                    (do /.monad
-                      [_ (/.new ..$Object)
-                       _ /.dup]
-                      (/.invokespecial ..$Object "" (/type.method [(list) (list) /type.void (list)]))))]
-    (all _.and
-         (<| (_.lifted "ACONST_NULL")
-             (..bytecode (|>> (as Bit) not))
-             (do /.monad
-               [_ /.aconst_null
-                _ (/.instanceof ..$String)]
-               ..$Boolean::wrap))
-         (<| (_.lifted "INSTANCEOF")
-             (do random.monad
-               [value ..$String::random])
-             (..bytecode (|>> (as Bit)))
-             (do /.monad
-               [_ (/.string (as Text value))
-                _ (/.instanceof ..$String)]
-               ..$Boolean::wrap))
-         (<| (_.lifted "NEW & CHECKCAST")
-             (..bytecode (|>> (as Bit)))
-             (do /.monad
-               [_ !object
-                _ (/.checkcast ..$Object)
-                _ (/.instanceof ..$Object)]
-               ..$Boolean::wrap))
-         (<| (_.lifted "MONITORENTER & MONITOREXIT")
-             (do random.monad
-               [value ..$String::random])
-             (..bytecode (|>> (as Bit)))
-             (do /.monad
-               [_ (/.string (as Text value))
-                _ /.dup _ /.monitorenter
-                _ /.dup _ /.monitorexit
-                _ (/.instanceof ..$String)]
-               ..$Boolean::wrap))
-         )))
-
-(def method
-  Test
-  (all _.and
-       (<| (_.lifted "INVOKESTATIC")
-           (do random.monad
-             [expected (random.only (|>> (as Frac) f.not_a_number? not)
-                                    ..$Double::random)])
-           (..bytecode (for @.old
-                            (|>> (as java/lang/Double) ("jvm deq" expected))
-                            
-                            @.jvm
-                            (|>> (as java/lang/Double) .jvm_object_cast# (.jvm_double_=# (.jvm_object_cast# expected)))))
-           (do /.monad
-             [_ (/.double expected)]
-             (/.invokestatic ..$Double "valueOf" (/type.method [(list) (list /type.double) ..$Double (list)]))))
-       (<| (_.lifted "INVOKEVIRTUAL")
-           (do random.monad
-             [expected ..$Double::random])
-           (..bytecode (|>> (as Bit) (bit#= (f.not_a_number? (as Frac expected)))))
-           (do /.monad
-             [_ (/.double expected)
-              _ ..$Double::wrap
-              _ (/.invokevirtual ..$Double "isNaN" (/type.method [(list) (list) /type.boolean (list)]))]
-             ..$Boolean::wrap))
-       (<| (_.lifted "INVOKESPECIAL")
-           (do random.monad
-             [expected (random.only (|>> (as Frac) f.not_a_number? not)
-                                    ..$Double::random)])
-           (..bytecode (for @.old
-                            (|>> (as java/lang/Double) ("jvm deq" expected))
-                            
-                            @.jvm
-                            (|>> (as java/lang/Double) .jvm_object_cast# (.jvm_double_=# (.jvm_object_cast# expected)))))
-           (do /.monad
-             [_ (/.new ..$Double)
-              _ /.dup
-              _ (/.double expected)]
-             (/.invokespecial ..$Double "" (/type.method [(list) (list /type.double) /type.void (list)]))))
-       (<| (_.lifted "INVOKEINTERFACE")
-           (do random.monad
-             [subject ..$String::random])
-           (..bytecode (|>> (as Nat) (n.= (text.size (as Text subject)))))
-           (do /.monad
-             [_ (/.string (as Text subject))
-              _ (/.invokeinterface (/type.class "java.lang.CharSequence" (list)) "length" (/type.method [(list) (list) /type.int (list)]))
-              _ /.i2l]
-             ..$Long::wrap))
-       ))
-
-(def field
-  Test
-  (do random.monad
-    [class_name ..class_name
-     part0 ..$Long::random
-     part1 ..$Long::random
-     .let [expected (is java/lang/Long
-                        (for @.old
-                             ("jvm ladd" part0 part1)
-                             
-                             @.jvm
-                             (.jvm_object_cast#
-                              (.jvm_long_+# (.jvm_object_cast# part0) (.jvm_object_cast# part1)))))
-           $Self (/type.class class_name (list))
-           class_field "class_field"
-           object_field "object_field"
-           constructor ""
-           constructor::type (/type.method [(list) (list /type.long) /type.void (list)])
-           static_method "static_method"
-           bytecode (|> (/class.class /version.v6_0 /class.public
-                          (/name.internal class_name)
-                          {.#None}
-                          (/name.internal "java.lang.Object")
-                          (list)
-                          (list (/field.field /field.static class_field false /type.long (sequence.sequence))
-                                (/field.field /field.public object_field false /type.long (sequence.sequence)))
-                          (list (/method.method /method.private
-                                  constructor
-                                  false constructor::type
-                                  (list)
-                                  {.#Some (do /.monad
-                                            [_ /.aload_0
-                                             _ (/.invokespecial ..$Object constructor (/type.method [(list) (list) /type.void (list)]))
-                                             _ (..$Long::literal part0)
-                                             _ (/.putstatic $Self class_field /type.long)
-                                             _ /.aload_0
-                                             _ /.lload_1
-                                             _ (/.putfield $Self object_field /type.long)]
-                                            /.return)})
-                                (/method.method (all /modifier#composite
-                                                     /method.public
-                                                     /method.static)
-                                  static_method
-                                  false (/type.method [(list) (list) ..$Long (list)])
-                                  (list)
-                                  {.#Some (do /.monad
-                                            [_ (/.new $Self)
-                                             _ /.dup
-                                             _ (..$Long::literal part1)
-                                             _ (/.invokespecial $Self constructor constructor::type)
-                                             _ (/.getfield $Self object_field /type.long)
-                                             _ (/.getstatic $Self class_field /type.long)
-                                             _ /.ladd
-                                             _ ..$Long::wrap]
-                                            /.areturn)}))
-                          (list))
-                        try.trusted
-                        (binary.result /class.format))
-           loader (/loader.memory (/loader.new_library []))]]
-    (_.test "PUTSTATIC & PUTFIELD & GETFIELD & GETSTATIC"
-      (when (do try.monad
-              [_ (/loader.define class_name bytecode loader)
-               class (io.run! (/loader.load class_name loader))
-               method (try (get_method static_method class))
-               output (java/lang/reflect/Method::invoke (ffi.null) (ffi.array java/lang/Object 0) method)]
-              (in (as Int output)))
-        {try.#Success actual}
-        (i.= (as Int expected) (as Int actual))
-
-        {try.#Failure error}
-        false))))
-
-(def array
-  Test
-  (let [!length (is (-> Nat (Bytecode Any))
-                    (function (_ size)
-                      (do /.monad
-                        [_ ($Long::literal (as java/lang/Long size))]
-                        /.l2i)))
-        ?length (is (Bytecode Any)
-                    (do /.monad
-                      [_ /.arraylength]
-                      /.i2l))
-        length (is (-> Nat (Bytecode Any) (Random Bit))
-                   (function (_ size constructor)
-                     (<| (..bytecode (|>> (as Nat) (n.= size)))
-                         (do /.monad
-                           [_ (!length size)
-                            _ constructor
-                            _ ?length]
-                           $Long::wrap))))
-        write_and_read (is (All (_ a)
-                             (-> Nat (Bytecode Any)
-                                 a (-> a (Bytecode Any))
-                                 [(Bytecode Any) (Bytecode Any) (Bytecode Any)]
-                                 (-> a Any Bit)
-                                 (Random Bit)))
-                           (function (_ size constructor value literal [*store *load *wrap] test)
-                             (let [!index ($Integer::literal (ffi.long_to_int (as java/lang/Long +0)))]
-                               (<| (..bytecode (test value))
-                                   (do /.monad
-                                     [_ (!length size)
-                                      _ constructor
-                                      _ /.dup _ !index _ (literal value) _ *store
-                                      _ /.dup _ !index _ *load]
-                                     *wrap)))))
-        array (is (All (_ a)
-                    (-> (Bytecode Any) (Random a) (-> a (Bytecode Any))
-                        [(Bytecode Any) (Bytecode Any) (Bytecode Any)]
-                        (-> a Any Bit)
-                        Test))
-                  (function (_ constructor random literal [*store *load *wrap] test)
-                    (do [! random.monad]
-                      [size (of ! each (|>> (n.% 1024) (n.max 1)) random.nat)
-                       value random]
-                      (all _.and
-                           (<| (_.lifted "length")
-                               (length size constructor))
-                           (<| (_.lifted "write and read")
-                               (write_and_read size constructor value literal [*store *load *wrap] test))))))]
-    (all _.and
-         (_.context "boolean"
-                    (array (/.newarray /instruction.t_boolean) $Boolean::random $Boolean::literal [/.bastore /.baload $Boolean::wrap]
-                           (function (_ expected) (|>> (as Bit) (bit#= (as Bit expected))))))
-         (_.context "byte"
-                    (array (/.newarray /instruction.t_byte) $Byte::random $Byte::literal [/.bastore /.baload $Byte::wrap]
-                           (function (_ expected)
-                             (for @.old
-                                  (|>> (as java/lang/Byte) ffi.byte_to_long ("jvm leq" (ffi.byte_to_long expected)))
-                                  
-                                  @.jvm
-                                  (|>> (as java/lang/Byte) ffi.byte_to_long .jvm_object_cast# (.jvm_long_=# (.jvm_object_cast# (ffi.byte_to_long (as java/lang/Byte expected)))))))))
-         (_.context "short"
-                    (array (/.newarray /instruction.t_short) $Short::random $Short::literal [/.sastore /.saload $Short::wrap]
-                           (function (_ expected)
-                             (for @.old
-                                  (|>> (as java/lang/Short) ffi.short_to_long ("jvm leq" (ffi.short_to_long expected)))
-                                  
-                                  @.jvm
-                                  (|>> (as java/lang/Short) ffi.short_to_long .jvm_object_cast# (.jvm_long_=# (.jvm_object_cast# (ffi.short_to_long (as java/lang/Short expected)))))))))
-         (_.context "int"
-                    (array (/.newarray /instruction.t_int) $Integer::random $Integer::literal [/.iastore /.iaload $Integer::wrap]
-                           (function (_ expected)
-                             (for @.old
-                                  (|>> (as java/lang/Integer) ("jvm ieq" (as java/lang/Integer expected)))
-                                  
-                                  @.jvm
-                                  (|>> (as java/lang/Integer) .jvm_object_cast# (.jvm_int_=# (.jvm_object_cast# (as java/lang/Integer expected))))))))
-         (_.context "long"
-                    (array (/.newarray /instruction.t_long) $Long::random $Long::literal [/.lastore /.laload $Long::wrap]
-                           (function (_ expected)
-                             (for @.old
-                                  (|>> (as java/lang/Long) ("jvm leq" expected))
-                                  
-                                  @.jvm
-                                  (|>> (as java/lang/Long) .jvm_object_cast# (.jvm_long_=# (.jvm_object_cast# (as java/lang/Long expected))))))))
-         (_.context "float"
-                    (array (/.newarray /instruction.t_float) ..valid_float $Float::literal [/.fastore /.faload $Float::wrap]
-                           (function (_ expected)
-                             (for @.old
-                                  (|>> (as java/lang/Float) ("jvm feq" expected))
-                                  
-                                  @.jvm
-                                  (|>> (as java/lang/Float) .jvm_object_cast# (.jvm_float_=# (.jvm_object_cast# (as java/lang/Float expected))))))))
-         (_.context "double"
-                    (array (/.newarray /instruction.t_double) ..valid_double $Double::literal [/.dastore /.daload $Double::wrap]
-                           (function (_ expected)
-                             (for @.old
-                                  (|>> (as java/lang/Double) ("jvm deq" expected))
-                                  
-                                  @.jvm
-                                  (|>> (as java/lang/Double) .jvm_object_cast# (.jvm_double_=# (.jvm_object_cast# (as java/lang/Double expected))))))))
-         (_.context "char"
-                    (array (/.newarray /instruction.t_char) $Character::random $Character::literal [/.castore /.caload $Character::wrap]
-                           (function (_ expected)
-                             (for @.old
-                                  (|>> (as java/lang/Character) ("jvm ceq" expected))
-                                  
-                                  @.jvm
-                                  (|>> (as java/lang/Character) .jvm_object_cast# (.jvm_char_=# (.jvm_object_cast# (as java/lang/Character expected))))))))
-         (_.context "object"
-                    (array (/.anewarray ..$String) $String::random $String::literal [/.aastore /.aaload /.nop]
-                           (function (_ expected) (|>> (as Text) (text#= (as Text expected))))))
-         (<| (_.context "multi")
-             (do [! random.monad]
-               [.let [size (of ! each (|>> (n.% 5) (n.+ 1))
-                               random.nat)]
-                dimensions size
-                sizesH size
-                sizesT (random.list (-- dimensions) size)
-                .let [type (loop (again [dimensions dimensions
-                                         type (is (Type Object)
-                                                  ..$Object)])
-                             (when dimensions
-                               0 type
-                               _ (again (-- dimensions) (/type.array type))))]]
-               (<| (_.lifted "MULTIANEWARRAY")
-                   (..bytecode (|>> (as Nat) (n.= sizesH)))
-                   (do [! /.monad]
-                     [_ (monad.each ! (|>> (as java/lang/Long) ffi.long_to_int ..$Integer::literal)
-                                    {.#Item sizesH sizesT})
-                      _ (/.multianewarray type (|> dimensions /unsigned.u1 try.trusted))
-                      _ ?length]
-                     $Long::wrap))))
-         )))
-
-(def !::=
-  (template (_   )
-    [(is (->  Any Bit)
-         (function (_ expected)
-           (for @.old
-                (|>> (as ) ( expected))
-                
-                @.jvm
-                (|>> (as ) .jvm_object_cast# ( (.jvm_object_cast# (as  expected)))))))]))
-
-(def conversion
-  Test
-  (let [conversion (is (All (_ a z)
-                         (-> (Primitive a) (Primitive z) (Bytecode Any) (-> a z) (-> z Any Bit) (Random Bit)))
-                       (function (_ from to instruction convert test)
-                         (do random.monad
-                           [input (the #random from)
-                            .let [expected (convert input)]]
-                           (..bytecode (test expected)
-                                       (do /.monad
-                                         [_ ((the #literal from) input)
-                                          _ instruction]
-                                         (the #wrap to))))))
-        int::= (!::= java/lang/Integer "jvm ieq" .jvm_int_=#)
-        long::= (!::= java/lang/Long "jvm leq" .jvm_long_=#)
-        float::= (!::= java/lang/Float "jvm feq" .jvm_float_=#)
-        double::= (!::= java/lang/Double "jvm deq" .jvm_double_=#)]
-    (all _.and
-         (<| (_.context "int")
-             (all _.and
-                  (_.lifted "I2L" (conversion ..$Integer::primitive ..$Long::primitive /.i2l (|>> ffi.int_to_long) long::=))
-                  (_.lifted "I2F" (conversion ..$Integer::primitive ..$Float::primitive /.i2f (|>> ffi.int_to_float) float::=))
-                  (_.lifted "I2D" (conversion ..$Integer::primitive ..$Double::primitive /.i2d (|>> ffi.int_to_double) double::=))
-                  (_.lifted "I2B" (conversion ..$Integer::primitive ..$Byte::primitive /.i2b (|>> ffi.int_to_byte)
-                                              (function (_ expected)
-                                                (for @.old
-                                                     (|>> (as java/lang/Byte) ffi.byte_to_long ("jvm leq" (ffi.byte_to_long expected)))
-                                                     
-                                                     @.jvm
-                                                     (|>> (as java/lang/Byte) ffi.byte_to_long .jvm_object_cast# (.jvm_long_=# (.jvm_object_cast# (ffi.byte_to_long (as java/lang/Byte expected)))))))))
-                  (_.lifted "I2C" (conversion ..$Integer::primitive ..$Character::primitive /.i2c (|>> ffi.int_to_char)
-                                              (!::= java/lang/Character "jvm ceq" .jvm_char_=#)))
-                  (_.lifted "I2S" (conversion ..$Integer::primitive ..$Short::primitive /.i2s (|>> ffi.int_to_short)
-                                              (function (_ expected)
-                                                (for @.old
-                                                     (|>> (as java/lang/Short) ffi.short_to_long ("jvm leq" (ffi.short_to_long expected)))
-                                                     
-                                                     @.jvm
-                                                     (|>> (as java/lang/Short) ffi.short_to_long .jvm_object_cast# (.jvm_long_=# (.jvm_object_cast# (ffi.short_to_long (as java/lang/Short expected)))))))))))
-         (<| (_.context "long")
-             (all _.and
-                  (_.lifted "L2I" (conversion ..$Long::primitive ..$Integer::primitive /.l2i (|>> ffi.long_to_int) int::=))
-                  (_.lifted "L2F" (conversion ..$Long::primitive ..$Float::primitive /.l2f (|>> ffi.long_to_float) float::=))
-                  (_.lifted "L2D" (conversion ..$Long::primitive ..$Double::primitive /.l2d (|>> ffi.long_to_double) double::=))))
-         (<| (_.context "float")
-             (all _.and
-                  (_.lifted "F2I" (conversion ..$Float::primitive ..$Integer::primitive /.f2i (|>> ffi.float_to_int) int::=))
-                  (_.lifted "F2L" (conversion ..$Float::primitive ..$Long::primitive /.f2l (|>> ffi.float_to_long) long::=))
-                  (_.lifted "F2D" (conversion ..$Float::primitive ..$Double::primitive /.f2d (|>> ffi.float_to_double) double::=))))
-         (<| (_.context "double")
-             (all _.and
-                  (_.lifted "D2I" (conversion ..$Double::primitive ..$Integer::primitive /.d2i (|>> ffi.double_to_int) int::=))
-                  (_.lifted "D2L" (conversion ..$Double::primitive ..$Long::primitive /.d2l (|>> ffi.double_to_long) long::=))
-                  (_.lifted "D2F" (conversion ..$Double::primitive ..$Float::primitive /.d2f (|>> ffi.double_to_float) float::=))))
-         )))
-
-(def value
-  Test
-  (all _.and
-       (<| (_.context "primitive")
-           ..primitive)
-       (<| (_.context "object")
-           ..object)
-       (<| (_.context "method")
-           ..method)
-       (<| (_.context "field")
-           ..field)
-       (<| (_.context "array")
-           ..array)
-       (<| (_.context "conversion")
-           ..conversion)
-       ))
-
-(def registry
-  Test
-  (let [store_and_load (is (All (_ a)
-                             (-> (Random a) (-> a (Bytecode Any)) (Bytecode Any)
-                                 [(-> Nat (Bytecode Any)) (-> Nat (Bytecode Any))]
-                                 (-> a (-> Any Bit))
-                                 (Random Bit)))
-                           (function (_ random_value literal *wrap [store load] test)
-                             (do [! random.monad]
-                               [expected random_value
-                                register (of ! each (n.% 128) random.nat)]
-                               (<| (..bytecode (test expected))
-                                   (do /.monad
-                                     [_ (literal expected)
-                                      _ (store register)
-                                      _ (load register)]
-                                     *wrap)))))]
-    (all _.and
-         (<| (_.context "int")
-             (let [test (!::= java/lang/Integer "jvm ieq" .jvm_int_=#)]
-               (all _.and
-                    (_.lifted "ISTORE_0/ILOAD_0"
-                              (store_and_load ..$Integer::random ..$Integer::literal ..$Integer::wrap [(function.constant /.istore_0) (function.constant /.iload_0)] test))
-                    (_.lifted "ISTORE_1/ILOAD_1"
-                              (store_and_load ..$Integer::random ..$Integer::literal ..$Integer::wrap [(function.constant /.istore_1) (function.constant /.iload_1)] test))
-                    (_.lifted "ISTORE_2/ILOAD_2"
-                              (store_and_load ..$Integer::random ..$Integer::literal ..$Integer::wrap [(function.constant /.istore_2) (function.constant /.iload_2)] test))
-                    (_.lifted "ISTORE_3/ILOAD_3"
-                              (store_and_load ..$Integer::random ..$Integer::literal ..$Integer::wrap [(function.constant /.istore_3) (function.constant /.iload_3)] test))
-                    (_.lifted "ISTORE/ILOAD"
-                              (store_and_load ..$Integer::random ..$Integer::literal ..$Integer::wrap [/.istore /.iload] test))
-                    (_.lifted "IINC"
-                              (do [! random.monad]
-                                [base ..$Byte::random
-                                 increment (of ! each (|>> (n.% 100) /unsigned.u1 try.trusted)
-                                               random.nat)
-                                 .let [expected (is java/lang/Long
-                                                    (for @.old
-                                                         ("jvm ladd"
-                                                          (ffi.byte_to_long base)
-                                                          (.int (/unsigned.value increment)))
-                                                         
-                                                         @.jvm
-                                                         (.jvm_object_cast#
-                                                          (.jvm_long_+# (.jvm_object_cast# (ffi.byte_to_long base))
-                                                                        (.jvm_object_cast# (as java/lang/Long (/unsigned.value increment)))))))]]
-                                (..bytecode (|>> (as Int) (i.= (as Int expected)))
-                                            (do /.monad
-                                              [_ (..$Byte::literal base)
-                                               _ /.istore_0
-                                               _ (/.iinc 0 increment)
-                                               _ /.iload_0
-                                               _ /.i2l]
-                                              ..$Long::wrap)))))))
-         (<| (_.context "long")
-             (let [test (!::= java/lang/Long "jvm leq" .jvm_long_=#)]
-               (all _.and
-                    (_.lifted "LSTORE_0/LLOAD_0"
-                              (store_and_load ..$Long::random ..$Long::literal ..$Long::wrap [(function.constant /.lstore_0) (function.constant /.lload_0)] test))
-                    (_.lifted "LSTORE_1/LLOAD_1"
-                              (store_and_load ..$Long::random ..$Long::literal ..$Long::wrap [(function.constant /.lstore_1) (function.constant /.lload_1)] test))
-                    (_.lifted "LSTORE_2/LLOAD_2"
-                              (store_and_load ..$Long::random ..$Long::literal ..$Long::wrap [(function.constant /.lstore_2) (function.constant /.lload_2)] test))
-                    (_.lifted "LSTORE_3/LLOAD_3"
-                              (store_and_load ..$Long::random ..$Long::literal ..$Long::wrap [(function.constant /.lstore_3) (function.constant /.lload_3)] test))
-                    (_.lifted "LSTORE/LLOAD"
-                              (store_and_load ..$Long::random ..$Long::literal ..$Long::wrap [/.lstore /.lload] test)))))
-         (<| (_.context "float")
-             (let [test (!::= java/lang/Float "jvm feq" .jvm_float_=#)]
-               (all _.and
-                    (_.lifted "FSTORE_0/FLOAD_0"
-                              (store_and_load ..valid_float ..$Float::literal ..$Float::wrap [(function.constant /.fstore_0) (function.constant /.fload_0)] test))
-                    (_.lifted "FSTORE_1/FLOAD_1"
-                              (store_and_load ..valid_float ..$Float::literal ..$Float::wrap [(function.constant /.fstore_1) (function.constant /.fload_1)] test))
-                    (_.lifted "FSTORE_2/FLOAD_2"
-                              (store_and_load ..valid_float ..$Float::literal ..$Float::wrap [(function.constant /.fstore_2) (function.constant /.fload_2)] test))
-                    (_.lifted "FSTORE_3/FLOAD_3"
-                              (store_and_load ..valid_float ..$Float::literal ..$Float::wrap [(function.constant /.fstore_3) (function.constant /.fload_3)] test))
-                    (_.lifted "FSTORE/FLOAD"
-                              (store_and_load ..valid_float ..$Float::literal ..$Float::wrap [/.fstore /.fload] test)))))
-         (<| (_.context "double")
-             (let [test (!::= java/lang/Double "jvm deq" .jvm_double_=#)]
-               (all _.and
-                    (_.lifted "DSTORE_0/DLOAD_0"
-                              (store_and_load ..valid_double ..$Double::literal ..$Double::wrap [(function.constant /.dstore_0) (function.constant /.dload_0)] test))
-                    (_.lifted "DSTORE_1/DLOAD_1"
-                              (store_and_load ..valid_double ..$Double::literal ..$Double::wrap [(function.constant /.dstore_1) (function.constant /.dload_1)] test))
-                    (_.lifted "DSTORE_2/DLOAD_2"
-                              (store_and_load ..valid_double ..$Double::literal ..$Double::wrap [(function.constant /.dstore_2) (function.constant /.dload_2)] test))
-                    (_.lifted "DSTORE_3/DLOAD_3"
-                              (store_and_load ..valid_double ..$Double::literal ..$Double::wrap [(function.constant /.dstore_3) (function.constant /.dload_3)] test))
-                    (_.lifted "DSTORE/DLOAD"
-                              (store_and_load ..valid_double ..$Double::literal ..$Double::wrap [/.dstore /.dload] test)))))
-         (<| (_.context "object")
-             (let [test (is (-> java/lang/String Any Bit)
-                            (function (_ expected actual)
-                              (|> actual (as Text) (text#= (as Text expected)))))]
-               (all _.and
-                    (_.lifted "ASTORE_0/ALOAD_0"
-                              (store_and_load ..$String::random ..$String::literal /.nop [(function.constant /.astore_0) (function.constant /.aload_0)] test))
-                    (_.lifted "ASTORE_1/ALOAD_1"
-                              (store_and_load ..$String::random ..$String::literal /.nop [(function.constant /.astore_1) (function.constant /.aload_1)] test))
-                    (_.lifted "ASTORE_2/ALOAD_2"
-                              (store_and_load ..$String::random ..$String::literal /.nop [(function.constant /.astore_2) (function.constant /.aload_2)] test))
-                    (_.lifted "ASTORE_3/ALOAD_3"
-                              (store_and_load ..$String::random ..$String::literal /.nop [(function.constant /.astore_3) (function.constant /.aload_3)] test))
-                    (_.lifted "ASTORE/ALOAD"
-                              (store_and_load ..$String::random ..$String::literal /.nop [/.astore /.aload] test)))))
-         )))
-
-(def stack
-  Test
-  (do random.monad
-    [expected/1 $String::random
-     .let [object_test (is (-> Any Bit)
-                           (|>> (as Text) (text#= (as Text expected/1))))]
-     dummy/1 $String::random
-     .let [single (all _.and
-                       (<| (_.lifted "DUP & POP")
-                           (..bytecode object_test)
-                           (do /.monad
-                             [_ ($String::literal expected/1)
-                              _ /.dup]
-                             /.pop))
-                       (<| (_.lifted "DUP_X1 & POP2")
-                           (..bytecode object_test)
-                           (do /.monad
-                             [_ ($String::literal dummy/1)
-                              _ ($String::literal expected/1)
-                              _ /.dup_x1]
-                             /.pop2))
-                       (<| (_.lifted "DUP_X2")
-                           (..bytecode object_test)
-                           (do /.monad
-                             [_ ($String::literal dummy/1)
-                              _ ($String::literal dummy/1)
-                              _ ($String::literal expected/1)
-                              _ /.dup_x2
-                              _ /.pop2]
-                             /.pop))
-                       (<| (_.lifted "SWAP")
-                           (..bytecode object_test)
-                           (do /.monad
-                             [_ ($String::literal dummy/1)
-                              _ ($String::literal expected/1)
-                              _ /.swap]
-                             /.pop))
-                       )]
-     expected/2 $Long::random
-     .let [long_test (is (-> Any Bit)
-                         (|>> (as Int) (i.= (as Int expected/2))))]
-     dummy/2 $Long::random
-     .let [double (all _.and
-                       (<| (_.lifted "DUP2")
-                           (..bytecode long_test)
-                           (do /.monad
-                             [_ ($Long::literal expected/2)
-                              _ /.dup2
-                              _ /.pop2]
-                             ..$Long::wrap))
-                       (<| (_.lifted "DUP2_X1")
-                           (..bytecode long_test)
-                           (do /.monad
-                             [_ ($String::literal dummy/1)
-                              _ ($Long::literal expected/2)
-                              _ /.dup2_x1
-                              _ /.pop2
-                              _ /.pop]
-                             ..$Long::wrap))
-                       (<| (_.lifted "DUP2_X2")
-                           (..bytecode long_test)
-                           (do /.monad
-                             [_ ($Long::literal dummy/2)
-                              _ ($Long::literal expected/2)
-                              _ /.dup2_x2
-                              _ /.pop2
-                              _ /.pop2]
-                             ..$Long::wrap))
-                       )]]
-    (all _.and
-         (<| (_.context "single")
-             single)
-         (<| (_.context "double")
-             double)
-         )))
-
-(def resource
-  Test
-  (all _.and
-       (<| (_.context "registry")
-           ..registry)
-       (<| (_.context "stack")
-           ..stack)
-       ))
-
-(def return
-  Test
-  (let [primitive_return (is (All (_ a) (-> (Primitive a) (Bytecode Any) (Maybe (-> a (Bytecode Any))) (-> a Any Bit) (Random Bit)))
-                             (function (_ primitive return substitute test)
-                               (do random.monad
-                                 [class_name ..class_name
-                                  primitive_method_name (random.upper_cased 10)
-                                  .let [primitive_method_type (/type.method [(list) (list) (the #unboxed primitive) (list)])]
-                                  object_method_name (|> (random.upper_cased 10)
-                                                         (random.only (|>> (text#= primitive_method_name) not)))
-                                  expected (the #random primitive)
-                                  .let [$Self (/type.class class_name (list))]]
-                                 (in (when (do try.monad
-                                             [class (/class.class /version.v6_0 /class.public
-                                                      (/name.internal class_name)
-                                                      {.#None}
-                                                      (/name.internal "java.lang.Object")
-                                                      (list)
-                                                      (list)
-                                                      (list (/method.method ..method_modifier
-                                                              primitive_method_name
-                                                              false primitive_method_type
-                                                              (list)
-                                                              {.#Some (do /.monad
-                                                                        [_ ((the #literal primitive) expected)]
-                                                                        return)})
-                                                            (/method.method ..method_modifier
-                                                              object_method_name
-                                                              false (/type.method [(list) (list) (the #boxed primitive) (list)])
-                                                              (list)
-                                                              {.#Some (do /.monad
-                                                                        [_ (/.invokestatic $Self primitive_method_name primitive_method_type)
-                                                                         _ (when substitute
-                                                                             {.#None}
-                                                                             (in [])
-
-                                                                             {.#Some substitute}
-                                                                             (substitute expected))
-                                                                         _ (the #wrap primitive)]
-                                                                        /.areturn)}))
-                                                      (list))
-                                              .let [bytecode (binary.result /class.format class)
-                                                    loader (/loader.memory (/loader.new_library []))]
-                                              _ (/loader.define class_name bytecode loader)
-                                              class (io.run! (/loader.load class_name loader))
-                                              method (try (get_method object_method_name class))]
-                                             (java/lang/reflect/Method::invoke (ffi.null) (ffi.array java/lang/Object 0) method))
-                                       {try.#Success actual}
-                                       (test expected actual)
-
-                                       {try.#Failure error}
-                                       false)
-                                     ))))]
-    (all _.and
-         (_.lifted "IRETURN" (primitive_return ..$Integer::primitive /.ireturn {.#None} (!::= java/lang/Integer "jvm ieq" .jvm_int_=#)))
-         (_.lifted "LRETURN" (primitive_return ..$Long::primitive /.lreturn {.#None} (!::= java/lang/Long "jvm leq" .jvm_long_=#)))
-         (_.lifted "FRETURN" (primitive_return ..$Float::primitive /.freturn {.#None} (!::= java/lang/Float "jvm feq" .jvm_float_=#)))
-         (_.lifted "DRETURN" (primitive_return ..$Double::primitive /.dreturn {.#None} (!::= java/lang/Double "jvm deq" .jvm_double_=#)))
-         (_.lifted "ARETURN" (primitive_return ..$String::primitive /.areturn {.#None} (function (_ expected actual) (text#= (as Text expected) (as Text actual)))))
-         (_.lifted "RETURN" (primitive_return (is (Primitive java/lang/String)
-                                                  [#unboxed /type.void
-                                                   #boxed ..$String
-                                                   #wrap /.nop
-                                                   #random ..$String::random
-                                                   #literal (function.constant /.nop)])
-                                              /.return
-                                              {.#Some ..$String::literal}
-                                              (function (_ expected actual) (text#= (as Text expected) (as Text actual)))))
-         )))
-
-(def branching
-  Test
-  (do random.monad
-    [expected ..$Long::random
-     dummy ..$Long::random
-     .let [if! (is (-> (-> Label (Bytecode Any)) (Bytecode Any) (Random Bit))
-                   (function (_ instruction prelude)
-                     (<| (..bytecode ((!::= java/lang/Long "jvm leq" .jvm_long_=#) expected))
-                         (do /.monad
-                           [@then /.new_label
-                            @end /.new_label
-                            _ prelude
-                            _ (instruction @then)
-                            _ (..$Long::literal dummy)
-                            _ (/.goto @end)
-                            _ (/.set_label @then)
-                            _ (..$Long::literal expected)
-                            _ (/.set_label @end)]
-                           ..$Long::wrap))))
-           comparison_against_zero (all _.and
-                                        (_.lifted "IFEQ" (if! /.ifeq /.iconst_0))
-                                        (_.lifted "IFNE" (if! /.ifne /.iconst_1))
-                                        (_.lifted "IFLT" (if! /.iflt /.iconst_m1))
-                                        (_.lifted "IFLE" (if! /.ifle /.iconst_0))
-                                        (_.lifted "IFGT" (if! /.ifgt /.iconst_1))
-                                        (_.lifted "IFGE" (if! /.ifge /.iconst_0)))
-           null_test (all _.and
-                          (_.lifted "IFNULL" (if! /.ifnull /.aconst_null))
-                          (_.lifted "IFNONNULL" (if! /.ifnonnull (/.string ""))))]
-     reference ..$Integer::random
-     subject (|> ..$Integer::random
-                 (random.only (|>> ((!::= java/lang/Integer "jvm ieq" .jvm_int_=#) reference) not)))
-     .let [[lesser greater] (if (for @.old
-                                     ("jvm ilt" reference subject)
-                                     
-                                     @.jvm
-                                     (.jvm_int_<# (.jvm_object_cast# subject) (.jvm_object_cast# reference)))
-                              [reference subject]
-                              [subject reference])
-           int_comparison (all _.and
-                               (_.lifted "IF_ICMPEQ" (if! /.if_icmpeq (do /.monad [_ (..$Integer::literal reference)] /.dup)))
-                               (_.lifted "IF_ICMPNE" (if! /.if_icmpne (do /.monad [_ (..$Integer::literal reference)] (..$Integer::literal subject))))
-                               (_.lifted "IF_ICMPLT" (if! /.if_icmplt (do /.monad [_ (..$Integer::literal lesser)] (..$Integer::literal greater))))
-                               (_.lifted "IF_ICMPLE" (if! /.if_icmple (do /.monad [_ (..$Integer::literal lesser)] (..$Integer::literal greater))))
-                               (_.lifted "IF_ICMPGT" (if! /.if_icmpgt (do /.monad [_ (..$Integer::literal greater)] (..$Integer::literal lesser))))
-                               (_.lifted "IF_ICMPGE" (if! /.if_icmpge (do /.monad [_ (..$Integer::literal greater)] (..$Integer::literal lesser)))))
-           new_object (is (Bytecode Any)
-                          (do /.monad
-                            [_ (/.new ..$Object)
-                             _ /.dup]
-                            (/.invokespecial ..$Object "" (/type.method [(list) (list) /type.void (list)]))))
-           reference_comparison (all _.and
-                                     (_.lifted "IF_ACMPEQ" (if! /.if_acmpeq (do /.monad [_ new_object] /.dup)))
-                                     (_.lifted "IF_ACMPNE" (if! /.if_acmpne (do /.monad [_ new_object] new_object)))
-                                     )]]
-    (all _.and
-         comparison_against_zero
-         null_test
-         int_comparison
-         reference_comparison
-         )))
-
-(def jump
-  Test
-  (do random.monad
-    [expected ..$Long::random
-     dummy ..$Long::random
-     .let [jump (is (-> (-> Label (Bytecode Any)) (Random Bit))
-                    (function (_ goto)
-                      (<| (..bytecode ((!::= java/lang/Long "jvm leq" .jvm_long_=#) expected))
-                          (do /.monad
-                            [@skipped /.new_label
-                             @value /.new_label
-                             @end /.new_label
-                             _ (goto @value)
-                             _ (/.set_label @skipped)
-                             _ (..$Long::literal dummy)
-                             _ (goto @end)
-                             _ (/.set_label @value)
-                             _ (..$Long::literal expected)
-                             _ (/.set_label @end)]
-                            ..$Long::wrap))))]]
-    (all _.and
-         (_.lifted "GOTO" (jump /.goto))
-         (_.lifted "GOTO_W" (jump /.goto_w)))))
-
-(def switch
-  Test
-  (all _.and
-       (<| (_.lifted "TABLESWITCH")
-           (do [! random.monad]
-             [expected ..$Long::random
-              dummy ..$Long::random
-              minimum (of ! each (|>> (n.% 100) .int /signed.s4 try.trusted)
-                          random.nat)
-              afterwards (of ! each (n.% 10) random.nat)])
-           (..bytecode ((!::= java/lang/Long "jvm leq" .jvm_long_=#) expected))
-           (do /.monad
-             [@right /.new_label
-              @wrong /.new_label
-              @return /.new_label
-              _ (/.bipush (|> minimum /signed.value .int /signed.s1 try.trusted))
-              _ (/.tableswitch minimum @wrong [@right (list.repeated afterwards @wrong)])
-              _ (/.set_label @wrong)
-              _ (..$Long::literal dummy)
-              _ (/.goto @return)
-              _ (/.set_label @right)
-              _ (..$Long::literal expected)
-              _ (/.set_label @return)]
-             ..$Long::wrap))
-       (<| (_.lifted "LOOKUPSWITCH")
-           (do [! random.monad]
-             [options (of ! each (|>> (n.% 10) (n.+ 1))
-                          random.nat)
-              choice (of ! each (n.% options) random.nat)
-              options (|> random.int
-                          (of ! each (|>> (as java/lang/Long) ffi.long_to_int ffi.int_to_long (as Int)))
-                          (random.set i.hash options)
-                          (of ! each set.list))
-              .let [choice (maybe.trusted (list.item choice options))]
-              expected ..$Long::random
-              dummy ..$Long::random])
-           (..bytecode ((!::= java/lang/Long "jvm leq" .jvm_long_=#) expected))
-           (do /.monad
-             [@right /.new_label
-              @wrong /.new_label
-              @return /.new_label
-              _ (..$Integer::literal (ffi.long_to_int (as java/lang/Long choice)))
-              _ (/.lookupswitch @wrong (list#each (function (_ option)
-                                                    [(|> option /signed.s4 try.trusted)
-                                                     (if (i.= choice option) @right @wrong)])
-                                                  options))
-              _ (/.set_label @wrong)
-              _ (..$Long::literal dummy)
-              _ (/.goto @return)
-              _ (/.set_label @right)
-              _ (..$Long::literal expected)
-              _ (/.set_label @return)]
-             ..$Long::wrap))
-       ))
-
-(def exception
-  Test
-  (do random.monad
-    [expected ..$Long::random
-     dummy ..$Long::random
-     exception ..$String::random]
-    (<| (_.lifted "ATHROW")
-        (..bytecode ((!::= java/lang/Long "jvm leq" .jvm_long_=#) expected))
-        (do /.monad
-          [.let [$Exception (/type.class "java.lang.Exception" (list))]
-           @skipped /.new_label
-           @try /.new_label
-           @handler /.new_label
-           @return /.new_label
-           _ (/.try @try @handler @handler $Exception)
-           _ (/.set_label @try)
-           _ (/.new $Exception)
-           _ /.dup
-           _ (..$String::literal exception)
-           _ (/.invokespecial $Exception "" (/type.method [(list) (list ..$String) /type.void (list)]))
-           _ /.athrow
-           _ (/.set_label @skipped)
-           _ (..$Long::literal dummy)
-           _ (/.goto @return)
-           _ (/.set_label @handler)
-           _ /.pop
-           _ (..$Long::literal expected)
-           _ (/.set_label @return)]
-          ..$Long::wrap))))
-
-(def code
-  Test
-  (all _.and
-       (<| (_.context "return")
-           ..return)
-       (<| (_.context "branching")
-           ..branching)
-       (<| (_.context "jump")
-           ..jump)
-       (<| (_.context "switch")
-           ..switch)
-       (<| (_.context "exception")
-           ..exception)
-       ))
-
-(def instruction
-  Test
-  (all _.and
-       (<| (_.context "value")
-           ..value)
-       (<| (_.context "resource")
-           ..resource)
-       (<| (_.context "code")
-           ..code)
-       ))
-
-(def inheritance
-  Test
-  (do random.monad
-    [abstract_class ..class_name
-     interface_class (|> ..class_name
-                         (random.only (|>> (text#= abstract_class) not)))
-     concrete_class (|> ..class_name
-                        (random.only (function (_ class)
-                                       (not (or (text#= abstract_class class)
-                                                (text#= interface_class class))))))
-     part0 ..$Long::random
-     part1 ..$Long::random
-     part2 ..$Long::random
-     fake_part2 ..$Long::random
-     part3 ..$Long::random
-     part4 ..$Long::random
-     .let [expected (all i.+
-                         (as Int part0)
-                         (as Int part1)
-                         (as Int part2)
-                         (as Int part3)
-                         (as Int part4))
-           $Concrete (/type.class concrete_class (list))
-           $Abstract (/type.class abstract_class (list))
-           $Interface (/type.class interface_class (list))
-
-           constructor::type (/type.method [(list) (list) /type.void (list)])
-           method::type (/type.method [(list) (list) /type.long (list)])
-
-           inherited_method "inherited_method"
-           overriden_method "overriden_method"
-           abstract_method "abstract_method"
-           interface_method "interface_method"
-           virtual_method "virtual_method"
-           static_method "static_method"
-
-           method (is (-> Text java/lang/Long (Resource Method))
-                      (function (_ name value)
-                        (/method.method /method.public
-                          name
-                          false method::type
-                          (list)
-                          {.#Some (do /.monad
-                                    [_ (..$Long::literal value)]
-                                    /.lreturn)})))
-
-           interface_bytecode (|> (/class.class /version.v6_0 (all /modifier#composite /class.public /class.abstract /class.interface)
-                                    (/name.internal interface_class)
-                                    {.#None}
-                                    (/name.internal "java.lang.Object")
-                                    (list)
-                                    (list)
-                                    (list (/method.method (all /modifier#composite /method.public /method.abstract)
-                                            interface_method false method::type (list) {.#None}))
-                                    (list))
-                                  try.trusted
-                                  (binary.result /class.format))
-           abstract_bytecode (|> (/class.class /version.v6_0 (all /modifier#composite /class.public /class.abstract)
-                                   (/name.internal abstract_class)
-                                   {.#None}
-                                   (/name.internal "java.lang.Object")
-                                   (list)
-                                   (list)
-                                   (list (/method.method /method.public
-                                           ""
-                                           false constructor::type
-                                           (list)
-                                           {.#Some (do /.monad
-                                                     [_ /.aload_0
-                                                      _ (/.invokespecial ..$Object "" constructor::type)]
-                                                     /.return)})
-                                         (method inherited_method part0)
-                                         (method overriden_method fake_part2)
-                                         (/method.method (all /modifier#composite /method.public /method.abstract)
-                                           abstract_method false method::type (list) {.#None}))
-                                   (list))
-                                 try.trusted
-                                 (binary.result /class.format))
-           invoke (is (-> (Type Class) Text (Bytecode Any))
-                      (function (_ class method)
-                        (do /.monad
-                          [_ /.aload_0]
-                          (/.invokevirtual class method method::type))))
-           concrete_bytecode (|> (/class.class /version.v6_0 /class.public
-                                   (/name.internal concrete_class)
-                                   {.#None}
-                                   (/name.internal abstract_class)
-                                   (list (/name.internal interface_class))
-                                   (list)
-                                   (list (/method.method /method.public
-                                           ""
-                                           false constructor::type
-                                           (list)
-                                           {.#Some (do /.monad
-                                                     [_ /.aload_0
-                                                      _ (/.invokespecial $Abstract "" constructor::type)]
-                                                     /.return)})
-                                         (method virtual_method part1)
-                                         (method overriden_method part2)
-                                         (method abstract_method part3)
-                                         (method interface_method part4)
-                                         (/method.method (all /modifier#composite
-                                                              /method.public
-                                                              /method.static)
-                                           static_method
-                                           false (/type.method [(list) (list) ..$Long (list)])
-                                           (list)
-                                           {.#Some (do /.monad
-                                                     [_ (/.new $Concrete)
-                                                      _ /.dup
-                                                      _ (/.invokespecial $Concrete "" constructor::type)
-                                                      _ /.astore_0
-                                                      _ (invoke $Abstract inherited_method)
-                                                      _ (invoke $Concrete virtual_method)
-                                                      _ /.ladd
-                                                      _ (invoke $Abstract overriden_method)
-                                                      _ /.ladd
-                                                      _ /.aload_0 _ (/.invokeinterface $Interface interface_method method::type)
-                                                      _ /.ladd
-                                                      _ (invoke $Abstract abstract_method)
-                                                      _ /.ladd
-                                                      _ ..$Long::wrap]
-                                                     /.areturn)}))
-                                   (list))
-                                 try.trusted
-                                 (binary.result /class.format))
-           loader (/loader.memory (/loader.new_library []))]]
-    (_.test "Class & interface inheritance"
-      (when (do try.monad
-              [_ (/loader.define abstract_class abstract_bytecode loader)
-               _ (/loader.define interface_class interface_bytecode loader)
-               _ (/loader.define concrete_class concrete_bytecode loader)
-               class (io.run! (/loader.load concrete_class loader))
-               method (try (get_method static_method class))
-               output (java/lang/reflect/Method::invoke (ffi.null) (ffi.array java/lang/Object 0) method)]
-              (in (as Int output)))
-        {try.#Success actual}
-        (i.= (as Int expected) (as Int actual))
-
-        {try.#Failure error}
-        false))))
-
-(def .public test
-  Test
-  (<| (_.context (%.symbol (symbol .._)))
-      (all _.and
-           (<| (_.context "instruction")
-               ..instruction)
-           (<| (_.context "inheritance")
-               ..inheritance)
-           )))
diff --git a/stdlib/source/test/lux/meta/target/lua.lux b/stdlib/source/test/lux/meta/target/lua.lux
deleted file mode 100644
index 8aa357f30..000000000
--- a/stdlib/source/test/lux/meta/target/lua.lux
+++ /dev/null
@@ -1,725 +0,0 @@
-(.require
- [library
-  [lux (.except)
-   ["[0]" ffi]
-   [abstract
-    [monad (.only do)]
-    ["[0]" hash
-     ["[1]T" \\test]]
-    ["[0]" equivalence
-     ["[1]T" \\test]]]
-   [control
-    ["[0]" pipe]
-    ["[0]" function]
-    ["[0]" maybe (.use "[1]#[0]" functor)]
-    ["[0]" try (.only Try) (.use "[1]#[0]" functor)]]
-   [data
-    ["[0]" bit (.use "[1]#[0]" equivalence)]
-    ["[0]" text (.only \n) (.use "[1]#[0]" equivalence)
-     ["%" \\format (.only format)]]
-    [collection
-     ["[0]" list (.use "[1]#[0]" functor)]]]
-   [math
-    ["[0]" random (.only Random) (.use "[1]#[0]" monad)]
-    [number
-     ["n" nat]
-     ["i" int]
-     ["f" frac]
-     ["[0]" i64]]]
-   [meta
-    ["[0]" static]
-    [macro
-     ["[0]" template]]]
-   [test
-    ["_" property (.only Test)]]]]
- [\\library
-  ["[0]" /]])
-
-... http://www.lua.org/manual/5.3/manual.html#pdf-load
-(ffi.import (load [Text] "?" (-> Any Any)))
-
-(def (expression ??? it)
-  (-> (-> Any Bit) /.Expression Bit)
-  (|> it
-      /.code
-      (format "return ")
-      ..load
-      (maybe#each (|>> (function.on []) ???))
-      (maybe.else false)))
-
-(def test|literal
-  Test
-  (do [! random.monad]
-    [boolean random.bit
-     int random.int
-     float random.frac
-     string (random.upper_cased 5)]
-    (all _.and
-         (_.coverage [/.nil]
-           (|> /.nil
-               /.code
-               ..load
-               (pipe.when
-                 {.#None} true
-                 {.#Some _} false)))
-         (_.coverage [/.boolean]
-           (expression (|>> (as Bit) (bit#= boolean))
-                       (/.boolean boolean)))
-         (_.coverage [/.int]
-           (expression (|>> (as Int) (i.= int))
-                       (/.int int)))
-         (_.coverage [/.float]
-           (expression (|>> (as Frac) (f.= float))
-                       (/.float float)))
-         (_.coverage [/.string]
-           (expression (|>> (as Text) (text#= string))
-                       (/.string string)))
-         )))
-
-(def test|boolean
-  Test
-  (do [! random.monad]
-    [left random.bit
-     right random.bit]
-    (`` (all _.and
-             (,, (with_template [ ]
-                   [(_.coverage []
-                      (let [expected ( left right)]
-                        (expression (|>> (as Bit) (bit#= expected))
-                                    ( (/.boolean left) (/.boolean right)))))]
-
-                   [/.or .or]
-                   [/.and .and]
-                   ))
-             (_.coverage [/.not]
-               (expression (|>> (as Bit) (bit#= (not left)))
-                           (/.not (/.boolean left))))
-             ))))
-
-(with_template []
-  [(`` (def (,, (template.symbol [int_ ]))
-         (Random Int)
-         (let [mask (|> 1 (i64.left_shifted (-- )) --)]
-           (random#each (|>> (i64.and mask) .int) random.nat))))]
-
-  [16]
-  [32]
-  )
-
-(def test|int
-  Test
-  (do [! random.monad]
-    [left random.int
-     right random.int
-     shift (of ! each (n.% 65) random.nat)
-
-     parameter (random.only (|>> (i.= +0) not)
-                            random.int)
-     subject random.int]
-    (`` (all _.and
-             (,, (with_template [ ]
-                   [(_.coverage []
-                      (let [expected ( left right)]
-                        (expression (|>> (as Int) (i.= expected))
-                                    ( (/.int left) (/.int right)))))]
-
-                   [/.bit_or i64.or]
-                   [/.bit_xor i64.xor]
-                   [/.bit_and i64.and]
-                   ))
-             (_.coverage [/.opposite]
-               (expression (|>> (as Int) (i.= (i.- left +0)))
-                           (/.opposite (/.int left))))
-             (_.coverage [/.bit_shl]
-               (let [expected (i64.left_shifted shift left)]
-                 (expression (|>> (as Int) (i.= expected))
-                             (/.bit_shl (/.int (.int shift))
-                                        (/.int left)))))
-             (_.coverage [/.bit_shr]
-               (let [expected (i64.right_shifted shift left)]
-                 (expression (|>> (as Int) (i.= expected))
-                             (/.bit_shr (/.int (.int shift))
-                                        (/.int left)))))
-             (_.coverage [/.//]
-               (let [expected (if (or (i.= (i.signum parameter) (i.signum subject))
-                                      (i.= +0 (i.% parameter subject)))
-                                (i./ parameter subject)
-                                (-- (i./ parameter subject)))]
-                 (expression (|>> (as Int) (i.= expected))
-                             (/.// (/.int parameter) (/.int subject)))))
-             ))))
-
-(def test|float
-  Test
-  (do [! random.monad]
-    [parameter (random.only (|>> (f.= +0.0) not)
-                            random.safe_frac)
-     subject random.safe_frac]
-    (`` (all _.and
-             (,, (with_template [  
]
-                   [(_.coverage []
-                      (let [expected ( (
 parameter) (
 subject))]
-                        (expression (|>> (as Frac) (f.= expected))
-                                    ( (/.float (
 parameter)) (/.float (
 subject))))))]
-
-                   [/.+ f.+ |>]
-                   [/.- f.- |>]
-                   [/.* f.* |>]
-                   [/./ f./ |>]
-                   [/.% f.mod |>]
-                   [/.^ f.pow f.abs]
-                   ))
-             (,, (with_template [ ]
-                   [(_.coverage []
-                      (let [expected ( parameter subject)]
-                        (expression (|>> (as Bit) (bit#= expected))
-                                    ( (/.float parameter) (/.float subject)))))]
-
-                   [/.<  f.<]
-                   [/.<= f.<=]
-                   [/.>  f.>]
-                   [/.>= f.>=]
-                   [/.=  f.=]
-                   ))
-             ))))
-
-(def test|string
-  Test
-  (do random.monad
-    [left (random.lower_cased 8)
-     right (random.lower_cased 8)
-     .let [expected (format left right)]]
-    (all _.and
-         (_.coverage [/.concat]
-           (expression (|>> (as Text) (text#= expected))
-                       (|> (/.string left)
-                           (/.concat (/.string right)))))
-         )))
-
-(def test|array
-  Test
-  (do [! random.monad]
-    [size (of ! each (|>> (n.% 10) ++) random.nat)
-     index (of ! each (n.% size) random.nat)
-     items (random.list size random.safe_frac)
-     .let [expected (|> items
-                        (list.item index)
-                        maybe.trusted)]]
-    (all _.and
-         (_.coverage [/.array /.item]
-           (and (expression (|>> (as Frac) (f.= expected))
-                            (/.item (/.int (.int (++ index)))
-                                    (/.array (list#each /.float items))))
-                (expression (|>> (as Bit))
-                            (|> (/.array (list#each /.float items))
-                                (/.item (/.int (.int (++ size))))
-                                (/.= /.nil)))))
-         (_.coverage [/.length]
-           (expression (|>> (as Int) (i.= (.int size)))
-                       (/.length (/.array (list#each /.float items)))))
-         )))
-
-(def test|table
-  Test
-  (do [! random.monad]
-    [expected random.safe_frac
-     dummy (random.only (|>> (f.= expected) not)
-                        random.safe_frac)
-
-     size (of ! each (|>> (n.% 10) ++) random.nat)
-     index (of ! each (n.% size) random.nat)
-     items (random.list size random.safe_frac)
-
-     $self (of ! each /.var (random.lower_cased 10))
-     $table (of ! each /.var (random.lower_cased 11))
-     $arg (of ! each /.var (random.lower_cased 12))
-     field (random.upper_cased 5)
-     non_field (random.only (|>> (text#= field) not)
-                            (random.upper_cased 5))
-     method (random.upper_cased 6)]
-    (all _.and
-         (_.coverage [/.table /.the]
-           (and (expression (|>> (as Frac) (f.= expected))
-                            (/.the field (/.table (list [field (/.float expected)]))))
-                (expression (|>> (as Bit))
-                            (|> (/.table (list [field (/.float expected)]))
-                                (/.the non_field)
-                                (/.= /.nil)))))
-         (_.coverage [/.do /.function]
-           (expression (|>> (as Frac) (f.= expected))
-                       (|> (all /.then
-                                (/.local/1 $table (/.table (list [field (/.float expected)])))
-                                (/.function (/.the method $table) (list $self $arg)
-                                  (/.if (/.= (/.float dummy) $arg)
-                                    (/.return (/.the field $self))
-                                    (/.return $arg)))
-                                (/.return (/.do method (list (/.float dummy)) $table)))
-                           (/.closure (list))
-                           (/.apply (list)))))
-         )))
-
-(def test|computation
-  Test
-  (do [! random.monad]
-    [test random.bit
-     then random.safe_frac
-     else random.safe_frac
-
-     boolean random.bit
-     int random.int
-     float random.frac
-     string (random.upper_cased 5)
-
-     comment (random.upper_cased 10)]
-    (all _.and
-         ..test|boolean
-         ..test|int
-         ..test|float
-         ..test|string
-         ..test|array
-         ..test|table
-         (_.coverage [/.type/1]
-           (and (expression (|>> (as Text) (text#= "boolean"))
-                            (/.type/1 (/.boolean boolean)))
-                (expression (|>> (as Text) (text#= "number"))
-                            (/.type/1 (/.int int)))
-                (expression (|>> (as Text) (text#= "number"))
-                            (/.type/1 (/.float float)))
-                (expression (|>> (as Text) (text#= "string"))
-                            (/.type/1 (/.string string)))
-                (expression (|>> (as Text) (text#= "nil"))
-                            (/.type/1 /.nil))
-                (expression (|>> (as Text) (text#= "table"))
-                            (/.type/1 (/.table (list [string (/.float float)]))))
-                (expression (|>> (as Text) (text#= "table"))
-                            (/.type/1 (/.array (list (/.boolean boolean)
-                                                     (/.float float)
-                                                     (/.string string)))))
-                ))
-         (_.coverage [/.require/1]
-           (expression (|>> (as Int) (i.= (i.abs int)))
-                       (|> (/.require/1 (/.string "math"))
-                           (/.the "abs")
-                           (/.apply (list (/.int int))))))
-         (_.coverage [/.comment]
-           (expression (|>> (as Frac) (f.= then))
-                       (/.comment comment
-                         (/.float then))))
-         )))
-
-(def test|expression
-  Test
-  (`` (all _.and
-           (_.for [/.Literal]
-                  ..test|literal)
-           (_.for [/.Computation]
-                  ..test|computation)
-           )))
-
-(def test/var
-  Test
-  (do [! random.monad]
-    [float/0 random.safe_frac
-     float/1 random.safe_frac
-     float/2 random.safe_frac
-     foreign (random.lower_cased 10)
-     local (random.only (|>> (text#= foreign) not)
-                        (random.lower_cased 10))
-     .let [$foreign (/.var foreign)
-           $local (/.var local)]]
-    (all _.and
-         (_.coverage [/.var]
-           (expression (|>> (as Frac) (f.= float/0))
-                       (|> (/.return $foreign)
-                           (/.closure (list $foreign))
-                           (/.apply (list (/.float float/0))))))
-         (_.coverage [/.let]
-           (expression (|>> (as Frac) (f.= float/1))
-                       (|> (all /.then
-                                (/.let (list $local) (/.float float/1))
-                                (/.return $local))
-                           (/.closure (list $foreign))
-                           (/.apply (list (/.float float/0))))))
-         (_.coverage [/.local/1]
-           (expression (|>> (as Frac) (f.= float/1))
-                       (|> (all /.then
-                                (/.local/1 $local (/.float float/1))
-                                (/.return $local))
-                           (/.closure (list $foreign))
-                           (/.apply (list (/.float float/0))))))
-         (_.coverage [/.local]
-           (expression (|>> (as Frac) (f.= float/1))
-                       (|> (all /.then
-                                (/.local (list $local))
-                                (/.set (list $local) (/.float float/1))
-                                (/.return $local))
-                           (/.closure (list $foreign))
-                           (/.apply (list (/.float float/0))))))
-         )))
-
-(def test/location
-  Test
-  (do [! random.monad]
-    [float/0 random.safe_frac
-     float/1 random.safe_frac
-     int/0 ..int_16
-     $foreign (of ! each /.var (random.lower_cased 10))
-     $arg/0 (of ! each /.var (random.lower_cased 11))
-     $arg/1 (of ! each /.var (random.lower_cased 12))
-     field (random.upper_cased 10)]
-    (all _.and
-         (_.coverage [/.set]
-           (expression (|>> (as Frac) (f.= (f.+ float/0 float/0)))
-                       (|> (all /.then
-                                (/.set (list $foreign) (/.+ $foreign $foreign))
-                                (/.return $foreign))
-                           (/.closure (list $foreign))
-                           (/.apply (list (/.float float/0))))))
-         (_.coverage [/.multi]
-           (and (expression (|>> (as Frac) (f.= float/0))
-                            (|> (all /.then
-                                     (/.set (list $arg/0 $arg/1) (/.multi (list (/.float float/0) (/.float float/1))))
-                                     (/.return $arg/0))
-                                (/.closure (list))
-                                (/.apply (list))))
-                (expression (|>> (as Frac) (f.= float/1))
-                            (|> (all /.then
-                                     (/.set (list $arg/0 $arg/1) (/.multi (list (/.float float/0) (/.float float/1))))
-                                     (/.return $arg/1))
-                                (/.closure (list))
-                                (/.apply (list))))))
-         (_.coverage [/.Access]
-           (and (expression (|>> (as Frac) (f.= (f.+ float/0 float/0)))
-                            (let [@ (/.item (/.int +1) $foreign)]
-                              (|> (all /.then
-                                       (/.set (list $foreign) (/.array (list $foreign)))
-                                       (/.set (list @) (/.+ @ @))
-                                       (/.return @))
-                                  (/.closure (list $foreign))
-                                  (/.apply (list (/.float float/0))))))
-                (expression (|>> (as Frac) (f.= (f.+ float/0 float/0)))
-                            (let [@ (/.the field $foreign)]
-                              (|> (all /.then
-                                       (/.set (list $foreign) (/.table (list [field $foreign])))
-                                       (/.set (list @) (/.+ @ @))
-                                       (/.return @))
-                                  (/.closure (list $foreign))
-                                  (/.apply (list (/.float float/0))))))))
-         (_.for [/.Var]
-                ..test/var)
-         )))
-
-(def test|label
-  Test
-  (do [! random.monad]
-    [input ..int_16
-
-     full_iterations (of ! each (|>> (n.% 20) ++) random.nat)
-     expected_iterations (of ! each (|>> (n.% full_iterations) .int) random.nat)
-
-     $input (of ! each /.var (random.lower_cased 10))
-     $output (of ! each /.var (random.lower_cased 11))
-     $index (of ! each /.var (random.lower_cased 12))
-
-     @loop (of ! each /.label (random.lower_cased 13))
-     
-     .let [expected (i.* expected_iterations input)
-           expected_iterations (/.int expected_iterations)]]
-    (all _.and
-         (_.coverage [/.break]
-           (let [=for_in (expression (|>> (as Int) (i.= expected))
-                                     (|> (all /.then
-                                              (/.local/1 $output (/.int +0))
-                                              (/.for_in (list $index $input) (/.ipairs/1 (/.array (list.repeated full_iterations $input)))
-                                                        (all /.then
-                                                             (/.when (/.> expected_iterations $index)
-                                                               /.break)
-                                                             (/.set (list $output) (/.+ $input $output))))
-                                              (/.return $output))
-                                         (/.closure (list $input))
-                                         (/.apply (list (/.int input)))))
-                 
-                 full_iterations (/.int (.int full_iterations))
-                 =while (expression (|>> (as Int) (i.= expected))
-                                    (|> (all /.then
-                                             (/.local/1 $index (/.int +0))
-                                             (/.local/1 $output (/.int +0))
-                                             (/.while (/.< full_iterations $index)
-                                                      (all /.then
-                                                           (/.when (/.= expected_iterations $index)
-                                                             /.break)
-                                                           (/.set (list $output) (/.+ $input $output))
-                                                           (/.set (list $index) (/.+ (/.int +1) $index))
-                                                           ))
-                                             (/.return $output))
-                                        (/.closure (list $input))
-                                        (/.apply (list (/.int input)))))
-                 =repeat (expression (|>> (as Int) (i.= expected))
-                                     (|> (all /.then
-                                              (/.local/1 $index (/.int +0))
-                                              (/.local/1 $output (/.int +0))
-                                              (/.repeat (/.= full_iterations $index)
-                                                        (all /.then
-                                                             (/.when (/.= expected_iterations $index)
-                                                               /.break)
-                                                             (/.set (list $output) (/.+ $input $output))
-                                                             (/.set (list $index) (/.+ (/.int +1) $index))
-                                                             ))
-                                              (/.return $output))
-                                         (/.closure (list $input))
-                                         (/.apply (list (/.int input)))))
-                 =for_step (expression (|>> (as Int) (i.= expected))
-                                       (|> (all /.then
-                                                (/.local/1 $output (/.int +0))
-                                                (/.for_step $index (/.int +0) full_iterations (/.int +1)
-                                                            (all /.then
-                                                                 (/.when (/.= expected_iterations $index)
-                                                                   /.break)
-                                                                 (/.set (list $output) (/.+ $input $output))))
-                                                (/.return $output))
-                                           (/.closure (list $input))
-                                           (/.apply (list (/.int input)))))]
-             (and =while
-                  =repeat
-                  =for_step
-                  =for_in)))
-         (_.coverage [/.label /.set_label /.go_to]
-           (expression (|>> (as Int) (i.= expected))
-                       (|> (all /.then
-                                (/.local/1 $index (/.int +0))
-                                (/.local/1 $output (/.int +0))
-                                (/.set_label @loop)
-                                (/.if (/.< expected_iterations $index)
-                                  (all /.then
-                                       (/.set (list $output) (/.+ $input $output))
-                                       (/.set (list $index) (/.+ (/.int +1) $index))
-                                       (/.go_to @loop))
-                                  (/.return $output)))
-                           (/.closure (list $input))
-                           (/.apply (list (/.int input))))))
-         )))
-
-(def test|loop
-  Test
-  (do [! random.monad]
-    [input ..int_16
-     iterations (of ! each (n.% 10) random.nat)
-     .let [$input (/.var "input")
-           $output (/.var "output")
-           $index (/.var "index")
-           expected (i.* (.int iterations) input)]]
-    (all _.and
-         (_.coverage [/.while]
-           (expression (|>> (as Int) (i.= expected))
-                       (|> (all /.then
-                                (/.local/1 $index (/.int +0))
-                                (/.local/1 $output (/.int +0))
-                                (/.while (/.< (/.int (.int iterations)) $index)
-                                         (all /.then
-                                              (/.set (list $output) (/.+ $input $output))
-                                              (/.set (list $index) (/.+ (/.int +1) $index))
-                                              ))
-                                (/.return $output))
-                           (/.closure (list $input))
-                           (/.apply (list (/.int input))))))
-         (_.coverage [/.repeat]
-           (expression (|>> (as Int) (i.= expected))
-                       (|> (all /.then
-                                (/.local/1 $index (/.int +0))
-                                (/.local/1 $output (/.int +0))
-                                (/.repeat (/.= (/.int (.int iterations)) $index)
-                                          (all /.then
-                                               (/.set (list $output) (/.+ $input $output))
-                                               (/.set (list $index) (/.+ (/.int +1) $index))
-                                               ))
-                                (/.return $output))
-                           (/.closure (list $input))
-                           (/.apply (list (/.int input))))))
-         (_.coverage [/.for_step]
-           (expression (|>> (as Int) (i.= expected))
-                       (|> (all /.then
-                                (/.local/1 $output (/.int +0))
-                                (/.for_step $index (/.int +0) (/.int (.int (-- iterations))) (/.int +1)
-                                            (/.set (list $output) (/.+ $input $output)))
-                                (/.return $output))
-                           (/.closure (list $input))
-                           (/.apply (list (/.int input))))))
-         (_.coverage [/.for_in /.ipairs/1]
-           (expression (|>> (as Int) (i.= expected))
-                       (|> (all /.then
-                                (/.local/1 $output (/.int +0))
-                                (/.for_in (list $index $input) (/.ipairs/1 (/.array (list.repeated iterations $input)))
-                                          (/.set (list $output) (/.+ $input $output)))
-                                (/.return $output))
-                           (/.closure (list $input))
-                           (/.apply (list (/.int input))))))
-         (_.for [/.Label]
-                ..test|label)
-         )))
-
-(def test|exception
-  Test
-  (do [! random.monad]
-    [expected random.safe_frac
-     dummy (random.only (|>> (f.= expected) not)
-                        random.safe_frac)
-     $verdict (of ! each /.var (random.lower_cased 10))
-     $outcome (of ! each /.var (random.lower_cased 11))]
-    (all _.and
-         (_.coverage [/.pcall/1]
-           (expression (|>> (as Frac) (f.= expected))
-                       (|> (all /.then
-                                (/.let (list $verdict $outcome) (/.pcall/1 (/.closure (list)
-                                                                                      (/.return (/.float expected)))))
-                                (/.if $verdict
-                                  (/.return $outcome)
-                                  (/.return (/.float dummy))))
-                           (/.closure (list))
-                           (/.apply (list)))))
-         (_.coverage [/.error/1]
-           (expression (|>> (as Frac) (f.= expected))
-                       (|> (all /.then
-                                (/.let (list $verdict $outcome) (/.pcall/1 (/.closure (list)
-                                                                                      (all /.then
-                                                                                           (/.statement (/.error/1 (/.float expected)))
-                                                                                           (/.return (/.float dummy))))))
-                                (/.if $verdict
-                                  (/.return (/.float dummy))
-                                  (/.return $outcome)))
-                           (/.closure (list))
-                           (/.apply (list)))))
-         (_.coverage [/.error/2]
-           (expression (|>> (as Frac) (f.= expected))
-                       (|> (all /.then
-                                (/.let (list $verdict $outcome) (/.pcall/1 (/.closure (list)
-                                                                                      (all /.then
-                                                                                           (/.statement (/.error/2 (/.float expected) (/.int +2)))
-                                                                                           (/.return (/.float dummy))))))
-                                (/.if $verdict
-                                  (/.return (/.float dummy))
-                                  (/.return $outcome)))
-                           (/.closure (list))
-                           (/.apply (list)))))
-         )))
-
-(def test|function
-  Test
-  (do [! random.monad]
-    [float/0 random.safe_frac
-     iterations (of ! each (n.% 10) random.nat)
-     $self (of ! each /.var (random.lower_cased 1))
-     $arg/0 (of ! each /.var (random.lower_cased 2))
-     field (random.lower_cased 3)
-     $class (of ! each /.var (random.upper_cased 4))]
-    (all _.and
-         (_.coverage [/.closure /.return]
-           (expression (|>> (as Frac) (f.= float/0))
-                       (/.apply (list)
-                                (/.closure (list) (/.return (/.float float/0))))))
-         (_.coverage [/.local_function]
-           (expression (|>> (as Int) .nat (n.= iterations))
-                       (|> (all /.then
-                                (/.local_function $self (list $arg/0)
-                                                  (/.if (/.< (/.int (.int iterations)) $arg/0)
-                                                    (/.return (/.apply (list (/.+ (/.int +1) $arg/0)) $self))
-                                                    (/.return $arg/0)))
-                                (/.return (/.apply (list (/.int +0)) $self)))
-                           (/.closure (list))
-                           (/.apply (list)))))
-         (do [! random.monad]
-           [float/0 random.safe_frac
-            float/1 random.safe_frac
-            float/2 random.safe_frac
-            $arg/0 (of ! each /.var (random.lower_cased 10))
-            $arg/1 (of ! each /.var (random.lower_cased 11))
-            $arg/2 (of ! each /.var (random.lower_cased 12))]
-           (`` (all _.and
-                    (_.coverage [/.apply]
-                      (expression (|>> (as Frac) (f.= (all f.+ float/0 float/1 float/2)))
-                                  (/.apply (list (/.float float/0)
-                                                 (/.float float/1)
-                                                 (/.float float/2))
-                                           (/.closure (list $arg/0 $arg/1 $arg/2) (/.return (all /.+ $arg/0 $arg/1 $arg/2))))))
-                    )))
-         )))
-
-(def test|branching
-  Test
-  (do [! random.monad]
-    [float/0 random.safe_frac
-     float/1 random.safe_frac
-     ??? random.bit]
-    (all _.and
-         (_.coverage [/.if]
-           (expression (|>> (as Frac) (f.= (if ??? float/0 float/1)))
-                       (|> (/.if (/.boolean ???)
-                             (/.return (/.float float/0))
-                             (/.return (/.float float/1)))
-                           (/.closure (list))
-                           (/.apply (list)))))
-         (_.coverage [/.when]
-           (expression (|>> (as Frac) (f.= (if ??? float/0 float/1)))
-                       (|> (all /.then
-                                (/.when (/.boolean ???)
-                                  (/.return (/.float float/0)))
-                                (/.return (/.float float/1)))
-                           (/.closure (list))
-                           (/.apply (list)))))
-         )))
-
-(def test|binding
-  Test
-  (all _.and
-       ..test|function
-       (_.for [/.Location]
-              ..test/location)
-       ))
-
-(def test|control
-  Test
-  (all _.and
-       ..test|branching
-       ..test|loop
-       ..test|exception
-       ))
-
-(def test|statement
-  Test
-  (do [! random.monad]
-    [float/0 random.safe_frac
-     float/1 random.safe_frac
-     $arg/0 (of ! each /.var (random.lower_cased 10))
-     $arg/1 (of ! each /.var (random.lower_cased 11))]
-    (`` (all _.and
-             (_.coverage [/.statement /.then /.print/1]
-               (expression (|>> (as Frac) (f.= float/0))
-                           (|> (all /.then
-                                    (/.statement (/.print/1 $arg/0))
-                                    (/.return $arg/0))
-                               (/.closure (list $arg/0))
-                               (/.apply (list (/.float float/0))))))
-             ..test|binding
-             ..test|control
-             ))))
-
-(def .public test
-  Test
-  (do [! random.monad]
-    [.let [random (of ! each /.int random.int)]
-     expected random.int]
-    (<| (_.covering /._)
-        (_.for [/.Code /.code])
-        (`` (all _.and
-                 (_.for [/.equivalence]
-                        (equivalenceT.spec /.equivalence random))
-                 (_.for [/.hash]
-                        (hashT.spec /.hash random))
-                 
-                 (_.coverage [/.manual]
-                   (expression (|>> (as Int) (i.= expected))
-                               (/.manual (/.code (/.int expected)))))
-                 (_.for [/.Expression]
-                        ..test|expression)
-                 (_.for [/.Statement]
-                        ..test|statement)
-                 )))))
diff --git a/stdlib/source/test/lux/meta/target/python.lux b/stdlib/source/test/lux/meta/target/python.lux
deleted file mode 100644
index ac5ba6d0b..000000000
--- a/stdlib/source/test/lux/meta/target/python.lux
+++ /dev/null
@@ -1,844 +0,0 @@
-(.require
- [library
-  [lux (.except)
-   ["[0]" ffi]
-   [abstract
-    [monad (.only do)]
-    ["[0]" hash
-     ["[1]T" \\test]]
-    ["[0]" equivalence
-     ["[1]T" \\test]]]
-   [control
-    ["[0]" maybe (.use "[1]#[0]" functor)]
-    ["[0]" try (.only Try) (.use "[1]#[0]" functor)]
-    ["[0]" function (.only)
-     ["[0]" predicate]]]
-   [data
-    ["[0]" bit (.use "[1]#[0]" equivalence)]
-    ["[0]" text (.use "[1]#[0]" equivalence)
-     ["%" \\format (.only format)]]
-    [collection
-     ["[0]" list (.use "[1]#[0]" functor)]]]
-   [math
-    ["[0]" random (.only Random) (.use "[1]#[0]" monad)]
-    [number
-     ["n" nat]
-     ["i" int]
-     ["f" frac]
-     ["[0]" i64]]]
-   [meta
-    ["[0]" static]
-    ["[0]" code]]
-   [test
-    ["_" property (.only Test)]]]]
- [\\library
-  ["[0]" / (.use "[1]#[0]" equivalence)]])
-
-(ffi.import (eval [Text] "try" "?" Any))
-
-(def (expression ??? it)
-  (-> (-> Any Bit) (/.Expression Any) Bit)
-  (|> it
-      /.code
-      ..eval
-      (try#each (|>> (maybe#each ???)
-                     (maybe.else false)))
-      (try.else false)))
-
-(def test|literal
-  Test
-  (do [! random.monad]
-    [bool random.bit
-     float random.frac
-     int random.int
-     string (random.upper_cased 1)]
-    (all _.and
-         (_.coverage [/.none]
-           (|> /.none
-               /.code
-               ..eval
-               (try#each (function (_ it)
-                           (when it
-                             {.#None} true
-                             {.#Some _} false)))
-               (try.else false)))
-         (_.coverage [/.bool]
-           (expression (|>> (as Bit) (bit#= bool))
-                       (/.bool bool)))
-         (_.coverage [/.int]
-           (expression (|>> (as Int) (i.= int))
-                       (/.int int)))
-         ... (_.coverage [/.long]
-         ...          (expression (|>> (as Int) (i.= int))
-         ...                      (/.long int)))
-         (_.coverage [/.float]
-           (expression (|>> (as Frac) (f.= float))
-                       (/.float float)))
-         (_.coverage [/.string]
-           (expression (|>> (as Text) (text#= string))
-                       (/.string string)))
-         (_.coverage [/.unicode]
-           (expression (|>> (as Text) (text#= string))
-                       (/.unicode string)))
-         )))
-
-(def test|bool
-  Test
-  (do [! random.monad]
-    [left random.bit
-     right random.bit]
-    (`` (all _.and
-             (,, (with_template [ ]
-                   [(_.coverage []
-                      (let [expected ( left right)]
-                        (expression (|>> (as Bit) (bit#= expected))
-                                    ( (/.bool left) (/.bool right)))))]
-
-                   [/.or .or]
-                   [/.and .and]
-                   ))
-             (_.coverage [/.not]
-               (expression (|>> (as Bit) (bit#= (not left)))
-                           (/.not (/.bool left))))
-             ))))
-
-(def test|float
-  Test
-  (do [! random.monad]
-    [parameter (random.only (|>> (f.= +0.0) not)
-                            random.safe_frac)
-     subject random.safe_frac]
-    (`` (all _.and
-             (,, (with_template [  
]
-                   [(_.coverage []
-                      (let [expected ( (
 parameter) (
 subject))]
-                        (expression (|>> (as Frac) (f.= expected))
-                                    ( (/.float (
 parameter)) (/.float (
 subject))))))]
-
-                   [/.+ f.+ |>]
-                   [/.- f.- |>]
-                   [/.* f.* |>]
-                   [/./ f./ |>]
-                   [/.% f.mod |>]
-                   [/.** f.pow f.abs]
-                   ))
-             (,, (with_template [ ]
-                   [(_.coverage []
-                      (let [expected ( parameter subject)]
-                        (expression (|>> (as Bit) (bit#= expected))
-                                    ( (/.float parameter) (/.float subject)))))]
-
-                   [/.<  f.<]
-                   [/.<= f.<=]
-                   [/.>  f.>]
-                   [/.>= f.>=]
-                   [/.=  f.=]
-                   ))
-             (_.coverage [/.float/1]
-               (expression (|>> (as Frac) (f.= subject))
-                           (/.float/1 (/.string (%.frac subject)))))
-             (_.coverage [/.repr/1]
-               (expression (|>> (as Text) (text#= (text.replaced "+" "" (%.frac subject))))
-                           (/.repr/1 (/.float subject))))
-             ))))
-
-(def python_3?
-  (/.Expression Any)
-  (|> (/.__import__/1 (/.unicode "sys"))
-      (/.the "version_info")
-      (/.the "major")
-      (/.= (/.int +3))))
-
-(def int_16
-  (-> Int Int)
-  (i64.and (-- (i64.left_shifted 15 1))))
-
-(def test|int
-  Test
-  (do [! random.monad]
-    [left random.int
-     right random.int
-
-     i16 (of ! each ..int_16 random.int)
-     shift (of ! each (n.% 16) random.nat)]
-    (`` (all _.and
-             (,, (with_template [ ]
-                   [(_.coverage []
-                      (let [expected ( left right)]
-                        (expression (|>> (as Frac) f.int (i.= expected))
-                                    ( (/.int left) (/.int right)))))]
-
-                   [/.bit_or i64.or]
-                   [/.bit_xor i64.xor]
-                   [/.bit_and i64.and]
-                   ))
-             (,, (with_template [ ]
-                   [(_.coverage []
-                      (let [left (.int shift)
-                            right (i.* (.int shift) i16)
-                            expected ( left right)]
-                        (expression (|>> (as Int) (i.= expected))
-                                    ( (/.int left) (/.int right)))))]
-
-                   [/.// i./]
-                   ))
-             (_.coverage [/.opposite]
-               (expression (|>> (as Int) (i.= (i.* -1 left)))
-                           (/.opposite (/.int left))))
-             (_.coverage [/.bit_shl]
-               (let [expected (i64.left_shifted shift i16)]
-                 (expression (|>> (as Frac) f.int (i.= expected))
-                             (/.bit_shl (/.int (.int shift))
-                                        (/.int i16)))))
-             (_.coverage [/.bit_shr]
-               (let [expected (i.right_shifted shift i16)]
-                 (expression (|>> (as Frac) f.int (i.= expected))
-                             (/.bit_shr (/.int (.int shift))
-                                        (/.int i16)))))
-             (_.coverage [/.int/1]
-               (expression (|>> (as Int) (i.= left))
-                           (/.int/1 (/.string (%.int left)))))
-             (_.coverage [/.str/1]
-               (expression (|>> (as Text) (text#= (text.replaced "+" "" (%.int left))))
-                           (/.str/1 (/.int left))))
-             (_.coverage [/.long]
-               (or (expression (|>> (as Bit))
-                               ..python_3?)
-                   (expression (|>> (as Int) (i.= left))
-                               (/.long left))))
-             ))))
-
-(def test|text
-  Test
-  (do [! random.monad]
-    [expected_code (of ! each (n.% 128) random.nat)
-     .let [expected_char (text.of_char expected_code)]]
-    (all _.and
-         (_.coverage [/.chr/1 /.ord/1
-                      /.unichr/1 /.unicode/1]
-           (and (expression (|>> (as Int) .nat (n.= expected_code))
-                            (/.? python_3?
-                                 (/.ord/1 (/.chr/1 (/.int (.int expected_code))))
-                                 (/.unicode/1 (/.unichr/1 (/.int (.int expected_code))))))
-                (expression (|>> (as Text) (text#= expected_char))
-                            (/.? python_3?
-                                 (/.chr/1 (/.ord/1 (/.string expected_char)))
-                                 (/.unichr/1 (/.unicode/1 (/.string expected_char)))))))
-         )))
-
-(def test|array
-  Test
-  (do [! random.monad]
-    [size (of ! each (|>> (n.% 10) ++) random.nat)
-     index (of ! each (n.% size) random.nat)
-     items (random.list size random.safe_frac)
-     .let [expected (|> items
-                        (list.item index)
-                        (maybe.else f.not_a_number))]
-     from (of ! each (n.% size) random.nat)
-     plus (of ! each (n.% (n.- from size)) random.nat)
-     .let [slice_from|size (n.- from size)
-           to (/.int (.int (n.+ plus from)))
-           from (/.int (.int from))]]
-    (all _.and
-         (_.for [/.item]
-                (all _.and
-                     (_.coverage [/.list]
-                       (expression (|>> (as Frac) (f.= expected))
-                                   (/.item (/.int (.int index))
-                                           (/.list (list#each /.float items)))))
-                     (_.coverage [/.tuple]
-                       (expression (|>> (as Frac) (f.= expected))
-                                   (/.item (/.int (.int index))
-                                           (/.tuple (list#each /.float items)))))))
-         (_.coverage [/.slice /.len/1]
-           (expression (|>> (as Int) (i.= (.int plus)))
-                       (|> (/.list (list#each /.float items))
-                           (/.slice from to)
-                           /.len/1)))
-         (_.coverage [/.slice_from]
-           (expression (|>> (as Int) (i.= (.int slice_from|size)))
-                       (|> (/.list (list#each /.float items))
-                           (/.slice_from from)
-                           /.len/1)))
-         )))
-
-(def test|dict
-  Test
-  (do [! random.monad]
-    [expected random.safe_frac
-     field (random.upper_cased 5)
-     dummy (random.only (|>> (text#= field) not)
-                        (random.upper_cased 5))
-     .let [field (/.string field)
-           dummy (/.string dummy)]]
-    (all _.and
-         (_.coverage [/.dict]
-           (expression (|>> (as Frac) (f.= expected))
-                       (/.item field (/.dict (list [field (/.float expected)])))))
-         (_.coverage [/.in?]
-           (and (expression (|>> (as Bit) not)
-                            (/.in? (/.dict (list)) field))
-                (expression (|>> (as Bit))
-                            (/.in? (/.dict (list [field (/.float expected)])) field))))
-         )))
-
-(def test|computation
-  Test
-  (do [! random.monad]
-    [test random.bit
-     then random.safe_frac
-     else random.safe_frac
-
-     bool random.bit
-     float (random.only (|>> f.not_a_number? not) random.frac)
-     string (random.upper_cased 5)
-
-     comment (random.upper_cased 10)
-     $arg/0 (of ! each /.var (random.lower_cased 10))
-     $arg/1 (of ! each /.var (random.lower_cased 11))]
-    (all _.and
-         ..test|bool
-         ..test|float
-         ..test|int
-         ..test|text
-         ..test|array
-         ..test|dict
-         (_.coverage [/.?]
-           (let [expected (if test then else)]
-             (expression (|>> (as Frac) (f.= expected))
-                         (/.? (/.bool test)
-                              (/.float then)
-                              (/.float else)))))
-         (_.coverage [/.comment]
-           (expression (|>> (as Frac) (f.= then))
-                       (/.comment comment
-                         (/.float then))))
-         (_.coverage [/.__import__/1]
-           (expression (function.constant true)
-                       (/.__import__/1 (/.string "math"))))
-         (_.coverage [/.do]
-           (expression (|>> (as Frac) (f.= (f.ceil float)))
-                       (|> (/.__import__/1 (/.string "math"))
-                           (/.do "ceil" (list (/.float float))))))
-         (_.coverage [/.is]
-           (and (expression (|>> (as Bit))
-                            (/.apply (list (/.string (format string string)))
-                                     (/.lambda (list $arg/0)
-                                               (/.is $arg/0 $arg/0))))
-                (expression (|>> (as Bit) not)
-                            (/.apply (list (/.string (format string string))
-                                           (/.string string))
-                                     (/.lambda (list $arg/0 $arg/1)
-                                               (/.is $arg/0 (/.+ $arg/1 $arg/1)))))))
-         )))
-
-(def test|function
-  Test
-  (do [! random.monad]
-    [float/0 random.safe_frac
-     float/1 random.safe_frac
-     float/2 random.safe_frac
-     $arg/0 (of ! each /.var (random.lower_cased 10))
-     $arg/1 (of ! each /.var (random.lower_cased 11))
-     $arg/2 (of ! each /.var (random.lower_cased 12))]
-    (all _.and
-         (_.coverage [/.lambda]
-           (expression (|>> (as Frac) (f.= float/0))
-                       (/.apply (list)
-                                (/.lambda (list)
-                                          (/.float float/0)))))
-         (_.coverage [/.apply]
-           (expression (|>> (as Frac) (f.= (all f.+ float/0 float/1 float/2)))
-                       (/.apply (list (/.float float/0) (/.float float/1) (/.float float/2))
-                                (/.lambda (list $arg/0 $arg/1 $arg/2)
-                                          (all /.+ $arg/0 $arg/1 $arg/2)))))
-         )))
-
-(def test|var
-  Test
-  (do [! random.monad]
-    [expected/0 random.safe_frac
-     expected/1 random.safe_frac
-     poly_choice (of ! each (n.% 2) random.nat)
-     .let [keyword (|>> %.nat (format "k") /.string)
-           keyword/0 (keyword 0)
-           keyword/1 (keyword 1)
-           keyword_choice (keyword poly_choice)]
-     .let [expected/? (when poly_choice
-                        0 expected/0
-                        _ expected/1)]
-     $var (of ! each (|>> %.nat (format "v") /.var) random.nat)
-     $choice (of ! each (|>> %.nat (format "c") /.var) random.nat)]
-    (all _.and
-         (_.coverage [/.Single /.SVar /.var]
-           (expression (|>> (as Frac) (f.= expected/0))
-                       (/.apply (list (/.float expected/0))
-                                (/.lambda (list $var) $var))))
-         (_.for [/.Poly /.PVar]
-                (all _.and
-                     (_.coverage [/.poly]
-                       (expression (|>> (as Frac) (f.= expected/?))
-                                   (/.apply (list (/.int (.int poly_choice))
-                                                  (/.float expected/0)
-                                                  (/.float expected/1))
-                                            (/.lambda (list $choice (/.poly $var))
-                                                      (/.item $choice $var)))))
-                     (_.coverage [/.splat_poly]
-                       (expression (|>> (as Frac) (f.= expected/?))
-                                   (/.apply (list (/.int (.int poly_choice))
-                                                  (/.splat_poly
-                                                   (/.list (list (/.float expected/0)
-                                                                 (/.float expected/1)))))
-                                            (/.lambda (list $choice (/.poly $var))
-                                                      (/.item $choice $var)))))
-                     ))
-         (_.for [/.Keyword /.KVar]
-                (all _.and
-                     (_.coverage [/.keyword]
-                       (expression (|>> (as Nat) (n.= 2))
-                                   (/.apply (list keyword_choice
-                                                  (/.splat_keyword
-                                                   (/.dict (list [keyword/0 (/.float expected/0)]
-                                                                 [keyword/1 (/.float expected/1)]))))
-                                            (/.lambda (list $choice (/.keyword $var))
-                                                      (/.len/1 $var)))))
-                     (_.coverage [/.splat_keyword]
-                       (expression (|>> (as Frac) (f.= expected/?))
-                                   (/.apply (list keyword_choice
-                                                  (/.splat_keyword
-                                                   (/.dict (list [keyword/0 (/.float expected/0)]
-                                                                 [keyword/1 (/.float expected/1)]))))
-                                            (/.lambda (list $choice (/.keyword $var))
-                                                      (/.item $choice $var)))))
-                     ))
-         )))
-
-(def test|expression
-  Test
-  (do [! random.monad]
-    [dummy random.safe_frac
-     expected random.safe_frac]
-    (`` (all _.and
-             (_.for [/.Literal]
-                    ..test|literal)
-             (_.for [/.Computation]
-                    ..test|computation)
-             ..test|function
-             (_.for [/.Var]
-                    ..test|var)
-             ))))
-
-(ffi.import Dict
-  "[1]::[0]"
-  (get [ffi.String] Any))
-
-(ffi.import (dict [] ..Dict))
-
-(def (statement it)
-  (-> (-> /.SVar (/.Statement Any)) Any)
-  (let [$output (static.random (|>> %.nat (format "output_") code.text)
-                               random.nat)
-        environment (..dict [])]
-    (exec
-      (.python_exec# (/.code (it (/.var $output))) (as_expected environment))
-      (Dict::get $output environment))))
-
-(def test|access
-  Test
-  (do [! random.monad]
-    [$var/0 (of ! each (|>> %.nat (format "v0_") /.var) random.nat)
-     expected/0 random.safe_frac
-     dummy/0 random.safe_frac
-     field (of ! each /.string (random.upper_cased 1))]
-    (all _.and
-         (_.coverage [/.item]
-           (`` (and (,, (with_template []
-                          [(expression (|>> (as Frac) (f.= expected/0))
-                                       (/.item (/.int +0)
-                                               ( (list (/.float expected/0)))))]
-
-                          [/.list]
-                          [/.tuple]
-                          ))
-                    (|> (..statement
-                         (function (_ $output)
-                           (all /.then
-                                (/.set (list $var/0) (/.list (list (/.float dummy/0))))
-                                (/.set (list (/.item (/.int +0) $var/0)) (/.float expected/0))
-                                (/.set (list $output) (/.item (/.int +0) $var/0)))))
-                        (as Frac)
-                        (f.= expected/0))
-
-                    (expression (|>> (as Frac) (f.= expected/0))
-                                (/.item field (/.dict (list [field (/.float expected/0)]))))
-                    (|> (..statement
-                         (function (_ $output)
-                           (all /.then
-                                (/.set (list $var/0) (/.dict (list [field (/.float dummy/0)])))
-                                (/.set (list (/.item field $var/0)) (/.float expected/0))
-                                (/.set (list $output) (/.item field $var/0)))))
-                        (as Frac)
-                        (f.= expected/0)))))
-         )))
-
-(def test|location
-  Test
-  (do [! random.monad]
-    [$var/0 (of ! each (|>> %.nat (format "v0_") /.var) random.nat)
-     $var/1 (of ! each (|>> %.nat (format "v1_") /.var) random.nat)
-     $def (of ! each (|>> %.nat (format "def_") /.var) random.nat)
-     expected/0 random.safe_frac
-     expected/1 random.safe_frac
-     dummy/0 random.safe_frac
-     field/0 (of ! each /.string (random.upper_cased 1))]
-    (all _.and
-         (_.coverage [/.set]
-           (|> (..statement
-                (function (_ $output)
-                  (all /.then
-                       (/.set (list $var/0) (/.float expected/0))
-                       (/.set (list $output) $var/0))))
-               (as Frac)
-               (f.= expected/0)))
-         (_.coverage [/.multi]
-           (`` (and (,, (with_template [ ]
-                          [(|> (..statement
-                                (function (_ $output)
-                                  (all /.then
-                                       (/.set (list $var/0 $var/1) (/.multi (list (/.float expected/0) (/.float expected/1))))
-                                       (/.set (list $output) ))))
-                               (as Frac)
-                               (f.= ))]
-
-                          [$var/0 expected/0]
-                          [$var/1 expected/1]
-                          )))))
-         (_.coverage [/.delete]
-           (and (|> (..statement
-                     (function (_ $output)
-                       (all /.then
-                            (/.set (list $var/0) (/.list (list (/.float dummy/0) (/.float expected/0))))
-                            (/.delete (/.item (/.int +0) $var/0))
-                            (/.set (list $output) (/.item (/.int +0) $var/0)))))
-                    (as Frac)
-                    (f.= expected/0))
-                (|> (..statement
-                     (function (_ $output)
-                       (all /.then
-                            (/.set (list $var/0) (/.list (list (/.float dummy/0) (/.float expected/0))))
-                            (/.delete (/.slice (/.int +0) (/.int +1) $var/0))
-                            (/.set (list $output) (/.item (/.int +0) $var/0)))))
-                    (as Frac)
-                    (f.= expected/0))
-                (|> (..statement
-                     (function (_ $output)
-                       (all /.then
-                            (/.set (list $var/0) (/.list (list (/.float dummy/0) (/.float dummy/0))))
-                            (/.delete (/.slice_from (/.int +0) $var/0))
-                            (/.statement (/.do "append" (list (/.float expected/0)) $var/0))
-                            (/.set (list $output) (/.item (/.int +0) $var/0)))))
-                    (as Frac)
-                    (f.= expected/0))
-                (|> (..statement
-                     (function (_ $output)
-                       (all /.then
-                            (/.set (list $var/0) (/.dict (list [field/0 (/.float dummy/0)])))
-                            (/.delete (/.item field/0 $var/0))
-                            (/.set (list $output) (/.in? $var/0 field/0)))))
-                    (as Bit)
-                    not)
-                (|> (..statement
-                     (function (_ $output)
-                       (all /.then
-                            (/.set (list $var/0) (/.float dummy/0))
-                            (/.delete $var/0)
-                            (/.set (list $output) (/.or (/.in? /.locals/0 (/.string (/.code $var/0)))
-                                                        (/.in? /.globals/0 (/.string (/.code $var/0))))))))
-                    (as Bit)
-                    not)
-                ))
-         (_.coverage [/.globals/0]
-           (|> (..statement
-                (function (_ $output)
-                  (all /.then
-                       (/.def $def (list $var/0)
-                         (/.return (/.in? /.globals/0 (/.string (/.code $var/0)))))
-                       (/.set (list $output) (/.and (/.not (/.in? /.globals/0 (/.string (/.code $var/0))))
-                                                    (/.not (/.apply (list (/.float dummy/0)) $def))))
-                       (/.set (list $var/0) (/.float dummy/0))
-                       (/.set (list $output) (/.and $output
-                                                    (/.in? /.globals/0 (/.string (/.code $var/0))))))))
-               (as Bit)))
-         (_.coverage [/.locals/0]
-           (|> (..statement
-                (function (_ $output)
-                  (all /.then
-                       (/.def $def (list $var/0)
-                         (/.return (/.in? /.locals/0 (/.string (/.code $var/0)))))
-                       (/.set (list $output) (/.and (/.not (/.in? /.locals/0 (/.string (/.code $var/0))))
-                                                    (/.apply (list (/.float dummy/0)) $def)))
-                       (/.set (list $var/0) (/.float dummy/0))
-                       (/.set (list $output) (/.and $output
-                                                    (/.in? /.locals/0 (/.string (/.code $var/0))))))))
-               (as Bit)))
-         (_.coverage [/.import]
-           (|> (..statement
-                (function (_ $output)
-                  (all /.then
-                       (/.import "math")
-                       (/.set (list $output) (/.in? /.globals/0 (/.string "math"))))))
-               (as Bit)))
-         (_.for [/.Access]
-                ..test|access)
-         )))
-
-(def test|exception
-  Test
-  (do [! random.monad]
-    [expected_error (random.upper_cased 10)
-     expected random.safe_frac
-     dummy (random.only (|>> (f.= expected) not)
-                        random.safe_frac)
-     $ex (of ! each (|>> %.nat (format "ex_") /.var) random.nat)]
-    (all _.and
-         (_.coverage [/.raise /.Exception/1]
-           (when (try (..statement
-                       (function (_ $output)
-                         (all /.then
-                              (/.raise (/.Exception/1 (/.string expected_error)))
-                              (/.set (list $output) (/.float dummy))))))
-             {try.#Failure actual_error}
-             (text#= expected_error actual_error)
-             
-             {try.#Success _}
-             false))
-         (_.coverage [/.try /.Except]
-           (and (|> (..statement
-                     (function (_ $output)
-                       (/.try (all /.then
-                                   (/.raise (/.Exception/1 (/.string expected_error)))
-                                   (/.set (list $output) (/.float dummy)))
-                              (list [/.#classes (list "Exception")
-                                     /.#exception $ex
-                                     /.#handler (/.set (list $output) (/.float expected))]))))
-                    (as Frac)
-                    (f.= expected))
-                (when (try (..statement
-                            (function (_ $output)
-                              (/.try (all /.then
-                                          (/.raise (/.Exception/1 (/.string expected_error)))
-                                          (/.set (list $output) (/.float dummy)))
-                                     (list [/.#classes (list)
-                                            /.#exception $ex
-                                            /.#handler (/.set (list $output) (/.float expected))])))))
-                  {try.#Failure actual_error}
-                  (text#= expected_error actual_error)
-                  
-                  {try.#Success actual}
-                  false)))
-         )))
-
-(def test|loop
-  Test
-  (do [! random.monad]
-    [base (of ! each (n.% 100) random.nat)
-     factor (of ! each (|>> (n.% 10) ++) random.nat)
-     extra (of ! each (|>> (n.% 10) ++) random.nat)
-     .let [expected (n.* factor base)]
-     $iteration (of ! each (|>> %.nat (format "iteration_") /.var) random.nat)
-     $temp (of ! each (|>> %.nat (format "temp_") /.var) random.nat)]
-    (all _.and
-         (_.coverage [/.while]
-           (and (|> (..statement
-                     (function (_ $output)
-                       (all /.then
-                            (/.set (list $output) (/.int +0))
-                            (/.set (list $iteration) (/.int +0))
-                            (/.while (/.< (/.int (.int factor)) $iteration)
-                                     (all /.then
-                                          (/.set (list $output) (/.+ (/.int (.int base))
-                                                                     $output))
-                                          (/.set (list $iteration) (/.+ (/.int +1)
-                                                                        $iteration))
-                                          )
-                                     {.#None}))))
-                    (as Nat)
-                    (n.= expected))
-                (|> (..statement
-                     (function (_ $output)
-                       (all /.then
-                            (/.set (list $temp) (/.int +0))
-                            (/.set (list $iteration) (/.int +0))
-                            (/.while (/.< (/.int (.int factor)) $iteration)
-                                     (all /.then
-                                          (/.set (list $temp) (/.+ (/.int (.int base))
-                                                                   $temp))
-                                          (/.set (list $iteration) (/.+ (/.int +1)
-                                                                        $iteration))
-                                          )
-                                     {.#Some (/.set (list $output) $temp)}))))
-                    (as Nat)
-                    (n.= expected))))
-         (_.coverage [/.for_in]
-           (|> (..statement
-                (function (_ $output)
-                  (all /.then
-                       (/.set (list $output) (/.int +0))
-                       (/.for_in $iteration
-                                 (/.list (list.repeated factor (/.int (.int base))))
-                                 (/.set (list $output) (/.+ $iteration
-                                                            $output))))))
-               (as Nat)
-               (n.= expected)))
-         (_.coverage [/.pass]
-           (|> (..statement
-                (function (_ $output)
-                  (all /.then
-                       (/.set (list $output) (/.int +0))
-                       (/.set (list $iteration) (/.int +0))
-                       (/.while (/.< (/.int (.int (n.+ extra factor))) $iteration)
-                                (all /.then
-                                     (/.set (list $iteration) (/.+ (/.int +1)
-                                                                   $iteration))
-                                     (/.if (/.> (/.int (.int extra)) $iteration)
-                                       (/.set (list $output) (/.+ (/.int (.int base))
-                                                                  $output))
-                                       /.pass))
-                                {.#None}))))
-               (as Nat)
-               (n.= expected)))
-         (_.coverage [/.continue]
-           (|> (..statement
-                (function (_ $output)
-                  (all /.then
-                       (/.set (list $output) (/.int +0))
-                       (/.set (list $iteration) (/.int +0))
-                       (/.while (/.< (/.int (.int (n.+ extra factor))) $iteration)
-                                (all /.then
-                                     (/.set (list $iteration) (/.+ (/.int +1)
-                                                                   $iteration))
-                                     (/.if (/.> (/.int (.int extra)) $iteration)
-                                       (/.set (list $output) (/.+ (/.int (.int base))
-                                                                  $output))
-                                       /.continue))
-                                {.#None}))))
-               (as Nat)
-               (n.= expected)))
-         (_.coverage [/.break]
-           (|> (..statement
-                (function (_ $output)
-                  (all /.then
-                       (/.set (list $output) (/.int +0))
-                       (/.set (list $iteration) (/.int +0))
-                       (/.while (/.< (/.int (.int (n.+ extra factor))) $iteration)
-                                (all /.then
-                                     (/.set (list $iteration) (/.+ (/.int +1)
-                                                                   $iteration))
-                                     (/.if (/.> (/.int (.int factor)) $iteration)
-                                       /.break
-                                       (/.set (list $output) (/.+ (/.int (.int base))
-                                                                  $output))))
-                                {.#None}))))
-               (as Nat)
-               (n.= expected)))
-         )))
-
-(def test|statement
-  Test
-  (do [! random.monad]
-    [$def (of ! each (|>> %.nat (format "def_") /.var) random.nat)
-     $input/0 (of ! each (|>> %.nat (format "input_") /.var) random.nat)
-     expected/0 random.safe_frac
-     test random.bit
-     then random.safe_frac
-     else random.safe_frac
-     .let [expected/? (if test then else)]]
-    (all _.and
-         (_.coverage [/.def /.return]
-           (|> (..statement
-                (function (_ $output)
-                  (all /.then
-                       (/.def $def (list $input/0)
-                         (/.return $input/0))
-                       (/.set (list $output) (/.apply (list (/.float expected/0)) $def)))))
-               (as Frac)
-               (f.= expected/0)))
-         (_.coverage [/.if]
-           (|> (..statement
-                (function (_ $output)
-                  (all /.then
-                       (/.def $def (list)
-                         (/.if (/.bool test)
-                           (/.return (/.float then))
-                           (/.return (/.float else))))
-                       (/.set (list $output) (/.apply (list) $def)))))
-               (as Frac)
-               (f.= expected/?)))
-         (_.coverage [/.when /.then]
-           (|> (..statement
-                (function (_ $output)
-                  (all /.then
-                       (/.def $def (list)
-                         (all /.then
-                              (/.when (/.bool test)
-                                (/.return (/.float then)))
-                              (/.return (/.float else))))
-                       (/.set (list $output) (/.apply (list) $def)))))
-               (as Frac)
-               (f.= expected/?)))
-         (_.coverage [/.statement]
-           (|> (..statement
-                (function (_ $output)
-                  (all /.then
-                       (/.def $def (list)
-                         (all /.then
-                              (/.statement (/.+ (/.float expected/0) (/.float expected/0)))
-                              (/.return (/.float expected/0))))
-                       (/.set (list $output) (/.apply (list) $def)))))
-               (as Frac)
-               (f.= expected/0)))
-         (_.coverage [/.exec]
-           (|> (..statement
-                (function (_ $output)
-                  (/.exec {.#Some /.globals/0}
-                    (/.string (/.code (/.set (list $output) (/.float expected/0)))))))
-               (as Frac)
-               (f.= expected/0)))
-         ..test|exception
-         (_.for [/.Location]
-                ..test|location)
-         (_.for [/.Loop]
-                ..test|loop)
-         )))
-
-(def random_expression
-  (Random /.Literal)
-  (all random.either
-       (random#each /.bool random.bit)
-       (random#each /.float random.frac)
-       (random#each /.int random.int)
-       (random#each /.string (random.lower_cased 1))
-       ))
-
-(def .public test
-  Test
-  (do [! random.monad]
-    [expected ..random_expression]
-    (<| (_.covering /._)
-        (_.for [/.Code])
-        (all _.and
-             (_.for [/.equivalence]
-                    (equivalenceT.spec /.equivalence ..random_expression))
-             (_.for [/.hash]
-                    (hashT.spec /.hash ..random_expression))
-             
-             (_.coverage [/.code /.manual]
-               (|> (/.manual (/.code expected))
-                   (is /.Expression)
-                   (/#= expected)))
-             (_.for [/.Expression]
-                    ..test|expression)
-             (_.for [/.Statement]
-                    ..test|statement)
-             ))))
diff --git a/stdlib/source/test/lux/meta/target/ruby.lux b/stdlib/source/test/lux/meta/target/ruby.lux
deleted file mode 100644
index 900e630e7..000000000
--- a/stdlib/source/test/lux/meta/target/ruby.lux
+++ /dev/null
@@ -1,1062 +0,0 @@
-(.require
- [library
-  [lux (.except)
-   ["[0]" ffi]
-   [abstract
-    [monad (.only do)]
-    ["[0]" predicate]
-    ["[0]" equivalence
-     ["[1]T" \\test]]]
-   [control
-    ["[0]" pipe]
-    ["[0]" maybe (.use "[1]#[0]" functor)]
-    ["[0]" try (.only Try) (.use "[1]#[0]" functor)]]
-   [data
-    ["[0]" bit (.use "[1]#[0]" equivalence)]
-    ["[0]" text (.use "[1]#[0]" equivalence)
-     ["%" \\format (.only format)]]
-    [collection
-     ["[0]" list (.use "[1]#[0]" functor)]
-     ["[0]" set]]]
-   [math
-    ["[0]" random (.only Random) (.use "[1]#[0]" monad)]
-    [number (.only hex)
-     ["n" nat]
-     ["i" int]
-     ["f" frac]
-     ["[0]" i64]]]
-   [meta
-    [compiler
-     [meta
-      ["[0]" packager
-       ["[1]" ruby]]]]]
-   [world
-    ["[0]" file]]
-   [test
-    ["_" property (.only Test)]]]]
- [\\library
-  ["[0]" / (.use "[1]#[0]" equivalence)]])
-
-(ffi.import (eval [Text] "try" "?" Any))
-
-(def (expression ??? it)
-  (-> (-> Any Bit) /.Expression Bit)
-  (|> it
-      /.code
-      ..eval
-      (try#each (|>> (maybe#each ???)
-                     (maybe.else false)))
-      (try.else false)))
-
-(def nil
-  (-> /.Expression Bit)
-  (|>> /.code
-       ..eval
-       (try#each (|>> (pipe.when
-                        {.#None} true
-                        {.#Some _} false)))
-       (try.else false)))
-
-(def test|literal
-  Test
-  (do [! random.monad]
-    [bool random.bit
-     float random.frac
-     int random.int
-     string (random.upper_cased 5)]
-    (all _.and
-         (_.coverage [/.nil]
-           (..nil /.nil))
-         (_.coverage [/.bool]
-           (expression (|>> (as Bit) (bit#= bool))
-                       (/.bool bool)))
-         (_.coverage [/.int]
-           (expression (|>> (as Int) (i.= int))
-                       (/.int int)))
-         (_.coverage [/.float]
-           (expression (|>> (as Frac) (f.= float))
-                       (/.float float)))
-         (_.coverage [/.string]
-           (expression (|>> (as Text) (text#= string))
-                       (/.string string)))
-         (_.coverage [/.symbol]
-           (expression (|>> (as Text) (text#= string))
-                       (/.do "id2name" (list) {.#None} (/.symbol string))))
-         )))
-
-(def test|bool
-  Test
-  (do [! random.monad]
-    [left random.bit
-     right random.bit]
-    (`` (all _.and
-             (,, (with_template [ ]
-                   [(_.coverage []
-                      (let [expected ( left right)]
-                        (expression (|>> (as Bit) (bit#= expected))
-                                    ( (/.bool left) (/.bool right)))))]
-
-                   [/.or .or]
-                   [/.and .and]
-                   ))
-             (_.coverage [/.not]
-               (expression (|>> (as Bit) (bit#= (not left)))
-                           (/.not (/.bool left))))
-             ))))
-
-(def test|float
-  Test
-  (do [! random.monad]
-    [parameter (random.only (|>> (f.= +0.0) not)
-                            random.safe_frac)
-     subject random.safe_frac]
-    (`` (all _.and
-             (,, (with_template [  
]
-                   [(_.coverage []
-                      (let [expected ( (
 parameter) (
 subject))]
-                        (expression (|>> (as Frac) (f.= expected))
-                                    ( (/.float (
 parameter)) (/.float (
 subject))))))]
-
-                   [/.+ f.+ |>]
-                   [/.- f.- |>]
-                   [/.* f.* |>]
-                   [/./ f./ |>]
-                   [/.% f.mod |>]
-                   [/.pow f.pow f.abs]
-                   ))
-             (,, (with_template [ ]
-                   [(_.coverage []
-                      (let [expected ( parameter subject)]
-                        (expression (|>> (as Bit) (bit#= expected))
-                                    ( (/.float parameter) (/.float subject)))))]
-
-                   [/.<  f.<]
-                   [/.<= f.<=]
-                   [/.>  f.>]
-                   [/.>= f.>=]
-                   [/.=  f.=]
-                   ))
-             ))))
-
-(def int_16
-  (-> Int Int)
-  (i64.and (-- (i64.left_shifted 15 1))))
-
-(def test|int
-  Test
-  (do [! random.monad]
-    [left random.int
-     right random.int
-
-     i16 (of ! each ..int_16 random.int)
-     shift (of ! each (n.% 16) random.nat)]
-    (`` (all _.and
-             (,, (with_template [ ]
-                   [(_.coverage []
-                      (let [expected ( left right)]
-                        (expression (|>> (as Frac) f.int (i.= expected))
-                                    ( (/.int left) (/.int right)))))]
-
-                   [/.bit_or i64.or]
-                   [/.bit_xor i64.xor]
-                   [/.bit_and i64.and]
-                   ))
-             (_.coverage [/.bit_not]
-               (expression (|>> (as Int) (i.= (i64.not left)))
-                           (/.bit_not (/.int left))))
-             (_.coverage [/.opposite]
-               (expression (|>> (as Int) (i.= (i.* -1 left)))
-                           (/.opposite (/.int left))))
-             (_.coverage [/.bit_shl]
-               (let [expected (i64.left_shifted shift i16)]
-                 (expression (|>> (as Frac) f.int (i.= expected))
-                             (/.bit_shl (/.int (.int shift))
-                                        (/.int i16)))))
-             (_.coverage [/.bit_shr]
-               (let [expected (i.right_shifted shift i16)]
-                 (expression (|>> (as Frac) f.int (i.= expected))
-                             (/.bit_shr (/.int (.int shift))
-                                        (/.int i16)))))
-             ))))
-
-(def test|array
-  Test
-  (do [! random.monad]
-    [size (of ! each (|>> (n.% 10) ++) random.nat)
-     index (of ! each (n.% size) random.nat)
-     items (random.list size random.safe_frac)
-     .let [expected (|> items
-                        (list.item index)
-                        (maybe.else f.not_a_number))]
-     from (of ! each (n.% size) random.nat)
-     plus (of ! each (n.% (n.- from size)) random.nat)
-     .let [to (/.int (.int (n.+ plus from)))
-           from (/.int (.int from))]]
-    (all _.and
-         (_.coverage [/.array /.item]
-           (and (expression (|>> (as Frac) (f.= expected))
-                            (/.item (/.int (.int index))
-                                    (/.array (list#each /.float items))))
-                (expression (|>> (as Bit))
-                            (|> (/.array (list#each /.float items))
-                                (/.item (/.int (.int size)))
-                                (/.= /.nil)))))
-         (_.coverage [/.array_range]
-           (expression (|>> (as Int) (i.= (.int (++ plus))))
-                       (|> (/.array (list#each /.float items))
-                           (/.array_range from to)
-                           (/.the "length"))))
-         )))
-
-(def test|hash
-  Test
-  (do [! random.monad]
-    [expected random.safe_frac
-     field (random.upper_cased 5)
-     dummy (random.only (|>> (text#= field) not)
-                        (random.upper_cased 5))
-     .let [field (/.string field)
-           dummy (/.string dummy)]]
-    (all _.and
-         (_.coverage [/.hash]
-           (and (expression (|>> (as Frac) (f.= expected))
-                            (/.item field (/.hash (list [field (/.float expected)]))))
-                (expression (|>> (as Bit))
-                            (|> (/.hash (list [field (/.float expected)]))
-                                (/.item dummy)
-                                (/.= /.nil)))))
-         )))
-
-(def test|object
-  Test
-  (do [! random.monad]
-    [size (of ! each (|>> (n.% 10) ++) random.nat)
-     index (of ! each (n.% size) random.nat)
-     items (random.list size random.safe_frac)
-     $class (of ! each (|>> %.nat (format "class_") /.local)
-                random.nat)
-     $sub_class (of ! each (|>> %.nat (format "sub_class_") /.local)
-                    random.nat)
-     $method/0 (of ! each (|>> %.nat (format "method_") /.local)
-                   random.nat)
-     $method/1 (|> random.nat
-                   (of ! each (|>> %.nat (format "method_") /.local))
-                   (random.only (|>> (/#= $method/0) not)))
-     $arg/0 (of ! each (|>> %.nat (format "arg_") /.local)
-                random.nat)
-     $state (of ! each (|>> %.nat (format "instance_") /.instance)
-                random.nat)
-     single random.safe_frac
-     .let [double (/.function $method/0 (list $arg/0)
-                    (/.return (/.+ $arg/0 $arg/0)))]]
-    (all _.and
-         (_.coverage [/.the]
-           (expression (|>> (as Int) (i.= (.int size)))
-                       (|> (/.array (list#each /.float items))
-                           (/.the "length"))))
-         (_.coverage [/.do]
-           (expression (let [expected (|> items
-                                          (list.item index)
-                                          (maybe.else f.not_a_number))]
-                         (|>> (as Frac) (f.= expected)))
-                       (|> (/.array (list#each /.float items))
-                           (/.do "at" (list (/.int (.int index))) {.#None}))))
-         (_.coverage [/.class]
-           (expression (|>> (as Frac) (f.= (f.+ single single)))
-                       (|> (all /.then
-                                (/.set (list $class) (/.class [/.#parameters (list)
-                                                               /.#body double]))
-                                (/.return (|> $class
-                                              (/.new (list) {.#None})
-                                              (/.do (/.code $method/0) (list (/.float single)) {.#None}))))
-                           [(list)] (/.lambda {.#None})
-                           (/.apply_lambda (list)))))
-         (_.coverage [/.new /.initialize]
-           (expression (|>> (as Frac) (f.= single))
-                       (|> (all /.then
-                                (/.set (list $class) (/.class [/.#parameters (list)
-                                                               /.#body (all /.then
-                                                                            (/.function /.initialize (list $arg/0)
-                                                                              (/.set (list $state) $arg/0))
-                                                                            (/.function $method/0 (list)
-                                                                              (/.return $state))
-                                                                            )]))
-                                (/.return (|> $class
-                                              (/.new (list (/.float single)) {.#None})
-                                              (/.do (/.code $method/0) (list) {.#None}))))
-                           [(list)] (/.lambda {.#None})
-                           (/.apply_lambda (list)))))
-         (_.coverage [/.alias_method/2]
-           (expression (|>> (as Frac) (f.= (f.+ single single)))
-                       (|> (all /.then
-                                (/.set (list $class) (/.class [/.#parameters (list)
-                                                               /.#body (all /.then
-                                                                            double
-                                                                            (/.statement (/.alias_method/2 (/.string (/.code $method/1))
-                                                                                                           (/.string (/.code $method/0)))))]))
-                                (/.return (|> $class
-                                              (/.new (list) {.#None})
-                                              (/.do (/.code $method/1) (list (/.float single)) {.#None}))))
-                           [(list)] (/.lambda {.#None})
-                           (/.apply_lambda (list)))))
-         (_.for [/.module]
-                (all _.and
-                     (_.coverage [/.include/1]
-                       (expression (|>> (as Frac) (f.= (f.+ single single)))
-                                   (|> (all /.then
-                                            (/.set (list $class) (/.module [/.#parameters (list)
-                                                                            /.#body double]))
-                                            (/.set (list $sub_class) (/.class [/.#parameters (list)
-                                                                               /.#body (/.statement (/.include/1 $class))]))
-                                            (/.return (|> $sub_class
-                                                          (/.new (list) {.#None})
-                                                          (/.do (/.code $method/0) (list (/.float single)) {.#None}))))
-                                       [(list)] (/.lambda {.#None})
-                                       (/.apply_lambda (list)))))
-                     (_.coverage [/.extend/1]
-                       (expression (|>> (as Frac) (f.= (f.+ single single)))
-                                   (|> (all /.then
-                                            (/.set (list $class) (/.module [/.#parameters (list)
-                                                                            /.#body double]))
-                                            (/.set (list $sub_class) (/.class [/.#parameters (list)
-                                                                               /.#body (/.statement (/.extend/1 $class))]))
-                                            (/.return (|> $sub_class
-                                                          (/.do (/.code $method/0) (list (/.float single)) {.#None}))))
-                                       [(list)] (/.lambda {.#None})
-                                       (/.apply_lambda (list)))))
-                     ))
-         )))
-
-(def test|io
-  Test
-  (<| (do [! random.monad]
-        [left (random.upper_cased 5)
-         right (random.upper_cased 5)
-         $old (of ! each /.local (random.upper_cased 1))
-         $new (of ! each /.local (random.upper_cased 2))
-         $it (of ! each /.local (random.upper_cased 3))
-         .let [expected (format left right)]])
-      (all _.and
-           (_.for [/.stdout]
-                  (all _.and
-                       (_.coverage [/.print/1]
-                         (expression (|>> (as Text) (text#= expected))
-                                     (|> (all /.then
-                                              (/.statement (/.require/1 (/.string "stringio")))
-                                              (/.set (list $old) /.stdout)
-                                              (/.set (list $new) (/.new (list) {.#None} (/.manual "StringIO")))
-                                              (/.set (list /.stdout) $new)
-                                              (/.statement (/.print/1 (/.string left)))
-                                              (/.statement (/.print/1 (/.string right)))
-                                              (/.set (list /.stdout) $old)
-                                              (/.return (/.the "string" $new)))
-                                         [(list)] (/.lambda {.#None})
-                                         (/.apply_lambda (list)))))
-                       (_.coverage [/.print/2]
-                         (expression (|>> (as Text) (text#= expected))
-                                     (|> (all /.then
-                                              (/.statement (/.require/1 (/.string "stringio")))
-                                              (/.set (list $old) /.stdout)
-                                              (/.set (list $new) (/.new (list) {.#None} (/.manual "StringIO")))
-                                              (/.set (list /.stdout) $new)
-                                              (/.statement (/.print/2 (/.string left) (/.string right)))
-                                              (/.set (list /.stdout) $old)
-                                              (/.return (/.the "string" $new)))
-                                         [(list)] (/.lambda {.#None})
-                                         (/.apply_lambda (list)))))
-                       ))
-           (_.for [/.stdin]
-                  (all _.and
-                       (_.coverage [/.gets/0]
-                         (expression (|>> (as Text) (text#= (format left text.\n)))
-                                     (|> (all /.then
-                                              (/.statement (/.require/1 (/.string "stringio")))
-                                              (/.set (list $old) /.stdin)
-                                              (/.set (list /.stdin) (/.new (list (/.string (format left text.\n))) {.#None}
-                                                                           (/.manual "StringIO")))
-                                              (/.set (list $it) /.gets/0)
-                                              (/.set (list /.stdin) $old)
-                                              (/.return $it))
-                                         [(list)] (/.lambda {.#None})
-                                         (/.apply_lambda (list)))))
-                       (_.coverage [/.last_string_read]
-                         (expression (|>> (as Text) (text#= (format right text.\n)))
-                                     (|> (all /.then
-                                              (/.statement (/.require/1 (/.string "stringio")))
-                                              (/.set (list $old) /.stdin)
-                                              (/.set (list /.stdin) (/.new (list (/.string (format right text.\n))) {.#None}
-                                                                           (/.manual "StringIO")))
-                                              (/.set (list $it) /.gets/0)
-                                              (/.set (list /.stdin) $old)
-                                              (/.return /.last_string_read))
-                                         [(list)] (/.lambda {.#None})
-                                         (/.apply_lambda (list)))))
-                       (_.coverage [/.last_line_number_read]
-                         (expression (|>> (as Nat) (n.= 2))
-                                     /.last_line_number_read))
-                       ))
-           )))
-
-(def test|computation
-  Test
-  (do [! random.monad]
-    [test random.bit
-     then random.safe_frac
-     else random.safe_frac
-
-     bool random.bit
-     float random.frac
-     string (random.upper_cased 5)
-
-     comment (random.upper_cased 10)]
-    (all _.and
-         ..test|bool
-         ..test|float
-         ..test|int
-         ..test|array
-         ..test|hash
-         ..test|object
-         ..test|io
-         (_.coverage [/.?]
-           (let [expected (if test then else)]
-             (expression (|>> (as Frac) (f.= expected))
-                         (/.? (/.bool test)
-                              (/.float then)
-                              (/.float else)))))
-         (_.coverage [/.comment]
-           (expression (|>> (as Frac) (f.= then))
-                       (/.comment comment
-                         (/.float then))))
-         )))
-
-(def test|global
-  Test
-  (do [! random.monad]
-    [float/0 random.safe_frac
-     $global (of ! each /.global (random.lower_cased 10))
-     pattern (of ! each /.string (random.lower_cased 11))]
-    (all _.and
-         (_.coverage [/.global]
-           (expression (|>> (as Text) (text#= "global-variable"))
-                       (|> (all /.then
-                                (/.set (list $global) (/.float float/0))
-                                (/.return (/.defined?/1 $global)))
-                           [(list)] (/.lambda {.#None})
-                           (/.apply_lambda (list)))))
-         (_.coverage [/.script_name]
-           (expression (let [file (format (of file.default separator) packager.main_file)]
-                         (|>> (as Text)
-                              (text.ends_with? file)))
-                       /.script_name))
-         (_.coverage [/.input_record_separator]
-           (expression (|>> (as Text)
-                            (text#= text.\n))
-                       /.input_record_separator))
-         (_.coverage [/.output_record_separator]
-           (..nil /.output_record_separator))
-         (_.coverage [/.process_id]
-           (expression (|>> (as Nat) (n.= 0) not)
-                       /.process_id))
-         (_.coverage [/.case_insensitivity_flag]
-           (expression (|>> (as Bit) (bit#= false))
-                       /.case_insensitivity_flag))
-         (_.coverage [/.command_line_arguments]
-           (expression (|>> (as Int) (i.= +0))
-                       (/.the "length" /.command_line_arguments)))
-         (_.coverage [/.last_string_matched]
-           (expression (|>> (as Bit))
-                       (|> (all /.then
-                                (/.statement
-                                 (|> (/.manual "Regexp")
-                                     (/.new (list pattern) {.#None})
-                                     (/.do "match" (list pattern) {.#None})))
-                                (/.return (/.= pattern /.last_string_matched)))
-                           [(list)] (/.lambda {.#None})
-                           (/.apply_lambda (list)))))
-         (_.coverage [/.last_regexp_match]
-           (expression (|>> (as Bit))
-                       (|> (/.return (|> (/.manual "Regexp")
-                                         (/.new (list pattern) {.#None})
-                                         (/.do "match" (list pattern) {.#None})
-                                         (/.= /.last_regexp_match)))
-                           [(list)] (/.lambda {.#None})
-                           (/.apply_lambda (list)))))
-         )))
-
-(def test|local_var
-  Test
-  (do [! random.monad]
-    [float/0 random.safe_frac
-     $foreign (of ! each /.local (random.lower_cased 10))]
-    (all _.and
-         (_.coverage [/.local]
-           (expression (|>> (as Frac) (f.= (f.+ float/0 float/0)))
-                       (|> (/.return (/.+ $foreign $foreign))
-                           [(list $foreign)] (/.lambda {.#None})
-                           (/.apply_lambda (list (/.float float/0))))))
-         (_.coverage [/.set]
-           (expression (|>> (as Frac) (f.= (f.+ float/0 float/0)))
-                       (|> (all /.then
-                                (/.set (list $foreign) (/.float float/0))
-                                (/.return (/.+ $foreign $foreign)))
-                           [(list)] (/.lambda {.#None})
-                           (/.apply_lambda (list)))))
-         )))
-
-(def test|instance_var
-  Test
-  (do [! random.monad]
-    [float/0 random.safe_frac
-     instance (of ! each (|>> %.nat (format "instance_"))
-                  random.nat)
-     .let [$instance (/.instance instance)]
-     $method (of ! each (|>> %.nat (format "method_") /.local)
-                 random.nat)
-     $class (of ! each (|>> %.nat (format "class_") /.local)
-                random.nat)
-     $object (of ! each (|>> %.nat (format "object_") /.local)
-                 random.nat)]
-    (all _.and
-         (_.coverage [/.instance]
-           (expression (|>> (as Frac) (f.= float/0))
-                       (|> (all /.then
-                                (/.set (list $class) (/.class [/.#parameters (list)
-                                                               /.#body (all /.then
-                                                                            (/.function /.initialize (list)
-                                                                              (/.set (list $instance) (/.float float/0)))
-                                                                            (/.function $method (list)
-                                                                              (/.return $instance))
-                                                                            )]))
-                                (/.return (|> $class
-                                              (/.new (list) {.#None})
-                                              (/.do (/.code $method) (list) {.#None}))))
-                           [(list)] (/.lambda {.#None})
-                           (/.apply_lambda (list)))))
-         (_.coverage [/.attr_reader/*]
-           (expression (|>> (as Frac) (f.= float/0))
-                       (|> (all /.then
-                                (/.set (list $class) (/.class [/.#parameters (list)
-                                                               /.#body (all /.then
-                                                                            (/.attr_reader/* (list instance))
-                                                                            (/.function /.initialize (list)
-                                                                              (/.set (list $instance) (/.float float/0)))
-                                                                            )]))
-                                (/.return (|> $class
-                                              (/.new (list) {.#None})
-                                              (/.the instance))))
-                           [(list)] (/.lambda {.#None})
-                           (/.apply_lambda (list)))))
-         (_.coverage [/.attr_writer/*]
-           (expression (|>> (as Frac) (f.= float/0))
-                       (|> (all /.then
-                                (/.set (list $class) (/.class [/.#parameters (list)
-                                                               /.#body (all /.then
-                                                                            (/.attr_writer/* (list instance))
-                                                                            (/.function $method (list)
-                                                                              (/.return $instance))
-                                                                            )]))
-                                (/.set (list $object) (|> $class
-                                                          (/.new (list) {.#None})))
-                                (/.set (list (/.the instance $object)) (/.float float/0))
-                                (/.return (|>  $object
-                                               (/.do (/.code $method) (list) {.#None}))))
-                           [(list)] (/.lambda {.#None})
-                           (/.apply_lambda (list)))))
-         (_.coverage [/.attr_accessor/*]
-           (expression (|>> (as Frac) (f.= float/0))
-                       (|> (all /.then
-                                (/.set (list $class) (/.class [/.#parameters (list)
-                                                               /.#body (/.attr_accessor/* (list instance))]))
-                                (/.set (list $object) (|> $class
-                                                          (/.new (list) {.#None})))
-                                (/.set (list (/.the instance $object)) (/.float float/0))
-                                (/.return (/.the instance $object)))
-                           [(list)] (/.lambda {.#None})
-                           (/.apply_lambda (list)))))
-         )))
-
-(def test|static_var
-  Test
-  (do [! random.monad]
-    [int/0 (of ! each (|>> (n.% 10) ++ .int)
-               random.nat)
-     $static (of ! each (|>> %.nat (format "static_") /.static)
-                 random.nat)
-     $arg (of ! each (|>> %.nat /.local)
-              random.nat)
-     $method (of ! each (|>> %.nat (format "method_") /.local)
-                 random.nat)
-     $class (of ! each (|>> %.nat (format "class_") /.local)
-                random.nat)]
-    (all _.and
-         (_.coverage [/.static /.class_variable_set /.class_variable_get]
-           (expression (|>> (as Int) (i.= int/0))
-                       (|> (all /.then
-                                (/.set (list $class) (/.class [/.#parameters (list)
-                                                               /.#body (/.function $method (list)
-                                                                         (/.return (/.int +0)))]))
-                                (/.statement (/.class_variable_set $static (/.int int/0) $class))
-                                (/.return (/.class_variable_get $static $class)))
-                           [(list)] (/.lambda {.#None})
-                           (/.apply_lambda (list)))))
-         )))
-
-(def test|variadic
-  Test
-  (do [! random.monad]
-    [$inputs (of ! each /.local (random.lower_cased 10))
-     arity (of ! each (n.% 10) random.nat)
-     vals (|> random.int
-              (of ! each /.int)
-              (random.list arity))
-     keys (|> (random.lower_cased 1)
-              (random.set text.hash arity)
-              (of ! each (|>> set.list (list#each /.string))))]
-    (all _.and
-         (<| (_.for [/.LVar*])
-             (all _.and
-                  (_.coverage [/.variadic]
-                    (expression (|>> (as Int) .nat (n.= arity))
-                                (|> (/.return (/.the "length" $inputs))
-                                    [(list (/.variadic $inputs))] (/.lambda {.#None})
-                                    (/.apply_lambda vals))))
-                  (_.coverage [/.splat]
-                    (expression (|>> (as Int) .nat (n.= arity))
-                                (|> (/.return (/.the "length" (/.array (list (/.splat $inputs)))))
-                                    [(list (/.variadic $inputs))] (/.lambda {.#None})
-                                    (/.apply_lambda vals))))))
-         (<| (_.for [/.LVar**])
-             (_.coverage [/.variadic_kv /.double_splat]
-               (expression (|>> (as Int) .nat (n.= arity))
-                           (|> (/.return (/.the "length" $inputs))
-                               [(list (/.variadic_kv $inputs))] (/.lambda {.#None})
-                               (/.apply_lambda (list (/.double_splat (/.hash (list.zipped_2 keys vals)))))))))
-         )))
-
-(def test|var
-  Test
-  (do [! random.monad]
-    [float/0 random.safe_frac
-     $foreign (of ! each /.local (random.lower_cased 10))
-
-     $constant (of ! each /.constant (random.lower_cased 10))]
-    (all _.and
-         (_.coverage [/.defined?/1]
-           (and (expression (|>> (as Bit))
-                            (|> (/.defined?/1 $foreign)
-                                (/.= /.nil)))
-                (expression (|>> (as Text) (text#= "local-variable"))
-                            (|> (all /.then
-                                     (/.set (list $foreign) (/.float float/0))
-                                     (/.return (/.defined?/1 $foreign)))
-                                [(list)] (/.lambda {.#None})
-                                (/.apply_lambda (list))))))
-         (_.for [/.CVar]
-                (_.coverage [/.constant]
-                  (expression (|>> (as Text) (text#= "constant"))
-                              (|> (all /.then
-                                       (/.set (list $constant) (/.float float/0))
-                                       (/.return (/.defined?/1 $constant)))
-                                  [(list)] (/.lambda {.#None})
-                                  (/.apply_lambda (list))))))
-         (_.for [/.GVar]
-                ..test|global)
-         (_.for [/.LVar]
-                ..test|local_var)
-         (_.for [/.IVar]
-                ..test|instance_var)
-         (_.for [/.SVar]
-                ..test|static_var)
-         ..test|variadic
-         )))
-
-(def test|location
-  Test
-  (do [! random.monad]
-    [float/0 random.safe_frac
-     $foreign (of ! each /.local (random.lower_cased 10))
-     field (of ! each /.string (random.upper_cased 10))]
-    (all _.and
-         (<| (_.for [/.Var])
-             ..test|var)
-         (_.coverage [/.Access]
-           (and (expression (|>> (as Frac) (f.= (f.+ float/0 float/0)))
-                            (let [@ (/.item (/.int +0) $foreign)]
-                              (|> (all /.then
-                                       (/.set (list $foreign) (/.array (list $foreign)))
-                                       (/.set (list @) (/.+ @ @))
-                                       (/.return @))
-                                  [(list $foreign)] (/.lambda {.#None})
-                                  (/.apply_lambda (list (/.float float/0))))))
-                (expression (|>> (as Frac) (f.= (f.+ float/0 float/0)))
-                            (let [@ (/.item field $foreign)]
-                              (|> (all /.then
-                                       (/.set (list $foreign) (/.hash (list [field $foreign])))
-                                       (/.set (list @) (/.+ @ @))
-                                       (/.return @))
-                                  [(list $foreign)] (/.lambda {.#None})
-                                  (/.apply_lambda (list (/.float float/0))))))
-                ))
-         )))
-
-(def test|expression
-  Test
-  (do [! random.monad]
-    [dummy random.safe_frac
-     expected random.safe_frac]
-    (`` (all _.and
-             (_.for [/.Literal]
-                    ..test|literal)
-             (_.for [/.Computation]
-                    ..test|computation)
-             (_.for [/.Location]
-                    ..test|location)
-             ))))
-
-(def test|label
-  Test
-  (do [! random.monad]
-    [input (of ! each ..int_16 random.int)
-
-     full_inner_iterations (of ! each (|>> (n.% 20) ++) random.nat)
-     expected_inner_iterations (of ! each (n.% full_inner_iterations) random.nat)
-
-     full_outer_iterations (of ! each (|>> (n.% 10) ++) random.nat)
-     expected_outer_iterations (of ! each (n.% full_outer_iterations) random.nat)
-
-     .let [$input (/.local "input")
-           $output (/.local "output")
-           $inner_index (/.local "inner_index")
-           $outer_index (/.local "outer_index")]]
-    (all _.and
-         (_.coverage [/.break]
-           (let [expected (i.* (.int expected_inner_iterations) input)]
-             (expression (|>> (as Frac) f.int (i.= expected))
-                         (|> (all /.then
-                                  (/.set (list $inner_index) (/.int +0))
-                                  (/.set (list $output) (/.int +0))
-                                  (/.while (/.< (/.int (.int full_inner_iterations)) $inner_index)
-                                           (all /.then
-                                                (/.when (/.= (/.int (.int expected_inner_iterations)) $inner_index)
-                                                  /.break)
-                                                (/.set (list $output) (/.+ $input $output))
-                                                (/.set (list $inner_index) (/.+ (/.int +1) $inner_index))
-                                                ))
-                                  (/.return $output))
-                             [(list $input)] (/.lambda {.#None})
-                             (/.apply_lambda (list (/.int input)))))))
-         (_.coverage [/.next]
-           (let [expected (i.* (.int (n.- expected_inner_iterations full_inner_iterations)) input)]
-             (expression (|>> (as Frac) f.int (i.= expected))
-                         (|> (all /.then
-                                  (/.set (list $inner_index) (/.int +0))
-                                  (/.set (list $output) (/.int +0))
-                                  (/.while (/.< (/.int (.int full_inner_iterations)) $inner_index)
-                                           (all /.then
-                                                (/.set (list $inner_index) (/.+ (/.int +1) $inner_index))
-                                                (/.when (/.<= (/.int (.int expected_inner_iterations)) $inner_index)
-                                                  /.next)
-                                                (/.set (list $output) (/.+ $input $output))
-                                                ))
-                                  (/.return $output))
-                             [(list $input)] (/.lambda {.#None})
-                             (/.apply_lambda (list (/.int input)))))))
-         (_.coverage [/.redo]
-           (let [expected (i.* (.int (n.- expected_inner_iterations full_inner_iterations)) input)]
-             (expression (|>> (as Frac) f.int (i.= expected))
-                         (|> (all /.then
-                                  (/.set (list $inner_index) (/.int +0))
-                                  (/.set (list $output) (/.int +0))
-                                  (/.while (/.< (/.int (.int full_inner_iterations)) $inner_index)
-                                           (all /.then
-                                                (/.set (list $inner_index) (/.+ (/.int +1) $inner_index))
-                                                (/.when (/.<= (/.int (.int expected_inner_iterations)) $inner_index)
-                                                  /.redo)
-                                                (/.set (list $output) (/.+ $input $output))
-                                                ))
-                                  (/.return $output))
-                             [(list $input)] (/.lambda {.#None})
-                             (/.apply_lambda (list (/.int input)))))))
-         )))
-
-(def test|loop
-  Test
-  (do [! random.monad]
-    [input (of ! each (i.right_shifted 32) random.int)
-     iterations (of ! each (n.% 10) random.nat)
-     .let [$input (/.local "input")
-           $output (/.local "output")
-           $index (/.local "index")
-           expected (i.* (.int iterations) input)]]
-    (all _.and
-         (_.coverage [/.while]
-           (expression (|>> (as Int) (i.= expected))
-                       (|> (all /.then
-                                (/.set (list $index) (/.int +0))
-                                (/.set (list $output) (/.int +0))
-                                (/.while (/.< (/.int (.int iterations)) $index)
-                                         (all /.then
-                                              (/.set (list $output) (/.+ $input $output))
-                                              (/.set (list $index) (/.+ (/.int +1) $index))
-                                              ))
-                                (/.return $output))
-                           [(list $input)] (/.lambda {.#None})
-                           (/.apply_lambda (list (/.int input))))))
-         (_.coverage [/.for_in]
-           (expression (|>> (as Int) (i.= expected))
-                       (|> (all /.then
-                                (/.set (list $output) (/.int +0))
-                                (/.for_in $index (/.array (list.repeated iterations (/.int input)))
-                                          (/.set (list $output) (/.+ $index $output)))
-                                (/.return $output))
-                           [(list $input)] (/.lambda {.#None})
-                           (/.apply_lambda (list (/.int input))))))
-         ..test|label
-         )))
-
-(def random_tag
-  (Random Int)
-  (random#each (i64.and (hex "FF,FF,FF,FF"))
-               random.int))
-
-(def test|exception
-  Test
-  (do [! random.monad]
-    [expected random.safe_frac
-     dummy (random.only (|>> (f.= expected) not)
-                        random.safe_frac)
-     error (random.lower_cased 10)
-     $ex (of ! each /.local (random.lower_cased 10))
-
-     expected_tag ..random_tag
-     dummy_tag (random.only (|>> (i.= expected_tag) not)
-                            ..random_tag)
-     .let [expected_tag (/.int expected_tag)
-           dummy_tag (/.int dummy_tag)]]
-    (all _.and
-         (_.coverage [/.begin]
-           (expression (|>> (as Frac) (f.= expected))
-                       (|> (/.begin (/.return (/.float expected))
-                                    (list [(list) $ex (/.return (/.float dummy))]))
-                           [(list)] (/.lambda {.#None})
-                           (/.apply_lambda (list)))))
-         (_.coverage [/.Rescue /.throw/1]
-           (expression (|>> (as Frac) (f.= expected))
-                       (|> (/.begin (all /.then
-                                         (/.throw/1 (/.string error))
-                                         (/.return (/.float dummy)))
-                                    (list [(list) $ex (/.return (/.float expected))]))
-                           [(list)] (/.lambda {.#None})
-                           (/.apply_lambda (list)))))
-         (_.coverage [/.raise]
-           (expression (|>> (as Frac) (f.= expected))
-                       (|> (/.begin (all /.then
-                                         (/.statement (/.raise (/.string error)))
-                                         (/.return (/.float dummy)))
-                                    (list [(list) $ex (/.return (/.float expected))]))
-                           [(list)] (/.lambda {.#None})
-                           (/.apply_lambda (list)))))
-         (_.coverage [/.catch /.throw/2]
-           (and (expression (|>> (as Frac) (f.= expected))
-                            (<| (/.apply_lambda (list))
-                                (/.lambda {.#None}) [(list)]
-                                /.return
-                                (/.catch expected_tag) [(list)]
-                                (/.throw/2 expected_tag (/.float expected))))
-                (expression (|>> (as Frac) (f.= expected))
-                            (<| (/.apply_lambda (list))
-                                (/.lambda {.#None}) [(list)]
-                                /.return
-                                (/.catch expected_tag) [(list)]
-                                /.statement (/.catch dummy_tag) [(list)]
-                                (/.throw/2 expected_tag (/.float expected))))
-                (expression (|>> (as Frac) (f.= expected))
-                            (<| (/.apply_lambda (list))
-                                (/.lambda {.#None}) [(list)]
-                                /.return
-                                (/.catch dummy_tag) [(list)]
-                                /.statement (/.catch expected_tag) [(list)]
-                                (/.throw/2 expected_tag (/.float expected))))))
-         (_.coverage [/.latest_error_message]
-           (expression (|>> (as Text) (text#= error))
-                       (|> (/.begin (all /.then
-                                         (/.statement (/.raise (/.string error)))
-                                         (/.return (/.float dummy)))
-                                    (list [(list) $ex (/.return (/.the "message" /.latest_error_message))]))
-                           [(list)] (/.lambda {.#None})
-                           (/.apply_lambda (list)))))
-         (_.coverage [/.latest_error_location]
-           (and (|> (/.return /.latest_error_location)
-                    [(list)] (/.lambda {.#None})
-                    (/.apply_lambda (list))
-                    ..nil)
-                (expression (|>> (as Bit) (bit#= true))
-                            (|> (/.begin (all /.then
-                                              (/.statement (/.raise (/.string error)))
-                                              (/.return (/.float dummy)))
-                                         (list [(list) $ex (/.return (all /.and
-                                                                          (/.do "kind_of?" (list (is /.CVar (/.manual "Array"))) {.#None} /.latest_error_location)
-                                                                          (/.> (/.int +0) (/.the "length" /.latest_error_location))))]))
-                                [(list)] (/.lambda {.#None})
-                                (/.apply_lambda (list))))))
-         )))
-
-(def test|function
-  Test
-  (do [! random.monad]
-    [iterations (of ! each (n.% 10) random.nat)
-     $self (of ! each /.local (random.lower_cased 1))
-     field (random.lower_cased 3)
-     $class (of ! each /.local (random.upper_cased 4))
-
-     float/0 random.safe_frac
-     float/1 random.safe_frac
-     float/2 random.safe_frac
-     $arg/0 (of ! each /.local (random.lower_cased 10))
-     $arg/1 (of ! each /.local (random.lower_cased 11))
-     $arg/2 (of ! each /.local (random.lower_cased 12))]
-    (all _.and
-         (_.coverage [/.lambda /.return]
-           (and (expression (|>> (as Frac) (f.= float/0))
-                            (|> (/.return (/.float float/0))
-                                [(list)] (/.lambda {.#None})
-                                (/.apply_lambda (list))))
-                (expression (|>> (as Frac) f.nat (n.= iterations))
-                            (|> (/.return (/.? (/.< (/.int (.int iterations)) $arg/0)
-                                               (/.apply_lambda (list (/.+ (/.int +1) $arg/0)) $self)
-                                               $arg/0))
-                                [(list $arg/0)] (/.lambda {.#Some $self})
-                                (/.apply_lambda (list (/.int +0)))))))
-         (_.coverage [/.apply_lambda]
-           (expression (|>> (as Frac) (f.= (all f.+ float/0 float/1 float/2)))
-                       (|> (/.return (all /.+ $arg/0 $arg/1 $arg/2))
-                           [(list $arg/0 $arg/1 $arg/2)] (/.lambda {.#None})
-                           (/.apply_lambda (list (/.float float/0) (/.float float/1) (/.float float/2))))))
-         (_.coverage [/.function]
-           (expression (|>> (as Frac) f.nat (n.= iterations))
-                       (|> (all /.then
-                                (/.function $self (list $arg/0)
-                                  (/.return (/.? (/.< (/.int (.int iterations)) $arg/0)
-                                                 (/.apply (list (/.+ (/.int +1) $arg/0)) {.#None} $self)
-                                                 $arg/0)))
-                                (/.return (/.apply (list (/.int +0)) {.#None} $self)))
-                           [(list)] (/.lambda {.#None})
-                           (/.apply_lambda (list)))))
-         (_.coverage [/.apply]
-           (expression (|>> (as Frac) (f.= (all f.+ float/0 float/1 float/2)))
-                       (|> (all /.then
-                                (/.function $self (list $arg/0 $arg/1 $arg/2)
-                                  (/.return (all /.+ $arg/0 $arg/1 $arg/2)))
-                                (/.return (/.apply (list (/.float float/0) (/.float float/1) (/.float float/2)) {.#None} $self)))
-                           [(list)] (/.lambda {.#None})
-                           (/.apply_lambda (list)))))
-         )))
-
-(def test|branching
-  Test
-  (do [! random.monad]
-    [float/0 random.safe_frac
-     float/1 random.safe_frac
-     float/2 random.safe_frac
-     arg/0 (random.lower_cased 10)
-     arg/1 (random.only (|>> (text#= arg/0) not)
-                        (random.lower_cased 10))
-     arg/2 (random.only (predicate.and (|>> (text#= arg/0) not)
-                                       (|>> (text#= arg/1) not))
-                        (random.lower_cased 10))
-     .let [$arg/0 (/.local arg/0)
-           $arg/1 (/.local arg/1)
-           $arg/2 (/.local arg/2)]
-     ??? random.bit]
-    (all _.and
-         (_.coverage [/.if]
-           (expression (|>> (as Frac) (f.= (if ??? float/0 float/1)))
-                       (|> (/.if (/.bool ???)
-                             (/.return (/.float float/0))
-                             (/.return (/.float float/1)))
-                           [(list)] (/.lambda {.#None})
-                           (/.apply_lambda (list)))))
-         (_.coverage [/.when]
-           (expression (|>> (as Frac) (f.= (if ??? float/0 float/1)))
-                       (|> (all /.then
-                                (/.when (/.bool ???)
-                                  (/.return (/.float float/0)))
-                                (/.return (/.float float/1)))
-                           [(list)] (/.lambda {.#None})
-                           (/.apply_lambda (list)))))
-         )))
-
-(def test|statement
-  Test
-  (do [! random.monad]
-    [float/0 random.safe_frac
-     float/1 random.safe_frac
-     float/2 random.safe_frac
-     $arg/0 (of ! each /.local (random.lower_cased 10))
-     $arg/1 (of ! each /.local (random.lower_cased 11))
-     $arg/2 (of ! each /.local (random.lower_cased 12))
-     expected (of ! each (|>> %.int (text.replaced "+" ""))
-                  random.int)]
-    (all _.and
-         (_.coverage [/.statement]
-           (expression (|>> (as Frac) (f.= float/0))
-                       (|> (all /.then
-                                (/.statement (/.+ $arg/0 $arg/0))
-                                (/.return $arg/0))
-                           [(list $arg/0)] (/.lambda {.#None})
-                           (/.apply_lambda (list (/.float float/0))))))
-         (_.coverage [/.then]
-           (expression (|>> (as Frac) (f.= float/0))
-                       (|> (all /.then
-                                (/.return $arg/0)
-                                (/.return $arg/1))
-                           [(list $arg/0 $arg/1)] (/.lambda {.#None})
-                           (/.apply_lambda (list (/.float float/0) (/.float float/1))))))
-         (_.coverage [/.require/1]
-           (let [$JSON (is /.CVar (/.manual "JSON"))]
-             (expression (|>> (as Text) (text#= expected))
-                         (|> (all /.then
-                                  (/.statement (/.require/1 (/.string "json")))
-                                  (/.return (let [json (/.do "parse" (list $arg/0) {.#None} $JSON)]
-                                              (/.do "generate" (list json) {.#None} $JSON))))
-                             [(list $arg/0)] (/.lambda {.#None})
-                             (/.apply_lambda (list (/.string expected)))))))
-         ..test|exception
-         ..test|branching
-         ..test|loop
-         (_.for [/.Block]
-                ..test|function)
-         )))
-
-(def random_expression
-  (Random /.Expression)
-  (let [literal (is (Random /.Literal)
-                    (all random.either
-                         (random#each /.bool random.bit)
-                         (random#each /.float random.frac)
-                         (random#each /.int random.int)
-                         (random#each /.string (random.lower_cased 5))
-                         ))]
-    (all random.either
-         literal
-         )))
-
-(def .public test
-  Test
-  (do [! random.monad]
-    [expected ..random_expression]
-    (<| (_.covering /._)
-        (_.for [/.Code])
-        (all _.and
-             (_.for [/.equivalence]
-                    (equivalenceT.spec /.equivalence ..random_expression))
-             
-             (_.coverage [/.code /.manual]
-               (|> (/.manual (/.code expected))
-                   (is /.Expression)
-                   (/#= expected)))
-             (_.for [/.Expression]
-                    ..test|expression)
-             (_.for [/.Statement]
-                    ..test|statement)
-             ))))
diff --git a/stdlib/source/test/lux/world/finance/market/analysis/pivot_point.lux b/stdlib/source/test/lux/world/finance/market/analysis/pivot_point.lux
index 79eb95766..e9ef7baee 100644
--- a/stdlib/source/test/lux/world/finance/market/analysis/pivot_point.lux
+++ b/stdlib/source/test/lux/world/finance/market/analysis/pivot_point.lux
@@ -36,13 +36,23 @@
                               it)
                     (money.>= (the session.#low session)
                               it))))
-           (_.coverage [/.Central_Pivot_Range /.central_pivot_range
-                        /.#pivot_point /.#top_central /.#bottom_central]
-             (let [it (/.central_pivot_range session)]
-               (and (money.= (/.typical_price session)
-                             (the /.#pivot_point it))
-                    (money.< (the /.#top_central it)
-                             (the /.#pivot_point it))
-                    (money.> (the /.#bottom_central it)
-                             (the /.#pivot_point it)))))
+           (_.coverage [/.Central_Pivot_Range
+                        /.#pivot_point /.#top_central /.#bottom_central
+
+                        /.central_pivot_range]
+             (let [it (/.central_pivot_range session)
+
+                   pivot_is_typical!
+                   (money.= (/.typical_price session)
+                            (the /.#pivot_point it))
+
+                   all_values_are_different!
+                   (and (not (money.= (the /.#bottom_central it)
+                                      (the /.#pivot_point it)))
+                        (not (money.= (the /.#top_central it)
+                                      (the /.#pivot_point it)))
+                        (not (money.= (the /.#bottom_central it)
+                                      (the /.#top_central it))))]
+               (and pivot_is_typical!
+                    all_values_are_different!)))
            )))
diff --git a/stdlib/source/test/lux/world/time/solar.lux b/stdlib/source/test/lux/world/time/solar.lux
index 069470205..5611d4d5d 100644
--- a/stdlib/source/test/lux/world/time/solar.lux
+++ b/stdlib/source/test/lux/world/time/solar.lux
@@ -17,7 +17,8 @@
      ["n" nat]
      ["i" int]]]
    [meta
-    ["@" target]]
+    [compiler
+     ["@" target]]]
    [test
     ["_" property (.only Test)]]]]
  [\\library
-- 
cgit v1.2.3