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|
(.`` (.`` (.require
[library
[lux (.except)
["[0]" debug]
[abstract
["[0]" monad (.only do)]]
[control
["<>" parser]
["[0]" try (.use "[1]#[0]" functor)]]
[data
["[0]" product]
["[0]" binary (.only)
["[1]F" \\format]]
["[0]" text (.use "[1]#[0]" equivalence)
["%" \\format (.only format)]]
[collection
["[0]" sequence]
["[0]" list (.use "[1]#[0]" functor)]]]
[math
["[0]" random]
[number
["n" nat]]]
["[0]" meta (.only)
["[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
["[0]" phase]
[meta
[archive
["[0]" unit]]]
[language
[lux
["[0]" translation]
["[0]" declaration]
["[0]" analysis (.only)
["[0]" type]
["<[1]>" \\parser]]
["[0]" synthesis (.only)
["<[1]>" \\parser]]
[phase
[translation
(.,, (.for "JVM" (.,, (.these ["[0]" jvm
["[1]/[0]" runtime]]))
(.,, (.these))))]]]]]]
[test
["_" property (.only Test)]]]]
[\\library
["[0]" / (.only analysis synthesis translation declaration)]])))
... Translation
(for @.old
(these)
(these
... Analysis
(def my_analysis
Analysis
(analysis (_ phase archive [pass_through <code>.any])
(phase archive pass_through)))
... Synthesis
(def my_synthesis|synthesis
Synthesis
(synthesis (_ phase archive [pass_through <analysis>.any])
(phase archive pass_through)))
(def my_synthesis
Analysis
(analysis (_ phase archive [parameters (<>.some <code>.any)])
(let [! phase.monad]
(|> parameters
(monad.each ! (phase archive))
(at ! each (|>> (is (List analysis.Analysis))
{analysis.#Extension (symbol ..my_synthesis|synthesis)}
[location.dummy]
(is analysis.Analysis)))))))
... Translation
(def my_translation|translation
Translation
(translation (_ phase archive [pass_through <synthesis>.any])
(phase archive pass_through)))
(def my_translation|synthesis
Synthesis
(synthesis (_ phase archive [parameters (<>.some <analysis>.any)])
(let [! phase.monad]
(|> parameters
(monad.each ! (phase archive))
(at ! each (|>> {synthesis.#Extension (symbol ..my_translation|translation)}
[location.dummy]
(is synthesis.Synthesis)))))))
(def my_translation
Analysis
(analysis (_ phase archive [parameters (<>.some <code>.any)])
(let [! phase.monad]
(|> parameters
(monad.each ! (phase archive))
(at ! each (|>> (is (List analysis.Analysis))
{analysis.#Extension (symbol ..my_translation|synthesis)}
[location.dummy]
(is analysis.Analysis)))))))
(def dummy_translation|translation
Translation
(translation (_ phase archive [])
(let [[_ self] (symbol ..dummy_translation)]
(at phase.monad in
(for @.jvm (jvm.string self)
@.js (js.string self)
@.python (python.unicode self)
@.lua (lua.string self)
@.ruby (ruby.string self)
@.php (php.string self)
@.scheme (scheme.string self))))))
(def dummy_translation|synthesis
Synthesis
(synthesis (_ phase archive [])
(at phase.monad in (is synthesis.Synthesis
[location.dummy {synthesis.#Extension (symbol ..dummy_translation|translation) (list)}]))))
(def dummy_translation
Analysis
(analysis (_ phase archive [])
(at phase.monad in (is analysis.Analysis
[location.dummy {analysis.#Extension (symbol ..dummy_translation|synthesis) (list)}]))))
... Declaration
(def my_declaration
Declaration
(declaration (_ phase archive [expression <code>.any])
(do [! phase.monad]
[.let [[_ self] (symbol ..my_declaration)]
analysis_phase declaration.analysis
expressionA (<| declaration.of_analysis
(type.expecting .Any)
(analysis_phase archive expression))
lux (declaration.of_analysis meta.compiler_state)
synthesis_phase declaration.synthesis
expressionS (declaration.of_synthesis
(synthesis_phase lux archive expressionA))
translation_phase declaration.translation
expressionG (declaration.of_translation
(translation_phase lux archive expressionS))
_ (declaration.of_translation
(translation.with_new_context archive unit.none
(do !
[[module_id artifact_id] (translation.context archive)
.let [commentary (format "Successfully installed declaration " (%.text self) "!")]
_ (translation.save! artifact_id {.#None}
(for @.jvm (let [$class (jvm/runtime.class_name [module_id artifact_id])]
(<| [$class]
(try.else (binary.empty 0))
(try#each (binaryF.result class.format))
(class.class version.v6_0 class.public
(name.internal $class)
{.#None}
(name.internal "java.lang.Object")
(list)
(list)
(list)
(list))))
@.js (js.comment commentary
(js.statement (js.string commentary)))
@.python (python.comment commentary
(python.statement (python.string commentary)))
@.lua (lua.comment commentary
(lua.statement expressionG))
@.ruby (ruby.comment commentary
(ruby.statement (ruby.string commentary)))))]
(translation.log! commentary))))]
(in declaration.no_requirements))))
(..my_declaration (n.* 2 3))
))
(def .public test
Test
(<| (_.covering /._)
(do random.monad
[expected random.nat]
(`` (all _.and
(,, (with_template [<macro> <extension>]
[(_.coverage [<macro>]
(for @.old false
(n.= expected
(<extension> expected))))]
[/.analysis ..my_analysis]
[/.synthesis ..my_synthesis]))
(_.coverage [/.translation]
(for @.old false
(and (n.= expected
(..my_translation expected))
(let [[_ expected] (symbol ..dummy_translation)]
(text#= expected
(..dummy_translation))))))
(_.coverage [/.declaration]
true)
)))))
|
