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|
(.using
[library
[lux (.except)
["@" target (.only Target)]
["[0]" meta]
[abstract
["[0]" monad (.only do)]]
[control
["[0]" try (.only Try)]
["[0]" exception (.only exception:)]]
[data
[binary (.only Binary)]
["[0]" product]
["[0]" text (.open: "[1]#[0]" hash)
["%" \\format (.only format)]]
[collection
["[0]" list (.open: "[1]#[0]" functor)]
["[0]" dictionary]
["[0]" set]
["[0]" sequence (.open: "[1]#[0]" functor)]]]
[meta
["[0]" configuration (.only Configuration)]
["[0]" version]]
[world
["[0]" file]]]]
["[0]" //
["/[1]" // (.only Instancer)
["[1][0]" phase]
[language
[lux
[program (.only Program)]
["[1][0]" syntax (.only Aliases)]
["[1][0]" synthesis]
["[1][0]" directive (.only Requirements)]
["[1][0]" generation]
["[1][0]" analysis (.only)
[macro (.only Expander)]
["[1]/[0]" evaluation]
["[0]A" module]]
[phase
["[0]P" analysis]
["[0]P" synthesis]
["[0]P" directive]
["[0]" extension (.only Extender)
["[0]E" analysis]
["[0]E" synthesis]
[directive
["[0]D" lux]]]]]]
[meta
["[0]" archive (.only Archive)
["[0]" registry (.only Registry)]
["[0]" module (.only)
["[0]" descriptor]
["[0]" document]]]]]])
(def .public (state target module configuration expander host_analysis host generate generation_bundle)
(All (_ anchor expression directive)
(-> Target
descriptor.Module
Configuration
Expander
///analysis.Bundle
(///generation.Host expression directive)
(///generation.Phase anchor expression directive)
(///generation.Bundle anchor expression directive)
(///directive.State+ anchor expression directive)))
(let [synthesis_state [synthesisE.bundle ///synthesis.init]
generation_state [generation_bundle (///generation.state host module)]
eval (///analysis/evaluation.evaluator expander synthesis_state generation_state generate)
analysis_state [(analysisE.bundle eval host_analysis)
(///analysis.state (///analysis.info version.latest target configuration))]]
[extension.empty
[///directive.#analysis [///directive.#state analysis_state
///directive.#phase (analysisP.phase expander)]
///directive.#synthesis [///directive.#state synthesis_state
///directive.#phase synthesisP.phase]
///directive.#generation [///directive.#state generation_state
///directive.#phase generate]]]))
(def .public (with_default_directives expander host_analysis program anchorT,expressionT,directiveT extender)
(All (_ anchor expression directive)
(-> Expander
///analysis.Bundle
(Program expression directive)
[Type Type Type]
Extender
(-> (///directive.State+ anchor expression directive)
(///directive.State+ anchor expression directive))))
(function (_ [directive_extensions sub_state])
[(dictionary.composite directive_extensions
(luxD.bundle expander host_analysis program anchorT,expressionT,directiveT extender))
sub_state]))
(type: Reader
(-> Source (Either [Source Text] [Source Code])))
(def (reader current_module aliases [location offset source_code])
(-> descriptor.Module Aliases Source (///analysis.Operation Reader))
(function (_ [bundle state])
{try.#Success [[bundle state]
(///syntax.parse current_module aliases ("lux text size" source_code))]}))
(def (read source reader)
(-> Source Reader (///analysis.Operation [Source Code]))
(function (_ [bundle compiler])
(case (reader source)
{.#Left [source' error]}
{try.#Failure error}
{.#Right [source' output]}
(let [[location _] output]
{try.#Success [[bundle (|> compiler
(has .#source source')
(has .#location location))]
[source' output]]}))))
(type: (Operation a)
(All (_ anchor expression directive)
(///directive.Operation anchor expression directive a)))
(type: (Payload directive)
[(///generation.Buffer directive)
Registry])
(def (begin dependencies hash input)
(-> (List descriptor.Module) Nat ///.Input
(All (_ anchor expression directive)
(///directive.Operation anchor expression directive
[Source (Payload directive)])))
(do ///phase.monad
[.let [module (the ///.#module input)]
_ (///directive.set_current_module module)]
(///directive.lifted_analysis
(do [! ///phase.monad]
[_ (moduleA.create hash module)
_ (monad.each ! moduleA.import dependencies)
.let [source (///analysis.source (the ///.#module input) (the ///.#code input))]
_ (///analysis.set_source_code source)]
(in [source [///generation.empty_buffer
registry.empty]])))))
(def (end module)
(-> descriptor.Module
(All (_ anchor expression directive)
(///directive.Operation anchor expression directive [.Module (Payload directive)])))
(do ///phase.monad
[_ (///directive.lifted_analysis
(moduleA.set_compiled module))
analysis_module (<| (is (Operation .Module))
///directive.lifted_analysis
extension.lifted
meta.current_module)
final_buffer (///directive.lifted_generation
///generation.buffer)
final_registry (///directive.lifted_generation
///generation.get_registry)]
(in [analysis_module [final_buffer
final_registry]])))
... TODO: Inline ASAP
(def (get_current_payload _)
(All (_ directive)
(-> (Payload directive)
(All (_ anchor expression)
(///directive.Operation anchor expression directive
(Payload directive)))))
(do ///phase.monad
[buffer (///directive.lifted_generation
///generation.buffer)
registry (///directive.lifted_generation
///generation.get_registry)]
(in [buffer registry])))
... TODO: Inline ASAP
(def (process_directive wrapper archive expander pre_payoad code)
(All (_ directive)
(-> ///phase.Wrapper Archive Expander (Payload directive) Code
(All (_ anchor expression)
(///directive.Operation anchor expression directive
[Requirements (Payload directive)]))))
(do ///phase.monad
[.let [[pre_buffer pre_registry] pre_payoad]
_ (///directive.lifted_generation
(///generation.set_buffer pre_buffer))
_ (///directive.lifted_generation
(///generation.set_registry pre_registry))
requirements (let [execute! (directiveP.phase wrapper expander)]
(execute! archive code))
post_payload (..get_current_payload pre_payoad)]
(in [requirements post_payload])))
(def (iteration' wrapper archive expander reader source pre_payload)
(All (_ directive)
(-> ///phase.Wrapper Archive Expander Reader Source (Payload directive)
(All (_ anchor expression)
(///directive.Operation anchor expression directive
[Source Requirements (Payload directive)]))))
(do ///phase.monad
[[source code] (///directive.lifted_analysis
(..read source reader))
[requirements post_payload] (process_directive wrapper archive expander pre_payload code)]
(in [source requirements post_payload])))
(def (iteration wrapper archive expander module source pre_payload aliases)
(All (_ directive)
(-> ///phase.Wrapper Archive Expander descriptor.Module Source (Payload directive) Aliases
(All (_ anchor expression)
(///directive.Operation anchor expression directive
(Maybe [Source Requirements (Payload directive)])))))
(do ///phase.monad
[reader (///directive.lifted_analysis
(..reader module aliases source))]
(function (_ state)
(case (///phase.result' state (..iteration' wrapper archive expander reader source pre_payload))
{try.#Success [state source&requirements&buffer]}
{try.#Success [state {.#Some source&requirements&buffer}]}
{try.#Failure error}
(if (exception.match? ///syntax.end_of_file error)
{try.#Success [state {.#None}]}
(exception.with ///.cannot_compile module {try.#Failure error}))))))
(def (default_dependencies prelude input)
(-> descriptor.Module ///.Input (List descriptor.Module))
(list.partial descriptor.runtime
(if (text#= prelude (the ///.#module input))
(list)
(list prelude))))
(def module_aliases
(-> .Module Aliases)
(|>> (the .#module_aliases) (dictionary.of_list text.hash)))
(def .public (compiler wrapper expander prelude write_directive)
(All (_ anchor expression directive)
(-> ///phase.Wrapper Expander descriptor.Module (-> directive Binary)
(Instancer (///directive.State+ anchor expression directive) .Module)))
(let [execute! (directiveP.phase wrapper expander)]
(function (_ key parameters input)
(let [dependencies (default_dependencies prelude input)]
[///.#dependencies dependencies
///.#process (function (_ state archive)
(do [! try.monad]
[.let [hash (text#hash (the ///.#code input))]
[state [source buffer]] (<| (///phase.result' state)
(..begin dependencies hash input))
.let [module (the ///.#module input)]]
(loop (again [iteration (<| (///phase.result' state)
(..iteration wrapper archive expander module source buffer ///syntax.no_aliases))])
(do !
[[state ?source&requirements&temporary_payload] iteration]
(case ?source&requirements&temporary_payload
{.#None}
(do !
[[state [analysis_module [final_buffer final_registry]]] (///phase.result' state (..end module))
.let [descriptor [descriptor.#hash hash
descriptor.#name module
descriptor.#file (the ///.#file input)
descriptor.#references (set.of_list text.hash dependencies)
descriptor.#state {.#Compiled}]]]
(in [state
{.#Right [[module.#id (try.else module.runtime (archive.id module archive))
module.#descriptor descriptor
module.#document (document.document key analysis_module)]
(sequence#each (function (_ [artifact_id custom directive])
[artifact_id custom (write_directive directive)])
final_buffer)
final_registry]}]))
{.#Some [source requirements temporary_payload]}
(let [[temporary_buffer temporary_registry] temporary_payload]
(in [state
{.#Left [///.#dependencies (|> requirements
(the ///directive.#imports)
(list#each product.left))
///.#process (function (_ state archive)
(again (<| (///phase.result' state)
(do [! ///phase.monad]
[analysis_module (<| (is (Operation .Module))
///directive.lifted_analysis
extension.lifted
meta.current_module)
_ (///directive.lifted_generation
(///generation.set_buffer temporary_buffer))
_ (///directive.lifted_generation
(///generation.set_registry temporary_registry))
_ (|> requirements
(the ///directive.#referrals)
(monad.each ! (execute! archive)))
temporary_payload (..get_current_payload temporary_payload)]
(..iteration wrapper archive expander module source temporary_payload (..module_aliases analysis_module))))))]}]))
)))))]))))
|
