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(.module:
[lux (#- Module)
[type (#+ :share)]
[abstract
["." monad (#+ Monad do)]]
[control
["." try (#+ Try)]]
[data
["." bit]
["." product]
[text
["%" format (#+ format)]]
[collection
["." list]]]
[world
["." file (#+ File)]]]
["." // #_
["#." init]
["#." syntax]
["/#" //
["#." analysis]
["#." directive]
["#." phase
[macro (#+ Expander)]
## TODO: Get rid of this import ASAP
[extension (#+)]
["." generation]
[analysis
["." module]]]
[meta
["." archive (#+ Archive)
[descriptor (#+ Module)]]
[io
["." context]]]]]
[program
[compositor
["." cli (#+ Configuration)]]])
(type: #export (Platform ! anchor expression directive)
{#&monad (Monad !)
#&file-system (file.System !)
#host (generation.Host expression directive)
#phase (generation.Phase anchor expression directive)
#runtime (generation.Operation anchor expression directive Any)})
## (def: (write-module target-dir file-name module-name module outputs)
## (-> File Text Text Module Outputs (Process Any))
## (do (try.with io.monad)
## [_ (monad.map @ (product.uncurry (&io.write target-dir))
## (dictionary.entries outputs))]
## (&io.write target-dir
## (format module-name "/" cache.descriptor-name)
## (encoding.to-utf8 (%.code (cache/description.write file-name module))))))
(with-expansions [<type-vars> (as-is [! anchor expression directive])
<Platform> (as-is (Platform ! anchor expression directive))
<State+> (as-is (///directive.State+ anchor expression directive))
<Bundle> (as-is (generation.Bundle anchor expression directive))]
(def: #export (initialize target expander host-analysis platform generation-bundle host-directive-bundle program)
(All <type-vars>
(-> Text
Expander
///analysis.Bundle
<Platform>
<Bundle>
(///directive.Bundle anchor expression directive)
(-> expression directive)
(! (Try <State+>))))
(|> platform
(get@ #runtime)
///directive.lift-generation
(///phase.run' (//init.state target
expander
host-analysis
(get@ #host platform)
(get@ #phase platform)
generation-bundle
host-directive-bundle
program))
(:: try.functor map product.left)
(:: (get@ #&monad platform) wrap))
## (case (runtimeT.generate ## (initL.compiler (io.run js.init))
## (initL.compiler (io.run hostL.init-host))
## )
## ## (#try.Success [state disk-write])
## ## (do @
## ## [_ (&io.prepare-target target)
## ## _ disk-write
## ## ## _ (cache/io.pre-load sources target (commonT.load-definition state))
## ## ]
## ## (wrap (|> state
## ## (set@ [#.info #.mode] #.Build))))
## (#try.Success [state [runtime-bc function-bc]])
## (do @
## [_ (&io.prepare-target target)
## ## _ (&io.write target (format hostL.runtime-class ".class") runtime-bc)
## ## _ (&io.write target (format hostL.function-class ".class") function-bc)
## ## _ (cache/io.pre-load sources target (commonT.load-definition state))
## ]
## (wrap (|> state
## (set@ [#.info #.mode] #.Build))))
## (#try.Failure error)
## (io.fail error))
)
(def: #export (compile partial-host-extension expander platform configuration archive state)
(All <type-vars>
(-> Text Expander <Platform> Configuration Archive <State+> (! (Try [Archive <State+>]))))
(let [monad (get@ #&monad platform)
source-module (get@ #cli.module configuration)
compiler (:share [anchor expression directive]
{<State+>
state}
{(///.Compiler <State+> .Module Any)
((//init.compiler expander //syntax.prelude) //init.key (list))})]
(loop [module source-module
[archive state] [archive state]]
(if (archive.archived? archive module)
(:: monad wrap (#try.Success [archive state]))
(let [import! (:share <type-vars>
{<Platform>
platform}
{(-> Module [Archive <State+>]
(! (Try [Archive <State+>])))
recur})]
(do (try.with monad)
[input (context.read monad
(get@ #&file-system platform)
(get@ #cli.sources configuration)
partial-host-extension
module)
## _ (&io.prepare-module target-dir (get@ #cli.module configuration))
## _ (write-module target-dir file-name (get@ #cli.module configuration) module outputs)
]
(loop [archive archive
state state
compilation (compiler (:coerce ///.Input input))]
(do @
[#let [dependencies (get@ #///.dependencies compilation)]
archive+state (monad.fold @
import!
[archive state]
(list.filter (bit.complement (archive.archived? archive))
dependencies))
#let [[archive state] (:share <type-vars>
{<Platform>
platform}
{[Archive <State+>]
archive+state})
continue! (:share <type-vars>
{<Platform>
platform}
{(-> Archive <State+> (///.Compilation <State+> .Module Any)
(! (Try [Archive <State+>])))
recur})]]
(case ((get@ #///.process compilation)
(case dependencies
#.Nil
state
_
## TODO: The "///analysis.set-current-module" below shouldn't be necessary. Remove it ASAP.
(|> (///analysis.set-current-module module)
///directive.lift-analysis
(///phase.run' state)
try.assume
product.left))
archive)
(#try.Success [state more|done])
(case more|done
(#.Left more)
(continue! archive state more)
(#.Right [descriptor+document output])
(case (archive.add module descriptor+document archive)
(#try.Success archive)
(wrap [archive state])
(#try.Failure error)
(:: monad wrap (#try.Failure error))))
(#try.Failure error)
(:: monad wrap (#try.Failure error)))))))))))
)
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