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(.module:
[lux #*
[abstract
["." monad (#+ do)]]
[control
[state (#+ State)]]
[data
[number
["." i32]
["n" nat]]
[collection
["." list ("#@." monoid functor)]
["." row]]]
[target
[jvm
["." descriptor (#+ Descriptor Value Return)]
["." modifier (#+ Modifier) ("#@." monoid)]
["." field (#+ Field)]
["." method (#+ Method)]
["_" instruction (#+ Label Instruction) ("#@." monad)]
["." constant
[pool (#+ Pool)]]
[encoding
[name (#+ External)]
["." unsigned]]]]]
["." / #_
["#." abstract]
["#." arity]
["#." field
["#/." foreign]
["#/." partial
["#/." count]]]
["#." method #_
["#/." new]
["#/." reset]
["#/." implementation]
["#/." apply]]
["/#" // #_
[runtime (#+ Operation Phase)]
["#." value]
["#." reference]
[////
[reference (#+ Register)]
[analysis (#+ Environment)]
[synthesis (#+ Synthesis Abstraction Apply)]
["." arity (#+ Arity)]
["." phase]]]])
(def: #export (apply generate [abstractionS argsS])
(-> Phase Apply (Operation (Instruction Any)))
(do phase.monad
[abstractionG (generate abstractionS)
argsG (monad.map @ generate argsS)]
(wrap ($_ _.compose
abstractionG
(|> argsG
(list.split-all /arity.maximum)
(monad.map _.monad
(function (_ batchG)
($_ _.compose
(_.checkcast /abstract.class)
(monad.seq _.monad batchG)
(_.invokevirtual /abstract.class /method/apply.name (/method/apply.type (list.size batchG)))
))))))))
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