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(.module:
[lux (#- primitive)
[control
["." monad (#+ do)]]
[data
["." maybe]
[collection
["." list ("list/." Functor<List>)]
["." dictionary (#+ Dictionary)]]]]
["." // (#+ Synthesis Phase)
["." function]
["." case]
["/." // ("operation/." Monad<Operation>)
["." analysis (#+ Analysis)]
["." extension]
[//
["." reference]]]])
(def: (primitive analysis)
(-> analysis.Primitive //.Primitive)
(case analysis
#analysis.Unit
(#//.Text //.unit)
(^template [<analysis> <synthesis>]
(<analysis> value)
(<synthesis> value))
([#analysis.Bit #//.Bit]
[#analysis.Frac #//.F64]
[#analysis.Text #//.Text])
(^template [<analysis> <synthesis>]
(<analysis> value)
(<synthesis> (.i64 value)))
([#analysis.Nat #//.I64]
[#analysis.Int #//.I64]
[#analysis.Rev #//.I64])))
(def: #export (phase analysis)
Phase
(case analysis
(#analysis.Primitive analysis')
(operation/wrap (#//.Primitive (..primitive analysis')))
(#analysis.Structure structure)
(case structure
(#analysis.Variant variant)
(do ///.Monad<Operation>
[valueS (phase (get@ #analysis.value variant))]
(wrap (//.variant (set@ #analysis.value valueS variant))))
(#analysis.Tuple tuple)
(|> tuple
(monad.map ///.Monad<Operation> phase)
(:: ///.Monad<Operation> map (|>> //.tuple))))
(#analysis.Reference reference)
(operation/wrap (#//.Reference reference))
(#analysis.Case inputA branchesAB+)
(case.synthesize phase inputA branchesAB+)
(^ (analysis.no-op value))
(phase value)
(#analysis.Apply _)
(function.apply phase analysis)
(#analysis.Function environmentA bodyA)
(function.abstraction phase environmentA bodyA)
(#analysis.Extension name args)
(extension.apply phase [name args])
))
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