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Compute the import graph for a package.

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Co-Authored-By: Timothy Clem <timothy.clem@gmail.com>
This commit is contained in:
Rob Rix 2018-04-04 12:40:09 -04:00
parent 9a8bce4b78
commit e35c96a676
1 changed files with 6 additions and 5 deletions
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11
src/Semantic/Task.hs
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@ -45,7 +45,8 @@ import Data.Abstract.Address
import qualified Data.Abstract.Evaluatable as Analysis import qualified Data.Abstract.Evaluatable as Analysis
import Data.Abstract.FreeVariables import Data.Abstract.FreeVariables
import Data.Abstract.Located import Data.Abstract.Located
import Data.Abstract.Package import Data.Abstract.Module
import Data.Abstract.Package as Package
import Data.Abstract.Value (Value) import Data.Abstract.Value (Value)
import Data.Blob import Data.Blob
import Data.Bool import Data.Bool
@ -74,7 +75,7 @@ data TaskF output where
ReadBlobPairs :: Either Handle [Both (FilePath, Maybe Language)] -> TaskF [BlobPair] ReadBlobPairs :: Either Handle [Both (FilePath, Maybe Language)] -> TaskF [BlobPair]
WriteToOutput :: Either Handle FilePath -> B.ByteString -> TaskF () WriteToOutput :: Either Handle FilePath -> B.ByteString -> TaskF ()
Parse :: Parser term -> Blob -> TaskF term Parse :: Parser term -> Blob -> TaskF term
ImportGraph :: (Apply Eq1 syntax, Apply Analysis.Evaluatable syntax, Apply FreeVariables1 syntax, Apply Functor syntax, Apply Ord1 syntax, Apply Show1 syntax, Member Syntax.Identifier syntax, Ord ann, Show ann) => PackageBody (Term (Union syntax) ann) -> TaskF B.ByteString ImportGraph :: (Apply Eq1 syntax, Apply Analysis.Evaluatable syntax, Apply FreeVariables1 syntax, Apply Functor syntax, Apply Ord1 syntax, Apply Show1 syntax, Member Syntax.Identifier syntax, Ord ann, Show ann) => Package (Term (Union syntax) ann) -> TaskF B.ByteString
Decorate :: Functor f => RAlgebra (TermF f (Record fields)) (Term f (Record fields)) field -> Term f (Record fields) -> TaskF (Term f (Record (field ': fields))) Decorate :: Functor f => RAlgebra (TermF f (Record fields)) (Term f (Record fields)) field -> Term f (Record fields) -> TaskF (Term f (Record (field ': fields)))
Diff :: Differ syntax ann1 ann2 -> Term syntax ann1 -> Term syntax ann2 -> TaskF (Diff syntax ann1 ann2) Diff :: Differ syntax ann1 ann2 -> Term syntax ann1 -> Term syntax ann2 -> TaskF (Diff syntax ann1 ann2)
Render :: Renderer input output -> input -> TaskF output Render :: Renderer input output -> input -> TaskF output
@ -121,7 +122,7 @@ render :: Member TaskF effs => Renderer input output -> input -> Eff effs output
render renderer = send . Render renderer render renderer = send . Render renderer
importGraph :: (Apply Eq1 syntax, Apply Analysis.Evaluatable syntax, Apply FreeVariables1 syntax, Apply Functor syntax, Apply Ord1 syntax, Apply Show1 syntax, Member Syntax.Identifier syntax, Ord ann, Show ann) => Member TaskF effs => PackageBody (Term (Union syntax) ann) -> Eff effs B.ByteString importGraph :: (Apply Eq1 syntax, Apply Analysis.Evaluatable syntax, Apply FreeVariables1 syntax, Apply Functor syntax, Apply Ord1 syntax, Apply Show1 syntax, Member Syntax.Identifier syntax, Ord ann, Show ann) => Member TaskF effs => Package (Term (Union syntax) ann) -> Eff effs B.ByteString
importGraph package = send (ImportGraph package) importGraph package = send (ImportGraph package)
@ -204,11 +205,11 @@ runTaskF = interpret $ \ task -> case task of
Semantic.Task.Diff differ term1 term2 -> pure (differ term1 term2) Semantic.Task.Diff differ term1 term2 -> pure (differ term1 term2)
Render renderer input -> pure (renderer input) Render renderer input -> pure (renderer input)
ImportGraph package -> do ImportGraph package -> do
let result = Analysis.runAnalysis (Analysis.evaluatePackageBody package `asAnalysisForTypeOfPackage` package) let result = Analysis.runAnalysis (Analysis.evaluatePackage package `asAnalysisForTypeOfPackage` package)
case result of case result of
(Right (Right (Right (Right (Right (_, graph))))), _) -> pure $ Abstract.renderImportGraph graph (Right (Right (Right (Right (Right (_, graph))))), _) -> pure $ Abstract.renderImportGraph graph
_ -> error "blah" _ -> error "blah"
where asAnalysisForTypeOfPackage :: Abstract.ImportGraphing (Evaluating (Located Precise (Term (Union syntax) ann)) (Term (Union syntax) ann) (Value (Located Precise (Term (Union syntax) ann)))) effects value -> PackageBody (Term (Union syntax) ann) -> Abstract.ImportGraphing (Evaluating (Located Precise (Term (Union syntax) ann)) (Term (Union syntax) ann) (Value (Located Precise (Term (Union syntax) ann)))) effects value where asAnalysisForTypeOfPackage :: Abstract.ImportGraphing (Evaluating (Located Precise (Term (Union syntax) ann)) (Term (Union syntax) ann) (Value (Located Precise (Term (Union syntax) ann)))) effects value -> Package (Term (Union syntax) ann) -> Abstract.ImportGraphing (Evaluating (Located Precise (Term (Union syntax) ann)) (Term (Union syntax) ann) (Value (Located Precise (Term (Union syntax) ann)))) effects value
asAnalysisForTypeOfPackage = const asAnalysisForTypeOfPackage = const