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Merge remote-tracking branch 'origin/master' into typescript-assignment
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joshvera
commit
cbe2419f68
@ -1,4 +1,4 @@
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{-# LANGUAGE DataKinds, DefaultSignatures, GADTs, RankNTypes, TypeOperators #-}
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{-# LANGUAGE DataKinds, DefaultSignatures, GADTs, RankNTypes, TypeOperators, UndecidableInstances #-}
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module Algorithm where
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import Control.Applicative (liftA2)
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@ -106,8 +106,8 @@ genericAlgorithmFor a b = fmap to1 <$> algorithmFor' (from1 a) (from1 b)
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-- Right is the "head" of the Union. 'weaken' relaxes the Union to allow the possible
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-- diff terms from the "rest" of the Union, and 'inj' adds the diff terms into the Union.
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-- NB: If Left or Right Syntax terms in our Union don't match, we fail fast by returning Nothing.
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instance Apply1 Diffable fs => Diffable (Union fs) where
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algorithmFor u1 u2 = join (apply1_2' (Proxy :: Proxy Diffable) (\ reinj f1 f2 -> fmap reinj <$> algorithmFor f1 f2) u1 u2)
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instance Apply Diffable fs => Diffable (Union fs) where
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algorithmFor u1 u2 = join (apply2' (Proxy :: Proxy Diffable) (\ inj f1 f2 -> fmap inj <$> algorithmFor f1 f2) u1 u2)
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-- | Diff two list parameters using RWS.
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instance Diffable [] where
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@ -1,4 +1,4 @@
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{-# LANGUAGE DataKinds, DefaultSignatures, TypeOperators #-}
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{-# LANGUAGE DataKinds, DefaultSignatures, TypeOperators, UndecidableInstances #-}
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module Data.Align.Generic where
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import Control.Monad
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@ -29,8 +29,8 @@ instance GAlign Maybe where
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instance GAlign Identity where
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galignWith f (Identity a) (Identity b) = Just (Identity (f (These a b)))
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instance (Apply1 GAlign fs) => GAlign (Union fs) where
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galignWith f = (join .) . apply1_2' (Proxy :: Proxy GAlign) (\ inj -> (fmap inj .) . galignWith f)
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instance Apply GAlign fs => GAlign (Union fs) where
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galignWith f = (join .) . apply2' (Proxy :: Proxy GAlign) (\ inj -> (fmap inj .) . galignWith f)
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instance GAlign (Union '[]) where
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galignWith _ _ _ = Nothing
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@ -1,4 +1,4 @@
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{-# LANGUAGE MultiParamTypeClasses, TypeOperators #-}
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{-# LANGUAGE MultiParamTypeClasses, TypeOperators, UndecidableInstances #-}
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module Data.JSON.Fields where
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import Data.Aeson
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@ -26,8 +26,8 @@ instance ToJSON a => ToJSONFields [a] where
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instance ToJSONFields1 [] where
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toJSONFields1 list = [ "children" .= list ]
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instance (Apply1 Foldable fs) => ToJSONFields1 (Union fs) where
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toJSONFields1 = apply1 (Proxy :: Proxy Foldable) (\ r -> [ "children" .= toList r ])
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instance Apply Foldable fs => ToJSONFields1 (Union fs) where
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toJSONFields1 = apply (Proxy :: Proxy Foldable) (\ r -> [ "children" .= toList r ])
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instance (ToJSONFields a, ToJSONFields b) => ToJSONFields (a, b) where
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toJSONFields (a, b) = [ "before" .= JSONFields a, "after" .= JSONFields b ]
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@ -26,7 +26,7 @@ import Term
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-- Combinators
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-- | Lift syntax and an annotation into a term, injecting the syntax into a union & ensuring the annotation encompasses all children.
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makeTerm :: (HasCallStack, f :< fs, Semigroup a, Apply1 Foldable fs) => a -> f (Term (Union fs) a) -> Term (Union fs) a
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makeTerm :: (HasCallStack, f :< fs, Semigroup a, Apply Foldable fs) => a -> f (Term (Union fs) a) -> Term (Union fs) a
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makeTerm a = makeTerm' a . inj
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-- | Lift a union and an annotation into a term, ensuring the annotation encompasses all children.
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@ -34,7 +34,7 @@ makeTerm' :: (HasCallStack, Semigroup a, Foldable f) => a -> f (Term f a) -> Ter
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makeTerm' a f = termIn (sconcat (a :| (termAnnotation . unTerm <$> toList f))) f
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-- | Lift non-empty syntax into a term, injecting the syntax into a union & appending all subterms’.annotations to make the new term’s annotation.
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makeTerm1 :: (HasCallStack, f :< fs, Semigroup a, Apply1 Foldable fs) => f (Term (Union fs) a) -> Term (Union fs) a
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makeTerm1 :: (HasCallStack, f :< fs, Semigroup a, Apply Foldable fs) => f (Term (Union fs) a) -> Term (Union fs) a
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makeTerm1 = makeTerm1' . inj
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-- | Lift a non-empty union into a term, appending all subterms’.annotations to make the new term’s annotation.
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@ -44,20 +44,20 @@ makeTerm1' f = case toList f of
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_ -> error "makeTerm1': empty structure"
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-- | Construct an empty term at the current position.
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emptyTerm :: (HasCallStack, Empty :< fs, Apply1 Foldable fs) => Assignment.Assignment ast grammar (Term (Union fs) (Record Assignment.Location))
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emptyTerm :: (HasCallStack, Empty :< fs, Apply Foldable fs) => Assignment.Assignment ast grammar (Term (Union fs) (Record Assignment.Location))
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emptyTerm = makeTerm <$> Assignment.location <*> pure Empty
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-- | Catch assignment errors into an error term.
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handleError :: (HasCallStack, Error :< fs, Enum grammar, Eq1 ast, Ix grammar, Show grammar, Apply1 Foldable fs) => Assignment.Assignment ast grammar (Term (Union fs) (Record Assignment.Location)) -> Assignment.Assignment ast grammar (Term (Union fs) (Record Assignment.Location))
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handleError :: (HasCallStack, Error :< fs, Enum grammar, Eq1 ast, Ix grammar, Show grammar, Apply Foldable fs) => Assignment.Assignment ast grammar (Term (Union fs) (Record Assignment.Location)) -> Assignment.Assignment ast grammar (Term (Union fs) (Record Assignment.Location))
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handleError = flip catchError (\ err -> makeTerm <$> Assignment.location <*> pure (errorSyntax (either id show <$> err) []) <* Assignment.source)
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-- | Catch parse errors into an error term.
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parseError :: (HasCallStack, Error :< fs, Bounded grammar, Enum grammar, Ix grammar, Apply1 Foldable fs) => Assignment.Assignment ast grammar (Term (Union fs) (Record Assignment.Location))
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parseError :: (HasCallStack, Error :< fs, Bounded grammar, Enum grammar, Ix grammar, Apply Foldable fs) => Assignment.Assignment ast grammar (Term (Union fs) (Record Assignment.Location))
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parseError = makeTerm <$> Assignment.token maxBound <*> pure (Error (getCallStack (freezeCallStack callStack)) [] (Just "ParseError") [])
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-- | Match context terms before a subject term, wrapping both up in a Context term if any context terms matched, or otherwise returning the subject term.
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contextualize :: (HasCallStack, Context :< fs, Alternative m, Semigroup a, Apply1 Foldable fs)
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contextualize :: (HasCallStack, Context :< fs, Alternative m, Semigroup a, Apply Foldable fs)
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=> m (Term (Union fs) a)
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-> m (Term (Union fs) a)
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-> m (Term (Union fs) a)
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@ -67,7 +67,7 @@ contextualize context rule = make <$> Assignment.manyThrough context rule
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_ -> node
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-- | Match context terms after a subject term and before a delimiter, returning the delimiter paired with a Context term if any context terms matched, or the subject term otherwise.
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postContextualizeThrough :: (HasCallStack, Context :< fs, Alternative m, Semigroup a, Apply1 Foldable fs)
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postContextualizeThrough :: (HasCallStack, Context :< fs, Alternative m, Semigroup a, Apply Foldable fs)
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=> m (Term (Union fs) a)
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-> m (Term (Union fs) a)
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-> m b
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@ -78,7 +78,7 @@ postContextualizeThrough context rule end = make <$> rule <*> Assignment.manyThr
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_ -> (node, end)
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-- | Match context terms after a subject term, wrapping both up in a Context term if any context terms matched, or otherwise returning the subject term.
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postContextualize :: (HasCallStack, Context :< fs, Alternative m, Semigroup a, Apply1 Foldable fs)
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postContextualize :: (HasCallStack, Context :< fs, Alternative m, Semigroup a, Apply Foldable fs)
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=> m (Term (Union fs) a)
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-> m (Term (Union fs) a)
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-> m (Term (Union fs) a)
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@ -88,7 +88,7 @@ postContextualize context rule = make <$> rule <*> many context
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_ -> node
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-- | Match infix terms separated by any of a list of operators, with optional context terms following each operand.
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infixContext :: (Context :< fs, Assignment.Parsing m, Semigroup a, HasCallStack, Apply1 Foldable fs)
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infixContext :: (Context :< fs, Assignment.Parsing m, Semigroup a, HasCallStack, Apply Foldable fs)
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=> m (Term (Union fs) a)
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-> m (Term (Union fs) a)
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-> m (Term (Union fs) a)
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@ -164,19 +164,19 @@ data Context a = Context { contextTerms :: NonEmpty a, contextSubject :: a }
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instance Eq1 Context where liftEq = genericLiftEq
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instance Show1 Context where liftShowsPrec = genericLiftShowsPrec
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algorithmDeletingContext :: (Apply1 Diffable fs, Apply1 Functor fs, Context :< fs)
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algorithmDeletingContext :: (Apply Diffable fs, Apply Functor fs, Context :< fs)
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=> TermF Context a (Term (Union fs) a)
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-> Term (Union fs) a
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-> Maybe (Algorithm (Term (Union fs) a) (Diff (Union fs) a) (TermF Context a (Diff (Union fs) a)))
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algorithmDeletingContext (In a1 (Context n1 s1)) s2 = fmap (In a1 . Context (deleting <$> n1)) <$> algorithmForComparableTerms s1 s2
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algorithmInsertingContext :: (Apply1 Diffable fs, Apply1 Functor fs, Context :< fs)
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algorithmInsertingContext :: (Apply Diffable fs, Apply Functor fs, Context :< fs)
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=> Term (Union fs) a
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-> TermF Context a (Term (Union fs) a)
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-> Maybe (Algorithm (Term (Union fs) a) (Diff (Union fs) a) (TermF Context a (Diff (Union fs) a)))
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algorithmInsertingContext s1 (In a2 (Context n2 s2)) = fmap (In a2 . Context (inserting <$> n2)) <$> algorithmForComparableTerms s1 s2
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algorithmForContextUnions :: (Apply1 Diffable fs, Apply1 Functor fs, Context :< fs)
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algorithmForContextUnions :: (Apply Diffable fs, Apply Functor fs, Context :< fs)
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=> Term (Union fs) a
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-> Term (Union fs) a
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-> Maybe (Algorithm (Term (Union fs) a) (Diff (Union fs) a) (Diff (Union fs) a))
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@ -42,7 +42,7 @@ newtype Identifier = Identifier ByteString
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-- | Produce the identifier for a given term, if any.
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--
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-- Identifier syntax is labelled, as well as declaration syntax identified by these, but other uses of these identifiers are not, e.g. the declaration of a class or method or binding of a variable will be labelled, but a function call will not.
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identifierAlgebra :: (Syntax.Identifier :< fs, Declaration.Method :< fs, Declaration.Class :< fs, Apply1 Foldable fs, Apply1 Functor fs) => FAlgebra (Base (Term (Union fs) a)) (Maybe Identifier)
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identifierAlgebra :: (Syntax.Identifier :< fs, Declaration.Method :< fs, Declaration.Class :< fs, Apply Foldable fs, Apply Functor fs) => FAlgebra (Base (Term (Union fs) a)) (Maybe Identifier)
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identifierAlgebra (In _ union) = case union of
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_ | Just (Syntax.Identifier s) <- prj union -> Just (Identifier s)
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_ | Just Declaration.Class{..} <- prj union -> classIdentifier
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@ -58,7 +58,7 @@ newtype CyclomaticComplexity = CyclomaticComplexity Int
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-- TODO: Explicit returns at the end of methods should only count once.
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-- TODO: Anonymous functions should not increase parent scope’s complexity.
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-- TODO: Inner functions should not increase parent scope’s complexity.
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cyclomaticComplexityAlgebra :: (Declaration.Method :< fs, Statement.Return :< fs, Statement.Yield :< fs, Apply1 Foldable fs, Apply1 Functor fs) => FAlgebra (Base (Term (Union fs) a)) CyclomaticComplexity
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cyclomaticComplexityAlgebra :: (Declaration.Method :< fs, Statement.Return :< fs, Statement.Yield :< fs, Apply Foldable fs, Apply Functor fs) => FAlgebra (Base (Term (Union fs) a)) CyclomaticComplexity
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cyclomaticComplexityAlgebra (In _ union) = case union of
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_ | Just Declaration.Method{} <- prj union -> succ (sum union)
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_ | Just Statement.Return{} <- prj union -> succ (sum union)
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@ -23,8 +23,8 @@ constructorNameAndConstantFields :: Show1 f => TermF f a b -> ByteString
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constructorNameAndConstantFields (In _ f) = pack (liftShowsPrec (const (const id)) (const id) 0 f "")
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-- | Compute a 'ConstructorLabel' label for a 'Union' of syntax 'Term's.
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constructorLabel :: Apply1 ConstructorName fs => TermF (Union fs) a b -> ConstructorLabel
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constructorLabel (In _ u) = ConstructorLabel $ pack (apply1 (Proxy :: Proxy ConstructorName) constructorName u)
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constructorLabel :: Apply ConstructorName fs => TermF (Union fs) a b -> ConstructorLabel
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constructorLabel (In _ u) = ConstructorLabel $ pack (apply (Proxy :: Proxy ConstructorName) constructorName u)
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newtype ConstructorLabel = ConstructorLabel ByteString
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@ -42,7 +42,7 @@ data Parser term where
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-- | A parser producing 'AST' using a 'TS.Language'.
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ASTParser :: (Bounded grammar, Enum grammar) => Ptr TS.Language -> Parser (AST [] grammar)
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-- | A parser producing an à la carte term given an 'AST'-producing parser and an 'Assignment' onto 'Term's in some syntax type.
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AssignmentParser :: (Enum grammar, Ix grammar, Show grammar, TS.Symbol grammar, Syntax.Error :< fs, Eq1 ast, Apply1 Foldable fs, Apply1 Functor fs, Foldable ast, Functor ast)
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AssignmentParser :: (Enum grammar, Ix grammar, Show grammar, TS.Symbol grammar, Syntax.Error :< fs, Eq1 ast, Apply Foldable fs, Apply Functor fs, Foldable ast, Functor ast)
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=> Parser (Term ast (Node grammar)) -- ^ A parser producing AST.
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-> Assignment ast grammar (Term (Union fs) (Record Location)) -- ^ An assignment from AST onto 'Term's.
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-> Parser (Term (Union fs) (Record Location)) -- ^ A parser producing 'Term's.
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@ -112,7 +112,7 @@ syntaxDeclarationAlgebra Blob{..} (In a r) = case r of
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where getSource = toText . flip Source.slice blobSource . byteRange . extract
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-- | Compute 'Declaration's for methods and functions.
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declarationAlgebra :: (Declaration.Function :< fs, Declaration.Method :< fs, Syntax.Error :< fs, Syntax.Empty :< fs, Apply1 Functor fs, HasField fields Range, HasField fields Span)
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declarationAlgebra :: (Declaration.Function :< fs, Declaration.Method :< fs, Syntax.Error :< fs, Syntax.Empty :< fs, Apply Functor fs, HasField fields Range, HasField fields Span)
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=> Blob
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-> RAlgebra (TermF (Union fs) (Record fields)) (Term (Union fs) (Record fields)) (Maybe Declaration)
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declarationAlgebra Blob{..} (In a r)
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@ -140,7 +140,7 @@ declarationAlgebra Blob{..} (In a r)
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where getSource = toText . flip Source.slice blobSource . byteRange
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-- | Compute 'Declaration's with the headings of 'Markup.Section's.
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markupSectionAlgebra :: (Markup.Section :< fs, Syntax.Error :< fs, HasField fields Range, HasField fields Span, Apply1 Functor fs, Apply1 Foldable fs)
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markupSectionAlgebra :: (Markup.Section :< fs, Syntax.Error :< fs, HasField fields Range, HasField fields Span, Apply Functor fs, Apply Foldable fs)
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=> Blob
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-> RAlgebra (TermF (Union fs) (Record fields)) (Term (Union fs) (Record fields)) (Maybe Declaration)
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markupSectionAlgebra Blob{..} (In a r)
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@ -219,7 +219,7 @@ runParser Options{..} blob@Blob{..} = go
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MarkdownParser -> logTiming "cmark parse" $ pure (cmarkParser blobSource)
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LineByLineParser -> logTiming "line-by-line parse" $ pure (lineByLineParser blobSource)
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blobFields = ("path", blobPath) : maybe [] (pure . (,) "language" . show) blobLanguage
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errors :: (Syntax.Error :< fs, Apply1 Foldable fs, Apply1 Functor fs) => Term (Union fs) (Record Assignment.Location) -> [Error.Error String]
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errors :: (Syntax.Error :< fs, Apply Foldable fs, Apply Functor fs) => Term (Union fs) (Record Assignment.Location) -> [Error.Error String]
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errors = cata $ \ (In a syntax) -> case syntax of
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_ | Just err@Syntax.Error{} <- prj syntax -> [Syntax.unError (sourceSpan a) err]
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_ -> fold syntax
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2
vendor/effects
vendored
2
vendor/effects
vendored
@ -1 +1 @@
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Subproject commit 3079703e7166e2c52898253330a4a5e72b64b6f1
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Subproject commit a1351b26a557cec1f7a87d5f6563189329f4f450
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