Merge pull request #41 from purescript-contrib/bump

Prepare for 2.0 release

Author: garyb

.travis.yml

@@ -2,17 +2,11 @@ language: node_js
 dist: trusty
 sudo: required
 node_js: 6
-env:
-  - PATH=$HOME/purescript:$PATH
 install:
-  - TAG=$(wget -q -O - https://github.com/purescript/purescript/releases/latest --server-response --max-redirect 0 2>&1 | sed -n -e 's/.*Location:.*tag\///p')
-  - wget -O $HOME/purescript.tar.gz https://github.com/purescript/purescript/releases/download/$TAG/linux64.tar.gz
-  - tar -xvf $HOME/purescript.tar.gz -C $HOME/
-  - chmod a+x $HOME/purescript
-  - npm install -g bower
+  - npm install bower -g
   - npm install
-script:
   - bower install --production
+script:
   - npm run -s build
   - bower install
   - npm -s test

bower.json

@@ -12,16 +12,15 @@
     "url": "git://github.com/purescript-contrib/purescript-profunctor-lenses.git"
   },
   "dependencies": {
-    "purescript-const": "^1.0.0",
-    "purescript-functor-coproducts": "^1.0.0",
-    "purescript-functor-products": "^1.0.0",
-    "purescript-identity": "^1.0.0",
-    "purescript-profunctor": "^1.0.0",
-    "purescript-sets": "^1.0.0",
-    "purescript-unsafe-coerce": "^1.0.0",
-    "purescript-transformers": "^1.0.0"
+    "purescript-const": "^2.0.0",
+    "purescript-functors": "^1.0.0",
+    "purescript-identity": "^2.0.0",
+    "purescript-profunctor": "^2.0.0",
+    "purescript-sets": "^2.0.0",
+    "purescript-unsafe-coerce": "^2.0.0",
+    "purescript-transformers": "^2.0.1"
   },
   "devDependencies": {
-    "purescript-console": "^1.0.0"
+    "purescript-console": "^2.0.0"
   }
 }

package.json

@@ -7,6 +7,7 @@
   "devDependencies": {
     "pulp": "^9.0.1",
     "purescript-psa": "^0.3.9",
-    "rimraf": "^2.5.0"
+    "purescript": "^0.10.1",
+    "rimraf": "^2.5.4"
   }
 }

src/Data/Lens.purs

@@ -22,12 +22,12 @@ module Data.Lens
   , module Data.Lens.Common
   ) where
 
-import Data.Lens.Iso (AnIso, AnIsoP, Iso, IsoP, Optic, Exchange(..), Re(..), au, auf, cloneIso, curried, flipped, iso, re, runRe, uncurried, under, withIso)
-import Data.Lens.Lens (ALens, ALensP, Lens, LensP, cloneLens, lens, lens', withLens)
-import Data.Lens.Prism (APrism, APrismP, Prism, PrismP, Review, ReviewP, clonePrism, is, isn't, matching, nearly, only, prism, prism', review, withPrism)
-import Data.Lens.Traversal (Traversal, TraversalP, element, elementsOf, failover, itraverseOf, sequenceOf, traverseOf, traversed)
-import Data.Lens.Types
-import Data.Lens.Setter (IndexedSetter, Setter, SetterP, Indexed(..), addModifying, addOver, appendModifying, appendOver, assign, assignJust, conjModifying, conjOver, disjModifying, disjOver, divModifying, divOver, iover, modifying, mulModifying, mulOver, over, set, setJust, subModifying, subOver, (%=), (%~), (&&=), (&&~), (*=), (*~), (++=), (++~), (+=), (+~), (-=), (-~), (.=), (.~), (//=), (//~), (<>=), (<>~), (?=), (?~), (||=), (||~))
+import Data.Lens.Iso (AnIso, AnIso', Iso, Iso', Optic, Exchange(..), Re(..), au, auf, cloneIso, curried, flipped, iso, re, uncurried, under, withIso)
+import Data.Lens.Lens (ALens, ALens', Lens, Lens', cloneLens, lens, lens', withLens)
+import Data.Lens.Prism (APrism, APrism', Prism, Prism', Review, Review', clonePrism, is, isn't, matching, nearly, only, prism, prism', review, withPrism)
+import Data.Lens.Traversal (Traversal, Traversal', element, elementsOf, failover, itraverseOf, sequenceOf, traverseOf, traversed)
+import Data.Lens.Types (class Wander, ALens, ALens', APrism, APrism', AnIso, AnIso', Fold, Fold', Getter, Getter', IndexedFold, IndexedFold', IndexedGetter, IndexedGetter', IndexedOptic, IndexedOptic', IndexedSetter, IndexedSetter', IndexedTraversal, IndexedTraversal', Iso, Iso', Lens, Lens', Optic, Optic', Prism, Prism', Review, Review', Setter, Setter', Traversal, Traversal', Exchange(..), Forget(..), Indexed(..), Market(..), Re(..), Shop(..), Tagged(..), wander)
+import Data.Lens.Setter (IndexedSetter, Setter, Setter', Indexed(..), addModifying, addOver, appendModifying, appendOver, assign, assignJust, conjModifying, conjOver, disjModifying, disjOver, divModifying, divOver, iover, modifying, mulModifying, mulOver, over, set, setJust, subModifying, subOver, (%=), (%~), (&&=), (&&~), (*=), (*~), (++=), (++~), (+=), (+~), (-=), (-~), (.=), (.~), (//=), (//~), (<>=), (<>~), (?=), (?~), (||=), (||~))
 import Data.Lens.Getter (Fold, Getter, IndexedFold, IndexedGetter, Optic, Indexed(..), iuse, iview, to, use, view, viewOn, (^.))
-import Data.Lens.Fold (Fold, FoldP, allOf, andOf, anyOf, elemOf, filtered, findOf, firstOf, foldMapOf, foldOf, folded, foldlOf, foldrOf, has, hasn't, iallOf, ianyOf, ifoldMapOf, ifoldlOf, ifoldrOf, itoListOf, itraverseOf_, lastOf, lengthOf, maximumOf, minimumOf, notElemOf, orOf, preview, previewOn, productOf, replicated, sequenceOf_, sumOf, toListOf, toListOfOn, unfolded, (^..), (^?))
+import Data.Lens.Fold (Fold, Fold', allOf, andOf, anyOf, elemOf, filtered, findOf, firstOf, foldMapOf, foldOf, folded, foldlOf, foldrOf, has, hasn't, iallOf, ianyOf, ifoldMapOf, ifoldlOf, ifoldrOf, itoListOf, itraverseOf_, lastOf, lengthOf, maximumOf, minimumOf, notElemOf, orOf, preview, previewOn, productOf, replicated, sequenceOf_, sumOf, toListOf, toListOfOn, unfolded, (^..), (^?))
 import Data.Lens.Common (_1, _2, _Just, _Left, _Nothing, _Right, first, left, right, second, united)

src/Data/Lens/At.purs

@@ -5,25 +5,26 @@ module Data.Lens.At
 
 import Prelude
 
-import Data.Identity (runIdentity, Identity(..))
+import Data.Identity (Identity(..))
 import Data.Map as M
 import Data.Maybe (Maybe(..), maybe)
 import Data.Set as S
 import Data.StrMap as SM
+import Data.Newtype (unwrap)
 
-import Data.Lens (LensP, lens)
+import Data.Lens (Lens', lens)
 import Data.Lens.Index (class Index)
 
-class (Index m a b) <= At m a b where
-  at :: a -> LensP m (Maybe b)
+class Index m a b <= At m a b | m -> a, m -> b where
+  at :: a -> Lens' m (Maybe b)
 
 instance atIdentity :: At (Identity a) Unit a where
-  at _ = lens (Just <<< runIdentity) (flip maybe Identity)
+  at _ = lens (Just <<< unwrap) (flip maybe Identity)
 
 instance atMaybe :: At (Maybe a) Unit a where
   at _ = lens id \_ -> id
 
-instance atSet :: (Ord v) => At (S.Set v) v Unit where
+instance atSet :: Ord v => At (S.Set v) v Unit where
   at x = lens get (flip update)
     where
       get xs =
@@ -33,7 +34,7 @@ instance atSet :: (Ord v) => At (S.Set v) v Unit where
       update Nothing = S.delete x
       update (Just _) = S.insert x
 
-instance atMap :: (Ord k) => At (M.Map k v) k v where
+instance atMap :: Ord k => At (M.Map k v) k v where
   at k =
     lens (M.lookup k) \m ->
       maybe (M.delete k m) \v -> M.insert k v m

src/Data/Lens/Fold.purs

@@ -8,34 +8,36 @@ module Data.Lens.Fold
   , folded, unfolded
   , ifoldMapOf, ifoldrOf, ifoldlOf, iallOf, ianyOf, itoListOf, itraverseOf_
   , module ExportTypes
-  ) where
+  )
+  where
 
 import Prelude
 
 import Data.Either (Either(..), either)
 import Data.Foldable (class Foldable, foldMap)
 import Data.HeytingAlgebra (tt, ff)
-import Data.Lens.Internal.Forget (Forget (..), runForget)
-import Data.Lens.Types (Fold, FoldP) as ExportTypes
-import Data.Lens.Types (IndexedFold, Fold, OpticP, Indexed(..))
+import Data.Lens.Internal.Forget (Forget (..))
+import Data.Lens.Types (Fold, Fold') as ExportTypes
+import Data.Lens.Types (IndexedFold, Fold, Optic', Indexed(..))
 import Data.List (List(..), (:))
 import Data.Maybe (Maybe(..), maybe)
-import Data.Maybe.First (First(..), runFirst)
-import Data.Maybe.Last (Last(..), runLast)
+import Data.Maybe.First (First(..))
+import Data.Maybe.Last (Last(..))
 import Data.Monoid (class Monoid, mempty)
-import Data.Monoid.Additive (Additive(..), runAdditive)
-import Data.Monoid.Conj (Conj(..), runConj)
-import Data.Monoid.Disj (Disj(..), runDisj)
-import Data.Monoid.Dual (Dual(..), runDual)
-import Data.Monoid.Endo (Endo(..), runEndo)
-import Data.Monoid.Multiplicative (Multiplicative(..), runMultiplicative)
+import Data.Monoid.Additive (Additive(..))
+import Data.Monoid.Conj (Conj(..))
+import Data.Monoid.Disj (Disj(..))
+import Data.Monoid.Dual (Dual(..))
+import Data.Monoid.Endo (Endo(..))
+import Data.Monoid.Multiplicative (Multiplicative(..))
+import Data.Newtype (unwrap, under)
 import Data.Profunctor (dimap)
 import Data.Profunctor.Choice (class Choice, right)
 import Data.Tuple (Tuple(..), uncurry)
 
 -- | Previews the first value of a fold, if there is any.
 preview :: forall s t a b. Fold (First a) s t a b -> s -> Maybe a
-preview p = runFirst <<< foldMapOf p (First <<< Just)
+preview p = unwrap <<< foldMapOf p (First <<< Just)
 
 -- | Synonym for `preview`, flipped.
 previewOn :: forall s t a b. s -> Fold (First a) s t a b -> Maybe a
@@ -45,71 +47,71 @@ infixl 8 previewOn as ^?
 
 -- | Folds all foci of a `Fold` to one. Note that this is the same as `view`.
 foldOf :: forall s t a b. Fold a s t a b -> s -> a
-foldOf p = runForget (p (Forget id))
+foldOf p = foldMapOf p id
 
 -- | Maps and then folds all foci of a `Fold`.
 foldMapOf :: forall s t a b r. Fold r s t a b -> (a -> r) -> s -> r
-foldMapOf p f = runForget (p (Forget f))
+foldMapOf = under Forget
 
 -- | Right fold over a `Fold`.
 foldrOf :: forall s t a b r. Fold (Endo r) s t a b -> (a -> r -> r) -> r -> s -> r
-foldrOf p f r = flip runEndo r <<< foldMapOf p (Endo <<< f)
+foldrOf p f r = flip unwrap r <<< foldMapOf p (Endo <<< f)
 
 -- | Left fold over a `Fold`.
 foldlOf :: forall s t a b r. Fold (Dual (Endo r)) s t a b -> (r -> a -> r) -> r -> s -> r
-foldlOf p f r = flip runEndo r <<< runDual <<< foldMapOf p (Dual <<< Endo <<< flip f)
+foldlOf p f r = flip unwrap r <<< unwrap <<< foldMapOf p (Dual <<< Endo <<< flip f)
 
 -- | Whether all foci of a `Fold` satisfy a predicate.
-allOf :: forall s t a b r. (BooleanAlgebra r) => Fold (Conj r) s t a b -> (a -> r) -> s -> r
-allOf p f = runConj <<< foldMapOf p (Conj <<< f)
+allOf :: forall s t a b r. HeytingAlgebra r => Fold (Conj r) s t a b -> (a -> r) -> s -> r
+allOf p f = unwrap <<< foldMapOf p (Conj <<< f)
 
 -- | Whether any focus of a `Fold` satisfies a predicate.
-anyOf :: forall s t a b r. (BooleanAlgebra r) => Fold (Disj r) s t a b -> (a -> r) -> s -> r
-anyOf p f = runDisj <<< foldMapOf p (Disj <<< f)
+anyOf :: forall s t a b r. HeytingAlgebra r => Fold (Disj r) s t a b -> (a -> r) -> s -> r
+anyOf p f = unwrap <<< foldMapOf p (Disj <<< f)
 
 -- | The conjunction of all foci of a `Fold`.
-andOf :: forall s t a b. (BooleanAlgebra a) => Fold (Conj a) s t a b -> s -> a
+andOf :: forall s t a b. HeytingAlgebra a => Fold (Conj a) s t a b -> s -> a
 andOf p = allOf p id
 
 -- | The disjunction of all foci of a `Fold`.
-orOf :: forall s t a b. (BooleanAlgebra a) => Fold (Disj a) s t a b -> s -> a
+orOf :: forall s t a b. HeytingAlgebra a => Fold (Disj a) s t a b -> s -> a
 orOf p = anyOf p id
 
 -- | Whether a `Fold` contains a given element.
-elemOf :: forall s t a b. (Eq a) => Fold (Disj Boolean) s t a b -> a -> s -> Boolean
+elemOf :: forall s t a b. Eq a => Fold (Disj Boolean) s t a b -> a -> s -> Boolean
 elemOf p a = anyOf p (_ == a)
 
 -- | Whether a `Fold` not contains a given element.
-notElemOf :: forall s t a b. (Eq a) => Fold (Conj Boolean) s t a b -> a -> s -> Boolean
+notElemOf :: forall s t a b. Eq a => Fold (Conj Boolean) s t a b -> a -> s -> Boolean
 notElemOf p a = allOf p (_ /= a)
 
 -- | The sum of all foci of a `Fold`.
-sumOf :: forall s t a b. (Semiring a) => Fold (Additive a) s t a b -> s -> a
-sumOf p = runAdditive <<< foldMapOf p Additive
+sumOf :: forall s t a b. Semiring a => Fold (Additive a) s t a b -> s -> a
+sumOf p = unwrap <<< foldMapOf p Additive
 
 -- | The product of all foci of a `Fold`.
-productOf :: forall s t a b. (Semiring a) => Fold (Multiplicative a) s t a b -> s -> a
-productOf p = runMultiplicative <<< foldMapOf p Multiplicative
+productOf :: forall s t a b. Semiring a => Fold (Multiplicative a) s t a b -> s -> a
+productOf p = unwrap <<< foldMapOf p Multiplicative
 
 -- | The number of foci of a `Fold`.
 lengthOf :: forall s t a b. Fold (Additive Int) s t a b -> s -> Int
-lengthOf p = runAdditive <<< foldMapOf p (const $ Additive 1)
+lengthOf p = unwrap <<< foldMapOf p (const $ Additive 1)
 
 -- | The first focus of a `Fold`, if there is any. Synonym for `preview`.
 firstOf :: forall s t a b. Fold (First a) s t a b -> s -> Maybe a
-firstOf p = runFirst <<< foldMapOf p (First <<< Just)
+firstOf p = unwrap <<< foldMapOf p (First <<< Just)
 
 -- | The last focus of a `Fold`, if there is any.
 lastOf :: forall s t a b. Fold (Last a) s t a b -> s -> Maybe a
-lastOf p = runLast <<< foldMapOf p (Last <<< Just)
+lastOf p = unwrap <<< foldMapOf p (Last <<< Just)
 
 -- | The maximum of all foci of a `Fold`, if there is any.
-maximumOf :: forall s t a b. (Ord a) => Fold (Endo (Maybe a)) s t a b -> s -> Maybe a
+maximumOf :: forall s t a b. Ord a => Fold (Endo (Maybe a)) s t a b -> s -> Maybe a
 maximumOf p = foldrOf p (\a -> Just <<< maybe a (max a)) Nothing where
   max a b = if a > b then a else b
 
 -- | The minimum of all foci of a `Fold`, if there is any.
-minimumOf :: forall s t a b. (Ord a) => Fold (Endo (Maybe a)) s t a b -> s -> Maybe a
+minimumOf :: forall s t a b. Ord a => Fold (Endo (Maybe a)) s t a b -> s -> Maybe a
 minimumOf p = foldrOf p (\a -> Just <<< maybe a (min a)) Nothing where
   min a b = if a < b then a else b
 
@@ -125,7 +127,7 @@ sequenceOf_
   => Fold (Endo (f Unit)) s t (f a) b
   -> s
   -> f Unit
-sequenceOf_ p = flip runEndo (pure unit) <<< foldMapOf p \f -> Endo (f *> _)
+sequenceOf_ p = flip unwrap (pure unit) <<< foldMapOf p \f -> Endo (f *> _)
 
 -- | Traverse the foci of a `Fold`, discarding the results.
 traverseOf_
@@ -149,29 +151,30 @@ infixl 8 toListOfOn as ^..
 
 -- | Determines whether a `Fold` has at least one focus.
 has :: forall s t a b r. HeytingAlgebra r => Fold (Disj r) s t a b -> s -> r
-has p = runDisj <<< foldMapOf p (const (Disj tt))
+has p = unwrap <<< foldMapOf p (const (Disj tt))
 
 -- | Determines whether a `Fold` does not have a focus.
 hasn't :: forall s t a b r. HeytingAlgebra r => Fold (Conj r) s t a b -> s -> r
-hasn't p = runConj <<< foldMapOf p (const (Conj ff))
+hasn't p = unwrap <<< foldMapOf p (const (Conj ff))
 
 -- | Filters on a predicate.
-filtered :: forall p a. (Choice p) => (a -> Boolean) -> OpticP p a a
+filtered :: forall p a. Choice p => (a -> Boolean) -> Optic' p a a
 filtered f =
   right >>>
     dimap
       (\x -> if f x then Right x else Left x)
       (either id id)
 
 -- | Replicates the elements of a fold.
-replicated :: forall a b t r. (Monoid r) => Int -> Fold r a b a t
-replicated n = Forget <<< go n <<< runForget where
+replicated :: forall a b t r. Monoid r => Int -> Fold r a b a t
+replicated i (Forget a) = Forget (go i a)
+  where
   go 0 x = mempty
   go n x = x <> go (n - 1) x
 
 -- | Folds over a `Foldable` container.
 folded :: forall g a b t r. (Monoid r, Foldable g) => Fold r (g a) b a t
-folded = Forget <<< foldMap <<< runForget
+folded (Forget a) = Forget (foldMap a)
 
 -- | Builds a `Fold` using an unfold.
 unfolded
@@ -181,7 +184,7 @@ unfolded
   -> Fold r s t a b
 unfolded f p = Forget go
   where
-  go = maybe mempty (\(Tuple a sn) -> runForget p a <> go sn) <<< f
+  go = maybe mempty (\(Tuple a sn) -> unwrap p a <> go sn) <<< f
 
 -- | Fold map over an `IndexedFold`.
 ifoldMapOf
@@ -190,7 +193,7 @@ ifoldMapOf
   -> (i -> a -> r)
   -> s
   -> r
-ifoldMapOf p f = runForget $ p $ Indexed $ Forget (uncurry f)
+ifoldMapOf p f = unwrap $ p $ Indexed $ Forget (uncurry f)
 
 -- | Right fold over an `IndexedFold`.
 ifoldrOf
@@ -200,7 +203,7 @@ ifoldrOf
   -> r
   -> s
   -> r
-ifoldrOf p f r = flip runEndo r <<< ifoldMapOf p (\i -> Endo <<< f i)
+ifoldrOf p f r = flip unwrap r <<< ifoldMapOf p (\i -> Endo <<< f i)
 
 -- | Left fold over an `IndexedFold`.
 ifoldlOf
@@ -211,8 +214,8 @@ ifoldlOf
   -> s
   -> r
 ifoldlOf p f r =
-  flip runEndo r
-    <<< runDual
+  flip unwrap r
+    <<< unwrap
     <<< ifoldMapOf p (\i -> Dual <<< Endo <<< flip (f i))
 
 -- | Whether all foci of an `IndexedFold` satisfy a predicate.
@@ -223,7 +226,7 @@ iallOf
    -> (i -> a -> r)
    -> s
    -> r
-iallOf p f = runConj <<< ifoldMapOf p (\i -> Conj <<< f i)
+iallOf p f = unwrap <<< ifoldMapOf p (\i -> Conj <<< f i)
 
 -- | Whether any focus of an `IndexedFold` satisfies a predicate.
 ianyOf
@@ -233,7 +236,7 @@ ianyOf
   -> (i -> a -> r)
   -> s
   -> r
-ianyOf p f = runDisj <<< ifoldMapOf p (\i -> Disj <<< f i)
+ianyOf p f = unwrap <<< ifoldMapOf p (\i -> Disj <<< f i)
 
 -- | Find the first focus of an `IndexedFold` that satisfies a predicate, if
 -- | there is any.