clean up trailing whitespace

_scratch/ADThrowaway.hs

@@ -12,7 +12,7 @@
 -- Dual Number Forward Generic --
 ---------------------------------
 
-data DNF a b = DNF 
+data DNF a b = DNF
   { dnfVal ∷ a
   , dnfDer ∷ b
   } deriving (Eq,Ord,Show)
@@ -149,7 +149,7 @@ deriving instance (𝒩 m,𝒩 n) ⇒ Times                       (DNFJ𝔻 m n)
 -- Dual Number Backward Generic --
 ----------------------------------
 
-data DNB a b = DNB 
+data DNB a b = DNB
   { dnbVal ∷ a
   , dnbDer ∷ a → b
   }
@@ -163,7 +163,7 @@ sensDNB ∷ a → (a → b) → DNB a b
 sensDNB = DNB
 
 plusDNB ∷ (Plus a,Plus b) ⇒ DNB a b → DNB a b → DNB a b
-plusDNB (DNB v₁ d₁) (DNB v₂ d₂) = DNB (v₁ + v₂) $ \ δ → 
+plusDNB (DNB v₁ d₁) (DNB v₂ d₂) = DNB (v₁ + v₂) $ \ δ →
   d₁ δ + d₂ δ
 
 timesDNB ∷ (Times a,Plus b) ⇒ DNB a b → DNB a b → DNB a b
@@ -305,7 +305,7 @@ type DNBMC = AllCC 𝒩
 
 data DNBM (ms ∷ [𝐍]) (nss ∷ [[𝐍]]) a = DNBM
   { dnbmVal ∷ 𝕄S ms a
-  , dnbmDer ∷ 𝕄S ms a → 𝐿S nss DNBMC (𝕄S' a) → 𝐿S nss DNBMC (𝕄S' a) 
+  , dnbmDer ∷ 𝕄S ms a → 𝐿S nss DNBMC (𝕄S' a) → 𝐿S nss DNBMC (𝕄S' a)
   }
 makeLenses ''DNBM
 makePrettySum ''DNBM
@@ -329,5 +329,3 @@ timesDNBM ∷ (AllC 𝒩 ms,Times a) ⇒ DNBM ms nss a → DNBM ms nss a → DNB
 timesDNBM (DNBM v₁ 𝒹₁) (DNBM v₂ 𝒹₂) = DNBM (v₁ × v₂) $ \ d → 𝒹₁ (d × v₂) ∘ 𝒹₂ (d × v₁)
 
 -- }}}
-
-

_scratch/Fr.hs

@@ -19,7 +19,7 @@ data FrI hᴵ hᴼ o a where
   Fr1 ∷ ∀ h o a. Tr h o a → FrI h h o a
   Fr2 ∷ ∀ hᴵ hᴼ o a. Br hᴵ o a → Fr ('S hᴵ) hᴼ o a → Br hᴵ o a → FrI hᴵ hᴼ o a
 
-data ExTallFr h o a where 
+data ExTallFr h o a where
   EqTlFr ∷ ∀ h o a. Fr 'Z h o a → ExTallFr h o a
   SuccFr ∷ ∀ h o a. Fr 'Z ('S h) o a → ExTallFr h o a
 
@@ -297,7 +297,7 @@ snocFrK f x (InFr2 bˡ () bʳ c) = consFrBrK x bʳ $ InFr2R bˡ f () c
 
 insertPosFr ∷ (Monoid o,Summary o a) ⇒ a → PositionFr h o a → ExTallFr h o a
 insertPosFr x (PositionFr0 c) = consFrK x fr0 c
-insertPosFr x (PositionFr2 d f c) = case d of 
+insertPosFr x (PositionFr2 d f c) = case d of
   Left → consFrK x f c
   Right → snocFrK f x c
 insertPosFr x (PositionFrBr d b c) = case d of
@@ -396,7 +396,7 @@ data FrK𝑆 o a where
 data BrInFr𝑆 o a where
   InFr2L𝑆 ∷ ∀ hᴵ hᴼ o a. () → Fr ('S hᴵ) hᴼ o a → Br hᴵ o a → FrK𝑆 o a → BrInFr𝑆 o a
   InFr2R𝑆 ∷ ∀ o a . () → FrK𝑆 o a → BrInFr𝑆 o a
-  
+
 data TrInFr𝑆 o a  where
   InFr1𝑆 ∷ ∀ o a. () → FrK𝑆 o a → TrInFr𝑆 o a
   InBr1𝑆 ∷ ∀ o a. () → BrInFr𝑆 o a → TrInFr𝑆 o a
@@ -438,4 +438,3 @@ streamFr f  = 𝑆 (locFstFr𝑆 f TopFr𝑆) $ \case
   Some (x :* c :* cc) → Some (x :* nextFr𝑆 c cc)
 
 instance ToStream a (Fr hᴵ hᴼ o a) where stream = streamFr
-

_scratch/Lib/Parser/Fast.hs

@@ -33,16 +33,16 @@ data CParser t a = CParser
   , cParserFallback ∷ Formats ⇰ (𝐼 t → Parser t a)
   }
 
-instance Return (CParser t) where 
+instance Return (CParser t) where
   -- {-# INLINE return #-}
   return ∷ ∀ a. a → CParser t a
   return x = CParser dø None $ null ↦ const (return x)
 instance (Ord t) ⇒ Bind (CParser t) where
   -- {-# INLINE (≫=) #-}
   (≫=) ∷ ∀ a b. CParser t a → (a → CParser t b) → CParser t b
-  CParser n nf f ≫= k = 
-    CParser (map (mapCResultsParsers $ extend k) n) 
-            (map (mapCResultsParsers $ extend k) nf) 
+  CParser n nf f ≫= k =
+    CParser (map (mapCResultsParsers $ extend k) n)
+            (map (mapCResultsParsers $ extend k) nf)
             (map (map $ extend $ cparser ∘ k) f)
 instance (Ord t) ⇒ Functor (CParser t) where map = mmap
 instance (Ord t) ⇒ Monad (CParser t)
@@ -104,5 +104,5 @@ cunit fm f = CParser dø None $ fm ↦ return ∘ f
 
 -- {-# INLINE cpWord #-}
 cpWord ∷ ∀ s t. (Ord t,Eq t,s ⇄ 𝐼 t) ⇒ Formats → s → CParser t s
-cpWord fm ts = foldrOnFrom (isoto ts) (cunit fm isofr) $ \ c cp → 
+cpWord fm ts = foldrOnFrom (isoto ts) (cunit fm isofr) $ \ c cp →
   CParser (c ↦ CResults False {- pø -} cp) (Some (CResults True {- null -} {- (single $ ppshow ts) -} null)) dø