align arrows

src/Core/Check.idr

@@ -17,24 +17,24 @@ import Core.Convert
 %default total
  
 -- extend environment, used to ensure environment is always in normal form
-extV : {auto deftrs    : RefA DTR Value}
-       -> {auto frst   : Ref NST Nat}
-       -> Ctx n -> Value -> PI (Ctx (S n))
+extV : {auto deftrs : RefA DTR Value}
+    -> {auto frst   : Ref NST Nat}
+    -> Ctx n -> Value -> PI (Ctx (S n))
 extV ctx val = whnf val >>= pure . (`Data.Vect.(::)` ctx)
 
 -- to extend, closure env, term
-extT : {auto deftrs    : RefA DTR Value}
-       -> {auto frst   : Ref NST Nat}
-       -> Ctx m -> Ctx n -> Term n -> PI (Ctx (S m))
+extT : {auto deftrs : RefA DTR Value}
+    -> {auto frst   : Ref NST Nat}
+    -> Ctx m -> Ctx n -> Term n -> PI (Ctx (S m))
 extT ctx env = extV ctx . VClos env
 
 mutual
   public export
   -- terms types expected term
   check : {auto deftrs    : RefA DTR Value}
-          -> {auto deftys : RefA DTY Value}
-          -> {auto frst   : Ref NST Nat}
-          -> Ctx n -> Ctx n -> Value -> Term n -> PI Bool
+       -> {auto deftys : RefA DTY Value}
+       -> {auto frst   : Ref NST Nat}
+       -> Ctx n -> Ctx n -> Value -> Term n -> PI Bool
   check trs tys xpt' tr = do
     xpt <- whnf xpt'
     case tr of
@@ -58,10 +58,10 @@ mutual
 
   -- terms types term
   public export
-  infer : {auto deftrs    : RefA DTR Value}
-          -> {auto deftys : RefA DTY Value}
-          -> {auto frst   : Ref NST Nat}
-          -> Ctx n -> Ctx n -> Term n -> PI Value
+  infer : {auto deftrs : RefA DTR Value}
+       -> {auto deftys : RefA DTY Value}
+       -> {auto frst   : Ref NST Nat}
+       -> Ctx n -> Ctx n -> Term n -> PI Value
   infer trs tys TType      = pure VType
   infer trs tys TTop       = pure VType
   infer trs tys TBot       = pure VType
@@ -158,9 +158,9 @@ mutual
   infer trs tys x          = oops ("cannot infer type " ++ show x)
 
 public export
-typecheck : {auto deftrs    : RefA DTR Value}
-            -> {auto deftys : RefA DTY Value}
-            -> {auto frst   : Ref NST Nat}
-            -> Term 0 -> Term 0 -> IO (Either String Bool)
+typecheck : {auto deftrs : RefA DTR Value}
+         -> {auto deftys : RefA DTY Value}
+         -> {auto frst   : Ref NST Nat}
+         -> Term 0 -> Term 0 -> IO (Either String Bool)
 typecheck tr ty = resolve $ (&&) <$> check [] [] VType ty 
                                  <*> delay <$> check [] [] (VClos [] ty) tr

src/Core/Convert.idr

@@ -17,9 +17,9 @@ import Data.IORef
 %default total
 
 public export
-convert : {auto deftrs    : RefA DTR Value}
-          -> {auto frst   : Ref NST Nat} 
-          -> Value -> Value -> PI Bool
+convert : {auto deftrs : RefA DTR Value}
+       -> {auto frst   : Ref NST Nat} 
+       -> Value -> Value -> PI Bool
 convert u1 u2 = do
   u1' <- whnf u1
   u2' <- whnf u2

src/Core/Normalize.idr

@@ -17,9 +17,9 @@ import Data.IORef
 
 mutual
   public export
-  app : {auto deftrs    : RefA DTR Value}
-        -> {auto frst   : Ref  NST Nat}
-        -> Value -> Value -> PI Value
+  app : {auto deftrs : RefA DTR Value}
+     -> {auto frst   : Ref  NST Nat}
+     -> Value -> Value -> PI Value
   app (VClos env (TLam sc))       x = eval (x :: env) sc
 
   app (VClos env (TTopInd c st)) VTop = eval env st
@@ -41,8 +41,8 @@ mutual
 
   public export
   eval : {auto deftrs : RefA DTR Value}
-         -> {auto frst   : Ref NST Nat} 
-         -> Ctx n -> Term n -> PI Value
+      -> {auto frst   : Ref NST Nat} 
+      -> Ctx n -> Term n -> PI Value
   eval env (TVar i)    = pure (index i env)
   eval env (TDef i)    = do
     res <- getArr DTR i
@@ -67,8 +67,8 @@ mutual
 
   public export
   whnf : {auto deftrs    : RefA DTR Value}
-         -> {auto frst   : Ref  NST Nat} 
-         -> Value -> PI Value
+      -> {auto frst   : Ref  NST Nat} 
+      -> Value -> PI Value
   whnf (VClos env tr) = eval env tr
   whnf (VApp f x) = do
     f' <- whnf f