Applied suggestions

Author: bladyjoker

lambda-buffers-compiler/app/LambdaBuffers/Compiler/Cli/Compile.hs

@@ -29,10 +29,10 @@ compile opts = do
   compInp <- readCompilerInput (opts ^. input)
   case runCompiler compInp of
     Left compErr -> do
-      print @String "Encountered errors during Compilation"
+      putStrLn "Encountered errors during Compilation"
       writeCompilerError (opts ^. output) compErr
     Right compRes -> do
-      print @String "Compilation succeeded"
+      putStrLn "Compilation succeeded"
       writeCompilerOutput (opts ^. output) (defMessage & compilerResult .~ compRes)
   return ()
 

lambda-buffers-compiler/src/LambdaBuffers/Compiler/KindCheck.hs

@@ -68,7 +68,7 @@ makeEffect ''GlobalCheck
 data ModuleCheck a where -- Module
   KCTypeDefinition :: ModName -> Context -> PC.TyDef -> ModuleCheck Kind
 
--- fixme(cstml & gnumonik): lets reach consensus on these - Note(1).
+-- NOTE(cstml & gnumonik): Lets reach consensus on these - Note(1).
 --  KCClassInstance :: Context -> P.InstanceClause -> ModuleCheck ()
 --  KCClass :: Context -> P.ClassDef -> ModuleCheck ()
 
@@ -79,8 +79,6 @@ data KindCheck a where
   InferTypeKind :: ModName -> PC.TyDef -> Context -> Type -> KindCheck Kind
   CheckKindConsistency :: ModName -> PC.TyDef -> Context -> Kind -> KindCheck Kind
 
---  TypeFromTyDef :: ModName -> P.TyDef -> KindCheck Type -- replaced with constructor by constructor check
-
 makeEffect ''KindCheck
 
 --------------------------------------------------------------------------------
@@ -139,7 +137,6 @@ localStrategy = reinterpret $ \case
 
 runKindCheck :: forall effs {a}. Member Err effs => Eff (KindCheck ': effs) a -> Eff effs a
 runKindCheck = interpret $ \case
-  --  TypeFromTyDef moduleName tydef -> runReader moduleName (tyDef2Type tydef)
   TypesFromTyDef moduleName tydef -> runReader moduleName (tyDef2Types tydef)
   InferTypeKind _modName tyDef ctx ty -> either (handleErr tyDef) pure $ infer ctx ty
   CheckKindConsistency mname def ctx k -> runReader mname $ resolveKindConsistency def ctx k
@@ -278,7 +275,7 @@ pKind2Kind k =
   case k ^. #kind of
     PC.KindRef PC.KType -> Type
     PC.KindArrow l r -> pKind2Kind l :->: pKind2Kind r
-    -- FIXME(cstml) what is an undefined type meant to mean?
+    -- NOTE(cstml): What is an Kind type meant to mean?
     _ -> error "Fixme undefined type"
 
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