functions -> forms in lib.macros

lib.macros.lisp

@@ -19,7 +19,7 @@
 
 (in-package :lib.macros)
 
-(defmacro --> (&rest functions)
+(defmacro --> (&rest forms)
   "Lexically bind current form as `_' for use in the next form, returning the
   result of the last form.
 
@@ -34,30 +34,29 @@ i.e.
 Also includes transformer where symbols are considered unary functions i.e.
 (--> x y) <-> (--> x (y _)).
 "
-  (if (null functions)
+  (if (null forms)
       nil
       (let ((assignment-forms
-              (loop :for f :in functions
+              (loop :for f :in forms
                     :for canon-f = (if (symbolp f) (list f 'lib.macros:_) f)
                     :collect `(lib.macros:_ ,canon-f))))
         `(let* ,assignment-forms
            lib.macros:_))))
 
-(defmacro ->> (&rest functions)
+(defmacro ->> (&rest forms)
   "Make current form the last argument of the next form, returning the last
   form.
 
 i.e.
 (->> (a1 a2...) (b1 b2...) (c1 c2...)) == (c1 c2 ... (b1 b2 ... (a1 a2 ...)))
 
-Also includes transformer where fun in functions that are symbols are considered
-unary functions.
+Also includes transformer where symbols are considered unary functions.
 
 Like the `|>' operator in Ocaml."
-  (if (null functions)
+  (if (null forms)
       nil
-      (loop :with acc = (car functions)
-            :for func :in (cdr functions)
+      (loop :with acc = (car forms)
+            :for func :in (cdr forms)
             :for canon-func = (if (symbolp func) (list func) func)
             :do (setq acc (append canon-func (list acc)))
             :finally (return acc))))