Build README

README.md

@@ -171,12 +171,18 @@ const currentUrl = _ => window.location.href;
 Use recursion.
 If the number of provided arguments (`args`) is sufficient, call the passed function `f`.
 Otherwise return a curried function `f` that expects the rest of the arguments.
+If you want to curry a function that accepts a variable number of arguments (a variadic function, e.g. `Math.min()`), you can optionally pass the number of arguments to the second parameter `arity`.
 
 ```js
-const curry = f =>
+const curry = (f, arity = f.length, next) =>
-  (...args) =>
+  (next = prevArgs =>
-    args.length >= f.length ? f(...args) : (...otherArgs) => curry(f)(...args, ...otherArgs);
+    nextArg => {
+      const args = [ ...prevArgs, nextArg ];
+      return args.length >= arity ? f(...args) : next(args);
+    }
+  )([]);
 // curry(Math.pow)(2)(10) -> 1024
+// curry(Math.min, 3)(10)(50)(2) -> 2
 ```
 
 ### Deep flatten array

snippets/curry.md

@@ -3,16 +3,14 @@
 Use recursion.
 If the number of provided arguments (`args`) is sufficient, call the passed function `f`.
 Otherwise return a curried function `f` that expects the rest of the arguments.
-If you want to curry a function that accepts a variable number of arguments (variadic function) like Math.min for example, you can optionally pass the number of arguments to the second parameter arity.
+If you want to curry a function that accepts a variable number of arguments (a variadic function, e.g. `Math.min()`), you can optionally pass the number of arguments to the second parameter `arity`.
 
 ```js
 const curry = (f, arity = f.length, next) =>
   (next = prevArgs =>
     nextArg => {
-      const args = [ ...prevArgs, nextArg ]
+      const args = [ ...prevArgs, nextArg ];
-      return args.length >= arity 
+      return args.length >= arity ? f(...args) : next(args);
-        ? f(...args)
-        : next(args);
     }
   )([]);
 // curry(Math.pow)(2)(10) -> 1024