refactor

Author: dmitriz

README.md

@@ -19,7 +19,6 @@ by the same author (See also https://github.com/MostlyAdequate/mostly-adequate-g
 
 
 ## What makes Prof. Frisby's course and book awesome?
-
 Both course and book amazingly manage to avoid suffering from the two widespread diseases when explaining abstract functional concepts: 
 
 - The first disease is to stay with abstract artifically simplified examples that can be easily manipulated 
@@ -37,7 +36,6 @@ demonstrating real benefits of the functional abstractions with sharp focus and
 
 
 ## Running Examples
-
 Install the packages with either of
 ```js
 yarn install
@@ -50,5 +48,4 @@ node <file.js>
 
 
 ## Related Projects
-
 - [Monadic Libraries Examples with Tests](https://github.com/dmitriz/monadic-libraries-examples)

examples/22-creed-traversable.js

@@ -11,35 +11,35 @@ const { runNode, Promise: CreedPromise } = require('creed')
 
 // readFilePromise :: String -> String -> Promise Error Buffer
 const readFilePromise = (fileName, encoding = 'utf-8') => 
-	runNode(fs.readFile, fileName, {encoding})
+  runNode(fs.readFile, fileName, {encoding})
 
 // wrap into List that provides 'traverse'
 const files = List(['file1.txt', 'file2.txt'])
 
 console.log(
   `Running...
   List(['file1.txt', 'file2.txt'])
-  	.traverse( CreedPromise.of, readFilePromise )
-  	.then( console.log, console.error ) :
+    .traverse( CreedPromise.of, readFilePromise )
+    .then( console.log, console.error ) :
   `
 )
 
 /*
-	'files' is List of files 'List(a)'
-	'map' preserves the List wrapper, so we can get 'List(Promise(a))'
-	'traverse' applies the function (a -> f b) to each List entry,
-		then lifts the List to Promise of Lists via CreedPromise's 'ap' operator
-		running Promises in parallel!
+  'files' is List of files 'List(a)'
+  'map' preserves the List wrapper, so we can get 'List(Promise(a))'
+  'traverse' applies the function (a -> f b) to each List entry,
+    then lifts the List to Promise of Lists via CreedPromise's 'ap' operator
+    running Promises in parallel!
 */
 
 files
   .traverse(
 
-  	// type hint, applicative functor
-  	// needed in case of failure or never running the function
-  	CreedPromise.of, 
+    // type hint, applicative functor
+    // needed in case of failure or never running the function
+    CreedPromise.of, 
 
-  	// traversing function a -> f b
-  	file => readFilePromise(file)
+    // traversing function a -> f b
+    file => readFilePromise(file)
   )
   .then( console.log, console.error )

examples/coyoneda.js

@@ -33,22 +33,22 @@ console.log("Set([1, 1, 2, 3, 3, 4]) : ", set)
 
 
 // Wrap set into Coyoneda with 'id' function
-const coyo_result = Coyoneda.lift(set)
+const coyoResult = Coyoneda.lift(set)
   .map(x => x + 1)
   .map(x => `${x}!`)
 
 console.log(
   "Coyoneda.lift(set).map(x => x + 1).map(x => `${x}!`): ",
-  coyo_result
+  coyoResult
 )
 
 
-// equivalent to buildUpFn = coyo_result.f, our_set = coyo_result.x
-const {f: builtUpFn, x: our_set} = coyo_result
+// equivalent to buildUpFn = coyoResult.f, ourSet = coyoResult.x
+const {f: builtUpFn, x: ourSet} = coyoResult
 
-console.log("builtUpFn is: ", builtUpFn, "; our_set is: ", our_set)
+console.log("builtUpFn is: ", builtUpFn, "; ourSet is: ", ourSet)
 
-our_set
+ourSet
   .forEach(n => console.log(builtUpFn(n)))
 // 2!
 // 3!