Merge pull request #1 from prophen/nikema-prophet

Blevs · web-flow · commit d0e038fff4ec · 2019-06-12T13:22:10.000-04:00
set up git repo
diff --git a/README.md b/README.md
@@ -7,44 +7,44 @@ With some basic JavaScript principles in hand, we can now expand our skills out
 
 **Follow these steps to set up and work on your project:**
 
-* [ ] Create a forked copy of this project.
-* [ ] Add your project manager as collaborator on Github.
-* [ ] Clone your OWN version of the repository (Not Lambda's by mistake!).
-* [ ] Create a new branch: git checkout -b `<firstName-lastName>`.
-* [ ] Implement the project on your newly created `<firstName-lastName>` branch, committing changes regularly.
-* [ ] Push commits: git push origin `<firstName-lastName>`.
+* [x] Create a forked copy of this project.
+* [x] Add your project manager as collaborator on Github.
+* [x] Clone your OWN version of the repository (Not Lambda's by mistake!).
+* [x] Create a new branch: git checkout -b `<firstName-lastName>`.
+* [x] Implement the project on your newly created `<firstName-lastName>` branch, committing changes regularly.
+* [x] Push commits: git push origin `<firstName-lastName>`.
 
 **Follow these steps for completing your project.**
 
-* [ ] Submit a Pull-Request to merge <firstName-lastName> Branch into master (student's  Repo). **Please don't merge your own pull request**
-* [ ] Add your project manager as a reviewer on the pull-request
-* [ ] Your project manager will count the project as complete by merging the branch back into master.
+* [x] Submit a Pull-Request to merge <firstName-lastName> Branch into master (student's  Repo). **Please don't merge your own pull request**
+* [x] Add your project manager as a reviewer on the pull-request
+* [x] Your project manager will count the project as complete by merging the branch back into master.
 
 ## Task 2: Higher Order Functions and Callbacks
 
 This task focuses on getting practice with higher order functions and callback functions by giving you an array of values and instructions on what to do with that array.
 
-* [ ] Review the contents of the [callbacks.js](assignments/callbacks.js) file.  Notice you are given an array at the top of the page.  Use that array to aid you with your functions.
+* [x] Review the contents of the [callbacks.js](assignments/callbacks.js) file.  Notice you are given an array at the top of the page.  Use that array to aid you with your functions.
 
 * [ ] Complete the problems provided to you but skip over stretch problems until you are complete with every other JS file first.
 
 ## Task 3: Array Methods
 
 Use `.forEach()`, `.map()`, `.filter()`, and `.reduce()` to loop over an array with 50 objects in it. The [array-methods.js](assignments/array-methods.js) file contains several challenges built around a fundraising 5K fun run event.
 
-* [ ] Review the contents of the [array-methods.js](assignments/array-methods.js) file.  
+* [x] Review the contents of the [array-methods.js](assignments/array-methods.js) file.  
 
-* [ ] Complete the problems provided to you but skip over stretch problems until you are complete with every other JS file first.
+* [x] Complete the problems provided to you but skip over stretch problems until you are complete with every other JS file first.
 
-* [ ] Notice the last three problems are up to you to create and solve.  This is an awesome opportunity for you to push your critical thinking about array methods, have fun with it.
+* [x] Notice the last three problems are up to you to create and solve.  This is an awesome opportunity for you to push your critical thinking about array methods, have fun with it.
 
 ## Task 4: Closures
 
 We have learned that closures allow us to access values in scope that have already been invoked (lexical scope).  
 
 **Hint: Utilize debugger statements in your code in combination with your developer tools to easily identify closure values.**
 
-* [ ] Review the contents of the [closure.js](assignments/closure.js) file.  
+* [x] Review the contents of the [closure.js](assignments/closure.js) file.  
 * [ ] Complete the problems provided to you but skip over stretch problems until you are complete with every other JS file first.
 
 ## Stretch Goals
diff --git a/assignments/array-methods.js b/assignments/array-methods.js
@@ -56,28 +56,51 @@ const runners = [{"id":1,"first_name":"Charmain","last_name":"Seiler","email":"c
 // ==== Challenge 1: Use .forEach() ====
 // The event director needs both the first and last names of each runner for their running bibs.  Combine both the first and last names into a new array called fullName. 
 let fullName = [];
+runners.forEach( runner => fullName.push(`${runner.first_name} ${runner.last_name}`))
 console.log(fullName);
 
+
 // ==== Challenge 2: Use .map() ====
 // The event director needs to have all the runner's first names converted to uppercase because the director BECAME DRUNK WITH POWER. Convert each first name into all caps and log the result
 let allCaps = [];
+allCaps = runners.map(runner => runner.first_name.toUpperCase())
 console.log(allCaps); 
 
 // ==== Challenge 3: Use .filter() ====
 // The large shirts won't be available for the event due to an ordering issue.  Get a list of runners with large sized shirts so they can choose a different size. Return an array named largeShirts that contains information about the runners that have a shirt size of L and log the result
 let largeShirts = [];
+largeShirts = runners.filter(runner => runner.shirt_size === 'L')
 console.log(largeShirts);
 
 // ==== Challenge 4: Use .reduce() ====
 // The donations need to be tallied up and reported for tax purposes. Add up all the donations into a ticketPriceTotal array and log the result
 let ticketPriceTotal = [];
+ticketPriceTotal = runners.reduce((acc, runner) => acc += runner.donation, 0)
 console.log(ticketPriceTotal);
 
 // ==== Challenge 5: Be Creative ====
 // Now that you have used .forEach(), .map(), .filter(), and .reduce().  I want you to think of potential problems you could solve given the data set and the 5k fun run theme.  Try to create and then solve 3 unique problems using one or many of the array methods listed above.
 
 // Problem 1
+// Create a list of runners with their names and email addresses to send out reminders before the race.
+
+const emailList = runners.map(runner => {
+  const nameEmailPair = {};
+  nameEmailPair.name = `${runner.first_name} ${runner.last_name}`
+  nameEmailPair.email = runner.email
+
+  return nameEmailPair
+})
+console.log(emailList);
 
 // Problem 2
+// List all of the companies represented in the race
+
+const companyNames = runners.map(runner => runner.company_name)
+console.log(companyNames);
+
+// Problem 3
+// Find every runner who raised less than $20 and bug them to get more money
 
-// Problem 3
+const slackers = runners.filter(runner => runner.donation < 20)
+console.log(slackers)
diff --git a/assignments/callbacks.js b/assignments/callbacks.js
@@ -24,28 +24,47 @@ const items = ['Pencil', 'Notebook', 'yo-yo', 'Gum'];
 
 */
 
+function showResult(result) {
+  console.log('Callback Result:', result)
+}
 
 function getLength(arr, cb) {
   // getLength passes the length of the array into the callback.
+  return cb(arr.length)
 }
+getLength(items, showResult)
 
 function last(arr, cb) {
   // last passes the last item of the array into the callback.
+  return cb(arr[arr.length -1])
 }
+last(items, showResult)
 
 function sumNums(x, y, cb) {
   // sumNums adds two numbers (x, y) and passes the result to the callback.
+  return cb(x + y)
 }
+sumNums(2, 20, showResult)
 
 function multiplyNums(x, y, cb) {
   // multiplyNums multiplies two numbers and passes the result to the callback.
+  return cb(x * y)
 }
+multiplyNums(12, 2, showResult)
 
 function contains(item, list, cb) {
   // contains checks if an item is present inside of the given array/list.
   // Pass true to the callback if it is, otherwise pass false.
+  if (list.includes(item)) {
+    return cb(true)
+  } else {
+    return cb(false)
+  }
 }
 
+contains('yo-yo',items,showResult)
+contains('bicycle', items, showResult)
+
 /* STRETCH PROBLEM */
 
 function removeDuplicates(array, cb) {
diff --git a/assignments/closure.js b/assignments/closure.js
@@ -1,5 +1,13 @@
 // ==== Challenge 1: Write your own closure ====
 // Write a simple closure of your own creation.  Keep it simple!
+function sayHello (greeting, name) {
+  function makeGreeting() { 
+    console.log(greeting + ' ' + name + ' from makeGreeting()')
+  }
+  return makeGreeting();
+}
+sayHello('Hello','Nikema');
+sayHello('Hi','Mark')
 
 
 /* STRETCH PROBLEMS, Do not attempt until you have completed all previous tasks for today's project files */
@@ -8,6 +16,7 @@
 // ==== Challenge 2: Create a counter function ====
 const counter = () => {
   // Return a function that when invoked increments and returns a counter variable.
+
 };
 // Example usage: const newCounter = counter();
 // newCounter(); // 1
