Class2 pig latin

01week/dataTypes.js

@@ -76,6 +76,7 @@ function day_time() {
   console.log(weekday[today.getDay()] + " " + hour + ":" + min + ":" + sec);
 }
 
+
 day_time ();
 
 function convertNumber() {
@@ -110,52 +111,59 @@ console.log(typeof object1);
 var object2 = 7;
 console.log(typeof object2);
 
-// homework
+// var number = 72468;
+// number.toString();
 
-// I did not even try prompt but I am assuming it wont work because it will return a string
-// BUT if you parse the prompt it works!!!
-var firstNum = parseInt(prompt("Write a number"));
-var secondNum = parseInt(prompt("Write another number"));
-console.log("The sum of your two numbers is " + (firstNum + secondNum));
+const numberToString = (x) => {
+  x.toString();
+}
 
-// Renee wanted the program that adds two numbers in a function
-var a;
-var b;
+// var string = "72468"
+// parseInt(string);
 
-function add(a, b) {
-  return a + b;
+const stringToNumber = (x) => {
+  return parseInt(x);
 }
-console.log(add(10, 5));
 
-// will run if both things are true
-function willItRun(thing1, thing2) {
-  if (thing1 === true && thing2 === true) {
-    return "Yes it will run!";
-  } else {
-    return "Sorry, your function is broken.";
-  }
+// this does not work because no matter what you write in the prompt the computer reads it as a string
+// var object = prompt("Write an example of a datatype");
+// document.write(typeof object);
+
+const whatKindOfDataType = (x) => {
+  document.write(typeof x);
 }
+>>>>>>> 5bd60ebe9c867cc26fca388446688ad54f6ded84
 
-console.log(willItRun(true, true));
+// homework
 
-// will run if at least one thing is true
-function howAboutNow(thing1, thing2) {
-  if (thing1 === true || thing2 === true) {
-    return "Yes it will run!";
+// I did not even try prompt but I am assuming it wont work because it will return a string
+const sum = (firstNum, secondNum) => {
+  document.write(firstNum + secondNum);
+};
+
+var thing1 = true;
+var thing2 = true;
+
+function willItRun (thing1, thing2) {
+  if (thing1 && thing2) {
+    return "both are true";
   } else {
-    return "Sorry, your function is broken.";
+    return false;
   }
-}
+};
 
-console.log(howAboutNow(true, false));
-
-// will run if both things are false
-function lastOne(thing1, thing2) {
-  if (thing1 === false && thing2 === false) {
-    return "Yes it will run!";
+function howAboutNow (thing1, thing2) {
+  if (thing1 || thing2) {
+    return "one is true";
   } else {
-    return "Sorry, your function is broken.";
+    return false;
   }
-}
+};
 
-console.log(lastOne(false, false));
+function lastOne (thing1, thing2) {
+  if (!thing1 || !thing2) {
+    return "both are false"
+  } else {
+    return false;
+  }
+};

01week/rockPaperScissors.js

@@ -7,16 +7,44 @@ const rl = readline.createInterface({
   output: process.stdout
 });
 
+function rockPaperScissors(a, b) {
 
-function rockPaperScissors(hand1, hand2) {
+  // trim and convert characters to lowercase
+  const hand1 = a.trim().toLowerCase();
+  const hand2 = b.trim().toLowerCase();
 
-  // Write code here
+  // make sure players write the right words
+  // if ((hand1 !== "rock") && (hand1 !== "scissors") && (hand1 !== "paper")) {
+  //   return "There was a typo, please try again!";
+  // }
+  //
+  // if ((hand2 !== "rock") && (hand1 !== "scissors") && (hand1 !== "paper")) {
+  //   return "There was a typo, please try again!";
+  // }
 
+  const typo = ['rock', 'paper', 'scissors'];
+  if(typo.indexOf(hand1) > -1 && typo.indexOf(hand2) > -1) {
+  // check for tie, if a tie does not return - check for a win
+    if (hand1 === hand2) {
+      return "It's a tie!";
+    } else {
+      // write out all of the hand1 winning combinations
+      if ((hand1 === 'rock' && hand2 === 'scissors') || (hand1 === 'scissors' && hand2 === 'paper') || (hand1 === 'paper' && hand2 === 'rock')) {
+        return "Hand one wins!";
+
+      // if hand1 does not win then hand2 wins
+    } else if ((hand1 === 'rock' && hand2 === 'paper') || (hand1 === 'scissors' && hand2 === 'rock') || (hand1 === 'paper' && hand2 === 'scissors')) {
+        return "Hand two wins!";
+      }
+    }
+  } else {
+    return "There was a typo, please try again!";
+  }
 }
 
 function getPrompt() {
-  rl.question('hand1: ', (answer1) => {
-    rl.question('hand2: ', (answer2) => {
+  rl.question('Player 1: ', (answer1) => {
+    rl.question('Player 2: ', (answer2) => {
       console.log( rockPaperScissors(answer1, answer2) );
       getPrompt();
     });
@@ -43,6 +71,21 @@ if (typeof describe === 'function') {
       assert.equal(rockPaperScissors('Paper', 'SCISSORS'), "Hand two wins!");
       assert.equal(rockPaperScissors('rock ', 'sCiSsOrs'), "Hand one wins!");
     });
+    it('should detect when hand 1 wins', () => {
+      assert.equal(rockPaperScissors('rock', 'scissors'), "Hand one wins!");
+      assert.equal(rockPaperScissors('paper', 'rock'), "Hand one wins!");
+      assert.equal(rockPaperScissors('scissors', 'paper'), "Hand one wins!");
+    });
+    it('should detect when hand 2 wins', () => {
+      assert.equal(rockPaperScissors('rock', 'paper'), "Hand two wins!");
+      assert.equal(rockPaperScissors('paper', 'scissors'), "Hand two wins!");
+      assert.equal(rockPaperScissors('scissors', 'rock'), "Hand two wins!");
+    });
+    it('should detect a typo', () => {
+      assert.equal(rockPaperScissors('sizzors', 'paper'), "There was a typo, please try again!");
+      assert.equal(rockPaperScissors('rock', 'pepar'), "There was a typo, please try again!");
+      assert.equal(rockPaperScissors('rokk', 'pepar'), "There was a typo, please try again!");
+    });
   });
 } else {
 

02week/pigLatin.js

@@ -8,16 +8,41 @@ const rl = readline.createInterface({
 });
 
 
-function pigLatin(word) {
+const pigLatin = (word) => {
 
-  // Your code here
+  //making sure I made my branch correctly, attempt 2 https://github.com/deytonk/javascript-workbook/pull/5
 
+  // WHITE BOARDING:
+  // Find position of first vowel (a,e,i,o,u, or y)
+
+  let pigWord = word.trim().toLowerCase().split('');
+
+  // This regex string method is used to parse and iterate through the characters of the parameter of the pigLatin function, to see where the vowels are located.
+  // const firstVowel = word.match(/[aeiouy]/);
+  // const firstPosition = word.indexOf(firstVowel);
+
+  const vowel = ['a', 'e', 'i', 'o', 'u'];
+  // If vowel is the first letter of the word, return the word with 'ay' at the end, (unless Y is the first letter, then treat as other words)
+  if (vowel.indexOf(pigWord[0]) > -1) {
+    return pigWord.join('') + "yay";
+  // For all other words, return any letters before the vowel to the end of the word with 'ay' at the end, moving the first vowel to position 0
+  } else {
+    for (let v = 1; v < pigWord.length; v++) {
+      if (vowel.indexOf(pigWord[v]) > -1) {
+        return pigWord.slice(v, pigWord.length).join('') + pigWord.slice(0, v).join('') + "ay";
+      }
+    }
+    // pigWord.forEach(vowel.indexOf(pigWord[]))
+    // return pigWord.splice(0, ) + "ay";
+  }
 }
 
+// pigLatin('thrice');
+
 
 function getPrompt() {
   rl.question('word ', (answer) => {
-    console.log( pigLatin(answer) );
+    console.log(pigLatin(answer));
     getPrompt();
   });
 }