sprint-2-challenge-VGoku/index.html at main · bloominstituteoftechnology/sprint-2-challenge-VGoku · GitHub

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<!DOCTYPE html>
<html lang="en">

<head>
  <title>Web Sprint 2 Challenge</title>
  <style>
    .widget {
      padding: 0 0 0.5rem 0.65rem;
      margin-bottom: 0.5rem;
      border: 1px solid black;
      border-radius: 0.5rem;
    }

    .widget p {
      font-size: 0.75rem;
      font-style: italic;
    }

    .row>div {
      display: inline-block;
      background-color: lightgrey;
      border: 1px solid grey;
      width: 2rem;
      height: 2rem;
      cursor: pointer;
    }

    #outcome {
      font-size: 3rem;
    }

  </style>
</head>

<body>
  <h1>Web Sprint 2 Challenge </h1>
  <p>❗ See the last script tag for instructions on completing your Challenge</p>
  <!-- widgets start -->
  <section class="widget">
    <p>Click on a square! (this widget uses the mineSweeper function)</p>
    <div class="row" id="row1">
      <div></div>
      <div></div>
      <div></div>
    </div>
    <div class="row" id="row2">
      <div></div>
      <div></div>
      <div></div>
    </div>
    <div class="row" id="row3">
      <div></div>
      <div></div>
      <div></div>
    </div>
    <span id="outcome"></span>
  </section>
  <form class="widget">
    <p>Type a ten-digit number! (this widget uses the normalizePhoneNumber function)</p>
    <input type="text" id="phoneNumInput" maxlength="10" />
    <span id="normalized"></span>
  </form>
  <!-- widgets end -->

  <!-- The first script tag loads a library called lodash that helps with testing -->
  <script src="https://cdnjs.cloudflare.com/ajax/libs/lodash.js/4.17.21/lodash.min.js"></script>
  <script id="challenge">
    // In CHALLENGES 1-6 you will write JavaScript functions
    function prefixer(prefix, ...args) {
      let returnArray = [];
      for (let i = 0; i < args.length; i++) {
        returnArray.push(prefix + args[i]);
      }
      return returnArray;
    }

    // Now call the function and log the output to see the output in console.
    console.log(prefixer('un-', 'opposed', 'ashamed'));

    // ❗ Functions are scaffolded for you, but are missing their parameters and bodies
    // ❗ Do not rename the functions provided, and do not create any other script tags
    // ❗ Do not modify the location of the two script tags in this document
    // ❗ Debug properly using the Console

    // 👉 CHALLENGE 1

      // 🧠 profileActivation takes two arguments, profile and reason, which are an object and a string respectively
      //  The reason arg is only used -and therefore required- to deactivate profiles, not to activate them
      //  The profile arg has an `active` property holding a Boolean value
      //    * If profile is active, profileActivation deactivates it and writes a `reason` prop holding the reason
      //    * If profile is inactive, profileActivation activates it and deletes the `reason` prop from the object
      //    * In both cases the updated profile object is returned
      // 🧠 Edge cases:
      //    * If the profile is inactive but its `reason` prop is **missing**, return the string "confirm status manually"
      //    * If the profile is active but it has a `reason` prop, return the string "confirm status manually"
      //    * If the profile is **missing** an `active` prop, return the string "impossible to ascertain status"
      // 🌟 HINT: to confirm the existence of a prop, check that its value is not undefined
      function profileActivation(profile, reason) {
        if (profile.active === undefined) {
          return "impossible to ascertain status";
        }
        if ((!profile.active && profile.reason === undefined) ||
        (profile.active && profile.reason !== undefined)) {
          return "confirm status manually";
        }
        let updatedProfile = { ...profile};
        if (updatedProfile.active) {
          updatedProfile.active = false;
          updatedProfile.reason = reason;
        } else {
          updatedProfile.active = true;
          delete updatedProfile.reason;
        }
        return updatedProfile;
      }
     // If this property is not defined,
        //it means the function cannot determine whether the profile is active or not.
        //If the profile is not active and no reason for its inactive status is provided.
        //Or If the profile is active but there is a reason provided when there shouldn't be one.
        //the function ends by returning the profile object.
        //Instead of writing it twice David, you can place Or's || for one return.remember.

    // 👉 CHALLENGE 2
      // 🧠 mineSweeper takes a grid as its first argument, and coordinates x and y as the second and third args
      //  The grid is an array of arrays in the following format: [["🟥","🟦","🟥"],["🟦","🟥","🟥"],["🟥","🟦","🟦"]]
      //  Each subarray is a row of the grid, the first subarray being the top row:
      //  [
      //    ["🟥", "🟦", "🟥"],
      //    ["🟦", "🟥", "🟥"],
      //    ["🟥", "🟦", "🟦"]
      //  ]
      // The subarrays can contain any mix of red and blue squares
      // The coordinates x and y are numbers: either 1 or 2 or 3
      //    * An x = 1 and y = 1 means the top-left square
      //    * An x = 3 and y = 1 means the top-right square
      //    * An x = 3 and y = 3 means the bottom-right square
      //  Red squares are mines and blue squares are safe
      //    * If mineSweeper is called with such coordinates that the player lands on red, return the string "🟥 💀"
      //    * If the player lands on blue, return the string "🟦 🥳"
      // 🧠 Edge cases:
      //    * If the x or y coordinates are under 1 or over 3, return the string "invalid coordinates"
    function mineSweeper(grid, leftToRight, upDown) {
if (leftToRight < 1 || leftToRight > 3 || upDown < 1 || upDown > 3) {
    return "invalid coordinates";
  }
 const column = leftToRight - 1;
  const row = upDown - 1;
 const square = grid[row][column];
if (square === "🟥") {
    return "🟥 💀";
  } else if (square === "🟦") {
    return "🟦 🥳";
  }
}


    // 👉 CHALLENGE 3

      // 🧠 booleanize takes an object as its single argument, which can have any number of properties
      // Loop over the properties and then return the object, after applying the following transformations:
      //    * If a value is the number zero, it must be transformed into the Boolean false
      //    * If a value is the number one, it must be transformed into the Boolean true
      //    * If a value is null, the whole key-value pair must be deleted from the object
      // 🧠 Edge cases:
      //    * If a property name exceeds 9 characters, return the string "shorten all prop names to 9 chars or less"
      // 🌟 HINT: careful not to perform any unintended changes on the object
      function booleanize(pager) {
        for (const key in pager) {
          if(key.length > 9)
          return "shorten all prop names to 9 chars or less";
        }


      let result = {};
      for (const key in pager) {
        if (pager[key] !== null) {
          if (typeof pager[key] === 'number') {
            result[key] = Boolean(pager[key]);
          } else if (typeof pager[key] === 'string') {
            result[key] = pager[key];
          }
      }
    }
    return result;
  }

//   function booleanize(pager) {
//   let result = {};

//   for (const key in pager) {
//     // Check the length of the key
//     if (key.length > 9) {
//       // Shorten the key to 9 characters
//       const shortenedKey = key.substring(0, 9);
//       result[shortenedKey] = convertValue(pager[key]);
//     } else {
//       // Key length is 9 characters or less; use it as is
//       result[key] = convertValue(pager[key]);
//     }
//   }

//   return result;
// }

// function convertValue(value) {
//   if (value !== null) {
//     if (typeof value === 'number') {
//       // Convert non-null numbers to their boolean equivalent
//       return Boolean(value);
//     } else if (typeof value === 'string') {
//       // Keep strings as is
//       return value;
//     }
//   }
//   // Return null if value is null, or if value is of a type that isn't handled
//   return null;
// }

        // The function starts a loop using a for...in statement,
        // which iterates over all properties (or keys) of the pager object.
        // Inside the loop, the first if statement checks if any property name
        //is longer than 9 characters.
        // The pageCount property's value has been changed to true since its original value was 1
        //The hasItems property's value has been changed to false since its original value was 0.
        //The descriptionText property was removed since its value was null.
        //The itemCount property remains unchanged since its value was neither 0, 1, nor null.

    // 👉 CHALLENGE 4

      // 🧠 scrub takes a string "text" as its first argument, and an array of forbidden words "forbidden" as its second
      // Any word in the text included in the array of forbidden words is replaced with a word of equal length but made of lowcase "x"
      // The scrubbed text is then returned from the function, as seen in the examples below
      // No punctuation is used in the text
      // 🧠 Examples of usage:
      //    scrub("out of the silent planet", ["of", "silent"]) // returns "out xx the xxxxxx planet"
      //    scrub("the ghost of the navigator", ["the"]) // returns "xxx ghost of xxx navigator"
      //    scrub("lost somewhere in time", []) // returns "lost somewhere in time"
      //    scrub("aces high", ["high", "aces", "hearts"]) // returns "xxxx xxxx"
      //    scrub("", ["high", "aces""]) // returns ""
      // 🌟 HINT: useful array methods to use are `push`, `indexOf`, `split`, `join`
      function scrub(text, forbidden) {
        let words = text.split(' ');
        for (let index = 0; index < words.length; index++) {
          if(forbidden.includes(words[index])) {
            words[index] = 'x' .repeat(words[index].length);
          }
        }
        return words.join(' ');
      }


    // 👉 CHALLENGE 5

      // 🧠 normalizePhoneNumber takes a string as its only argument, representing a ten-digit number
      // The function returns a string formatted as seen below
      // 🧠 Examples of usage:
      // normalizePhoneNumber("9876543210") // returns "(987) 654-3210"
      // normalizePhoneNumber("1111111111") // returns "(111) 111-1111"
      // 🧠 Edge cases:
      //   * If the argument is of an incorrect length, return the string "type a 10-digit number"
      //   * If the argument is of the correct length but any character is not an integer between 0 and 9, return "invalid phone number"
      // 🌟 HINT: instead of looping over the number's digits, loop backwards over a template "(XXX) XXX-XXXX"
      // 🌟 HINT: at each iteration, if the current character is an "X", replace it with the result of popping a digit from the number
      // 🌟 HINT: if you'd rather loop forwards, use `shift` instead of `pop`
      function normalizePhoneNumber(number) {
      if (number.length !== 10) {
        return "type a 10-digit number";
      }
      if (!Array.from(number).every(char => char >= '0' && char <= '9')) {
        return "invalid phone number";
      }
      const formattedNumber = `(${number.substring(0, 3)}) ${number.substring(3, 6)}-${number.substring(6)}`;
      return formattedNumber;
    }

    console.log(scrub("out of the silent planet", ["of", "silent"])); // returns "out xx the xxxxxx planet"
    console.log(scrub("the ghost of the navigator", ["the"])); // returns "xxx ghost of xxx navigator"
    console.log(scrub("lost somewhere in time", [])); // returns "lost somewhere in time"
    console.log(scrub("aces high", ["high", "aces", "hearts"])); // returns "xxxx xxxx"
    console.log(scrub("", ["high", "aces"])); // returns ""

    // 👉 CHALLENGE 6 (bonus, NOT graded)

      // 🧠 diceRolls takes no arguments and returns a number
      // The function throws a six-sided dice until 3 sixes in a row are obtained
      // The number of throws it took to obtain that third-in-a-row six is then returned from the function
      // 🌟 HINT: research using `Math.random` to obtain a number from 1 to 6
      // 🌟 HINT: use `while(true)` to throw the dice indefinitely, but avoid an infinite loop by making sure to break out eventually
      // 🌟 HINT: you need to keep track of the total number of throws, as well as how many sixes in a row
      function countNums() {
       let throws = 0;
       let counter = 0;
       while (true) {
         throws++;
         const num = Math.floor(Math.random() *6) +1;
         console.log(num);
         if (num === 6) {
           counter++;
           if (counter === 3) {
             return throws;
           }
         } else {
           counter = 0;
         }
       }
     }
//     function min() {
//   let mins = arguments[0];

//   for (let index = 1; index < arguments.length; index++) {
//     if (arguments[index] < mins) {
//       mins = arguments[index];
//     }
//   }

//   return mins; // Changed from 'return min;' to 'return mins;'
// }

// console.log(min(3, 2, 7));


    // 🧪 TESTS, do not make any changes below this line ===================
    // 🧪 TESTS, do not make any changes below this line ===================
    // 🧪 TESTS, do not make any changes below this line ===================
    globalThis.challengeVersion = 1
    globalThis.profileActivation = profileActivation
    globalThis.mineSweeper = mineSweeper
    globalThis.booleanize = booleanize
    globalThis.scrub = scrub
    globalThis.normalizePhoneNumber = normalizePhoneNumber

    try {
      runTests('CHALLENGE 1 - profileActivation', profileActivation, [
        [[{}], 'impossible to ascertain status'],
        [[{ active: true, reason: '' }], 'confirm status manually'],
        [[{ active: true, reason: 'because' }], 'confirm status manually'],
        [[{ active: false }], 'confirm status manually'],
        [[{ active: true }, 'because'], { active: false, reason: 'because' }],
        [[{ active: false, reason: 'because' }], { active: true }],
      ])
      runTests('CHALLENGE 2 - mineSweeper', mineSweeper, [
        [[[["🟥", "🟦", "🟥"], ["🟦", "🟥", "🟥"], ["🟥", "🟦", "🟦"]], 0, 4], "invalid coordinates"],
        [[[["🟥", "🟦", "🟥"], ["🟦", "🟥", "🟥"], ["🟥", "🟦", "🟦"]], 0, 1], "invalid coordinates"],
        [[[["🟥", "🟦", "🟥"], ["🟦", "🟥", "🟥"], ["🟥", "🟦", "🟦"]], 1, 4], "invalid coordinates"],
        [[[["🟦", "🟦", "🟥"], ["🟦", "🟦", "🟦"], ["🟦", "🟦", "🟥"]], 1, 1], "🟦 🥳"],
        [[[["🟦", "🟥", "🟦"], ["🟦", "🟦", "🟦"], ["🟥", "🟦", "🟥"]], 2, 1], "🟥 💀"],
        [[[["🟥", "🟦", "🟥"], ["🟥", "🟥", "🟦"], ["🟥", "🟥", "🟦"]], 3, 1], "🟥 💀"],
        [[[["🟥", "🟦", "🟦"], ["🟥", "🟦", "🟥"], ["🟦", "🟦", "🟦"]], 1, 2], "🟥 💀"],
        [[[["🟥", "🟥", "🟥"], ["🟥", "🟦", "🟥"], ["🟦", "🟥", "🟦"]], 2, 2], "🟦 🥳"],
        [[[["🟥", "🟦", "🟦"], ["🟦", "🟥", "🟥"], ["🟥", "🟥", "🟦"]], 3, 2], "🟥 💀"],
        [[[["🟥", "🟥", "🟥"], ["🟦", "🟦", "🟥"], ["🟥", "🟥", "🟦"]], 1, 3], "🟥 💀"],
        [[[["🟥", "🟦", "🟥"], ["🟥", "🟥", "🟥"], ["🟥", "🟦", "🟥"]], 2, 3], "🟦 🥳"],
        [[[["🟥", "🟥", "🟥"], ["🟦", "🟥", "🟥"], ["🟥", "🟥", "🟦"]], 3, 3], "🟦 🥳"],
        [[[["🟥", "🟦", "🟦"], ["🟥", "🟥", "🟦"], ["🟥", "🟥", "🟥"]], 1, 1], "🟥 💀"],
        [[[["🟥", "🟦", "🟦"], ["🟥", "🟥", "🟦"], ["🟥", "🟥", "🟥"]], 2, 2], "🟥 💀"],
        [[[["🟥", "🟦", "🟦"], ["🟥", "🟥", "🟦"], ["🟥", "🟥", "🟥"]], 3, 3], "🟥 💀"],
      ])
      runTests('CHALLENGE 3 - booleanize', booleanize, [
        [[{ bad1: null }], {}],
        [[{ bad1: null, bad2: null }], {}],
        [[{ '0123456789': 1 }], 'shorten all prop names to 9 chars or less'],
        [[{ a: 1, b: 1 }], { a: true, b: true }],
        [[{ a: 0, b: 0 }], { a: false, b: false }],
        [[{ a: 1, b: 0, c: null, d: 'Lady Gaga' }], { a: true, b: false, d: 'Lady Gaga' }],
      ])
      runTests('CHALLENGE 4 - scrub', scrub, [
        [["out of the silent planet", ["of", "silent"]], "out xx the xxxxxx planet"],
        [["out of the silent planet", ["of", "planet"]], "out xx the silent xxxxxx"],
        [["the ghost of the navigator", ["the"]], "xxx ghost of xxx navigator"],
        [["lost somewhere in time", []], "lost somewhere in time"],
        [["aces high", ["high", "aces", "hearts"]], "xxxx xxxx"],
        [["", ["high", "aces"]], ""],
      ])
      runTests('CHALLENGE 5 - normalizePhoneNumber', normalizePhoneNumber, [
        [["1234567890"], "(123) 456-7890"],
        [["1111111111"], "(111) 111-1111"],
        [["9876543210"], "(987) 654-3210"],
        [[""], "type a 10-digit number"],
        [["x"], "type a 10-digit number"],
        [["987654321"], "type a 10-digit number"],
        [["98765432100"], "type a 10-digit number"],
        [["987654321x"], "invalid phone number"],
        [["x876543210"], "invalid phone number"],
        [["98765x3210"], "invalid phone number"],
      ])
      console.log('\nCHALLENGE 6 does not have auto tests')
      function runTests(testName, func, tests) {
        let results = []
        tests.forEach(test => {
          const originalArgsList = _.cloneDeep(test[0])
          const argsList = test[0]
          const expected = test[1]
          const actual = func.apply(null, argsList)
          results.push([argsList, expected, actual, originalArgsList])
        })
        console.log('\n' + testName)
        if (results.every(result => _.isEqual(result[1], result[2]))) console.log('\t✅ All tests pass')
        else if (results.every(result => !_.isEqual(result[1], result[2]))) console.log('\t❌ All tests fail')
        else results.forEach((result, idx) => {
          if (_.isEqual(result[1], result[2])) console.log(`\t✅ Test ${idx + 1} passes`)
          else console.log(`\t❌ Test ${idx + 1} fails:
        ${func.name}(${result[3].map(JSON.stringify)})
        👉 should return ${JSON.stringify(result[1])}
        👉 but returns ${JSON.stringify(result[2])}`)
        })
      }
      const gridElems = [Array.from(row1.children), Array.from(row2.children), Array.from(row3.children)]
      const squares = ["🟥", "🟦"]
      let grid = [[], [], []]
      gridElems.forEach((row, idxRow) => {
        row.forEach((square, idxSquare) => {
          const emoji = squares[Math.floor(Math.random() * 2)]
          grid[idxRow].push(emoji)
          if (emoji === squares[0]) square.style.backgroundColor = '#ffecec'
          else square.style.backgroundColor = '#f2f2ff'
          square.onclick = () => {
            const x = idxSquare + 1
            const y = idxRow + 1
            console.log(`\nYou clicked coordinates [${x}, ${y}]`)
            outcome.textContent = mineSweeper(grid, x, y)
          }
        })
      })
      phoneNumInput.oninput = evt => {
        normalized.textContent = normalizePhoneNumber(evt.target.value)
      }
    } catch (err) { console.error(err.stack) }
  </script>
</body>

</html>