Harver JS Exercise ============================ ## Get started Set this repository up by running: ``` npm install ``` Answers of each tasks at `src/index.js`. run `npm start` to run the code. ## Tasks Complete these tasks in order. If you can't complete a task, just proceed with the next one. 1. Print numbers from 1 to 100 to the console, but for each number also print a random word using the function `getRandomWordSync`. E.g. ``` 1: four 2: firm 3: shape 4: choice 5: coach 6: purple ... 100: buffalo ``` 2. Modify your code to be a "Fizz Buzz" program. That is, print the numbers as in the previous step, but for multiples of three, print "Fizz" (instead of the random word), for multiples of five, print "Buzz" and for numbers which are both multiples of three and five, print "FizzBuzz". 3. Create a version of steps *1* and *2* using the **asynchronous** function, `getRandomWord`. This function returns a Promise, which resolves to a random word string. 4. Add error handling to both the synchronous and asynchronous solutions (calling `getRandomWord({ withErrors: true })` will intermitently throw an error instead of returning a random word). When an error is caught, the programm should print "It shouldn't break anything!" instead of the random word, "Fizz", "Buzz" or "FizzBuzz" 5. For: * **Node developers**: Instead of printing the console. Write the information to a file in the root of this project. * **Frontend developers**, send your result to an HTTP endpoint (since there is no running endpoint, this part of your solution does not need to actually run) **Bonus:** * The numbers should be printed in ascending order. * Imagine `getRandomWord`'s implementation is slow and takes 500ms to complete (call `getRandomWord({ slow: true })` to emulate this). Can you make your solution run in less than 1000ms with the `slow` option turned on?# Harver-JS-Exercise