A simple front-end test involving user profiles & timeslots

Your task is to create a booking scheduler system which executes this user flow.

Here are example screenshots which follows the user flow from above,

1. User Index
2. User Show (Optional)
3. Booking Form
4. Booking Form 2
5. Booking Success

You are given example character profiles, which can be found here.

You are allowed to copy the profiles into your code, and add details to the array/hash if it helps in your methods or iterations. However, core details such as the name, profession, photo & availability should be left unchanged.

The mentor's availability is listed in the has as "availability". Availabilities are listed as "day/hour". For example: "0/13:00", 0 (Monday) refers to the day, and 13:00 (1PM) refers to the hour.

Days are listed according to this hash map.

{ "0" => "Monday", "1" => "Tuesday", "2" => "Wednesday", "3" => "Thursday", "4" => "Friday", "5" => "Saturday", "6" => "Sunday" }

These timeslots are repeated every week. Meaning that the mentor will be available at the same time and day every week. In your assessment, you are only required to list out their availability up to the next 30 days.

• You will need to create a mock mobile app based on the given user flows.
• Having a database is not necessary and it is not necessary to save the bookings created. This is just a mock, and what is important is that information selected or submitted in the previous page carries over to the next.
• Should have efficient logic, as in it should not be hard-coded.
• Have visually acceptable/pleasing styling.
• You will need to present your mobile app mock at the end of the presentation, on projector. You are to explain your design considerations, and how the app works.

• User Show page is optional, but would improve the flow significantly.
• Additional animations would improve the UI and create a better experience.
• Database to save user profiles or bookings created are not necessary, but you may include it if it helps with your implementation.