Lunch time Cards

Lunch.md

Lunch Orders

It's approaching lunch hour… let's collect orders. Create a new file called lunch_orders.rb to complete this exercise.

1. Create a program that collects lunch orders. Prompt:
   • Name for order: (enter name)
   • {name} wants to order: (enter item)
2. Store the name/order data. When storing data, do it in such a way that additional order items may be added for the person's name.
   • Example: Greg can order a Burger, and then add Fries to his order later.
3. After storing data, prompt the user with:
   • Add another item to the order? (y/n)
   • Repeat steps 1 & 2 if the answer is "y"
4. After the user completes adding orders, print out:
   • "All orders: {order data}"

Keep going...

Rather than printing out a blob of raw lunch order data, print each name's orders on a separate line, formatted as one of the following:

• "Greg ordered a sandwich"
• "Peter ordered a burger & fries"
• "Travis ordered a salad, guac & water"

You may have to do some hunting in Ruby docs!

While we eat our lunch, let's Play High-Card-Wins

Game time! Create a new file called high_card.rb for this exercise.

Methods to research:

• each_with_index
• max

Tasks:

1. Build a deck of shuffled cards… maybe you can leverage some old code? Hint: you may want to add some additional card data!
2. Collect an array of player names by prompting:
   • "{n} players so far. Enter a player name, or type 'play':"
   • Maybe you can leverage some old code here?
3. Upon "play", deal each player a card.
4. Find the highest card score dealt (Aces high).
5. Find the winning player name, then print out:
   • "Winner(s): {name1, name2, …}!"

Bonus…

Print out one of the following outcomes:

• "The winner is {name}!"
• "It's a tie between {name1, name2, …}!"

Nerd Level Up

Now do it in Javascript.