MarcelSF

require_relative 'helpers'

# TODO: you can build your christmas list program here!
# 1 -> Greet the user (simple puts)
puts "\n"
puts "*" * 31
puts "*" + " " * 29 + "*"
puts "*  Welcome to Christmas List  *"
puts "*" + " " * 29 + "*"
puts "*" * 31

MarcelSF

# TODO: you can build your horse race program here!
# 1 -> Welcome the user
puts "Welcome to the Muenchen horse race!"

# while account_balance is greater than or equal to 10 && user_choice == 'y'
account_balance = 100
play_again = 'y'

while account_balance >= 10 && play_again == 'y'
  horses = ["Joe the Brave", "Black Stalion", "Ronny the Rat", "Tony Macaroni"]

MarcelSF

def calculate(number_one, number_two, operator)
  if operator == "+"
    number_one + number_two
  elsif operator == "-"
    number_one - number_two
  elsif operator == "*"
    number_one * number_two
  elsif operator == "/"
    number_one / number_two
  else

MarcelSF

Hello Le Wagon 👋

MarcelSF

Hello Le Wagon 👋

MarcelSF

def calculate(number_one, number_two, operator)
  # if operator == '+'
  #   return number_one + number_two
  # elsif operator == '-'
  #   return number_one - number_two
  # elsif operator == '/'
  #   return number_one / number_two
  # elsif operator == '*'
  #   return number_one * number_two
  # else

MarcelSF

puts "Welcome to the Horse Race"

puts "How much money do you want to bet?"

balance = gets.chomp.to_i

answer = 'y'

while answer == 'y' && balance >= 10

MarcelSF

# CALCULATOR:
# STEP 1:
# 1. Ask user for a number - puts
# 2. Save it in a variable - gets.chomp
# 3. Ask user for second number and save it in a variable
# 4. Show user options for operator and ask her to choose one, save it
# 5. Calculate what the user chose - if/elsif/else or case operator
# 6. Display the result to user -

# STEP2: MAKE IT LOOP

MarcelSF

# 1. Welcome the user
# 2. Define an array of horses
horses = [
  "Seattle Slew",
  "Secretariat",
  "Seabiscuit",
  "Citation"
]
# 3. Display horses (with each_with_index)
  # 1. Joe the Brave

MarcelSF

# TODO: you can build your instacart program here!
# 1. Greet the user
puts "Welcome to the Batch 531 fruit store!"
# 2. Model the store as a hash
store = {"kiwi" => 2, "apple" => 0.1, "strawberry" => 5, "banana" => 1}
# 3. Display what's available in the store, and iterate over the key/value pairs
store.each do |fruit, value|
 puts "#{fruit} - price: $#{value}"
end
# 4. Initialize an empty shopping cart as an array.