-
-
Save amy-mac/6735106 to your computer and use it in GitHub Desktop.
This file contains bidirectional Unicode text that may be interpreted or compiled differently than what appears below. To review, open the file in an editor that reveals hidden Unicode characters.
Learn more about bidirectional Unicode characters
# ,o888888o. 8 8888 88 8 8888 8888888888',8888' | |
# . 8888 `88. 8 8888 88 8 8888 ,8',8888' | |
# ,8 8888 `8b 8 8888 88 8 8888 ,8',8888' | |
# 88 8888 `8b 8 8888 88 8 8888 ,8',8888' | |
# 88 8888 88 8 8888 88 8 8888 ,8',8888' | |
# 88 8888 `8. 88 8 8888 88 8 8888 ,8',8888' | |
# 88 8888 `8,8P 8 8888 88 8 8888 ,8',8888' | |
# `8 8888 ;8P ` 8888 ,8P 8 8888 ,8',8888' | |
# ` 8888 ,88'8. 8888 ,d8P 8 8888 ,8',8888' | |
# `8888888P' `8. `Y88888P' 8 8888 ,8',8888888888888 | |
# | |
# This is our first week's !quiz Let's find out what we know. | |
# | |
# The ideal range of your motor cycle speed 20 - 55. Over 55 is SCAREE! | |
# Check if your moto_speed is within that range using boolean (&&, ||) | |
# operators and comparison operators (== =< >= !=) | |
# if your moto_speed variable is in the right range print out a good | |
# message, aka "Wheee!" Otherwise print out an appropriate response. | |
# Your code goes below: | |
moto_speed = 60 | |
if moto_speed >= 20 && moto_speed <= 55 | |
puts "Whee! We're cruising along at #{moto_speed} mph." | |
elsif moto_speed < 20 | |
puts "Umm...going a little slow, aren't we?" | |
else | |
puts "AAAAAAAHHHHHHH! We're all gonna die!" | |
end | |
# Make a method that checks your moto speed when called | |
def check_speed(mph) | |
if mph >= 20 && mph <= 55 | |
puts "Whee! We're cruising along at #{mph} mph." | |
elsif mph < 20 | |
puts "Umm...going a little slow, aren't we?" | |
else | |
puts "AAAAAAAHHHHHHH! We're all gonna die!" | |
end | |
end | |
check_speed(moto_speed ) | |
# Make a method to start your bike! It should print out "vrooom!" | |
# when it's called | |
# your code below: | |
def moto_start | |
puts 'Vrooom!' | |
end | |
# You're the leader of the pack. | |
# Create an Array of 3 motorcycle makes! | |
my_convoy = %w(Triumph Harley Honda) | |
# Loop through your convoy and print out each motorcycle's make | |
# Your code below: | |
my_convoy.each do |bike| | |
puts bike | |
end | |
# You need to keep track of your gang. | |
# Create 3 separate Hashes containing riders' info. like so: | |
# fred = { name, helmet, height } | |
# Then a larger Hash containing all riders | |
# my_gang = {rider hashes} | |
jim = { | |
name: 'Jim MacKinnon', | |
helmet: 'black', | |
height: "5'9\"" | |
} | |
steve = { | |
name: 'Steven Sloan', | |
helmet: 'bandana', | |
height: "5'9\"" | |
} | |
amy = { | |
name: 'Amy Higgins', | |
helmet: 'red', | |
height: "5'2\"" | |
} | |
my_gang = { jim: jim, steve: steve, amy: amy} | |
# Loop through your gang and print out each rider's | |
# name & helmet color using a block. Your code below: | |
my_gang.each do |k,v| | |
puts "Name: #{v[:name]}, Helmet: #{v[:helmet]}" | |
end | |
# Now for each rider add their motorcycle to their Hash, | |
# assume they are in the same order as your Array | |
# use a loop. Your code below: | |
i = 0 | |
my_gang.each do |k, v| | |
v[:moto] = my_convoy[i] | |
i += 1 | |
end | |
# Define an Class to represent each gang member | |
# It should include methods to set their name and motorcyle make | |
# When say_name(name) is called the rider's name is printed out | |
class Rider | |
attr_accessor :name, :moto_model | |
def initialize(name, moto_model) | |
@name = name | |
@moto_model = moto_model | |
end | |
def say_name | |
puts @name | |
end | |
end | |
# A fellow student is noticing that instances of his new Foo class are missing | |
# their @bar instance variable | |
class Foo | |
attr_reader :bar | |
def initialize(bar) | |
@bar = bar | |
end | |
end | |
foo = Foo.new('value of bar') | |
foo.bar # TODO value is missing! | |
# Fix this code so it prints “hello” | |
class Bar | |
def hello | |
puts 'hello' | |
end | |
end | |
bar = Bar.new | |
bar.hello | |
# Final Challenge: | |
# 1. initialize 3 new instances of class Rider | |
# 2. add these to a new Hash | |
# 3. loop through the riders Hash and call say_name for each rider. | |
# Hint: you will need an attr_accessor in Rider to call it's method | |
# Your code below: | |
tom = Rider.new('Tom', 'Harley') | |
dick = Rider.new('Dick', 'Harley') | |
harry = Rider.new('Harry', 'Crotch Rocket') | |
new_riders = { | |
tom: tom, | |
dick: dick, | |
harry: harry | |
} | |
new_riders.each do |key, value| | |
value.say_name | |
end |
Sign up for free
to join this conversation on GitHub.
Already have an account?
Sign in to comment
Well done! It looks like you've really got the concepts we went over this week.