ashleygwilliams

#CLASS/INSTANCE METHODS AND VARIABLES PRACTICE:
#
#1. create a class called Project
class Project
  #3. make the instance variables accessible by dot notation EXCEPT for date updated
  attr_accessor :title, :description, :role, :date_created
  
  #1. create a class variable called count
  @@count = 0
  

ashleygwilliams

class Woodchuck
  attr_accessor :chuck_count

  @@woodchuck_count = 0

  def initialize
    @chuck_count = 0
    @@woodchuck_count += 1
  end

ashleygwilliams

i have [["a", "b", "c"],["a", "b", "z"],["d", "e", "f"],["d", "e", "p"]]

ok i need to buil {a=>??,d=>??}
THEN i need to build {a=>b, d=>e}
THEN i need to build {a=>{b=>??},d=>{e=>??}}
THEN i need to build {a=>{b=>[]]},d=>{e=>[]]}}

** maybe make [c,z] and [f,p]

THEN i need to build {a=>{b=>[c]]},d=>{e=>[f]]}}

ashleygwilliams

##Objectives: Use String, Hash, Array, and Enumerable methods to decode a string and discover a secret message

INSPIRATION: http://www.youtube.com/watch?v=Wj1d85CLDOQ

##Skills: String.split, Array.each, Hash.each, Hash.sort_by, Range.to_a, Array.reverse, Array.push, Array.join, String.gsub, Array.index

##Instructions: Comments explain steps to manipulate string

ashleygwilliams

##Objectives:

Implement your own version of any?, all?, and none? to evaluate your pokemon team.

##Skills: any?, all?, none?, yield, blocks

##Instructions: Code contains a set of statements about a randomly generated pokemon team Implement and call your own versions of any?, all? and none? so that the statements are true.

ashleygwilliams

##Objectives: Create a checkout method to calculate the total cost of a cart of items and apply discounts and coupons as necessary.

Dr. Steve Bruhle, your green grocer, isn't ready, but you are!

##Skills: any?, all?, none?, each, map/collect

##Instructions: Code generates a random cart of items and a random set of coupons. Implement a method checkout to calculate total cost of a cart of items and apply discounts and coupons as necessary.

ashleygwilliams

##create a hash that includes counts as a key for each item
myCart.each do |item|
  myNewCart[item]||= {} #[{item}, {item}] => {{item}=>{}, {item}=>{}}
	myNewCart[item][:count] ||= 0 #{{item}=>{:count=>0}, {item}=>{:count=>0}}
	myNewCart[item][:count] += 1 #{{item}=>{:count=>+=1}, {item}=>{:count=>+=1}}
end

ashleygwilliams

#ITEMS = [  {"AVOCADO" => {:price => 3.00, :clearance => true}},
#           {"KALE" => {:price => 3.00,:clearance => false}},
#           {"BLACK_BEANS" => {:price => 2.50,:clearance => false}},
#           {"ALMONDS" => {:price => 9.00, :clearance => false}},
#           {"TEMPEH" => {:price => 3.00,:clearance => true}},
#           {"CHEESE" => {:price => 6.50,:clearance => false}},
#           {"BEER" => {:price => 13.00, :clearance => false}},
#           {"PEANUTBUTTER" => {:price => 3.00,:clearance => true}},
#           {"BEETS" => {:price => 2.50,:clearance => false}}]
#

ashleygwilliams

myArray = [1,2,3,4,5]

myArray[0] = 1
myArray[1] = 2

myArray.each do |arr|
  puts arr
end

myHash = {"a"=>1, "b"=>2, "c"=>3, "d"=>4, "e"=>5}

ashleygwilliams

two things i want to accomplish in the next hour:
+ clarify the instructions for the enumerable labs
+ teach you guys about how to break problems down (in words)
+ in code (methods are your friend)

first things first:
+ how does everyone feel right now?
+ walls happen, perservere
+ when you don't understand the instructions, make your own and keep going because the solution is likely not going to be as different as if you had