bmabey

#!/usr/bin/env ruby

# git pre-commit hook
#
# This will ensure 100% code coverage and all specs passing before allowing a commit
# to the git repo.
#
# Place the file at .git/hooks/pre-commit and use chmod a+x to make it executable.

system('rake clean >/dev/null 2>&1')

bmabey

Feature: Backgrounds
  In order to provide a context to my scenarios within a feature
  As a feature editor
  I want to write a background section in my features.
  
  Scenario: run a scenario with a background with a passing step
    When I run cucumber -q features/passing_background_sample.feature:6
    Then it should pass with
    """
    Feature: sample

bmabey

#!/usr/bin/env ruby

require 'rubygems'
require 'tempfile'
require 'nokogiri'
require 'rdiscount'

# makers-mark
#
# Generates HTML from Markdown, replacing code blocks with syntax

bmabey

default: -r features/support/env.rb -r features/support/plain.rb -r features/step_definitions features/plain
selenium: -r features/support/env.rb -r features/support/enhanced.rb -r features/step_definitions features/enhanced

bmabey

| Religion  | Pork | Lamb | Veal |
| Christian |    Y |    Y |    Y |
| Jewish    |      |    Y |    Y |
| Muslim    |      |    Y |    Y |
| Hindu     |    Y |    Y |      |
| Atheist   |    Y |    Y |    Y |

bmabey

Scenario Outline: Religious menus
  Given I am "<Religion>"
  When I ask to see a menu
  Then I should be presented a menu with meats entrees
    <Meats>
  And I should be presented a menu with hamburger types
    <Hamburgers> 


Examples:

bmabey

describe Customer, "last billing address" do
  before do
    @customer = Customer.generate!  
    @customer = Address.new
  end
  it "should be settable and gettable" do
    @customer.last_billing_address = @account_address
    @customer.last_billing_address.should == @account_address
  end  
  ...  

bmabey

# code
class ExternalDataApi
  def initialize(setup)
    # do stuff to setup
  end

  def list_of_things
    # grabs stuff from the api and returns an array of OStructs
  end
end

bmabey

; Exercise 1.1.  Below is a sequence of expressions. What is the result printed by the interpreter in 
; response to each expression? Assume that the sequence is to be evaluated in the order in which it is 
; presented. 

10
; => 10
(+ 5 3 4)
; => 12
(- 9 1)
; => 8

bmabey

; Translate the following expression into prefix form http://mitpress.mit.edu/sicp/full-text/book/ch1-Z-G-3.gif
; The gif is horrible quality.. so some integers may be wrong....

(/ (+ 5 4 (- 2 (- 3 (+ 6 (/ 4 5)))))
  (* 3 (- 6 2) (- 2 7)))