jcockhren

http://stephenwalther.com/archive/2008/06/12/tdd-introduction-to-moq

jcockhren

Week of Oct 26th .NET MVC Assignments

Assignment 1 (Oct 31st)

(Re)Do sections 1-3 of Getting Started with Entity Framework 6 Code First using MVC 5

Notes

1. Do not download the finished project. Walkthrough the entire process including the creation of the project.
2. Inform any of your classmates who are not in class of the assignment

jcockhren

Simple Calculator chunk 4 - Constants

Goal

Using Test Driven Development, expand your Stack class to handle the storage and retreival of constants.

1. Prove that any lowercase letter of the alphabet can be a constant. (e.g. 'a' or 'x'). Constant names are case insensitive.
2. Prove that your constants can only be defined once per session. Throw an exception otherwise.
3. Prove you can defined constants can be used in math expressions.
4. Prove that undefined constants can not be used and doing so throws an exception.

jcockhren

Simple Calculator chunk 3 - Calculator Commands

Goal

Using Test Driven Development, create a Stack class that can hold the last evaluated expression (for lastq) and the last answer returned (for last). Also, modify your Evaluate class appropriatly handle the last and lastq commands.

1. Ensure your Stack class can easily set the lastq and last (you can name your properties whatever you want)
2. Prove your Evaluate class can properly handle the lastq and last commands.

jcockhren

Simple Calculator Chunk 2 - Evaluting Simple Expressions

Goal

Using Test Driven Development, create a Evaluate class that can evaluate a simple 2-term calculator expression, returning the appropriate answer.

1. Prove your class can execute the correct operation of a GOOD expression. (If you already have classes for the various math operations, this is easy).
2. Prove your class can handle a BAD expression.

Questions

jcockhren

Simple Calculator chunk 1 - Parsing Text

Goal

Using Test Driven Development, create a Parse class that will break down a simple 2-term calculator expression.

1. Prove you can extract the terms of the expression.
2. Prove you can extract the operation embedded in the expression.
3. Ensure you have examples of GOOD and BAD input and have the class throw an exception where there are error.

jcockhren

# Create A Contrete Vehicle Class

jcockhren

require_relative "../../../base"

require Vagrant.source_root.join("plugins/provisioners/salt/config")
require Vagrant.source_root.join("plugins/provisioners/salt/provisioner")

describe VagrantPlugins::Salt::Provisioner do
  include_context "unit"

  subject { described_class.new(machine, config) }

jcockhren

public class Main : Shape
  {
    public Main() : base() {}  
  }

jcockhren

base:
  '* and not mynodegroup':
    - match: compound
    - openvpn
    - ssh