• Software Engineering Body of Knowledge (SWEBOK), v.3, IEEE

Requirements

• IEEE Std 830-1998, Recommended Practice for Software Requirements Specifications
• Sample requirements definitions:
  • RSDIMU
  • Spreadsheet
• Sample requirements specifications:
  • RSDIMU (formal spec)
  • Spreadsheet (IEEE 830 format)

Construction

• Spreadsheet stories

• JUnit 5 User Guide

• JUnit Wiki, particularly the Usage and Idioms section

• Boost Unit Test Framework

• Google Test

• Google Test Primer

• Google Mock

• JMockit tutorial

More documentation can be found at the Download links, below.

• CVS manual
• Version Control with Subversion
• Pro Git
• Git version control with Eclipse (EGit)
• EGit User Guide
• Mylyn 2.0, Part 1: Integrated task management

• Ant Manual
• Maven
• Gradle
  • Groovy is the scripting language used within Gradle.

Downloads

Compilers

• For Linux systems, follow the normal procedure for installing packages on your system,

• For OS/X, g++ is no longer available as an official Apple distribution. However, you can obtain the clang C++ compiler, a worthy “competitor” to g++ that has a very loyal following, in a package called “Command Line Tools for XCode” available from Apple’s Developer Site.

• For Windows, you have choices:

  • The CygWin package provides a Posix layer in Windows, allowing much Unix software to be compiled and run without modification. When you install CygWin, you get a good command shell (bash), which may make a lot of things easier later in the semester. The g++ compiler can also be selected from the CygWin setup utility.
  • MinGW, a “spin-off” project from CygWin, provides an alternate port of the g++ compiler that works without a special DLL. You may have used this already, as this is the g++ typically shipped with Code::Blocks and other basic Windows IDEs.
  • Mingw-w64 is a fork of the MinGW project to provide a 64-bit version of the MingW compiler. It appears to be tracking new versions of the g++ compiler more closely than does MinGW.

IDEs

• Eclipse
  • Available on Dept lab PCs and virtual PC lab machines)
  • Available on our Unix (Solaris) machines. You will need to be running X (or NX). You should only do this if your X connection is via an on-campus machine or if you are using NX. It’s much too slow for off-campus access via conventional X servers.

Testing

• Get JUnit from http://junit.org. Note that JUnit is “built-in” to Eclipse (just another reason why Eclipse is my preferred IDE).

• Boost Test Library

• Googletest Framework

• A conventional letter size page.
• A 4x3 landscape page for viewing on tablets with that ratio of width to height (usually larger tablets, 10-12in diagonals).
• An 8x5 landscape page for viewing on tablets with that ratio of width to height (usually somewhat smaller tablets, 7-9in diagonals, designed for watching “wide-screen” videos).

This is something of an experimental feature. Let me know if you try it and find it useful.