Programming Principles: Software Design

In this session we look at some of the basics of good code design, including avoiding duplication and designing for loose coupling and high cohesion.

Programming Principles: Super and Sub-classes

In this session we introduce inheritance - one of the cornerstone concepts of object oriented programming. We look at how to define super and sub-classes, how to maintain encapsulation using the super() constructor, and why it is useful to use substitution to hold references to sub-classes in references typed as their super-class.

Programming Principles: Polymorphism

In this session we build on inheritance and look at overriding methods and dynamic binding. Together these give us Polymorphism - the third pillar of Object Oriented Programming - and a very powerful feature that allows us to build methods that deal with superclasses, but whose calls get redirected when we pass in sub-classes.

Programming Principles: Abstract Classes and Interfaces

In this session we look at how to use Abstract Classes and Interfaces in Object Oriented Design - especially as a way to get all the advantages of multiple inheritance without any of the problems.

Programming Principles: Designing Applications

In this session we look at the how to use noun verb parsing to try and identify the building blocks of a problem, so that we can start to create object oriented solutions. We also look at some of the challenges of software engineering, and the processes that software engineers use to meet them, and finally we take a look at some more Design Patterns that may help us reuse well known and effective solutions in our own designs.

Programming Principles: Statics

Slides for COMP1004 Lecture on Statics

Programming Principles: Exceptions

Slides for COMP1004 Lectures on Exceptions

Programming Principles: The Strategy Pattern

Slides for COMP1004 Lecture on the Strategy Pattern

INFO2009 - Computer Crime Learning Resource

An E-Learning Gateway for the latest news and information relating to Computer Crime for INFO2009

Programming Principles: Conclusions

This is the revision session for our Programming Principles course. We take a whistle-stop tour of the topics covered in the course, look at the three pillars of object oriented programming, and look ahead to the exam.

Computer Assisted Assessement

Introduction for UG course on TEL

Sample student reflective writing (Computer Science)

4 examples of student reflections

Computer Applications course materials

The collection of Computer Applications course materials. Lectures, labs, additional resources, the lot!

Introduction to JavaScript Programming

These are the resources for an introductory lecture in JavaScript programming, intended to support use of node.js and divorced from browser programming.