Teaching

I am not teaching any courses this year. However, you can download my course
notes from my previous courses.

Note that there are very few slides for this course, as this was a project course.

Software Processes – Lecture 1, Lecture 2
Unit Testing in Python – Lecture 3, Lecture 4
What does it mean to be Object-Oriented ? – Lecture 5, Lecture 6, Lecture 7
UML
- What is? – Lecture 8
- Class Diagrams – Lecture 9, Lecture 10
- Interaction Diagrams – Lecture 11, Lecture 12
- Behavior Diagrams – Lecture 13, Lecture 14, Lecture 15
Quality of Design – Lecture 16, Lecture 17
Design Patterns
- Singleton – Lecture 21
- Command – Lecture 22
- Adapter – Lecture 23, Lecture 24
- Composite – Lecture 25
- Observer / Template Method – Lecture 26, Lecture 27, Lecture 28
- Visitor – Lecture 29, Lecture 30
- Factory – Lecture 31
Final Review – Lecture 32

Class Introduction, Operating Systems – Lecture 1
Client/Server, Process/Multi-Threading, File System and Permission – Lecture 2
Directories, Redirection – Lecture 3, Lecture 4
Environment, Unix Commands and Processes – Lecture 5
Introduction to Python, Smtp Demo, TKInter Demo [py] – Lecture 6
Grep/Regular Expressions, Shell Variables and Test Conditions – Lecture 7
Shell If/For/While and Example Shell Scripts – Lecture 8
Introduction to C, C versus Java – Lecture 9
Basic C Syntax, Errors in C and printf – Lecture 10
Structures, Enumerations, Pointers and Memory Allocation – Lecture 11
Midterm info, Review – Lecture 12
Data structures in C, Midterm review – Lecture 14
String manipulations, Multiple source files, Preprocessor and Makefile – Lecture 15
File I/O and Methods of storing data – Lecture 16
Bugs, Debugging, Tools – Lecture 17
Defensive Programming and Strategies – Lecture 18
Fractals, C/Python Integration, C/Python API – Lecture 19, Lecture 20
Source Control Software, Introduction to SVN – Lecture 21
HTTP and HTML – Lecture 22, Lecture 23
Dynamic Websites, Intro to PHP, Useful PHP func – Lecture 24
Final Class – Lecture 25

Course Syllabus, Decomposition and Abstraction – Lecture 1
OO programming
- Abstract Classes, Interfaces, Overriding/Overloading – Lecture 2
- Objects, Types and Variables, Type checking, Packages – Lecture 3
Short Introduction to UML, Requirements & Specification – Lecture 4
Procedural Abstraction, Specification for procs, Partial vs Total procs – Lecture 5
Data abstraction, Abstract Data Structure, IntSet and Poly – Lecture 6
Exceptions, Checked vs Unchecked – Lecture 7
Itteration Abstraction – Lecture 8
Type Hierachie, Dispatching, Good use of interfaces – Lecture 9
Polymorphic Abstraction, Sets, Comparators and Adders – Lecture 10
How to use Threads, Thread vs Runnable, Synchronization – Lecture 11
TCP/IP client/server application, Java Socket/ServerSocket, Serialization – Lecture 12
Testing Strategies, Debugging Strategies, Review for Midterm – Lecture 13
Blackbox testing, Glassbox testing, Debugging strategies – Lecture 14
Requirements Analysis, Software Lifecycle, Dealing with Errors – Lecture 15
What is design, Design Reviews, Top-down vs Bottom-Up – Lecture 16
Design Patterns
- Singleton Pattern – Lecture 17
- Factory Pattern, Abstract Factory Pattern – Lecture 17
- Facade Pattern, Adapter Pattern – Lecture 18
- Flyweight Pattern, Project Submission and Interview – Lecture 19
- Chain of Responsibility Pattern – Lecture 20
- Command Pattern – Lecture 21
Java Community Process (JCP), Java 1.5 – Lecture 22
Review for Midterm – Lecture 23

Note that there are very few slides for this course, as this was a project course.