|
Ronald Mak
Department of Computer Science
|
||||||
|
Mission Control, Jet Propulsion Laboratory (JPL) NASA Mars Exploration Rover Mission |
|
Unofficial field trip to the |
|
Click here
for photos of our |
| # | Date | Due | Assignment |
|---|---|---|---|
| 1 | Sept 3 | Sept 12 |
Functional Specification
Use case form |
| 2 | Sept 12 | Sept 24 | Design Specification |
| 3 | Sept 24 | Oct 4 | First version of Rock-Paper-Scissors |
| 4 | Oct 3 | Oct 25 | Smart computer throw calculator |
| 5 | Oct 24 | Nov 11 | Graphical User Interface |
| 6 | Nov 26 | Dec 6 | Multithreaded RPS game server |
| Date | Content |
|---|---|
| Aug 22 | Slides: Introduction; grading; object-oriented analysis and design; journey to good design; iterative process; Rick's Guitars example; encapsulation; UML class diagram; refactoring |
| Aug 27 | Slides: Mandolins; abstract Instrument and InstrumentSpec classes; more instruments; design that doesn't scale well; revisiting a design; conclusions |
| Aug 29 | Slides: Analysis; requirements: sources and types, stated and implied, what they must have; automatic dog door example; use cases; functional specification |
| Sept 3 |
Slides:
Waterfall model; project phases; agile software
development; eliciting requirements; use cases;
UML use case diagram; use case description;
Assignment #1; where do classes come from;
categories of classes; class responsibilities; class
relationships: dependency, aggregation, inheritance
Use case description form which you can use for Assignment #1 |
| Sept 5 | Slides: CRC technique; UML diagrams: class, sequence, state; relationships among classes; multiplicities; aggregation vs. composition; UML diagramming tools; javadoc |
| Sept 10 | Slides: Textual analysis; CRC cards; more UML sequence diagrams; UML package and class diagrams; voice mail system; Java Date and Calendar classes; coding to the interface; factory design pattern; Day class design |
| Sept 12 | Slides: Day class design: versions 1, 2, and 3; Assignment #2 |
| Sept 17 | Slides: Importance of encapsulation; accessors and mutators; Day class example; immutable classes; sharing references to mutable objects; final fields; separating accessors and mutators; side effects; Law of Demetrer; good interfaces: cohesion, completeness, clarity, consistency |
| Sept 19 | Slides: Programming by contract; preconditions; queue as a circular array; assertions; exceptions; postconditions; class invariants; interface invariants vs. implementation invariants |
| Sept 24 | Slides: Assignment #3; unit testing; JUnit and NetBeans; design patterns; factory method design pattern; code to the interface; class hierarchy puzzle; "is a" with subclasses and interfaces; instanceof operator; Icon interface type; interface methods and variables; objects and interfaces |
| Sept 26 | Slides: Review Assignment #2; Feed our pets; marker interfaces; polymorphism; Comparable interface; Comparator interface; anonymous classes |
| Oct 1 | Slides: Anonymous classes; JFrame; JButton; JTextField; FlowLayout; button actions; ActionListener interface; Inversion of Control; Timer; timer actions; graphics context; Shape interface; drawing methods |
| Oct 3 | Slides: Assignment #4; animation; ShapeIcon; JLabel; MoveableShape; poor design! |
| Oct 8 |
Slides:
Java interface as a contract; review: design patterns,
factory method design pattern, coding to the interface;
strategy design pattern; dynamic class loading; demo:
code flexibility; demo: Swing programming in NetBeans
Flexible coding example: Greeter: Greeter.java English.java French.java GreeterFactory1.java GreeterFactory2.java GreeterTest1.java GreeterTest2.java Greeter more: Greeter.java German.java Chinese.java |
| Oct 10 | Slides: In-class team exercise: UML class diagram; model-view-controller architecture; observer design pattern |
| Mar 15 | Slides: Review for the midterm |
| Oct 22 |
Slides:
Midterm solutions; layout managers; layout manager demo
with NetBeans; composite design pattern; Swing
component class hierarchy
Layout example (NetBeans project): Layout.zip |
| Oct 24 | Slides: Iterator design pattern: linked lists; decorator design pattern: scrollbars, I/O stream; Assignment #5; design patterns example |
| Oct 29 | Slides: In-class team exercise: UML class diagram; inheritance; superclasses and subclasses; class hierarchies; Liskov Substitution Principle |
| Oct 31 |
Slides:
Invoking superclass methods and contructors;
invoking a class's own constructor; preconditions,
postconditions, and inheritance; favor composition over
inheritance; superclasses and interfaces; abstract
classes; mouse events; MouseAdapter; car demo
Mouse events demo: MouseWindow.java Car dragging demo: CarComponent.java CarMover.java CarShape.java |
| Nov 5 | Slides: Cooking; creativity; abstract class example; template method design pattern; refactoring; multiple inheritance; geometric shapes class hierarchy; exceptions class hierarchy; catching exceptions; original "Gang of Four" design patterns |
| Nov 12 | Slides: Data types; type compatibility; subtypes; enumerated types; instanceof; type inquiry; Object class; toString(); equality testing; hash code; cloning; reflection; inspecting a class |
| Nov 14 | Slides: Inspecting an object; serialization; array of ints; raw ArrayList; ArrayList<Integer>; boxing and unboxing; ArrayList<SimpleShape>; Comparable<SimpleShape>; covariant Java arrays; noncovariant ArrayList types; generic methods; type bounds and wildcards; generic types and covariance |
| Nov 19 |
Slides:
Type erasure; JUnit magic; reflection; inspect an array;
multithreaded programming; multithreaded GUI programming;
create a thread; Runnable example
Multithreaded GUI example: GuiThread.java Runnable example: GreetingProducer.java ThreadTester.java |
| Nov 21 |
Slides:
Thread states; activating and terminating threads;
thread synchronization example; race condition;
critical region;
Thread synchronization example: queue1.zip |
| Nov 26 |
Slides:
Locks; lock conditions; thread-safe queue add and remove;
synchronize printing; integrated Java support for
multithreading; Java synchronized methods; locks and
condition objects; Asignment #6
Queue examples: queue2.zip queue3.zip queue4.zip queue5.zip |
| Dec 3 | Slides: Frameworks; applets; Java Collections framework; Collections class; Collection interface; AbstractCollection class; Iterator and Iterable interfaces; adding a new collection class; Set, List, and ListIterator interfaces; lists and binary searches; RandomAccess interface; views |
| Dec 5 | Slides: Multithreaded merge sort animation; postmortem report; review for the final examination |
First goal: You'll learn to develop well-designed software applications that do what they're supposed to do, use proven object-oriented techniques, and that are flexible, reliable, and maintainable. You'll become better programmers .
Good designs don't just happen. Each one is a destination, one that always requires a journey to reach. Every programmer, whether beginner or experienced, must take this trip for each and every project. An inexperienced programmer may meander, take the wrong paths, and maybe even backtrack before reaching that destination. But with practice and knowledge of design patterns and good object-oriented tools and techniques, subsequent journeys will become shorter.
Second goal: You'll learn critical job skills that employers look for in new college hires. You'll work together in small project teams and gain experience on how to cooperate and coordinate your joint efforts to design, develop, and test applications that each consists of over a dozen Java classes. You'll employ modern industry-standard software engineering practices. Each team will take its separate journey to Good Design.
|
Department policy is to enforce all course prerequisites strictly. |
|
Object-Oriented Design & Patterns, 2nd ed. Cay Horstmann Wiley Publishing, Inc., 2006 ISBN: 978-0471744870 |
|
Head First Object-Oriented Analysis & Design Brett D. McLaughlin, et al. O'Reilly Media, 2006 ISBN: 978-0596008673 |
