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Tentative Schedule Spring 2002 |
| Week | Period | Topics | Read pages | Lab |
|---|---|---|---|---|
| 1 3/4-3/8 |
LEcture 1 | Course introduction Prerequisite assessment |
Lab 1: Using Existing Classes Due: 11pm 3/18/2002 |
|
| LECTUre 2 | STL list class and list iterators Pointer basics, null pointers, addressing, indirection, arrays and pointers, character string processing |
978-983, 993-997, 304-353 | ||
| 2 3/11-3/15 |
LECTure 1 | Introduction to classes Object-oriented analysis and design Introduction to Unified Modeling Language (UML) Classification, use cases |
119-131 | |
| LECture 2 | Data abstraction, encapsulation Introduction to abstract data types (ADT's) |
395-413 | ||
| 3 3/18-3/22 |
LECture 1 | ADT class interface, constructor, default constructor arguments, destructor, member functions, data members, assignment operator, public/private members | 413-448 | Lab 2: Class Implementation Due: 11pm 4/1/2002 |
| LECTure 2 | const members, composition, friends, this pointer | 453-520 | ||
| 4 3/25-3/29 |
LECTUre 1 | Operator overloading | 524-546, 559-567 | |
| LEcture 2 | Review | |||
| 5 4/1-4/5 |
LECture 1 | Midterm Exam Command line arguments | 920 | Project 1: Individual Design Project Demo 1: 5pm 4/11/2002 Report due: 11pm 4/19/2002 Demo 2: 5pm 4/23/2002 |
| LECTure 2 | Pointer review, dynamic objects with new and delete, dynamic arrays, memory leaks | 476-477 | ||
| 6 4/8-4/12 |
LECTURE 1 | Simple string ADT implementation | 546-559 | |
| lecture 2 | Work on project | |||
| 7 4/15-4/19 |
LECTure 1 | Inheritance, protected, overriding, constructor/destructor relationship | 557-622 | |
| LECture 2 | Polymorphism, virtual functions | 626-657 | ||
| 8 4/22-4/26 |
LECTure 1 | Abstract base classes | 626-657 | Project 2: Group Design Project Design report due: 11pm 4/29/2002 Final report due: 11pm 5/10/2002 |
| LECTure 2 | Templates | 705-719 | ||
| 9 4/29-5/3 |
LECture 1 | Templated container implementation, linked lists and iterators | 798-810 | |
| Lecture 2 | Spring Fling (no class) | |||
| 10 5/6-8-5/10 |
LECture 1 | Exception handling, Overview of STL algorithms | 724-753, 1013-1048 | |
| LECTUre 2 | Final review | |||
| 11 5/13-5/17 |
TBA | Final Exam |
