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Schedule

This class meets every Monday, Wednesday, and Friday from 11:00-11:50 PM; the final exam is from 10:30-12:30 on Dec. 22.

All dates in the following schedule are tentative, except those fixed by the University; if some topic listed here as taking one lecture in fact takes two lectures to cover adequately, or vice versa, the schedule will shift.

I expect you to have read the reading assignments before the lecture that deals with that topic. This way I can concentrate my time on answering questions and clarifying subtle or difficult points in the textbook, rather than on reading the textbook to you, which will bore both of us. Please read ahead!

When I say ``read'' above, I mean an active process, involving not only the textbook but pencil, scratch paper, and a notebook for writing down key points. Finally, and perhaps most importantly, you'll need a computer for trying out the new ideas you find in your reading. Just as you cannot learn to drive a car or to cook just by reading about it, you cannot learn about programming just by reading about it. In short, every time you read about a new programming idea, try it!

Date Assignment Reading Subject
Sept. 6     About the course, syllabi, texts
Sept. 8     Language about language; lexical, syntactic, and semantic concerns; BNF, syntax trees, etc.
Sept. 11   Budd 1 Philosophy of C++; a minimal C++ program; using the compiler(s)
Sept. 13 HW1 Budd 2 Primitive data types; variable & function declaration (first pass)
Sept. 15     Variables vs. values; stack vs. heap variables
Sept. 15 Last day to add courses
Sept. 18 HW1 due; HW2 Budd 2 Enumerated types, arrays, structs, and unions
Sept. 20   Budd 3 Pointers and addresses (and arrays)
Sept. 22 HW2 due; HW3 Budd 3 References; more about arrays
Sept. 25   Budd 4 Stack vs. heap variables again; slicing and other horrors
Sept. 27 HW3 due Budd 4 "new" and "delete"; common memory-management bugs
Sept. 29   Budd 5 Classes; include files and prototypes
Oct. 2   Budd 5 More features of classes
Oct. 2 Last day to drop courses
Oct. 4 HW4 Budd 8 strings and character arrays
Oct. 6   Budd 8 … and more about strings and character arrays
Oct. 9 Yom Kippur; no classes
Oct. 11   Budd 6 Polymorphism; virtual vs. non-virtual overriding
Oct. 13   Budd 6 More features of polymorphism
Oct. 16 HW4 due; HW5    
Oct. 18      
Oct. 20      
Oct. 23   Budd 7 Operator overloading
Oct. 25 HW5 due Budd 9 Templates
Oct. 27   Budd 10 C-style and C++-style I/O
Oct. 30   Budd 11 Exceptions; review for midterm exam
Nov. 1     Midterm exam
Nov. 3     Discuss midterm
Nov. 3 Last day to withdraw from courses
Nov. 6 HW6   History & philosophy of C; a minimal C program; using the compiler(s)
Nov. 8   Budd 10 I/O in C
Nov. 10     Replacing member functions with functions
Nov. 13 HW6 due; HW7   Replacing classes with structs
Nov. 15     Memory management and pointers
Nov. 17     Review of strings
Nov. 20     Miscellaneous topics
Nov. 22     Quiz?
Nov. 24 Thanksgiving; no classes
Nov. 27 HW8 AMZI preface,1,2 History & philosophy of Prolog; using the system; facts and queries; spelling & syntax; variables.
Nov. 29   3,4 Simple and compound queries; backtracking
Dec. 1 HW7 due; HW8 due; HW9 5,6 Writing and using rules; arithmetic
Dec. 4   7,8 The rule database; recursion
Dec. 6   9,10 Compound data and unification
Dec. 8   11,12 Lists and operators
Dec. 11   13,14 Cut and other control tricks
Dec. 13   15 Natural-language processing; discuss Prolog homework
Dec. 15 HW9 due   catch up and review for final exam
Dec. 22 10:30 AM-12:30 PM, final exam


next up previous
Next: About this document ... Up: Computer Science 270 Survey Previous: Ethics
This file last modified: Fri Oct 13 09:13:25 EDT 2000