Difference between revisions of "COMP345 - fall 2021"

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==Course Material and Resources==
 
==Course Material and Resources==
  
*[[Media:Syllabus.COMP345.paquet.2020.2.pdf ‎|Course outline]]
+
*[[Media:Syllabus.COMP345.paquet.2021.2.pdf ‎|Course outline]]
 
*[https://www.concordia.ca/ginacody/students/course-schedules/fall-2020-2021.html ENCS Lectures and Labs Schedules ]
 
*[https://www.concordia.ca/ginacody/students/course-schedules/fall-2020-2021.html ENCS Lectures and Labs Schedules ]
 
*[[Media:SourceCode4e.zip|Source code of all program examples in Walter Savitch's "Absolute C++"]]
 
*[[Media:SourceCode4e.zip|Source code of all program examples in Walter Savitch's "Absolute C++"]]
 
*[[Media:Liang_Code.zip|Source code of all program examples in Daniel Liang's "Introduction to Programming with C++"]]
 
*[[Media:Liang_Code.zip|Source code of all program examples in Daniel Liang's "Introduction to Programming with C++"]]

Revision as of 11:24, 31 August 2021

Contents

Course Description

COMP 345 - Advanced Program Design with C++ (4 credits)

Prerequisite: COMP352 previously or concurrently. Introduction to C++. I/O with stream classes. Pointers and their uses. TheStandard Template Library (STL): containers, algorithms, iterators, adaptors, function objects. Class design: constructors, destructors, operator overloading, inheritance, virtual functions, exception handling, memory management. Advanced topics: libraries, locales, STL conventions, concurrency, template metaprogramming. Applications of C++: systems, engineering, games programming. Project. Lectures: three hours per week. Laboratory: two hours per week.

Course Schedule and Contacts

component day time location instructor e-mail address link
lecture D -T-J--- 13:15-14:30 lecture videos (asynchronous)
zoom lecture discussions (synchronous - Tuesdays 13:15-14:30)
in-person lectures (Thursdays 13:15-14:30)
moodle
Joey Paquet paquet@encs.concordia.ca
lecture N M-W---- 16:15-17:30 lecture videos (asynchronous)
zoom lecture discussions (synchronous - Mondays 16:15-17:30)
in-person lectures (Wednesdays 16:15-17:30)
moodle
Joey Paquet paquet@encs.concordia.ca
lab A-X --W---- 20:30-22:20 [zoom lab A-X] TBD TBD
lab B-X --W---- 20:30-22:20 [zoom lab B-X] TBD TBD
lab C-X --W---- 20:30-22:20 [zoom lab C-X] TBD TBD
lab E-X --W---- 17:45-19:35 [zoom lab E-X] TBD TBD
lab F-X --W---- 17:45-19:35 [zoom lab F-X] TBD TBD
lab G-X --W---- 17:45-19:35 [zoom lab G-X] TBD TBD
lab H-X --W---- 20:30-22:20 [zoom lab H-X] TBD TBD
lab J-X --W---- 20:30-22:20 [zoom lab J-X] TBD TBD
lab K-X --W---- 17:45-19:35 [zoom lab K-X] TBD TBD
lab L-X --W---- 17:45-19:35 [zoom lab L-X] TBD TBD
instructor's office hours --W---- 10:00-12:00 [zoom office hours] Joey Paquet

Lecture Schedule

wk date event topics lecture material (tentative) laboratory material (tentative)
week 1 sep 7, sep 10
  • introduction to the course and project
  • introduction to C++
week 2 sep 13, sep 17
  • program organization
  • compilation units, namespaces
  • data types, type coercion
  • streams
  • pointers
week 3 sep 20, sep 24
  • structures, classes
  • constructors, destructors
  • const, inline, static
  • friends
  • inheritance
  • virtual inheritance
week 4 sep 27, oct 1
week 5 oct 4, oct 8
  • C/C++ arrays and dynamic arrays, containers
week 6 oct 11, oct 15
  • MVC architecture
  • observer pattern
week 7 oct 18, oct 22
  • polymorphism
  • virtual functions
  • abstract classes
  • slicing problem, value and reference semantics
  • virtual function tables
  • diamond problem, virtual inheritance
week 8 oct 25, oct 29
  • midterm examination (date/time TBD)
    coverage
week 9 nov 1, nov 5
  • design patterns in C++
week 10 nov 8, nov 12
  • operator overloading
week 11 nov 15, nov 19
  • exception handling
week 12 nov 22, nov 26
  • final programming examination (nov 24 during labs)
    Wed Nov 24th 17:45-19:35
    Wed Nov 24th 20:30-22:20
  • templates metaprogramming
week 13 nov 29 - dec 3
  • Review
exam week dec 8 - dec 22
  • final written examination - online moodle examination - date/time TBD
    coverage

Course Material and Resources