Southern Federal University
Faculty of mathematics, mechanics and computer science
Milchakova str. 8a, Rostov-on-Don, 344090
Phone.: (863) 2975 111;
Fax: (863) 2975 113;
SYLLABUS
1-semester course
Object-oriented design and programming in C++
for Masters Program Computational Mechanics and Biomechanics.
4 ECTS Credits
Aim of the course
The main aim of the course of object-oriented design and programming in C++ is to
bring together mathematical modeling and modern programming methodology.
Mathematical modeling and computational experiment are basic techniques in mechanics
and biomechanics research but software is a main tool of those techniques. So, the course
is dedicated to the overview of OOD & OOP paradigm, its' methodology and its'
applications in the field of software design for computer-based numerical analysis for
natural science problems. The subject of the course is focused on the ideas of the objectoriented programming vs. procedure-oriented programming and on the new vision of the
several numerical methods and techniques as an implementation of a set of specific data
types than represent the language of a problem field. While the major emphasis is on the
study of fundamental concepts of OOP: abstraction, encapsulation, modularity and data
2
hierarchy through inheritance, the course
also attempts to draw attention to polymorphism and typing, parallelism, stability and
other significant concepts and features of OOP methodology.
Also this course deals with methods, techniques; tricks and receipts for practical
programming and program coding in C++.
Techniques, Skills, etc.
After completing the course, the students are expected to be able to:

compare the programming languages and their facilities for object-oriented
programming;

define a set of abstract concepts as a knowledge domain environment;

design a hierarchical set of data types (classes) on the base of inheritance;

make out the classes hierarchy on the base of inclusion relations and on the
base of private inheritance;

choose and implement a suitable inheritance scheme: behavior and
realization; only realization; only behavior;

understand and utilize dynamic dispatch (dynamic binding or late binding or
run-time linking) and static calls (fixed implementation or name binding or early binding
or compilation-time linking) and utilize both in computer program code;

understand the role of polymorphism and design polymorphic computer
program code;

present coherent arguments to answer questions both orally and in writing.
Teaching
The following methods and forms of study are used in the course:

Lectures

Labs

Problem sets

Program coding
3


Self-study
Use of different reference books and Internet resources
At the end of the course the students are supposed to do problem sets and write a
report, make an oral presentation and participate in discussion. Upon the successful
completion, the students will gain 4 credits.
Course content
#
Subject
№
1.
1
1Introduction.
Form of
Duration
Lesson
(hrs)
Lecture
1
Lecture
1
Lecture
1
Course organization, its
aims and structure.
Information on core and
additional readings.
2.
2
2Role of
programming
methodology,
programming technology
and programming
languages facilities.
Comparison the concepts
of procedure-oriented
programming (POP) and
object-oriented
programming (OOP)
3.
3
Fundamental
concepts of objectoriented programming
Date
4
(OOP): abstraction,
encapsulation, modularity,
data hierarchy through
inheritance, polymorphism
and typing, parallelism
and stability
4.
4
Classes in C++.
Encapsulation and
Lecture
1
Self-study
1
Lecture
2
Laboratory,
2
Self-study
4
modularity – methods and
properties in classes.
Example – class "String"
5.
5
5Polymorphism in
C++. Five ways to
implement polymorphic
code. The functions
overloading and default
values for functions'
parameters in C++
6.
6
6Interface as a data
type definition. Operators
overloading in C++. Class
methods and class friends
in C++. Inline functions.
7.
Concept of lvalue in Lecture
C++. Pointer and
7
reference data types in
C++. Constants in C++:
objects, pointers,
references, methods.
Techniques; tricks and
4
5
receipts for practical
programming and program
coding in C++ with
pointers, references and
constants
8.
8
Concept of
encapsulation and its
Lecture
8
Self-study
2
Laboratory,
4
Self-study
6
implementation in C++.
Default rules vs.
encapsulation in C++.
Initialization and
assignment for objects.
Constructors and
destructor in C++ classes
environmental.
9.
Type conversion
(type coercion and type
9
casting) rules in C++.
How to control
typecasting by
constructors and
typecasting operation.
Typecasting for variables,
pointers and references.
10.
10
Static properties and Lecture
methods in C++ classes.
Techniques; tricks and
receipts for practical
programming and program
coding in C++ with static
2
6
properties and methods.
11.
11
Heap-based
Laboratory,
(dynamic) memory control Self-study,
5
8
in C++ classes.
Techniques; tricks and
receipts for practical
programming and program
coding in C++ with heapbased memory control.
12.
12
Classes' hierarchy:
inclusion relations and
Lecture
2
Self-study
2
Lecture
2
Self-study
2
Lecture
2
Self-study
2
Lecture
4
Self-study
2
inheritance.
13.
13
Inheritance
implementation for
polymorphism and for
strong typing. Dynamic
(late) binding and name
(early) binding.
14.
I/O tools in C and
C++. Standard I/O
14
functions C-library vs.
Standard I/O streams C++
class library.
15.
Three inheritance
schemes: for behavior and
15
realization; only for
realization; only for
behavior. Abstract classes
and abstract base classes
in C++.
7
16.
16
1Multiple
Laboratory,
6
inheritances in C++.
Self-study
8
Lecture
2
Self-study
4
Lecture
2
Self-study
8
Virtual inheritance and
virtual base classes.
Techniques; tricks and
receipts for practical
programming and program
coding in C++ with
multiple inheritances.
17.
Exception handling
system in C++.
17
Techniques; tricks and
receipts for practical
programming and program
coding in C++ with
exception handling
implementation.
18.
18
Concept of generic
programming.
Parameterized functions
and parameterized types.
Templates in C++,
standard template library
(STL). Techniques; tricks
and receipts for practical
programming and program
coding in C++ with STL.
19.
Summarizing
`
presentation
19
Colloquium
8
Requirements
During the session students are required to

attend class lectures;

be prepared to laboratory hours;

attend the laboratory;

write a report;

represent the report results in oral presentation at the colloquium;

be prepared to participate in final course discussion.
Grade determination

Class participation - 30%

Laboratory work - 40%

Written report and its presentation – 20%

Participation in discussion – 10%
Literature
Core
Booch, Grady (1997). Object-Oriented Analysis and Design with Applications.
Addison-Wesley. ISBN 0-8053-5340-2.
Stroustrup, Bjarne (1997). The C++ Programming Language (Third ed.). ISBN
0201889544
Sutter, Herb (2004). Exceptional C++ Style. Addison-Wesley. ISBN 0-201-760428.
Vandevoorde, David; Nicolai M. Josuttis (2003). C++ Templates: The complete
Guide. Addison-Wesley. ISBN 0-201-73484-2.
Becker, Pete (2006). The C++ Standard Library Extensions: A Tutorial and
Reference. Addison-Wesley. ISBN 0-321-41299-0.
9
Additional
Meyer, Bertrand (1997). Object-Oriented Software Construction. Prentice Hall.
ISBN 0-13-629155-4.
Rumbaugh, James; Michael Blaha, William Premerlani, Frederick Eddy, William
Lorensen (1991). Object-Oriented Modeling and Design. Prentice Hall. ISBN 0-13629841-9.
Alexandrescu, Andrei; Herb Sutter (2004). C++ Design and Coding Standards:
Rules and Guidelines for Writing Programs. Addison-Wesley. ISBN 0-321-11358-6.
Schreiner, Axel-Tobias (1993). Object oriented programming with ANSI-C. Hanser.
ISBN 3-446-17426-5. http://hdl.handle.net/1850/8544.
Internet Resources
Object-oriented programming at the Open Directory Project.
http://www.dmoz.org/Computers/Programming/Methodologies/Object-Oriented/
JTC1/SC22/WG21 - The ISO/IEC C++ Standard Working Group. http://www.openstd.org/jtc1/sc22/wg21/
An incomplete list of C++ compilers, maintained by C++'s inventor: Bjarne
Stroustrup http://www2.research.att.com/~bs/compilers.html
Boost C++ source library http://www.boost.org/