PROGRAMMING UNIT 2
Learning outcomes of the course unit
The course is intended to provide foundations of imperative programming as well as 'object-oriented' programming, using C++ as the reference programming language.
Course contents summary
Problems and algorithms: basic notions, flow-charts - Programming languages. Program execution (translation vs. interpretation) - Program structure. A sample program in C++ - Constants and variables - Elementary data types in C++ -Assignment and compound statement - Basic input/output - Operators and expressions - Control structures (selection, iteration). Structured stratements in C++ - Data structures (abstract vs. concrete). Arrays in C++. Matrices. Strings. 'struct'. Tables (hints) - The 'typedef' declaration.
Subprograms: motivations. Function declaration and call in C++ - Parameter passing: by value, by reference. 'void' functions - Recursive functions - Scope rules in C++. Local vs. global declarations - File management in C++.
Class and object declaration. Accessing member functions and data of a class - Class constructors - A sample class: 'rational' - Function and operator overloading - The 'string' class - Pointers and dynamic memory allocation. Arrays and pointers - A sample class: 'int_vett' - The assignment operator. The copy constructor. Class destructors - Object life-time (hints) - Abstract data types (ADT) (hints).
Exception handling: motivations. Constructs for exception handling in C++ - Parametric classes ('template'): declaration, instantiation. A sample class: 'vett<T>' - Parametric functions (hints) - Inheritance. 'public' vs 'private' derivation. Multiple inheritance (hints).
H.M. Deitel, P.J. Deitel. C++ Fondamenti di programmazione, Apogeo, 2003, 696 pages.
[OR] S. Lippman, J. Lajoie. C++: Corso di programmazione, 3a Ed., Addison-Wesley, 2000.
Written and oral exam, plus development and demo of a
practical application written in C++