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Course Information

Course Information

Course Title	Code	Semester	L+U Hour	Credits	ECTS
COMPUTER PROGRAMMING II	COM1002	2. Semester	4 + 2	5.0	6.0

Prerequisites

None

Language of Instruction	English
Course Level	Bachelor's Degree
Course Type	Compulsory
Mode of delivery
Course Coordinator
Instructors
Assistants
Goals	The objective of this course is to focus on language features supporting data abstraction, object oriented programming and generic programming through C++ programming language. In the first part of this course students study the subset of C++ that supports the styles of programming traditionally done in C. It covers fundamental types, expressions and control structures for C++. Modularity is discussed, as supported by namespaces and source files. In the second part, C++ facilities for defining and using new types are introduced. Concrete and abstract types (classes), together with operator overloading, polymorphism and the use of class hierarchies. Then, templates are teached for defining families of types and functions. Moreover, students also work on exception handling, standard library and input/output mechanisms supported by C++.
Course Content	Introduction to C++; Types and Declerations, Expressions & Statements;Pointers, Arrays and Structures; Functions; Classes; Classes, Classes, Operator Overloading (Copying objects, assignment vs copy constructors, class objects as members, operator functions); Classes, Operator Overloading (binary and unary operators, operators and user defined types, operators in namespaces, friend functions/classes); Derived Classes (has a/is a relation, inheritance types, class hierachies); Derived Classes (virtual functions, abstract classes, polymorphism); Class Hierarchies (Multiple inheritance, ambiguity resolution, replicated base classes); Class Hierarchies (Virtual base classes, multiple inheritance and access control, run-time type information); Templates (Function templates, instantiation, template classes); Exception Handling (assert library, try/catch expressions); STL Library (container classes: vectors, list, set, map, multiset, multimap, STL algorithms, iterators).
Learning Outcomes	1) Acquisition of the basics of the object oriented and generic programming constructs. 2) Matematiksel ifadeleri bilgisayarda çözümleyecek C++ programlama kodunu yazar. 3) Bilgisayar programlama dillerini kavrar. 4) Ability to design and implement user defined types (classes). 5) Ability to design and implement object oriented solutions to a varied range of problems on computers. 6) Ability to design and implement generic libraries using class/function templates for a varied range of domains. 7) Ability to use STL container classes and algortihms in complex projects. 8) Ability to write, compile and debug C++ programmes to solve varied range of problems in different domains.