Acquired Skills:

Prerequisites:

Course Duration:

Curriculum Material:

Course Topics:

• Classes and types of variables; basic and primary types
• Processing flux control : - modules, functions, laces, blocks, decisions
• Operators
• The pre-processor; directives of pre-processing; standardization of constants
• Understanding the global memory , the battery and the heap; vectors, matrixes and indicators.
• Indicators and references; the specificator const.
• Function Indicators
• Creating types thru structures, classes, unions, and enumerators; difference between a structure in C Language and a structure in C++ Language
• When to use class, when to use struct
• Library C++ standard: inherited functions, of C library; the streams of input and output of C++; handling of archives
• Avoiding break-ups of the buffer

Structures And Classes

• Concepts of structured and modular programming; concept of orientation to objects (OOP) and its implementation in C++
• Encapsulating : namespace; struct and class; nested types
• Creating members of data and member-functions; defining members access protection.
• Constructive functions and destructive functions; Constructors, and explicit constructors
• The indicator this; Defining the indicator this as const; mutable specification for members of data
• Friendly classes and functions
• Identity; static members; constant members
• Inheritance: interdependency between inheritance and encapsulation
• Restriction of protected access; public, private and protected derivation; simple inheritance and multiple inheritance
• Polymorphism; Interdependency between inheritance and polymorphism;redefinition of functions; virtual functions and pure virtual functions; redefinition of virtual functions
• The OOP and the line of assembly technique; developing software components thru classes and objects in C++
• Utilizing virtual functions to create interfaces, frameworks & events
• Handling of exceptions: throw, try, catch( ), catch(...); set_terminate, set_unexpected

Templates

• What are templates; understanding the parameters of types; templates of classes and templates of functions
• Library C++ Standard: what is the library of templates STL (Standard Template Library); the types of string and wstring; : the templates basic string, list, vectors, map, multimap, set, multiset and others; functions and generic algorithms ; Templates for generic programming.
• How operators collaborate in generic programming thru templates
• Using smart pointers
• Understanding the use of iterator; the various types of iterator; examples of use of the mutable specificator
• Understanding the use of the allocator
• Polymorphism when compiling and when executing
• Templates of conversion of type (casts): dynamic_cast, static_cast, reinterpret_cast, const_cast; creating personalized casts
• Understanding C++ as a multi-paradigmatic language, with support being more than a programming technique, going beyond the Orientation to Objects.

Certificate of Completion