C++ Refresher


Who should attend:

Software developers who want to refresh and their C++ knowledge.

Pre-requisites:

Basic C++ knowledge.

Duration:

2 - 3 days depending on the selected modules.

Course Description:

This course allows C++ programmers to check their existing C++ knowledge for correctness and completness, to recover lost C++ know-how and to acquire possibly missing knowledge.This leads to a solid understanding of the programming language C++ which, due to the memory and runtime considerations, allows especially embedded software devlopers to create powerful and reliable applications. The course is designed in a modular way and thus can be customised according to the requirements. The contents of the course are based on C++98 which currently is the most widespread language standard in use. The features of the newer language standards C++11, C++14 and C++17 are covered in the course "Modern C++" which requires the knowledge imparted in this course as a pre-requisite.


Course Outline:

Non-Object-Oriented Language Features

  • Enumerations
  • Data type bool
  • References
  • Function Overloading
  • Default Parameters
  • Namespaces
  • Dynamic Memory Management
  • Operator Overloading
  • Input/Output (cin/cout)

Classes and Objects

  • Data Elements, Attributes
  • Element Functions, Methods
  • Inlining
  • Static/Non-static Elements
  • this-Pointer
  • Access Rights public and private
  • Constructors and Destructors
  • Constant Methods

Operators as Elements of a Class

  • Assignment Operator
  • Subscript Operator
  • Type Convertion Operator

Inheritance

  • Base Classes and Derived Classes
  • Modelling of the Base Class Functionality
  • Impact on the Construction and Destruction
  • Access Right protected
  • Private Inheritance

Virtual Functions and Polymorphism

  • Static and Dynamic Binding
  • Virtual Function Table
  • Abstract Functions and Abstract Classes
  • Interfaces

Templates

  • Template Functions
  • Template Parameters
  • Specialisation
  • Class Templates
  • Templates and Inheritance
  • Explicit Template Instantiation
  • Static Polymorphism

Exception Handling

  • Exception Handling with try and catch
  • Stack Unwinding
  • Evaluating the Exception Information
  • Exception Families
  • Handling of Multiple Exceptions with a Single Handler
  • Exception Spezifications
  • Standard Exceptions

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