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Phoenix TS

C++ Programming Training

This course will give you a new programming skill to add to your resume by learning C++.

Course Overview

Our 5-day, instructor-led C++ Programming Training course is designed to teach non-programmers the following:

  • About the core C features of C++
  • C++ class construct
  • About memory management, scope, and access control mechanisms
  • About Polymorphisms and virtual functions and inheritance

No previous programming experience is necessary.

Schedule

Currently, there are no public classes scheduled. Please contact a Phoenix TS Training Consultant to discuss hosting a private class at 240-667-7757.

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Course Outline

Classes

  • Creating a data structure
  • Methods
  • Object scope
  • C++ input and output
  • Namespaces
  • Data abstraction
  • Enforcing data encapsulation
  • File organization
  • Classes in C++
  • Objects
  • This pointer

Constructors and Destructors

  • Debug output
  • The default constructor
  • When are constructors called?
  • The destructor
  • The copy constructor
  • Other constructors
  • Why did it work before?
  • Composition
  • The report class
  • Code reuse
  • Initialization lists
  • Labs

Inheritance

  • Inheritance
  • Bugreport
  • Protected access modifier
  • Access and inheritance
  • Constructors and inheritance
  • Initialization lists revisited
  • Multiple inheritance
  • Labs

Virtual Functions

  • Inheritance and assignment
  • Inside report’s assignment operator
  • Using pointers – a quick look at basics
  • Class assignment and pointers
  • Class assignment and pointers – a picture
  • Static binding
  • Polymorphisim
  • The show_rep() function
  • Using the show_rep() function
  • Designing member function inheritance
  • Labs

Pure Virtual Functions

  • Bugfix and its relationship with bugreport
  • Bugfix: association with bugreport
  • Using bugfix with show_rep()
  • Adding bugfix to the hierarchy
  • Coding for the document class
  • Reexamining the document class
  • Pure virtual functions
  • Designing member function inheritance
  • Labs

References and Constants

  • References
  • Displaying references
  • Changing references
  • Pass by references
  • Returning by reference
  • Constant variables
  • Constant references
  • Constant methods
  • Labs

New And Delete

  • New and delete
  • Array allocation
  • The report class
  • Compiler version of the copy constructor
  • Guidelines for copy constructors
  • The report constructors and new
  • The report destructor and delete
  • Virtual destructors
  • Labs

Casting in C++

  • Casting: a review
  • New casting syntax
  • Creating a string class
  • The string class
  • The conversion constructor
  • Expanding our casting options
  • Casting operator
  • Using the casting operator
  • Labs

Class Methods and Data

  • Class data
  • Class methods
  • Using the new data
  • More on class methods
  • Labs

Overloaded Functions

  • Function overloading
  • Using overloaded functions
  • Rules for overloading
  • Overloading based on constness
  • Default arguments
  • Invoking functions with default arguments
  • Labs

Overloaded Operators

  • The basics of overloading
  • Overloading with operator =+
  • Coping with community
  • Non-cummutative operators
  • Friends and their problems
  • The assignment operator
  • Overloading the << Operator
  • Using date with cout
  • Labs

Exception Handling

  • Why exception handling?
  • try/catch/throw
  • Exception classes
  • Standard exception hierarchy
  • Multiple catch blocks
  • Catching everything
  • Unhandled exceptions
  • Exception in constructors and destructors
  • Designing for exceptions
  • Labs

Standard Template Library

  • Class template concepts
  • Standard template library (STL) overview
  • Containers
  • Iterators
  • Iterator syntax
  • Non-mutating sequential algorithms
  • mutating sequential algorithms
  • Sorting algorithms
  • Numeric algorithms
  • auto_ptr class
  • string class
  • Labs

STL Containers

  • Container classes
  • Container class algorithms
  • vector class
  • Additional vector class methods
  • deque class
  • list class
  • set and multiset classes
  • map and multimap classes
  • Labs

C++ Programming Training FAQs

Who should enroll in this course?

Professionals who benefit from C++ programming skills or individuals looking to being a programming career.

Register Contact Us

$2,036 – $2,190

  • Price Match Guarantee

    We’ll match any competitor’s price quote. Call us at 240-667-7757.

  • This C++ Programming Training course includes:

    • 5 days of instructor-led training 
    • C++ Programming Training book  
    • Notepad, pen and highlighter  
    • Variety of bagels, fruits, doughnuts and cereal available at the start of class*  
    • Tea, coffee and soda available throughout the day* 
    • Freshly baked cookies every afternoon* 

     

    *denotes this benefit is only available at participating locations

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