All the concepts will be explained with hands-on exercise.
This training is for C++ developers. Participants are expected to write code during the session.
Windows or Linux System with appropriate tools installed
Compiler with C++11, C++14 support. CodeBlocks{} with gcc OR MS-Visual Studio.

1. Object Orienting Design Thinking & class construction

Composition, Aggregation
Inheritance, encapsulation,
Polymorphism
Paper Design Exercise – Class representation with OO Design
Online Pre-quiz

2. Review of Basics

Preprocessor & Compilation
Basic Data Types, C++11 auto, decltype, Strongly Typed Enumeration, Loops C++11 Range based
for loop, Array Initialization, Storage duration, Function Overloading, Inline function, Program
Linkages, Declaration & definition

3. C++ class

C++ class, Memory representation, Constructor & Destructor, Overloaded member function,
C++11: delegated constructor, explicitly defaulted constructor, Delegating constructor, Explicitly
deleting overloaded member function, Const Expr

4. C++ Memory Allocation

Deep Copy vs Shallow Copy
Dynamic Memory Allocation - new & delete operator
Reference variables, this keyword, copy constructor, assignment operator,
Static data member & member function

5. C++ Inheritance

memory representation, Polymorphism – virtual functions, Pure virtual function, need for virtual destructor
Virtual Table & Virtual Table Pointer internal compiler representation
Multiple inheritance – diamond inheritance problem and resolution
Compiler handling of virtual tables under multiple inheritance
Namespace, Argument-dependent name lookup
. Friend member, friend class

7. Operator Overloading

operator+, operator<< (ostream)
Operator overloading
operator++ prefix & postfix,
Unary operator
Operator overloading
subscript & exception handling
Overloading function call operator, dereference/indirection operator
Operator new and delete, placement new, behaviour with and without destructor, general guidelines
on operator overloading, assignment operator inheritance, review copy constructor & assignment
operator; Rule of three

8. Advanced C++ concepts and usage

Ptr to member function, const type qualifier, Ptr to constant – constant ptr, Const and Ref data
member initialization, Const member function, mutable keyword, returning const, explicit keyword, RTTI – typeid()

9. Typecasting

const_cast, static_cast, dynamic_cast, reinterpret_cast
Terminologies – upcasting, down-casting, C++11 : preventing inheritance, nullptr, __func__
C++11: Uniform initialization, Alternate function syntax, final preventing overriding, override
keyword

10. C++ Templates

Function templates – how templates work, Overloading function templates, Template Function
specialization, Templates vs Macros,
Template class, default arguments, template specialization – partial and complete
Template Expression – Partial template specialization with expression, multifile project, chances of code bloat

11. C++11: Variadic template function

Template dependent on another template
Dependent name and two-phase lookup, Chances of code bloat with templates

12. C++11: Move Semantics

Rvalue reference, Move Semantics – move constructor & move assignment

13. C++11 Smart Pointer –

unique_ptr, shared_ptr, weak_ptr

14. C++11:

Lambda Functions – Closures, Currying

15. Standard Template Library (STL)

– containers and algorithms – vector, iterators, find, find_if STL: list, deque, priority_queue, stack, map / multimap, bitset, basic_string, tuple, C++11:
Alternate Function Syntax with templates

16. C++11 Multithreading & cache efficiency/ performance -

Writing Efficient Multi-threaded code & related issues