C++ Deep Dive Certification Training

Live Online & Classroom Certification Training

Expert knowledge in some of the advance concepts of C++ is needed if you want to do some tricky implementations like network programming, rich user interface etc. Our course in C++ Deep Dive teaches you these concepts in high end network programming, STL and many design pattern that will be useful when you do such advance C++ implementations.

(4.7) 83 Learners
Instructed by SPRINGPEOPLE
  • 11
    9 Days
    Online, 11-Dec to 20-Dec (Monday - Wednesday), LVC (07:00 AM Start) ₹19,950.00  Early Bird Offer: ₹17,950.00

Course Description




At the end of the C++ Deep Dive training course, the participants will:

  • Understand C++ Programming with greater depth
  • Implement the best practices of OO for a requirement
  • Implement Is-A and Has-A effectively
  • Implement a completely Object Oriented Solution
  • Clear understanding of separation of concerns
  • Take advantage of Python's Object-Oriented features
  • Discover abstractions and Encapsulations
  • Implement the design Patterns and Principles

Suggested Audience - Developers

Duration - 3 Days


  • Knowledge in C++
  • Basic understanding of Object Oriented Principles

Course Curriculum

Expand All
  • Transition from procedural to object-oriented approach
  • The Object-oriented approach
  • Abstraction, Encapsulation and Modularity
  • Interface and implementation
  • Fundamentals of Object Oriented Approach
  • Why objects?
  • Classes & Objects - the different perspectives
  • State, Identity and Behavior
  • Abstraction
  • Encapsulation
  • Inheritance & Class Hierarchy
  • Polymorphism: Early v/s late binding
  • Object relationships
  • Application of static members
  • Objects on the heap
  • Use of this pointer
  • Overloading of Constant members
  • mutable data members
  • Constant objects
  • Overloading of static member functions
  • Compiler Synthesized Constructor
  • New vs malloc vs calloc
  • Deep copy v/s Shallow copy
  • Overloaded constructor
  • Copy constructor & Generic Copy constructor
  • Explicit constructor
  • Copy Constructor v/s Assignment operator
  • Initialization List
  • Order of Initialization
  • Initialization v/s Assignment
  • Object Cleanup - Destructor - tDelete vs Free - tCompiler Synthesized Destructor - tPreventing destroying object instance - tAvoiding dangling Pointers - tDestroying objects on the heap - tDestroying array of objects - tIssues with Dangling Pointer - tSmart pointer concept -
  • Introduction - Multiple catch blocks - tCatch all exceptions - tSet_terminate function - tSet_unexpected function - tCustion exception class -
  • Exception handling issues - Order of catch blocks - tCatching exception by value - tThrowing exception in constructor -
  • Inheritance & containment - Containment vs Inheritance - tPrivate vs protected inheritance - tHybrid Inheritance / virtual base class - tChanging scope of base member in derived class - The publicizer technique Inheritance - tThe inheritance mechanism - tTypes of inheritance - tSingle level, multi level, multiple, hierarchical, hybrid - tInheritance - is it allocation or accessibility - tThe protected access specifier - tInheritance in private, protected & public mode - tApplying Inheritance, key abstraction and dynamic binding - tConstructors & destructors in a derived class - tMultiple inheritance - tVirtual Base class - tInvoking base class constructors - tWhy a constructor is not inherited - tIs-a & Has-a relationship - tNested classes & Containership - tRuntime Polymorphism, Virtual Functions & Dynamic Binding - tPointers & Classes - tPointers to Class Members -
  • Virtual functions - Virtual member function - tLayering technique, issues related to tight-coupling and loose-coupling, avoiding transitive - tdependencies - tPure virtual function - tAbstract class v/s Interface v/s Concrete class -
  • Virtual function Issues - Calling virtual function from constructor - tCalling virtual function from destructor> - tCalling virtual function from non virtual member function - tObject Slicing - tVirtual destructor -
  • Virtual Internals - Virtual functions in Single Inheritance - tVirtual functions in Multiple Inheritance - tVirtual Inheritance -
  • Generic functions & Data abstraction
  • Function templates
  • Explicitly specialising a function template
  • Overloading Function Template
  • Using standard parameters
  • A Generic Sort algorithm
  • Generic Classes (Class template)
  • Using more than one generic type
  • Using non-type arguments & default arguments
  • Explicit Class Specializations
  • Containers - vectors - tlists - tmaps - tcontainers and exceptions - tchoosing an appropriate container -
  • Iterator Design - iterators and const_iterators - taccessing iterator information in generic algorithms - ttypes of iterators - ttinput iterator - output iterator - forward iterator - reverse iterator - random iterator - tt -
  • Generic algorithms - review: generic algorithms and helper templates - tinteraction between algorithms and iterators - ttypes of iterators - ttmutating algorithms - non mutating algorithms - tt -
  • What are design patterns? Classification
  • Creational Patterns - The Factory Pattern - tThe Singleton Pattern - tThe Abstract Factory Pattern - tSummary of Creational Patterns -
  • Structural Patterns - The Composite Pattern - tThe Bridge Pattern - tThe Decorator Pattern - tThe Adapter Pattern -
  • Behavioral Patterns - The Command Pattern - tThe Chain of responsibility Pattern - tStrategy Pattern - tThe Template Pattern -


SpringPeople works with top industry experts to identify the leading certification bodies on different technologies - which are well respected in the industry and globally accepted as clear evidence of a professional’s “proven” expertise in the technology. As such, these certification are a high value-add to the CVs and can give a massive boost to professionals in their career/professional growth.

Our certification courses are fully aligned to these high-profile certification exams; at the end of the course, participants will have detailed knowledge, be eligible and be fully ready take up these certification exams and pass with flying colours.



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About the Instructor

Founded in 2009, SpringPeople is a global premier eLearning marketplace for Online Live, Instructor-led classes in the region. It is a certified training delivery partner of leading technology creators, namely Pivotal, Elastic, Lightbend, EMC, VMware, MuleSoft, RSA, and... Read More

Course Rating and Reviews


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SPRINGPEOPLE SpringPeople Trainer

Nishit Sinha

Senior Applications Developer
ServiceNow Inc.
Course Material:
Class Experience:
Nothing as such

SPRINGPEOPLE SpringPeople Trainer


Course Material:
Class Experience:
session like reading the slides

SPRINGPEOPLE SpringPeople Trainer


Course Material:
Class Experience:
The trainer was pretty new to the training and the class was not helpful. Not at all recommended. Failed to satisfy my requirements

This class is intended for participants with some prior exposure to the technology and are now looking to build up their expertise on the topic.

On successful completion of the course, participants will be eligible to sit of the related certification exam (see course overview). All participants receive a course completion certificate, demonstrating their expertise on the subject.

Total duration of the online, live instructor led sessions. Sessions are typically delivered as short lectures (2-hrs weekdays/3-hrs weekends) and detailed hands-on guidance.

Expected offline lab work hours that participants will need to complete and submit to the trainer, during and after the instructor-led online sessions.

  1. We are happy to refund full fee paid - no questions asked - should you feel that the training is not up to your expectations.
  2. Our dedicated team of expert training enablement advisors are available on email, phone and chat to assist you with your queries.
  3. All courseware, including session recordings, will always be available to access to you for future reference and rework.

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