🎓 C++ & DSA with Generative AI Training Course

• Scope Resolution Operator (::)
• const and constexpr
• Reference Variables and Aliases
• Pointer vs Reference
• Passing Parameters by Reference
• Inline Functions
• Function Overloading

• Default Arguments in Functions
• Variadic Functions and Parameter Packs
• Function Pointers
• Dynamic Memory Allocation: new and delete
• Namespaces and Namespace Resolution
• Type Aliases: typedef and using
• auto, decltype and nullptr

• Defining Classes and Creating Objects
• Access Specifiers: public, private, protected
• Data Members and Member Functions
• Member Functions Inside and Outside Classes
• Memory Allocation of Objects and Members
• Static Data Members
• Static Member Functions
• Const Objects and Const Member Functions

• Nested Classes
• Anonymous Objects and Temporary Objects
• Anonymous Classes and Unnamed Class Types
• The this Pointer
• Friend Functions and Friend Classes
• Arrays of Objects
• Object Pointers and Object References
• Encapsulation with Real-World Examples

• Purpose and Need for Constructors
• Default Constructors
• Parameterized Constructors
• Copy Constructors
• Move Constructors
• Dynamic Constructors
• Constructor Overloading
• Constructors with Default Arguments
• Explicit Constructors

• Shallow Copy vs Deep Copy
• Destructor Syntax and Usage
• Constructor and Destructor Execution Order
• Constructors and Destructors in Inheritance
• Member Initialization Lists
• Delegating Constructors
• Copy and Move Assignment Operators
• RAII and Resource Management

• Introduction to Operator Overloading
• Overloadable and Non-Overloadable Operators
• Unary Operator Overloading
• Binary Operator Overloading
• Member Functions vs Friend Functions
• Arithmetic Operators
• Relational and Equality Operators

• Assignment Operators
• Subscript [] Operator
• Function Call () Operator
• Stream Insertion (<<) and Extraction (>>)
• Type Conversion Operators
• Increment and Decrement Operators
• Operator Overloading Best Practices

• Introduction to Inheritance and Its Benefits
• Base and Derived Class Syntax
• Single Inheritance
• Multilevel Inheritance
• Multiple Inheritance
• Hierarchical Inheritance
• Hybrid Inheritance
• Public, Protected and Private Inheritance

• Constructor and Destructor Calls in Inheritance
• Function Overriding
• Object Slicing
• Protected Members
• Virtual Base Classes
• The Diamond Problem
• Inheritance and Memory Layout
• Composition vs Inheritance

• Introduction to Polymorphism
• Compile-Time Polymorphism
• Function and Operator Overloading
• Runtime Polymorphism
• Virtual Functions
• Base-Class Pointers and Derived-Class Objects
• Virtual Tables (VTables) and VPTRs

• Pure Virtual Functions
• Abstract Classes and Interfaces
• Rules and Limitations of Virtual Functions
• Virtual Destructors
• override and final Keywords
• Function Overriding vs Function Hiding
• Dynamic Binding and Late Binding

• Introduction to Templates
• Function Templates
• Single and Multiple Template Parameters
• Template Argument Deduction
• Class Templates
• Class Templates with Multiple Types

• Non-Type Template Parameters
• Full and Partial Template Specialization
• Templates and Inheritance
• Variadic Templates
• Generic Programming Fundamentals
• Introduction to STL
• Reusable Template Components

• Need for Exception Handling
• Errors vs Exceptions
• try-catch Blocks
• Throwing Exceptions Using throw
• Multiple catch Blocks
• Catching All Exceptions

• Throwing Objects and Standard Exceptions
• Nested try-catch Blocks
• Rethrowing Exceptions
• Custom Exception Classes
• Stack Unwinding
• Exception Safety and Resource Management
• Error Handling Best Practices

• C-Style Character Arrays
• Null-Terminated Strings
• Introduction to std::string
• String Length and Capacity
• Character Access and Substrings
• length(), size(), substr() and find()

• insert(), erase(), replace() and append()
• String Concatenation and Comparison
• String Traversal and Iteration
• stoi(), stod() and to_string()
• String Streams for Parsing
• wstring and wchar_t
• Unicode and Character Encoding Fundamentals
• String-Based Problem-Solving Exercises

• Introduction to File Handling
• ifstream, ofstream and fstream
• Opening and Reading Text Files
• Writing and Appending Files
• File Opening Modes
• Binary File Operations

• seekg(), seekp(), tellg() and tellp()
• Detecting File Errors and Stream States
• Reading and Writing Structured Records
• Serialization Fundamentals
• File-Based Data Storage
• Practical File Handling Exercises

• Modern C++ Standards: C++11, C++14, C++17 and C++20
• Stack Memory vs Heap Memory
• Pointers and Pointer Arithmetic
• Null, Dangling and Wild Pointers
• Dynamic Memory Allocation
• Memory Leaks and Prevention
• Smart Pointers: unique_ptr, shared_ptr and weak_ptr

• Move Semantics
• Lvalues and Rvalues
• Lambda Expressions
• Range-Based for Loops
• Iterators and const Correctness
• auto, decltype and constexpr
• RAII and Resource Management
• Introduction to Multithreading and Concurrency

STL Containers

• Introduction to STL Components
• Containers, Iterators and Algorithms
• Sequence Containers: array, vector, deque and list
• Container Adapters: stack, queue and priority_queue
• Associative Containers: set, multiset, map and multimap
• Unordered Containers: unordered_set and unordered_map

STL Algorithms

• Iterator Types and Operations
• sort(), find(), count() and reverse()
• Searching and Comparison Algorithms
• Lambda Functions with STL
• Custom Comparators
• Pairs and Tuples
• Choosing the Right Container
• STL-Based Coding Exercises

• Procedural vs Object-Oriented Development
• Object-Oriented Analysis and Design
• Requirements Gathering and Use Cases
• UML Notations and Diagrams
• Class Diagrams
• Object Diagrams
• Sequence Diagrams
• Use Case Diagrams

• SOLID Design Principles
• DRY and YAGNI Principles
• Composition and Dependency Management
• Factory Design Pattern
• Singleton Design Pattern
• Strategy Design Pattern
• Code Organization and Reusability
• Software Testing and Debugging
• Git Version Control Fundamentals

Technical Interview Preparation

• C++ Fundamentals Interview Questions
• OOP Concepts and Real-World Examples
• Constructors and Destructors
• Pointers, References and Smart Pointers
• Inheritance and Polymorphism
• STL and Modern C++ Questions
• DSA Interview Questions
• Time and Space Complexity Analysis

Career Readiness

• Coding Challenges and Mock Interviews
• Debugging and Code-Review Exercises
• AI-Assisted Interview Practice
• Resume Preparation
• Project Portfolio Preparation
• Technical Interview Practice
• Problem-Solving Sessions