Compiling Vs Runtime

The Need for Dynamic Memory Allocation

Understanding Dynamic Memory Allocation

1. Requesting Memory:

2. Accessing Allocated Memory:

3. Releasing Memory:

4. Deallocating Memory for Arrays:

Memory Management and Garbage Collection

The Relevance of Pointers in C++ Memory Management

Problems with Dynamic Memory Allocation

Conclusion

What is Debugging?

The Debugging Process

C++ Debugging Tools

What is Profiling?

The Profiling Process

Defining Multithreading

Why Use Multithreading?

The C++ Multithreading Library

Synchronization in Multithreading

Barriers to Multithreading

Thread Safety

Conclusion

How Are Files Handled?

File Streams in C++

Opening and Closing Files

Reading from Files

Writing to Files

Management of Errors and Considerations of File Status

What Are C++ Templates?

Types of C++ Templates

1. Function Templates:

2. Class Templates:

The Functionality of C++ Templates

template 
T add(T a, T b) {
    return a + b;
}

template  
class Box {
private:
    T value;
public: 
    Box(T v) : value(v) {} 
    T getValue() { 
        return value; 
    }
};

Advantages of Using Templates

1. Code Reusability:

2. Type Safety:

3. Performance:

4. Flexibility and Extensibility:

Specialization of Templates

Conclusion

What is the Standard Template Library?

1. Containers

2. Algorithms

3. Iterators

4. Function Objects

The Contribution of Templates to STL

Conclusion

Why is Error Management So Important

Types of Errors in C++

1. Compile-time Errors

2. Runtime Errors

C++ Error Handling Functions

1. Exceptions

2. Return Values and Error Codes

3. Assertions

Effective Error Handling Strategies in C++

A Brief Context About Pointers

Memory Management in C++

1. Stack Memory:

2. Heap Memory:

The Role of Pointers in Memory Management

Dynamic Memory Allocation

Managing Memory with Pointers

Common Problems Related To Memory Management

Smart Pointers in Modern C++

What Are Constructors?

Explaining Overloading of Constructors

The Role of Destructors

Core Differences between a Constructor and a Destructor

1. Invocation:

2. Role of Constructor and Role of Destructor:

3. Overloading:

4. Return:

Memory Management and Its Effect

Constructors, Destructors and Their Functions in Inheritance

Destructor Behavior in Automatic and Dynamic Memory Allocation

Difficulties with the Implementing Process of Constructor and Destructor

Writer’s Conclusion

The Concept of Objects and Classes

Encapsulation: Data and Implementation Hiding

Inheritance: The Concept of Code Reuse

Polymorphism: Multiple Methods of Getting the Task Done Through One Interface

Abstraction: Hiding Internal Details With Simplification

What OOP is and How it Differs from the Rest