Gain insights into dynamic memory allocation, creating classes, and functions. Delve into inheritance, I/O, exception handling. Explore 90+ examples to master advanced C++ functionalities.

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If you’re looking to sharpen up your C++ programming skills, then you’re in the right place. You will start with learning about dynamic memory allocation, how to create classes, and constructors. 

In the latter half of the course, inheritance, functions, I/O, exception handling, and more. Throughout the course, you will study over 90 carefully designed examples aimed to enhance your understanding of the C++ language.  

By the time you finish this course, you will be able to use more advanced functionality in your C++ programs.

C++ Programming for Experienced Engineers

## Problem

Write a program that uses a **bitset STL container** to carry out the following operations:
* Set up a bit-pattern of desired _size_ and _value_
* Count the number of `0s` and `1s` in a bit pattern
* Check whether any bit in a bit-pattern is _set or not_
* Set a _specific_ value at the desired position in a bit-pattern
* Flip _individual_ or _all_ the bits in a bit-pattern
* _Reset_ individual or all the bits in a bit-pattern
* Obtain _binary_ equivalent of a _decimal_ number

## Sample run	 
Here’s what you should see when you run the program. 
	                        
```txt
bs1 = 00000000
bs2 = 00101101
bs3 = 00101100
bs4 = 00000000
bs5 = 11111111
Number of 1s in bs3 = 3
Number of 0s in bs3 = 5
bs1 has no bit set
bs5 has all bit set
bs1 after setting all bits = 11111111
bs4 after setting 00001111 = 00001111
bs4 after resetting bit 1 = 00001101
bs4 after resetting all bits = 00000000
2nd bit is bs4 is off
Current bs4 value = 00000000
bs4 after flipping bit 3 = 00001000
bs4 after flipping all bits = 11110111
Decimal number = 65
Binary equivalent = 01000001
```

## Coding solution		                        

Here is a solution to the problem above.


# Problem

Write a program that uses a **bitset STL container** to carry out the following operations:
* Set up a bit-pattern of desired _size_ and _value_
* Count the number of `0s` and `1s` in a bit pattern
* Check whether any bit in a bit-pattern is _set or not_
* Set a _specific_ value at the desired position in a bit-pattern
* Flip _individual_ or _all_ the bits in a bit-pattern
* _Reset_ individual or all the bits in a bit-pattern
* Obtain _binary_ equivalent of a _decimal_ number

# Sample run	 
Here’s what you should see when you run the program. 
	                        
```txt
bs1 = 00000000
bs2 = 00101101
bs3 = 00101100
bs4 = 00000000
bs5 = 11111111
Number of 1s in bs3 = 3
Number of 0s in bs3 = 5
bs1 has no bit set
bs5 has all bit set
bs1 after setting all bits = 11111111
bs4 after setting 00001111 = 00001111
bs4 after resetting bit 1 = 00001101
bs4 after resetting all bits = 00000000
2nd bit is bs4 is off
Current bs4 value = 00000000
bs4 after flipping bit 3 = 00001000
bs4 after flipping all bits = 11110111
Decimal number = 65
Binary equivalent = 01000001
```

# Coding solution		                        

Here is a solution to the problem above.


Learn about the usage of bitset STL containers that store boolean values.

Getting Off the Ground

Starters

Basic C++ Examples

Class Organization Examples

Class Constructor Examples

Classes and Objects Examples

More Classes and Objects Examples

Function Examples

Function Overloading Examples

Operator Overloading Examples

Free Store Examples

Inheritance Examples

Virtual Function Examples

Input Output Examples

Template Examples

Exception Handling Examples

STL Examples

Miscellaneous Examples

Conclusion

Usage of Bitset STL Container

Problem