We are thrilled to present our newest resource, ‘The C++ 53: Essential Code Programs for Classes, Streams, and Inheritance’ —a comprehensive guide containing 117 pages of practical, fully documented solutions. This eBook offers a structured path to mastery, featuring 53 programs organized across the critical domains of C++.
This guide is designed to move you beyond theory and into
immediate, hands-on application, strongly encouraging you to actively test
and modify the code on platforms like OnlineGDB to solidify your
understanding.
Here is an overview of the essential content contained
within this comprehensive resource:
The Seven Pillars of C++: A Content Breakdown
The 53 documented programs are meticulously structured into
seven major sections: Classes, OOPs, Operator Overloading,
IO Streams, Inheritance, STL, and Function Objects.
1. Object-Oriented Programming (OOPs) (14 Programs)
This extensive section provides foundational and advanced OOP concepts. Topics
covered include:
- Illustrating
Abstract Class concepts and differentiating them from concrete
classes.
- Detailed
class implementation, such as creating a Class Date that retrieves
current calendar and time information and a class to Add Two Complex
Numbers.
- Demonstrating
physical constness using the const Keyword with Member Functions,
and achieving logical constness using mutable Members.
- Verifying
the specific Order of Constructor and Destructor Calls for global
and local objects.
- Techniques
for overcoming encapsulation rules using the Keyword Friend.
2. Standard Template Library (STL) (7 Programs)
Master the power and efficiency of the STL through practical examples focusing
on fundamental containers and algorithms:
- Illustrating
the usage of the associative Map Container for key-value pair
storage.
- Demonstrating
the efficient, space-optimized Bitset class for managing binary
data and performing bitwise logical operations (XOR, AND, OR, NOT).
- Implementing
the Vector Container to store and sort strings lexicographically
using the sort algorithm.
- Utilizing
the Stack Adaptor to implement the required Last-In, First-Out
(LIFO) interface.
- Implementing
a fixed-size array using the std::array class.
3. Function Objects (10 Programs) This section
details how to create and deploy function objects (functors) for complex
algorithms and logic:
- Illustrating
the structure and implementation of functors using the binary_function
Object Base to compare two integers for equality.
- Demonstrating
unary functors using the unary_function Object Base to act as a
predicate, such as identifying if a number is divisible by four.
- Implementing
custom predicates like the greater_equal Predicate and using it
with standard algorithms like std::lexicographical_compare.
- Demonstrating
the use of built-in arithmetic function objects like plus() and multiplies(),
and the unary function object negate().
4. Inheritance (6 Programs) Explore key inheritance
structures and access control mechanisms:
- Illustrating
standard Inheritance for code reuse.
- Demonstrating
complex structure definitions using Multiple Inheritance.
- Highlighting
the impact of method overriding in Multilevel Inheritance.
- Detailed
programs illustrating Access Control Specifiers and the proper use
of Protected Members.
5. IO Streams (6 Programs) Focus on managing data
input and output efficiently:
- Demonstrating
the use of Input String Stream to parse individual words from a
string.
- Utilizing
Output String Stream to efficiently combine and format various data
types into a single string.
- Controlling
display styles using Formatting Flags to output floating-point
numbers in scientific or fixed-point format, and controlling integer
output base (octal, hexadecimal, decimal).
- Illustrating
Logical Constness by modifying data members through a const_cast
operator within a const function.
6. Operator Overloading (4 Programs) Learn to define
behavior for standard operators on user-defined types:
- Overloading
the == Operator to compare Circle objects based on their radii.
- Defining
functionality for the Assignment (=) Operator.
- Implementing
distinct logic for both Pre-increment and Post-increment Operators.
7. Classes (6 Programs) Foundation-level concepts
crucial for class design:
- Managing
scope and preventing naming conflicts using Namespace Usage.
- Demonstrating
dynamic memory allocation using new[] and delete[].
- Illustrating
how to Merge Two Sorted Vectors.
We invite you to experience this powerful collection of
solutions and elevate your mastery of C++.
eBook ‘The C++ 53:
Essential Code Programs for Classes, Streams, and Inheritance’
Link:
https://play.google.com/store/books/details?id= wfWeEQAAQBAJ
[Google Play Store]
https://books.google.co.in/books?id= wfWeEQAAQBAJ
[Google Books]
…till the next post,
bye-bye & take care.