Practice C++ With 100 C++ Exercises

Description

Beginner Control Statements (10 Pts)Data Types and Operators (10 Pts)Print different Patterns(5 Pts)Functions (10 Pts)Arrays (5 Pts)String Manipulation (5 Pts)User-Defined Data Types (structs and enums) ( 5 Pts)Intermediate Pointers(12 Pts)Classes and Objects (10 Pts)Inheritance (8 Pts)Polymorphism (6 Pts)Abstraction (4 Pts)Exception Handling (6 Pts)File Handling (10 Pts)Operator overloading (4 Pts)Advanced Templates (12 Pts)Data Structures (12 Pts)STL (Standard Template Library) (9 Pts)Smart Pointers(6 Pts)Multithreading (6 Pts)Networking (3 Pts)Signal Handling (3 Pts)Dynamic allocation and deallocation (3 Pts)Inline function (3 Pts)Friend function (3 Pts)Welcome to “Practice C++ with 100 C++ Exercises”! In this course, you will enhance your C++ programming skills by solving 100 diverse C++ assignments on your own. The assignments vary in difficulty, ranging from easy to advanced, and each assignment includes a solution provided by the instructor so that you can compare your code with theirs. This course is suitable for individuals who have a basic understanding of C++ programming fundamentals, such as variables, data types, functions, loops, and conditionals. If you are new to C++ programming, we recommend taking a beginner’s course before enrolling in this one. Additionally, the course includes brief and succinct videos that cover essential C++ concepts related to the exercises. As you progress through the exercises, they will become progressively more challenging. The topics covered by the exercises are extensive and broad-ranging. You will encounter problems like creating a simple calculator, implementing data structures, designing games, debugging existing programs, and building GUI applications. The extensive variety of exercises will help improve your C++ programming abilities in all critical areas. This course will also increase your confidence when applying for programming jobs. The abilities you acquire in this course are frequently asked about in C++ programming job interviews. As a result, you will be well-prepared for such interviews and have a competitive advantage in the job market.

Overview
Section 1: Course Introduction

Lecture 1 Introduction

Section 2: Control Statements (10 Pts)

Lecture 2 Exercise 1 – Nested for loop

Lecture 3 Exercise 1 – Solution

Lecture 4 Exercise 1 – Explanation

Lecture 5 Exercise 2 – If…else

Lecture 6 Exercise 2 – Solution

Lecture 7 Exercise 2 – Explanation

Lecture 8 Exercise 3 – Switch

Lecture 9 Exercise 3 – Solution

Lecture 10 Exercise 3 – Explanation

Lecture 11 Exercise 4 – Nested If

Lecture 12 Exercise 4 – Solution

Lecture 13 Exercise 4 – Explanation

Lecture 14 Exercise 5 – While

Lecture 15 Exercise 5 – Solution

Lecture 16 Exercise 6 – Do While

Lecture 17 Exercise 6 – Solution

Lecture 18 Exercise 7 – Continue

Lecture 19 Exercise 7 – Solution

Lecture 20 Exercise 8 – Armstrong number(While Loop)

Lecture 21 Exercise 8 – Solution

Lecture 22 Exercise 9 – Fibonacci Series (for loop)

Lecture 23 Exercise 9 – Solution

Lecture 24 Exercise 10 – Prime Number

Lecture 25 Exercise 10 – Solution

Section 3: Data types and Operators(10 Pts)

Lecture 26 Exercise 1 – Data Type

Lecture 27 Exercise 1 – Solution

Lecture 28 Exercise 2- Simple Interest

Lecture 29 Exercise 2- Solution

Lecture 30 Exercise 3 – Average of 3 numbers

Lecture 31 Exercise 3 – Solution

Lecture 32 Exercise 4 – Ternary operator.

Lecture 33 Exercise 4 – Solution

Lecture 34 Exercise 5 – Bitwise operators

Lecture 35 Exercise 5 – Solution

Lecture 36 Exercise 6 – Celsius to Fahrenheit

Lecture 37 Exercise 6 – Solution

Lecture 38 Exercise 7 – Arithmetic operations

Lecture 39 Exercise 7 – Solution

Lecture 40 Exercise 8 – Pre-increment and Post-decrement operators.

Lecture 41 Exercise 8 – Solution

Lecture 42 Exercise 9 – Relational operators

Lecture 43 Exercise 9 – Solution

Lecture 44 Exercise 10 – Logical Operators

Lecture 45 Exercise 10 – Solution

Section 4: Print different Patterns (5 Pts)

Lecture 46 Exercise 1 – Square Pattern

Lecture 47 Exercise 1 – Solution

Lecture 48 Exercise 2 – Left triangle star pattern

Lecture 49 Exercise 2 – Solution

Lecture 50 Exercise 3 – Right triangle star pattern

Lecture 51 Exercise 3 – Solution

Lecture 52 Exercise 4 – Pyramid star pattern

Lecture 53 Exercise 4 – Solution

Lecture 54 Exercise 5 – Diamond star pattern

Lecture 55 Exercise 5 – Solution

Section 5: Functions (10 Pts)

Lecture 56 Exercise 1 – Functions

Lecture 57 Exercise 1 – Solution

Lecture 58 Exercise 2 – Number of Vowels and Consonants using function

Lecture 59 Exercise 2 – Solution

Lecture 60 Exercise 3- Function with Return type

Lecture 61 Exercise 3 – Solution

Lecture 62 Exercise 4 – Return type with argument

Lecture 63 Exercise 4 – Solution

Lecture 64 Exercise 5 – Call by Value

Lecture 65 Exercise 5 – Solution

Lecture 66 Exercise 6 – Call by Reference

Lecture 67 Exercise 6 – Solution

Lecture 68 Exercise 7 – Find the Factorial(Recursion)

Lecture 69 Exercise 7 – Solution

Lecture 70 Exercise 8 – nth Fibonacci number(Recursion)

Lecture 71 Exercise 8 – Solution

Lecture 72 Exercise 9 – Sum of the digits of a number(Recursion)

Lecture 73 Exercise 9 – Solution

Lecture 74 Exercise 10 – Reverses a string(Recursion)

Lecture 75 Exercise 10 – Solution

Section 6: Arrays (5 Pts)

Lecture 76 Exercise 1 – Sum of all elements in an array of integers

Lecture 77 Exercise 1 – Solution

Lecture 78 Exercise 2 – Largest element in the array.

Lecture 79 Exercise 2 – Solution

Lecture 80 Exercise 3 – Reverse an array of integers.

Lecture 81 Exercise 3 – Solution

Lecture 82 Exercise 4 – Remove duplicates from an array of integers.

Lecture 83 Exercise 4 – Solution

Lecture 84 Exercise 5 – Sort an array of integers in ascending order

Lecture 85 Exercise 5 – Solution

Section 7: String Manipulation (5 Pts)

Lecture 86 Exercise 1 – String Length without using any library functions

Lecture 87 Exercise 1 – Solution

Lecture 88 Exercise 2 – Copy one String into another String without using library function

Lecture 89 Exercise 2 – Solution

Lecture 90 Exercise 3 – String manipulation using library functions

Lecture 91 Exercise 3 – Solution

Lecture 92 Exercise 4 – Palindrome

Lecture 93 Exercise 4 – Solution

Lecture 94 Exercise 5 – Capitalizes the first letter of every word

Lecture 95 Exercise 5 – Solution

Section 8: User-Defined Data Types (structs and enums)

Lecture 96 Exercise 1 – Struct

Lecture 97 Exercise 1 – Solution

Lecture 98 Exercise 2 – Struct and Function

Lecture 99 Exercise 2 – Solution

Lecture 100 Exercise 3 – Enum

Lecture 101 Exercise 3 – Solution

Lecture 102 Exercise 4 – Enum and Switch

Lecture 103 Exercise 4 – Solution

Lecture 104 Exercise 5 – typedef

Lecture 105 Exercise 5 – Solution

Section 9: Pointers(12 Pts)

Lecture 106 Exercise 1 – Pointer Basics

Lecture 107 Exercise 1 – Solution

Lecture 108 Exercise 2 – Swap Using Pointers

Lecture 109 Exercise 2 – Solution

Lecture 110 Exercise 3 – Pointer Arithmetic

Lecture 111 Exercise 3 – Solution

Lecture 112 Exercise 4 – Pointer and Function

Lecture 113 Exercise 4 – Solution

Lecture 114 Exercise 5 – Pointers to Pointers.

Lecture 115 Exercise 5 – Solution

Lecture 116 Exercise 6 – Pointers and Objects

Lecture 117 Exercise 6 – Solution

Section 10: Classes and Objects

Lecture 118 Exercise 1 – Defining Class

Lecture 119 Exercise 1 – Solution

Lecture 120 Exercise 2 – Multiple Objects

Lecture 121 Exercise 2 – Solution

Lecture 122 Exercise 3 – Class Methods

Lecture 123 Exercise 3 – Solution

Lecture 124 Exercise 4 – Constructors

Lecture 125 Exercise 4 – Solution

Lecture 126 Exercise 5 – Constructor Parameters

Lecture 127 Exercise 5 – Solution

Section 11: Inheritance (8 Pts)

Lecture 128 Exercise 1 – Single Level Inheritance

Lecture 129 Exercise 1 – Solution

Lecture 130 Exercise 2 – Multi Level Inheritance

Lecture 131 Exercise 2 – Solution

Lecture 132 Exercise 3 – Multiple Inheritance

Lecture 133 Exercise 3 – Solution

Lecture 134 Exercise 4 – Protected access specifier

Lecture 135 Exercise 4 – Solution

Section 12: Polymorphism (6 Pts)

Lecture 136 Exercise 1 – Compile-time polymorphism(Function Overloading)

Lecture 137 Exercise 1 – Solution

Lecture 138 Exercise 2 – Run-time Polymorphism(Function Overriding)

Lecture 139 Exercise 2 – Solution

Lecture 140 Exercise 3 – Virtual function

Lecture 141 Exercise 3 – Solution

Section 13: Abstraction (4 Pts)

Lecture 142 Exercise 1 – Interface

Lecture 143 Exercise 1 – Solution

Lecture 144 Exercise 2 – Data abstraction using classes

Lecture 145 Exercise 2 – Solution

Section 14: Exception Handling (6 Pts)

Lecture 146 Exercise 1 – Divide by Zero Exception

Lecture 147 Exercise 1 – Solution

Lecture 148 Exercise 2 – Invalid Input Exception

Lecture 149 Exercise 2 – Solution

Lecture 150 Exercise 3 – File Not Found Exception

Lecture 151 Exercise 3 – Solution

Section 15: File Handling (10 Pts)

Lecture 152 Exercise 1 – create a file and write text into it.

Lecture 153 Exercise 1 – Solution

Lecture 154 Exercise 2 – Read File and Display on Screen

Lecture 155 Exercise 2 – Solution

Lecture 156 Exercise 3 – Copy the contents of one file into another file

Lecture 157 Exercise 3 – Solution

Lecture 158 Exercise 4 – Count the number of words in a file

Lecture 159 Exercise 4 – Solution

Lecture 160 Exercise 5 – Sort the contents of a file alphabetically.

Lecture 161 Exercise 5 – Solution

Section 16: Operator overloading (4 Pts)

Lecture 162 Exercise 1 – Basic Arithmetic Operator Overloading

Lecture 163 Exercise 1 – Solution

Lecture 164 Exercise 2 – overloading the operator (++ & –)

Lecture 165 Exercise 2 – Solution

Section 17: Templates (12 Pts)

Lecture 166 Exercise 1 – Function Templates

Lecture 167 Exercise 1 – Solution

Lecture 168 Exercise 1 – Class Template

Lecture 169 Exercise 2 – Solution

Lecture 170 Exercise 3 – Calculate the average of any number of values

Lecture 171 Exercise 3 – Solution

Lecture 172 Exercise 4 – Minimum value in an array of any data type

Lecture 173 Exercise 4 – Solution

Section 18: Data Structures (12 Pts)

Lecture 174 Exercise 1 – Stack using a linked list

Lecture 175 Exercise 1 – Solution

Lecture 176 Exercise 2 – Queue using a linked list

Lecture 177 Exercise 2 – Solution

Lecture 178 Exercise 3 – Doubly linked list

Lecture 179 Exercise 3 – Solution

Lecture 180 Exercise 4 – Binary Search Tree

Lecture 181 Exercise 4 – Solution

Section 19: STL (Standard Template Library) (9 Pts)

Lecture 182 Exercise 1 – Vector

Lecture 183 Exercise 1 – Solution

Lecture 184 Exercise 2 – STL Algorithm

Lecture 185 Exercise 2 – Solution

Lecture 186 Exercise 3 – STL Algorithm Partition

Lecture 187 Exercise 3 – Solution

Section 20: Smart Pointers(6 Pts)

Lecture 188 Exercise 1 – Generic smart pointer class

Lecture 189 Exercise 1 – Solution

Lecture 190 Exercise 2 – unique_ptr

Lecture 191 Exercise 2 – Solution

Section 21: Multithreading (6 Pts)

Lecture 192 Exercise 1 – Multithreading

Lecture 193 Exercise 1 – Solution

Lecture 194 Exercise 2 – Producer-Consumer scenario using two threads

Lecture 195 Exercise 2 – Solution

Section 22: Networking (3 Pts)

Lecture 196 Exercise 1

Lecture 197 Exercise 1 – Solution

Section 23: Signal Handling (3 Pts)

Lecture 198 Exercise 1

Lecture 199 Exercise 1 – Solution

Section 24: Dynamic allocation and deallocation (3 Pts)

Lecture 200 Exercise 1

Lecture 201 Exercise 1 – Solution

Section 25: Inline function (3 Pts)

Lecture 202 Exercise 1

Lecture 203 Exercise 1 – Solution

Section 26: Friend function (3 Pts)

Lecture 204 Exercise 1

Lecture 205 Exercise 1 – Solution
Who this Course is For:

People who know C++ basics, but lack the confidence to solve coding problems on their own.

Requirements

A working computer (Windows, Mac, or Linux).
Basic knowledge of C++

Last Updated 2/2023

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