What you'll learn
Working with various data types and control structures in C++
Using functions and templates in C++
Handling errors and exceptions in C++
Understanding and using Standard Library containers and algorithms
Understanding Multithreading and parallel programming
Understanding object-oriented programming in C++
Requirements
Basic understanding of C++ programming concepts such as data types, control structures, and functions.
Description
Welcome to "C++ Code Exercises - from Entry to Intermediate - 2023" course!This course is perfect for individuals who want to strengthen and enhance their C++ programming skills through practical exercises. With over 30+ exercises, covering different topics and difficulty levels, you will have a multitude of opportunities to test your knowledge and increase your confidence in programming.Throughout the course, you will practice various core concepts of C++ programming, including variables, operators, control structures, functions, and arrays. Furthermore, you will have the chance to dive into more advanced topics like trees, pointers and references, object-oriented programming, exception handling, dynamic memory allocation, templates, multithreading, STL containers, recursion, STL algorithms, searching and sorting algorithms, and number theory.Each exercise will provide a problem statement that you must solve using the skills and concepts taught in the course. By the end of this course, you will have a thorough understanding of the C++ programming language, and you will be able to solve an array of programming challenges. Additionally, you will have honed your problem-solving skills that are relevant across multiple programming languages and technologies.Whether you are a newcomer to C++ programming or an experienced programmer seeking to improve your skills, this course is for you. So, let's start mastering C++ programming through practical exercises!
Overview
Section 1: Introduction
Lecture 1 Introduction
Section 2: Variables and data types
Lecture 2 Variables and data types code exercises 01 Solution
Lecture 3 Variables and data types code exercises 02 Solution
Section 3: Control structures
Lecture 4 Control structures code exercises 01 Solution
Lecture 5 Control structures code exercises 02 Solution
Section 4: Strings
Lecture 6 Strings code exercises 01 Solution
Lecture 7 Strings code exercises 02 Solution
Section 5: Arrays
Lecture 8 Arrays code exercises 01 Solution
Lecture 9 Arrays code exercises 02 Solution
Section 6: Map
Lecture 10 Map code exercises 01 Solution
Lecture 11 Map code exercises 02 Solution
Section 7: Sets
Lecture 12 Sets code exercises 01 Solution
Lecture 13 Sets code exercises 02 Solution
Section 8: Stack
Lecture 14 Stack code exercises 01 Solution
Lecture 15 Stack code exercises 02 Solution
Section 9: Trees
Lecture 16 Trees code exercises 01 Solution
Lecture 17 Trees code exercises 02 Solution
Section 10: Pointers and references
Lecture 18 Pointers and references code exercises 01 Solution
Lecture 19 Pointers and references code exercises 02 Solution
Section 11: OOP
Lecture 20 OOP code exercises 01 Solution
Lecture 21 OOP code exercises 02 Solution
Lecture 22 OOP code exercises 03 Solution
Section 12: Exception handling
Lecture 23 Exception handling code exercises 01 Solution
Lecture 24 Exception handling code exercises 02 Solution
Section 13: Dynamic memory allocation
Lecture 25 Dynamic memory allocation code exercises 01 Solution
Lecture 26 Dynamic memory allocation code exercises 02 Solution
Section 14: Templates
Lecture 27 Templates code exercises 01 Solution
Lecture 28 Templates code exercises 02 Solution
Section 15: Multithreading
Lecture 29 Multithreading code exercises 01 Solution
Lecture 30 Multithreading code exercises 02 Solution
Lecture 31 Multithreading code exercises 03 Solution
Section 16: Standard Template Library (STL) containers
Lecture 32 Standard Template Library (STL) containers code exercises 01 Solution
Lecture 33 Standard Template Library (STL) containers code exercises 02 Solution
Section 17: Recursion
Lecture 34 Recursion code exercises 01 Solution
Lecture 35 Recursion code exercises 02 Solution
Section 18: STL algorithms
Lecture 36 STL algorithms code exercises 01 Solution
Lecture 37 STL algorithms code exercises 02 Solution
Section 19: Searching Algorithms
Lecture 38 Searching Algorithms code exercises 01 Solution
Lecture 39 Searching Algorithms code exercises 02 Solution
Section 20: Sorting Algorithms
Lecture 40 Sorting Algorithms code exercises 01 Solution
Lecture 41 Sorting Algorithms code exercises 02 Solution
Section 21: Number Theory
Lecture 42 Number Theory code exercises 01 Solution
Lecture 43 Number Theory code exercises 02 Solution
Beginner programmers who are looking to learn C++ programming language from scratch,Experienced programmers who are familiar with other programming languages and want to learn C++ programming language or enhance their skills through practice.,Computer science students who want to improve their knowledge and skills in C++ programming language by solving exercises.,Anyone who wants to improve their problem-solving skills in C++ programming language through practice.


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