C++ Coding
Master advanced C++ programming with our in-depth course that covers essential concepts such as memory management, data structures, and multithreading. Gain hands-on experience through practical projects, equipping you with the skills to optimize code, manage complex applications, and excel in the world of software development.
Course Program
What you'll learn
- Advanced concepts in C programming, including memory management, data structures, and algorithms.
- Techniques for optimizing code performance and managing concurrency in applications.
Course Program
Requirements
- Basic knowledge of C programming language and familiarity with fundamental programming concepts.
- Access to a development environment for coding and testing C programs.
- Beginner Class: For students new to programming or with no prior experience.
- Advance Class: For students with programming basics or who have completed the beginner level.
Course content
- Introduction to C Programming
Overview of C language, history, and basic features. - Setting Up the Development Environment
Installing and configuring IDEs, compilers, and writing the first program. - Understanding Basic Syntax and Structure
Components of a C program, syntax rules, and main function. - Variables and Data Types
Declaring variables, primitive data types, and typecasting. - Input and Output Operations
Using printf and scanf functions for input/output. - Operators and Expressions
Arithmetic, relational, logical, bitwise, and assignment operators. - Control Flow: Conditional Statements
Decision-making with if, if-else, nested if, and switch-case. - Control Flow: Loops
Implementing loops with for, while, and do-while constructs. - Arrays: Introduction and Basics
Understanding array declaration, initialization, and accessing elements. - Working with Strings
String handling functions, manipulation, and common operations. - Functions: Basics and Usage
Defining and using functions, passing parameters by value. - Functions: Recursion
Understanding recursive functions with examples. - Pointers: Introduction and Fundamentals
Concept of pointers, memory addresses, and dereferencing. - Pointers and Arrays
Interacting with arrays using pointers, pointer arithmetic. - Introduction to Structures
Defining and using structures, storing data of different types. - Basic File Handling in C
Opening, reading, writing, and closing files using standard I/O functions.
- Introduction to C Programming
- Advanced C Programming Overview
Understanding advanced concepts and why they matter. - Memory Management and Dynamic Allocation
Working with malloc, calloc, realloc, and free functions. - Advanced Pointers: Pointer to Pointer and Function Pointers
Double pointers, pointer arrays, and using function pointers. - Dynamic Data Structures: Linked Lists
Creating, traversing, and manipulating singly and doubly linked lists. - Stacks and Queues in C
Implementing stack and queue data structures using arrays and linked lists. - Trees: Basic Concepts and Implementation
Introduction to trees, binary trees, and their traversal techniques. - Graphs and Graph Algorithms
Representing graphs and implementing BFS and DFS in C. - Using Structures and Unions Efficiently
Memory-efficient structures, nested structures, and union use cases. - Advanced File Handling
Handling binary files, random file access, and error handling in file operations. - Multidimensional Arrays and Matrices
Working with 2D and 3D arrays, matrix manipulation in C. - Advanced Function Concepts: Inline, Static, and Variadic Functions
Function optimization techniques, static functions, and variadic functions. - Preprocessor Directives and Macros
Creating macros, conditional compilation, and file inclusion. - Bit Manipulation and Bitwise Operators
Bit-level operations and bit manipulation tricks for optimization. - Concurrency in C: Multithreading with Pthreads
Introduction to multithreading, creating and managing threads using Pthreads. - Socket Programming and Network Communication
Implementing client-server architecture using socket programming. - Debugging and Profiling C Programs
Debugging techniques using GDB, profiling tools, and performance optimization.
Course Program
Capstone Project
Basic Calculator Application: Develop a command-line calculator that performs basic arithmetic operations using functions and dynamic memory allocation.
Student Management System: Create a simple application to manage student records, implementing linked lists for data storage and allowing operations like adding, deleting, and displaying records.
File-Based Address Book: Design an address book program that allows users to add, search, and delete contacts, utilizing file handling for data persistence.
Multithreaded Download Manager: Build a simple download manager that downloads files using multiple threads, showcasing concurrency concepts and socket programming for network requests.
Maze Solver: Implement a maze-solving algorithm using depth-first search (DFS) to find a path through a given maze represented as a 2D array, demonstrating graph algorithms and recursion.
Course Program
Outcomes
- Proficiency in implementing complex data structures and algorithms in C.
- Ability to manage memory efficiently and optimize code for performance.
- Skills in debugging, profiling, and developing network applications using socket programming.