New course
Learn network programming with this free course covering web clients, multithreaded servers, socket handling, and more. Ideal for web development enthusiasts.
Welcome to "Network Programming," a comprehensive course designed for those eager to delve into the world of web development through the lens of information technology. This course offers a blend of practical and theoretical knowledge to equip you with the essential skills to build and manage web clients and servers using C programming.
With a duration of 3 hours and 26 minutes, you'll find that this course is packed with valuable content without overwhelming you. Despite its relatively short length, each module is meticulously crafted to ensure you gain a deep understanding of network programming principles and their real-world applications. The course is tailored for those in the web development subcategory and offers an engaging learning experience, even though it is currently awaiting its first reviews.
The journey begins with an introduction to building web clients using sockets, setting the foundation for more advanced topics. You'll then progress to programming your own web server in C, a crucial skill for any aspiring web developer. Understanding how socket servers can get client addresses will be explored through practical examples, emphasizing the significance of functions like accept and inet_ntop.
Endianness issues, a common challenge in programming, are addressed to ensure your applications handle data correctly across different systems. Further, you'll learn how to write a multithreaded server in C, an essential for high-performance web services. This segment includes in-depth discussions on threads and sockets, followed by an additional part on creating thread pools to optimize your server's performance.
Part three of the multithreaded server lessons introduces condition variables, a topic critical for advanced synchronization techniques. The course also dives into how one thread can efficiently listen to multiple sockets using the select function in C, providing a robust approach to building scalable network applications.
Networking is made easier with a segment dedicated to libcurl, a versatile library that simplifies many networking tasks in C. One of the lighter yet intriguing topics is an exploration of why progress bars are often inaccurate, accompanied by a hands-on example in C to illustrate the concept.
To enrich your learning experience, the course includes a code review of a student programming project, offering valuable insights into best practices and common pitfalls. Detecting corruption with checksums is another critical topic, ensuring the integrity of data in your applications.
The versatility of Unix file descriptors is explored through sockets and pipes, showing how they can be seamlessly integrated into your programs. You'll also learn how to get an IP address from a hostname, a fundamental skill for any network programmer.
The course covers the two main types of network sockets, providing a thorough understanding of their differences and use cases. Finally, you'll delve into sending and receiving UDP packets in C, rounding out your network programming skills with a comprehensive look at this connection-less protocol.
Enroll in "Network Programming" today and take your web development skills to the next level in the exciting realm of network programming.
Video class: How to build a web client? (sockets)
0h07m
Exercise: What key feature of sockets allows programs to communicate over long distances?
Video class: Program your own web server in C. (sockets)
0h12m
Exercise: When creating a basic web server using sockets, what is the main purpose of the 'accept' function?
Video class: Socket servers can get client addresses. (accept, inet_ntop)
0h02m
Video class: Dealing with Endianness Issues in your Programs
0h06m
Exercise: In network communication, which byte order is considered the standard for network byte order on the Internet?
Video class: How to write a multithreaded server in C (threads, sockets)
0h14m
Exercise: Which of the following techniques is primarily used to enhance server performance by enabling it to handle multiple connections simultaneously?
Video class: Multithreaded Server Part 2: Thread Pools
0h08m
Exercise: What is the primary advantage of using a thread pool in a multi-threaded server?
Video class: How to write a multithreaded webserver using condition variables (Part 3)
0h07m
Exercise: What is the primary function of a condition variable in a multi-threaded server?
Video class: How one thread listens to many sockets with select in C.
0h12m
Exercise: Which of the following best describes the use of the 'select' function in network programming?
Video class: Easy Networking in C (libcurl)
0h14m
Exercise: What advantage does using a library like lib curl provide when adding networking capabilities to a program?
Video class: Why are Progress Bars Always Wrong? Progress Bar Example in C.
0h35m
Exercise: Why are progress bars often considered inaccurate or misleading in software applications?
Video class: Highlighting a Student Programming Project (Code Review)
0h12m
Exercise: What is a key benefit of engaging in personal coding projects when learning programming?
Video class: Detect Corruption with a Checksum
0h13m
Exercise: What is a primary purpose of using checksums in network communication?
Video class: Sockets and Pipes Look Like Files (Unix/fdopen)
0h12m
Exercise: In Unix-style operating systems, why do different components such as pipes, sockets, and files often appear similar to programmers?
Video class: How to get an IP address from a host name? (Example in C)
0h18m
Exercise: In network programming, if you want to convert a domain name into its respective IP address within your C program, which function is utilized to perform this conversion automatically, returning a linked list of possible addresses?
Video class: The two main types of network socket
0h06m
Exercise: In network programming, which type of socket is most appropriate for applications where data reliability is not critical, such as in live video streaming?
Video class: How to Send and Receive UDP packets (in C)
0h23m
Exercise: In network programming with C, when dealing with datagram sockets, which function is specifically used to send UDP packets to a specified address without establishing a connection?
3 hours and 26 minutes of online video course
Exercises to train your knowledge
Certificate of course completion
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