Linux Timers Implementation & Design in C

🎓 Course Title: Linux Timers Implementation & Design in C

Course Headline: Master Data Structures & Algorithms for Scheduling with Linux System Programming

Course Description:

Hey there, Ghosh! 🚀 I'm beyond excited to dive into the world of timers because let's face it—they're the unsung heroes of almost any application or project out there. Imagine crafting a future event trigger or scheduling a series of events in Linux with precision and efficiency. That's exactly what we'll be doing in this course!

Timers Use Case Scenarios:

• Firing One-Time Future Event: Need to delete something after 100 seconds? We got you covered!
• Firing Repeated Regular Future Events: Got a packet that needs to be sent to machine X every 5 seconds? Let's set it up!
• Periodic Waits: A process that should try something 5 times at an interval of 3 seconds? No sweat!

🧠 This is more than just theoretical knowledge—it's a practical skill set you need to master for those high-stakes coding interviews. It's time to shine and show off your timer designing skills!

Course Overview:

This concise, project-based course is designed to cover the essential Data Structures and Algorithms involved in creating efficient timers on Linux using C programming language. While we focus on C for this course, you're encouraged to apply these concepts using your preferred programming language—it's all about understanding the principles!

Course Pre-requisites:

• Basic coding proficiency in any programming language.
• Familiarity with fundamental data structures like linked lists and a grasp of function pointers.
• A foundation in multi-threading concepts to manage concurrent processes.

Hands-On Learning:

Remember, this course is about rolling up your sleeves and getting your hands dirty with code! 🖥️

• Write Your Own Code: Don't just passively watch the examples—grab your keyboard and implement these timers yourself. It's the best way to truly understand how they work.
• No Third-Party Libraries: This course challenges you to develop the timer logic from scratch, without relying on external libraries. This approach ensures you fully grasp the inner workings of the system.
• Use External Libraries Selectively: While creating your own data structures (like linked lists or trees) is off-limits, feel free to use third-party libraries for them to save time and focus on the core timer logic.

Course Caveat:

• Auto System-Generated Subtitles: Please be aware that this course includes auto-generated subtitles which may not always be accurate. You might want to disable them for a smoother learning experience.

Join us on this journey to unlock the secrets of Linux Timers Implementation & Design in C. Let's embark on this programming adventure together and transform your coding skills from novice to expert! 🌟