C Function Pointer-Based Calculator Exploring Dynamic Function Execution

Real Time C Functions: Because sometimes you just want your controller to speak your language 😉 If you’ve ever stared at a new proprietary programming language and thought: “I wish I could just write this in C…” Good news! — with ACS controllers, you can. Real Time C Functions let you bring your favorite language straight into the real time loop so you can: ▫️ Build clever algorithms ▫️Make lightning fast decisions ▫️Add your secret sauce ▫️Protect your IP like a boss And the best part? ACSPL+ and C play together beautifully — like two engineers who finally agreed on coding style. Whether you're optimizing a laser tool, tuning a high speed stage, or just love wringing every drop of performance out of a system… these functions give you a whole new level of creative freedom. Because high precision control should be powerful — and fun. 😎 #CProgramming #PrecisionMotionSystems #SmarterMotion

Again the power and flexibility of our development environment on display! Combine industry standard C programming with 25+ years of backward compatibility in ACSPL+ to tackle any advanced motion control problem! #MotionControl #Automation #precisionengineering #CProgramming

Master the fundamentals of C with this comprehensive guide covering essential Data Types, popular IDEs, and core Standard Libraries. From memory-efficient integers to complex pointers and structures, this visual breakdown provides a clear reference for system-level programming. Keep an eye on the "Tricky Examples" in the corner to avoid common pitfalls like pointer precedence and unsigned overflows! #CProgramming #CodingFundamentals #SoftwareEngineering #TechEducation #DataTypes #CSkills #ProgrammingReference

🚀 Day 5 – C Programming Journey Today I explored how functions make code modular and efficient. 🔹 Default Functions – No parameters, fixed tasks. 🔹 Parameterized Functions – Accept arguments for flexible operations. Understanding these types helps write cleaner, reusable code. #CProgramming #CodingJourney #Learning #SoftwareDevelopment

Composable Runtime provides Inversion of Control for Wasm Components That includes: - dependency injection through Composition - aspect-oriented programming for Cross-Cutting Concerns - portable service abstractions as declarative Capabilities - message-driven invocation via Channels - and more Learn about "the 7 Cs" in this slide deck, and check out the corresponding tutorial/example in the GitHub repo (link in deck)...

🚀 Day 5 of My C Programming Journey Today, I explored one of the most important concepts in C — Functions. Functions help in writing clean, modular, and reusable code. Instead of repeating the same logic again and again, we can simply call a function and get the work done efficiently. ✴️What I learned today: What is a function and how it works Types of functions in C: ✔️ No arguments, no return value ✔️ Arguments, no return value ✔️ No arguments, with return value ✔️ Arguments, with return value ✴️Variables inside functions: Local variables (inside function) Parameter variables (passed in function) Static variables (retain value) Global variables (accessible everywhere) 💡 Functions make code: More organized Easy to debug Easy to maintain 📌 Practiced writing functions and understood how data flows between them. Consistency is key — learning step by step! 💻 #Day5 #CProgramming #CodingJourney #LearnToCode #ProgrammingBasics

Day 5 of learning C Programming 🚀 Today I practiced Nested Loops and worked on Number Triangle Patterns in C. I created: 🔹 Solid Number Triangle 🔹 Hollow Number Triangle In the first pattern, I used nested for loops and directly printed the value of j, which printed all numbers inside the triangle. In the second pattern, I changed the condition using if statements so only the boundary values were printed. Because of this logic, the inner part stayed empty and the triangle became hollow. Through this practice, I understood: ✔ How nested loops work row by row ✔ How i controls rows and j controls columns ✔ How conditions inside loops affect output design ✔ How pattern programming improves logic building ✔ Difference between solid and hollow patterns ✔ Importance of spacing and alignment in patterns Trying to improve my problem-solving and logic-building skills step by step 💻 #CProgramming #CodingJourney #NestedLoops #PatternProgramming #100DaysOfCode #LogicBuilding

🚀 Day 6 of My C Programming Journey 💻 Today I focused on understanding a new concept: recursion. 🔁 I learned how recursion works—where a function calls itself—and the importance of having a proper base condition to stop the process. Although I didn’t implement it in code yet, I spent time building a clear understanding of the logic behind it. 📈 Key takeaway: Strong fundamentals matter. Taking time to understand concepts deeply makes implementation much easier later. Step by step, building a solid foundation. #CProgramming #Recursion #LearningJourney #StudentDeveloper #Consistency

I developed a C++ program that demonstrates the power of Object-Oriented Programming (OOP) concepts specifically focusing on multilevel inheritance. In this project I designed a hierarchy of classes to model a modern smart electric car : 1) Base Class handles core attributes like speed 2) Derived Class extends functionality by adding battery capacity Further Derived Class introduces smart features such as automation 3) Key Concepts Applied: Multilevel Inheritance, Constructor, Encapsulation, Code Reusability and Structured Design This program highlights how complex real world systems can be represented using layered class structures in C++ improving both readability and scalability. Through this project I strengthened my understanding of OOP principles and their practical implementation in building efficient and modular applications.

🎙️ Unpopular Opinion: The Most Powerful AV Programming Language May Be the Wrong Choice In a recent episode of the Ask The Programmer podcast, Mike Krejci, CTS-I joined James King, CTS and me to discuss his article that tackled a question that sounds simple, but exposes a bigger issue in our industry: “How are we going to program this project?” Too often, the answer is driven by what’s possible rather than what’s practical. We have access to powerful, modern programming languages, and that’s a great thing. But just because we can build something more advanced doesn’t mean we should. Here’s the reality: ➡️ Many systems must live beyond the programmers who built them ➡️ Not every organization has the resources to support complex code ➡️ The person supporting the system may not share the same skill set ➡️ Complexity often becomes a liability over time, not an advantage That doesn’t mean we avoid modern languages. Quite the opposite. Modern programming languages are essential for the right applications: 💻 Data-heavy integrations 💻 Scalable, repeatable architectures 💻 Advanced system logic But using advanced languages without considering long-term ownership? That’s where things break down. Mike shares a thoughtful perspective on this in his article: https://bit.ly/4chAS22 The real job isn’t just to deliver a working system. It’s to deliver one that someone else can understand, support, and evolve for years to come. 📺 Watch the full episode here: https://lnkd.in/ei2deVnu Join the conversation in the Ask The Programmer community on LinkedIn: https://lnkd.in/eGWrzsBc #AVTweeps #AVControl #AVProgramming #AskTheProgrammer https://lnkd.in/ei2deVnu