Bjarne Stroustrup on C++ and Software Development

🛠️ The Wisdom of Bjarne Stroustrup: Father of C++ Bjarne Stroustrup, the genius behind the C++ programming language, shares an ingenious reflection on the world of software development. In a recent interview, he states: "There are two kinds of programming languages: those that people complain about and those that nobody uses." This phrase captures the reality of powerful tools like C++, which, despite their complexities, dominate entire industries due to their efficiency and versatility. 🔍 Who is Bjarne Stroustrup - Inventor of C++ in the 80s, extending C to handle object-oriented programming. - His work has influenced operating systems, games, finance, and more, with millions of lines of code in global production. - Currently a professor at Columbia University, he continues to evolve the language with standards like C++20 and C++23. 💡 Why This Phrase Resonates with Developers - "Complained-about" languages like C++ demand precision, but deliver unmatched performance in high-performance environments. - It contrasts with less-used languages that promise simplicity but fail in real scalability. - It invites reflection: Is the value of a tool measured by its popularity or by its lasting impact? This perspective reminds us that the true power in programming lies in practicality, not in illusory perfection. At Enigma Security, we apply these principles in secure and efficient solutions. For more information visit: https://enigmasecurity.cl #Programming #Cpp #BjarneStroustrup #SoftwareDevelopment #Technology #SoftwareEngineering Connect with me on LinkedIn to discuss more about innovation in programming: https://lnkd.in/eXXHi_Rr 📅 Sat, 11 Apr 2026 15:30:01 +0200 🔗Subscribe to the Membership: https://lnkd.in/eh_rNRyt

Innovation in Programming: Bjarne Stroustrup's Reflection on C++! 🚀 Bjarne Stroustrup, the father of the C++ programming language, shared an ingenious vision about the software industry in a recent interview. With over 40 years of experience, Stroustrup emphasizes the constant evolution of C++ and its relevance in the current world. 🧠 Types of Programming Languages Stroustrup states: "There are two types of programming languages: those that people complain about and those that nobody uses." This phrase captures the essence of C++, a powerful but controversial language that generates intense debates due to its complexity and versatility. 🔧 Why C++ Remains Essential - 📈 High Demand: Used in operating systems, video games, and high-performance applications, C++ dominates in environments where efficiency is key. - ⚙️ Continuous Evolution: With updates like C++20 and C++23, it incorporates modern features like modules and concepts to improve productivity. - 💡 Constructive Criticisms: Complaints about its learning curve drive improvements, distinguishing it from obsolete languages that fade into oblivion. Stroustrup highlights that, despite the criticisms, C++ is the most used language in the real world, driving innovations in AI, cybersecurity, and more. His pragmatic approach reminds us that true utility lies in practical adoption. For more information visit: https://enigmasecurity.cl #Programming #CPP #BjarneStroustrup #SoftwareDevelopment #Technology #Innovation Connect with me on LinkedIn to discuss programming trends: https://lnkd.in/dTsGRrnP 📅 Sun, 26 Apr 2026 10:30:00 +0200 🔗Subscribe to the Membership: https://lnkd.in/eh_rNRyt

Innovation in Programming: Bjarne Stroustrup's Reflection on C++! 🚀 Bjarne Stroustrup, the father of the C++ programming language, shared an ingenious vision about the software industry in a recent interview. With over 40 years of experience, Stroustrup emphasizes the constant evolution of C++ and its relevance in the current world. 🧠 Types of Programming Languages Stroustrup states: "There are two types of programming languages: those that people complain about and those that nobody uses." This phrase captures the essence of C++, a powerful but controversial language that generates intense debates due to its complexity and versatility. 🔧 Why C++ Remains Essential - 📈 High Demand: Used in operating systems, video games, and high-performance applications, C++ dominates in environments where efficiency is key. - ⚙️ Continuous Evolution: With updates like C++20 and C++23, it incorporates modern features like modules and concepts to improve productivity. - 💡 Constructive Criticisms: Complaints about its learning curve drive improvements, distinguishing it from obsolete languages that fade into oblivion. Stroustrup highlights that, despite the criticisms, C++ is the most used language in the real world, driving innovations in AI, cybersecurity, and more. His pragmatic approach reminds us that true utility lies in practical adoption. For more information visit: https://enigmasecurity.cl #Programming #CPP #BjarneStroustrup #SoftwareDevelopment #Technology #Innovation Connect with me on LinkedIn to discuss programming trends: https://lnkd.in/d2qHiAxN 📅 Sun, 26 Apr 2026 10:30:00 +0200 🔗Subscribe to the Membership: https://lnkd.in/eh_rNRyt

What does it really mean to master structured programming in C++? It goes far beyond writing code that simply works. During my studies, I learned that structured programming is about thinking systematically, designing logically, and building solutions that are scalable and maintainable. Working with C++ strengthened my ability to break down complex problems into manageable components, apply clear control structures, and develop efficient, readable code. More importantly, it shaped my mindset — to approach challenges with precision, discipline, and creativity. Structured programming isn’t just a technical skill; it’s a way of thinking that drives better problem-solving in any field.

«By the time “spec writing” has been sorted properly, it will look a lot like a programming language, and people will learn (again!) that the hard part of software development is not the code writing, but the precise formulation of what you want the thing to do» - I couldn’t agree more

🚀 Mastering pointers in C has completely changed how I understand programming. At first, pointers felt confusing, memory addresses, dereferencing, and all the * symbols 😅. But once it clicked, everything started to make sense. From efficient memory management to building dynamic data structures, pointers are truly the backbone of powerful C programming. 💡 Key insights from my journey: • A pointer is not just a variable, it’s direct access to memory • Understanding * and & is the foundation of everything • Pointers enable efficient array and string handling • Dynamic memory allocation (malloc, calloc, free) unlocks flexibility • Mastering pointers = writing faster, more optimized code What once seemed complex is now one of the most exciting parts of coding for me. Growth really happens when you lean into the difficult concepts. If you're learning C, don’t avoid pointers, embrace them. That’s where real programming begins. Let’s keep building and learning. 💻✨ #CProgramming #Pointers #Programming #SoftwareDevelopment #CodingJourney #TechSkills #ComputerScience #Developers #LearnToCode #CodeNewbie #ProgrammingLife #Debugging #TechGrowth #STEM #FutureDevelopers

Most people think C++ was designed for a specific purpose. But it wasn’t. It started as a simple experiment inside Bell Labs in 1979. And it accidentally became one of the most important programming languages in the world. Here’s the real story. Bjarne Stroustrup had just finished his PhD at the University of Cambridge and joined Bell Labs in New Jersey. He was working on problems in systems programming and software complexity. At the time, engineers were using C for performance-critical systems. C was fast and powerful. But as software grew, it became harder to manage large, complex codebases with it alone. Stroustrup had been influenced by a language called Simula, which introduced the idea of classes and structured modeling of systems. It made complex software easier to organize. But it was too slow and impractical for systems-level work. So he explored a simple idea: Combine C’s performance with Simula’s ability to structure complex systems. He started by extending C with a small set of features. This early work was called “C with Classes.” It introduced: → classes → basic abstraction tools → better structure for large programs While still running at C-like performance. It wasn’t meant to replace C. It was meant to make C easier to use for large-scale software. Over time, the idea evolved inside Bell Labs as more engineers started using it and requesting improvements. By the early 1980s, it had grown beyond a small experiment. In 1983, it was renamed C++, a reference to the C increment operator. Meaning: an evolution of C, not a replacement. The goal was never to “change programming forever.” It was to solve a real engineering problem: How do you build large, complex systems without losing performance? But that practical solution scaled far beyond Bell Labs. C++ eventually became a foundation for the following: → operating systems → game engines → browsers → high-performance infrastructure The real lesson isn’t about genius design. It’s about necessity. Tools that solve real pain don’t stay small. They spread. Bjarne Stroustrup didn’t set out to build a global language. He was trying to make complex systems manageable. And that solution outgrew the original problem. Sometimes the most important tools in tech don’t start as revolutions. They start as fixes. #programming #languages #c++ #c #engineering

💻 C Programming Cheatsheet – Back to the Foundations Before the frameworks… Before the fancy libraries… There was C. C is where many programmers truly understand how computers work — memory, pointers, loops, logic, and system-level thinking. Here’s a quick refresher on the essentials: 🔹 Structure of a Program (#include, main(), return 0;) 🔹 Variables (int, float, double, char) 🔹 Operators & Conditions (if, switch) 🔹 Loops (for, while, do-while) 🔹 Functions (Reusable blocks of code) 🔹 Arrays (Structured data storage) 🔹 Pointers (Direct memory access — powerful and dangerous 😉) 🔹 Input/Output (scanf, printf) Why does C still matter? ✅ It builds strong problem-solving skills ✅ It teaches memory management ✅ It forms the backbone of operating systems and embedded systems ✅ It strengthens your understanding of how higher-level languages work As an educator, I always remind my students: If you can master C, you can learn almost any programming language. Are you team “Started with C” or “Skipped straight to Python/JavaScript”? #Programming #CProgramming #ComputerScience #Coding #TechEducation #SoftwareDevelopment #STEM

-->Unlocking the "Mother of All Languages": C Programming Ever wondered how your favorite operating system, gaming engine, or smart device actually works? Most roads lead back to C. Created in the 1970s, C is often called the "Mother of All Languages" because it’s the foundation for almost everything we use today. If you’re just starting your coding journey, here’s a beginner-friendly breakdown: --> The Purpose: Why C? C is like the chassis of a car. While Python or JavaScript might be the sleek paint and comfortable seats, C is the powerful engine and frame that makes everything move. It’s "low-level," meaning it talks very closely to the computer’s hardware, making it incredibly fast and efficient. --> The Structure: A Simple "Hello World" Every C program follows a specific blueprint. Think of it like writing a formal letter: >>The Header (#include <stdio.h>): This is like grabbing your stationery. It tells the computer you need standard tools to handle text. >>The Main Function (int main()): This is the "Front Door." No matter how big the house is, the computer always enters here first. >>The Body { ... }: This is where the action happens—the actual instructions you want to execute. --> Input & Output: The Real-World Connection Imagine a Vending Machine: >>Output (printf): This is the machine’s display screen telling you "Select a snack." In C, printf "prints" information onto your screen. >>Input (scanf): This is the keypad. When you type "A1," the machine "scans" your input and processes it. In C, scanf is how your program listens to the user. Why learn C in 2026? It teaches you how computers actually think. Once you master the logic of C, learning any other language feels like a breeze. Are you currently learning C or thinking about starting? Let’s discuss in the comments. #CProgramming #CodingNewbie #TechEducation #SoftwareEngineering #LearnToCode

I found this book outstanding — the gradual introduction to functional programming in C++ is very well done, and the practical examples make the ideas truly click. It’s a great resource for anyone looking to deepen their understanding of modern C++ techniques.