In the early days of C++, memory safety issues — buffer overflows, dangling pointers, use-after-free — were widely known but not viewed as urgent flaws needing language-level fixes. Why?
Continue reading “The ‘Power Comes with Responsibility’ Mindset Delayed Safer C++ Design”Author: CppDepend Team
Cpp2 for C++ serves a similar purpose as TypeScript does for JavaScript
TypeScript was developed to address several key challenges faced by developers working with JavaScript, particularly in large-scale applications. Indeed, TypeScript is a superset of JavaScript that introduces optional static typing and other features to enhance the development experience, particularly for large-scale applications. Its history reflects the growing need for better tooling and structure in JavaScript development.
Continue reading “Cpp2 for C++ serves a similar purpose as TypeScript does for JavaScript”Top 5 C++ Containers Libraries
C++ containers are essential for managing collections of data with different requirements for organization, access, and modification. They allow developers to manage groups of objects efficiently, without implementing data structures from scratch.
Continue reading “Top 5 C++ Containers Libraries”Did the C++ Community Follow the “Bury One’s Head in the Sand” Strategy Against Safety Issues?
C++ is widely recognized as one of the most powerful and versatile programming languages. It combines high performance with fine control over system resources, which is why it’s extensively used in domains like game development, embedded systems, operating systems, and real-time applications. However, this power comes with certain safety issues that have been a point of concern for developers and companies over the years.
Why has it taken so long to definitively resolve C++ safety issues? Is this due to resistance from the C++ community, or is it because the problem is inherently difficult to solve?
Continue reading “Did the C++ Community Follow the “Bury One’s Head in the Sand” Strategy Against Safety Issues?”Chat with Your C++ Code: Revolutionizing Code Analysis with CppDepend AI
In the world of software development, understanding and managing complex C++ codebases can be a daunting task. But what if you could chat with your C++ code to get instant insights, identify potential issues, and optimize your code efficiently? With the introduction of CppDepend AI, this is now a reality.
Continue reading “Chat with Your C++ Code: Revolutionizing Code Analysis with CppDepend AI”Sean Baxter and the C++ Alliance: Leading the Charge for C++ Safety
In the world of systems programming, C++ remains one of the most powerful and widely used languages, primarily because of its unmatched performance and fine-grained control over hardware. However, C++ also has a reputation for being notoriously difficult to manage safely. Memory leaks, buffer overflows, undefined behavior, and other issues can easily arise if programmers don’t carefully follow best practices, leading to vulnerabilities and bugs in production systems. This is where efforts like those of Sean Baxter and the C++ Alliance come into play, focusing on improving C++ safety through innovation, tools, and community initiatives.
Continue reading “Sean Baxter and the C++ Alliance: Leading the Charge for C++ Safety”C++ Generic Programming: From Libraries to Core Projects
C++ generic programming, initially popularized for creating reusable libraries like the Standard Template Library (STL), has recently seen widespread adoption in many C++ projects. The power of templates allows developers to write code that is flexible, reusable, and type-safe, reducing redundancy while ensuring performance. With modern C++ standards (C++11, C++17, and C++20), template programming has evolved, featuring advanced concepts like variadic templates, constexpr, and SFINAE, which help manage complexity. This trend has made generic programming an integral part of contemporary C++ development.
Continue reading “C++ Generic Programming: From Libraries to Core Projects”A Look Inside the Macchina SDK Source Code: Clean Design and Implementation.
In C++, many libraries can aid in implementing an IoT application, but most are low-level. For a high-level SDK, Macchina.io is an excellent choice, especially if you seek a robust framework that simplifies IoT application creation.
Macchina is not only a perfect solution for IoT applications but it’s also a well designed and implemented project, so the SDK users could easily understand and customize its behavior.
Let’s take a look inside the Macchina source code using CppDepend and discover some facts about its design and implementation.
Continue reading “A Look Inside the Macchina SDK Source Code: Clean Design and Implementation.”Simplify concurrent programming with C++26 Hazard Pointers.
As C++ continues to evolve, the upcoming C++26 standard introduces several exciting features aimed at improving concurrent programming. One of the standout additions is Hazard Pointers, a powerful tool for managing memory safely and efficiently in multi-threaded environments. This post explores the concept of Hazard Pointers in C++26, including their importance, implementation, and practical examples.
Continue reading “Simplify concurrent programming with C++26 Hazard Pointers.”Why is the memory safety feature so hard to add to the C++ language?
Adding memory safety to C++ is challenging due to the language’s fundamental design principles and its deep-rooted history. Here are the key reasons why integrating memory safety into C++ is particularly difficult:
Continue reading “Why is the memory safety feature so hard to add to the C++ language?”