CppDepend for C/C++ and JArchitect for Java are powerful software tools that offer a wide range of features to help C, C++, and Java developers create high-quality code.
Don’t wait – take advantage of these valuable tools and start improving your code base today!
Continue reading “The Must-Have Solution for C, C++, and Java Developers”C++ coding standards are essential for any software engineer to ensure the software being developed is high quality, secure, and robust. They provide guidelines for software development, so it’s crucial to be familiar with them. In this blog post, we’ll explore four major C++ coding standards supported by CppDepend.
Continue reading “Exploring C++ Coding Standards: Cert, Misra, Autosar, and CWE.”C++ and Java are two of the most popular programming languages in the world. Both are widely used for developing a variety of applications, ranging from desktop software to mobile applications, and from enterprise systems to gaming engines. Due to their popularity, many developers often wonder if C++ and Java are similar. In this blog post, we’ll take a closer look at these two languages and compare their similarities and differences.
Continue reading “Are C++ and Java similar?”
CppDepend is a powerful and versatile tool for analyzing code dependencies in C++. It is designed to help developers, architects, and project managers get a better understanding of the structure of their code and how different components depend on each other. With CppDepend, it is possible to visualize the relationships between different classes, methods, and other components, as well as to identify potential problems, such as tight coupling, circular dependencies, and other issues that can lead to code fragility and reduced maintainability.
Continue reading “Code Complexity Analysis with CppDepend Tool”CppDepend, the leading code analysis tool for C/C++ developers, announces the release of its latest version 2023.1, with exciting new features aimed at improving code quality and maintenance.
The latest version includes a Maintainability Index, which helps developers assess the maintainability of their code. The index is calculated using various metrics, including code complexity and design, and provides a single, easy-to-understand score that gives developers a quick understanding of the state of their codebase.
Continue reading “Discover CPPDepend 2023.1: New Features & Enhancements”Writing high-quality code is critical to the success of any software project, as it affects the reliability, performance, and maintainability of the code. In this blog post, we will discuss 10 essential best practices included in CppDepend for writing clean and efficient C++ source code. These best practices cover various aspects of coding, such as naming conventions, error handling, memory management, and more. Whether you are a beginner or an experienced programmer, following these best practices will help you write better C++ code and make your projects more successful.
Continue reading “10 Essential Best Practices for Writing High-Quality C++ Source Code”A design pattern is a general reusable solution to a commonly occurring problem within a given context in software design. Patterns are formalized best practices that the programmer can use to solve common problems when designing an application or system.
“Gang of Four” patterns are maybe the most popular ones. However, there are some basic design principles not well-known by developers, it’s the General Responsibility Assignment Software Principles, abbreviated GRASP. Continue reading “GRASP Principles: Exploring Irrlicht 3D Engine”
Both CppDepend and SonarQube are static analyzers that offer a rule-based system to detect problems in C/C++ code. However, the CppDepend default Rules-Set has very few overlaps with the SonarQube rules
Basically, the SonarQube rules are good at analyzing what is happening inside a method, the code flow while the CppDepend code model, on which the CppDepend rules are based, is optimized for a 360 view of particular higher-scale areas including OOP, dependencies, metrics, breaking changes, mutability, naming…
Continue reading “Explore a flexible C/C++ SonarQube plugin based on CppDepend.”
Since its creation, C++ evolved continuously and it passed many major milestones from the C with classes to the rise of the new standards. From 1991 to 2011 the language evolved slowly and the evolution comes from the libraries like STL and Boost. However, from 2011 many features were added to the standard, thanks to the new standards C++11, C++14, C++17, and the coming C++20. Continue reading “C++ 17 In Detail Book Review”
Since its creation, C++ evolved continuously and it passed many major milestones from the C with classes to the rise of the new standards. What’s the next step to evolve the C++ language? Let’s first discover the evolution of C++ over years: Continue reading “The road to the C++ fifth generation.”
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