Category: С++

The С++ programming language is widely used in modern software development. Developers use the C++ programming language for operating systems, desktop software, databases, and game engines. In addition, the language is common in embedded devices and real-time systems.

The C++ programming language was created as an extension of the C language. However, modern C++ is much more than a simple extension. Today, it supports object-oriented, procedural, and generic programming styles. As a result, developers can build many different types of applications with the same language.

One of the main advantages of the C++ programming language is performance. The language gives direct access to memory and hardware resources. Therefore, developers often choose C++ for software where speed is critical. For example, browsers, graphics engines, and financial systems frequently rely on C++ technologies.

Modern standards of the C++ programming language also improve safety and readability. In particular, recent versions include better multithreading support, templates, and modern memory management tools. Because of this, developers can write cleaner and more reliable code.

The C++ programming language continues to evolve through international standards. Meanwhile, many companies still use C++ for large and complex systems. Consequently, the language remains one of the most important technologies in professional software development.

Trace Points in C++: Diagnosing Production Systems Without Restart

One of the goals behind trace points in the C++ logging library logme was solving a very practical production problem. The logs available during an incident are usually not the logs developers actually need. Production issues almost never happen when developers are actually prepared to investigate them. During development everything works correctly, test environments appear

Logging Subsystems in C++: Why They Matter and How to Use Them

C++ logging subsystems become necessary as a project grows, even though almost nobody thinks about them at the beginning. Most projects start with simple logging. A few levels — debug, info, warning, error — and that is enough to understand what is happening. While the codebase is small, the log reads almost like a linear

Boot logging during early application initialization

In complex software systems, the initialization phase is rarely trivial and usually consists of several stages. Errors may occur before the main logging system becomes available, leaving developers without visibility into what exactly went wrong and where. In practice, logging is initialized as early as possible. However, there are cases where configuration is loaded from

Readable logs in C++: practical techniques with logme

The primary goal of any logging library is not raw performance and not even API convenience. Its real purpose is to help produce readable logs in C++—logs that make it possible to quickly understand what is going on when something breaks. That is why developers intentionally trade a bit of CPU time and system resources: