Introduction to Anjuta
Anjuta is an open source integrated development environment (IDE) that focuses on providing a comfortable and productive programming experience for the C and C + + languages. Although born as part of the GNOME project, its design is generic enough to be used in any Linux distribution that supports GTK libraries. Since its first version, Anjuta has tried to combine the power of an advanced editor with the simplicity of a clean interface, making it attractive for both beginners and experienced developers looking for a light but complete tool.
History and evolution
The Anjuta project was started in the late 1990s by a group of enthusiasts who wanted to create an IDE integrated with the GNOME desktop. The first public version appeared in 2001 and has since gone through several iterations that have added support for self-completed, integrated debugging and building tools based on Makefile and Autotools. Over the years, the community has kept the project active, launching stable versions every few months and adapting the code to the new GTK and Glib versions, allowing Anjuta to remain relevant in the free software development ecosystem.
Main characteristics
- Text editor with advanced syntax highlighted and code folded.
- Integration with the Glade interface designer to create GTK applications visually.
- Self-completed system based on ctags and clang that improves productivity when writing code.
- Graphic debugger using GDB as a backend, allowing to set breaking points, inspect variables and follow the step-by-step execution.
- Support for construction systems such as Autotools, CMake and Makefile, with assistants that generate the initial configuration.
- Basic refactorization tools, such as symbol renaming and function extraction.
- Integration with the Git version control system using plugins that show the status of the files and facilitate the commitments.
- Complete customization through color themes, keyboard shortcuts and editor behavior settings.
Installation and configuration
Install Anjuta in most Linux distributions is easy thanks to official repositories. In Ubuntu or Debian you simply run sudo apt install anjuta, while in Fedora you use sudo dnf install anjuta and in Arch Linux sudo pacman -S anjuta. After installation, the IDE can be launched from the application menu or via the anjute command in a terminal. The first run shows a configuration wizard that allows you to select the theme style, define the compiler path and choose if you want to enable the version control and cleansing plugins. It is recommended to review the preferences in the Edit > Settings menu to adjust the behavior of the self-completed and the appearance of the editor according to personal needs.
Advantages and disadvantages
- Advantages:
- Light interface that consumes few resources, ideal for modest equipment.
- Deep integration with the GNOME environment and its GTK libraries.
- A lot of plugins available that expand their functionality without overloading the kernel.
- Documentation and active community that facilitate problem-solving.
- Disadvantages:
- Lack of native support for modern languages such as Rust or Go, although they can be added by external plugins.
- The interface, although functional, may seem somewhat old-fashioned compared to more recent IDEs as Visual Studio Code.
- The process of setting up certain construction systems may require prior knowledge of Autotools or CMake.
Conclusion
Anjuta represents a solid option for those looking for an IDE dedicated to the development of applications in C and C + + within the GNOME ecosystem. Its combination of lightness, integration with design and debugging tools, and customization capacity makes it suitable for both academic projects and medium-sized professional developments. Although it does not compete directly with the heavier and more multifaceted IDE in the market, its focus on simplicity and efficiency continues to attract a loyal community of users who value a stable and well integrated working environment with the Linux desktop.
Typical cases of use
Anjuta is often used in the development of GNOME desktop applications, such as text editors, multimedia players and system configuration tools. Thanks to their integration with Glade, designers can create drag-and-drop graphical interfaces and then connect signals to automatically generated code handlers. This reduces the time needed to move from a visual sketch to a functional application, which is particularly useful in academic projects and in rapid prototypes.
In addition, many library and framework developers choose Anjuta to test and debug their code because their graphic debugger allows you to inspect complex data structures and follow the execution of multiple threads without leaving the environment. The possibility of compiling directly from the IDE with a single click, along with real-time error detection through static analysis, facilitates early bug identification and improves code quality before sending it to public repositories or continuous integration.
