PSL is a C container library that provides a range of features including value observation, event calling, thread-safety, object persistence, serialization, and reflection. It is based on templates and includes garbage collection and other accompanying functions.
The Property Set Library (PSL) is a highly functional template-based container library in C++. It comes equipped with a wealth of features that enhance its usability, such as value observation, thread-safety, garbage collection, reflection, serialization, object persistence, and event calling.
The library boasts a robust and reliable design that enables developers to create efficient and scalable software applications. It is designed to work seamlessly with other C++ containers, such as vectors and maps, allowing for easy integration into existing projects.
PSL’s value observation feature enables developers to detect changes in data as they occur, in real-time. Its thread-safety feature ensures that the library can handle multiple threads simultaneously, without the risk of data corruption or other issues.
Additionally, PSL comes with garbage collection, which helps to prevent memory leaks and other problems that could affect the stability and performance of the application. Reflection allows for dynamic meta-programming and makes it possible to inspect the properties and methods of an object at runtime.
Serialization and persistence enable developers to save and restore objects in different formats, such as XML or JSON. Finally, the event calling feature allows developers to notify their code of changes that occur within the application, allowing for smoother and more responsive user experiences.
Overall, PSL is a powerful and versatile library that can help developers create robust and reliable software applications in C++. It is highly recommended for anyone looking for a reliable, feature-rich container library to use in their projects.
The library boasts a robust and reliable design that enables developers to create efficient and scalable software applications. It is designed to work seamlessly with other C++ containers, such as vectors and maps, allowing for easy integration into existing projects.
PSL’s value observation feature enables developers to detect changes in data as they occur, in real-time. Its thread-safety feature ensures that the library can handle multiple threads simultaneously, without the risk of data corruption or other issues.
Additionally, PSL comes with garbage collection, which helps to prevent memory leaks and other problems that could affect the stability and performance of the application. Reflection allows for dynamic meta-programming and makes it possible to inspect the properties and methods of an object at runtime.
Serialization and persistence enable developers to save and restore objects in different formats, such as XML or JSON. Finally, the event calling feature allows developers to notify their code of changes that occur within the application, allowing for smoother and more responsive user experiences.
Overall, PSL is a powerful and versatile library that can help developers create robust and reliable software applications in C++. It is highly recommended for anyone looking for a reliable, feature-rich container library to use in their projects.
What's New
Version 1.0.0 RC3: N/A