Open Source Project


A library developed by the same author of the formula_tree project, designed to manage type conversions between JSON data and various data types.


The GitHub project in question is a library crafted by the developer who also created the formula_tree project. This library is specifically engineered to address the challenges associated with type conversions, particularly between JSON data and a multitude of other data types. JSON, being a lightweight data-interchange format, is widely used for storing and transporting data. However, when this data needs to be utilized within different programming contexts or applications, it often requires conversion into various other data types that are more suitable or efficient for those specific use cases.

This library’s primary function is to streamline and manage these conversion processes, ensuring that data can be seamlessly and accurately transformed from JSON format into other types, and vice versa, as needed by the application. This functionality is crucial for applications that rely heavily on diverse data types for their operations, particularly in systems where attributes or properties of objects need to be calculated or manipulated at runtime.

In the context of the attribute calculation system mentioned, this library plays a pivotal role. Attribute calculation systems often require handling a wide array of data types, as they compute or derive new values based on existing attributes. These systems can be found in various applications, from complex financial models calculating various financial indicators to game engines determining the attributes of characters or objects based on numerous factors.

By facilitating flexible and efficient handling of different data types, this library significantly enhances the runtime efficiency of such systems. It ensures that the overhead associated with data type conversions does not become a bottleneck, thereby enabling the attribute calculation system to perform its computations more swiftly and effectively. This is particularly important in scenarios where the system needs to process large volumes of data or execute calculations in real-time, where any delay or inefficiency could have noticeable impacts on the user experience or system performance.

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