Esemy

Esemy is a lesser-known programming concept that refers to the dynamic redefinition of a function or method at runtime. This technique is also known as "inline caching" or "morphing". Esemy allows the programmer to change the behavior of a function or method without modifying its original implementation.

In languages that support esemy, the function or method itself is not modified; instead, a new implementation is created and associated with the original symbol. This means that multiple versions of the same function can exist concurrently, each with its own set of parameters and behaviors.

The key characteristics of esemy include:

* Dynamic redefinition of functions or methods

* No modification of the original implementation

* Creation of new implementations associated with the original symbol

* Ability to handle multiple versions of the same function

Esemy has several potential applications, including:

* Adaptive optimization of software behavior

* Runtime code modification for machine learning or data science tasks

* Flexible API design for dynamic environments

String theory and cryptography are not directly related to the development of the concept. However, some research in esemy may draw inspiration from abstract algebra and category theory.