debouncingeither

debouncingeither is a technique used in functional programming, particularly in languages like Haskell, to handle asynchronous events or potentially expensive computations. It combines the concepts of debouncing and the `Either` data type. Debouncing is a common pattern for controlling the rate at which a function is called. Instead of executing a function every time an event occurs, debouncing waits for a certain period of inactivity before executing it. This is useful for scenarios like handling user input in a search bar, where you don't want to trigger a search on every keystroke but rather after the user has paused typing.

The `Either` data type, on the other hand, is used to represent a value that can be one of two possible types, conventionally labeled `Left` and `Right`. It's often used to represent success or failure. `Left` typically signifies an error or failure condition, while `Right` indicates a successful result.

When these two concepts are combined in debouncingeither, the result is a debounced function that, upon execution, returns an `Either` value. This means that the debounced operation can either succeed (returning a `Right` value containing the result) or fail (returning a `Left` value containing an error). This approach is beneficial for managing asynchronous operations that might take time to complete and could potentially encounter errors. By debouncing, you ensure that the operation isn't triggered too frequently, and by using `Either`, you provide a clear and idiomatic way to handle both successful outcomes and potential errors.