Debounce & Throttle Functions

What pattern does this implementation demonstrate?

const composedRateLimiter = (func, { debounceWait, throttleLimit }) => {
  const throttled = throttle(func, throttleLimit);
  return debounce(throttled, debounceWait);
};

Simple rate limiting
Function composition with both throttle and debounce
This implementation demonstrates function composition with rate limiting: 1) It combines both throttle and debounce in a single function, 2) The composition provides more sophisticated rate limiting control, 3) It applies throttling first, then debouncing to the result, 4) This can be useful for complex event handling scenarios, 5) The pattern allows fine-tuning of both immediate and delayed rate limiting, 6) It's particularly useful for events that need both types of control, 7) The approach provides more granular control over function execution timing, 8) This pattern can help handle edge cases in rate limiting requirements.
Event delegation
Async handling

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