In a web application with heavy DOM manipulations and API calls, how would the event loop and call stack manage these operations?
- The event loop ensures that asynchronous operations, like API calls, are offloaded to the browser's APIs and queued in the task queue. The call stack, which handles synchronous operations, prioritizes execution of tasks in the stack.
- The call stack manages synchronous operations, and the event loop coordinates the execution of asynchronous operations, ensuring they don't block the main thread.
- The call stack processes synchronous tasks, and the event loop continuously checks the call stack and task queue, prioritizing tasks based on their readiness for execution.
- The event loop delegates asynchronous tasks to the browser's APIs, which are executed separately from the main threaThe call stack manages synchronous tasks, preventing them from blocking the execution flow.
In a web application, the event loop and call stack work in tandem. The event loop coordinates asynchronous operations, preventing them from blocking the main thread. The call stack manages synchronous tasks, and the event loop offloads asynchronous tasks to the browser's APIs. Understanding this interaction is crucial for optimizing performance in applications with heavy DOM manipulations and API calls.
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