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Explore the intricacies of the event loop in Node.js with our comprehensive guide. This resource delves into the event loop's components, including the call stack, Node.js API, microtasks, microtask queue, timers phase, pending callbacks phase, idle phase, check phase, close callbacks phase, timer queue, IO queue, check queue, close queue, and event queue (task queue). Gain a deeper understanding of how the event loop manages asynchronous operations, and learn how to write efficient and responsive Node.js applications. With clear explanations and practical examples, this guide is your gateway to mastering the event loop in Node.js.
Discover the inner workings of the event loop in JavaScript with our comprehensive guide. Gain insights into the event loop's key components, including the call stack, web API, macrotasks, microtasks, macrotask queue, microtask queue, and more. Through clear explanations and practical examples, this resource offers a deep understanding of how the event loop manages asynchronous operations in JavaScript. Whether you're a beginner or an experienced developer, this guide will equip you with the knowledge to write efficient and responsive JavaScript code.
Execution context in JavaScript refers to the environment in which code is executed. This includes the global execution context, which encompasses code not within any function, and function execution contexts, which are created when functions are invoked. The execution context goes through two phases: the creation phase, where the JavaScript engine sets up the environment, and the execution phase, where the code is run. Understanding these concepts is crucial for effectively scoping variables and functions and comprehending how JavaScript code is processed.
Learn how to handle asynchronous operations in Node.js using callback functions, async/await, and promises. Get detailed explanations and examples to enhance your understanding.
Understanding the difference between __proto__ and prototype in JavaScript is crucial for grasping prototype-based inheritance. Learn the distinction, see examples, and gain clarity on these concepts.