https://www.youtube.com/watch?v=hWpl0uXmYGY
Recorded live on twitch, GET IN https://twitch.tv/ThePrimeagenOriginal: https://www.youtube.com/watch?v=easvMCCBFkQAuthor: https://www.youtube.com/@simondev7

https://stackoverflow.com/questions/18364175/best-practices-for-reducing-garbage-collector-activity-in-javascript
Pull inner functions that have no or few dependencies on closed-over state out into a higher, longer-lived scope. (Some code minifiers like Closure compiler can inline inner functions and might improve your GC performance.) Avoid using strings to represent structured data or for dynamic addressing.

https://medium.com/@nouraldin.alsweirki/optimizing-react-memory-optimization-937ab26e9e90
Efficient memory management is paramount for delivering high-performance Javascript applications in general, and React apps in specific. Excessive garbage collection can hinder responsiveness and

https://dev.to/outstandingvick/memory-management-in-javascript-exploring-garbage-collection-and-best-practices-35jd
Several garbage collection techniques are used in JavaScript; the most popular one is the Mark and Sweep approach. This is how it operates: Mark : Beginning with a set of root objects (global object, local variables, and references in closures), the garbage collector walks the whole object graph, identifying all objects that are reachable.

https://dev.to/ricardonunezio/millionjs-beyond-speed-making-react-apps-memory-efficient-2amn
The memory hit you'd take by using Million compared to using vanilla Javascript would be at most about 28% higher (15MB vs. 11.9MB) when adding 10,000 rows to a page (the heaviest operation in the benchmark), whereas React would use about 303% to complete the same task vs. vanilla Javascript (36.1 MB vs. 11.9 MB).

https://dev.to/harshpathakzz/understanding-garbage-collection-in-javascript-a-beginners-guide-eha
JavaScript utilizes automatic garbage collection, meaning developers don't need to manually allocate or deallocate memory. Instead, the JavaScript engine handles memory management behind the scenes. 1. Reference Counting: This is one of the simplest garbage collection algorithms. Every object has a reference count that increments when a

https://medium.com/@mohitgadhavi1/efficient-memory-management-understanding-garbage-collection-in-javascript-12932442e5ab
JavaScript's automatic garbage collection, combined with best practices such as avoiding global variables and using object pooling, can help developers write clean, efficient code that runs

https://betterprogramming.pub/deep-dive-into-garbage-collection-in-javascript-6881610239a
Algorithms for garbage collection are mainly divided into two: "Mark and Sweep" algorithm: JavaScript, Go. "Reference Counting" algorithm: Objective-C. JavaScript uses the "Mark and Sweep" algorithm as its GC algorithm like this: Mark: mark the roots as "reachable". Visit and recursively mark objects directly or indirectly

https://javascript.info/garbage-collection
The basic garbage collection algorithm is called "mark-and-sweep". The following "garbage collection" steps are regularly performed: The garbage collector takes roots and "marks" (remembers) them. Then it visits and "marks" all references from them. Then it visits marked objects and marks their references.

https://blog.logrocket.com/escape-memory-leaks-javascript/
To know what is an unwanted reference, first, we need to get an idea of how garbage collection determines that a piece of memory is unreachable. Garbage collection uses two main algorithms to find unwanted references and unreachable code, reference count and mark-and-sweep. Reference count. The reference count algorithm looks for objects that

https://skillupwards.com/blog/javascript-memory-management-garbage-collection-explained
Garbage collection is a process that automatically reclaims memory occupied by objects that are no longer in use. It is a form of automatic memory management that frees up memory for new objects. Garbage collection is a critical process in any programming language. Without it, memory leaks can occur, which can lead to performance issues and

https://ayushgupta2959.medium.com/understanding-memory-management-in-javascript-how-garbage-collection-keeps-your-code-tidy-60ae344f693c
As long as the objects variable holds a reference to the array, the objects will not be eligible for garbage collection. Automatic Memory Management Benefits. One of the advantages of JavaScript's garbage collection is automatic memory management. Developers do not need to explicitly deallocate memory; the garbage collector handles it for us.

https://medium.com/@fardakarimov/javascript-memory-management-a-comprehensive-guide-to-understanding-garbage-collection-a9f95a7a4719
JavaScript employs an automatic garbage collector that monitors memory usage, identifies unused objects, and reclaims their memory for future use. This process prevents memory leaks, where memory

https://algodaily.com/lessons/memory-management-in-javascript
Memory management is a critical concept in JavaScript. Unlike languages like C and C++, JavaScript automatically allocates memory when objects and variables are created, and frees it up when they are no longer used. This automatic memory management is handled through garbage collection. Understanding how memory allocation and garbage collection

https://frontendmasters.com/courses/blazingly-fast-js/
Using a practical Web Sockets game demo, you'll learn to optimize memory and asynchronous JavaScript, testing and iterating throughout the course. You'll tackle garbage collection, memory profiling, data structures like sets and arrays, and event loop management. Gain advanced techniques such as employing memory pools and understanding Prime's

https://medium.com/performance-engineering-for-the-ordinary-barbie/how-javascript-manages-memory-b0ea98f4525b
The process by which Javascript engines reclaim unused memory is called Garbage Collection (GC). Javascript engines do automatic Garbage Collection, unlike some languages like C and C++.

https://stackoverflow.com/questions/8032928/can-i-trigger-javascripts-garbage-collection
1. Yes, you can trigger garbage collection by re-loading the page. You might want to consider using a Factory Pattern to help re-use objects, which will greatly cut down on how many objects are created. Especially, if you are continuously creating objects that are the same.

https://stackoverflow.com/questions/9864769/javascript-use-delete-or-rely-on-garbage-collection
Actually, using delete still relies on garbage collection; it just makes more work for the GC.. Calling delete x.y doesn't free any memory; it just clears x's reference to y. If y has no other references, it will become unrooted and open to eventual garbage collection.. Your second option will end up creating more unrooted references for the GC to go through.

https://stackoverflow.com/questions/1523061/performance-of-bitwise-operators-in-javascript
1. Using JavaScript in its Windows Scripting Host JScript incarnation, you might have cause to use bitwise operators to pick out flags in values returned from WMI or Active Directory calls. For example, the User Access value of a user's record in AD contains several flags packed into one long integer.