Thread Safety In Singleton Design Pattern In C++ скачать в хорошем качестве

Thread Safety In Singleton Design Pattern In C++

JOIN ME ————— YouTube 🎬    / @cppnuts   Patreon 🚀   / cppnuts   TUTORIALS PLAYLIST ———————————— C++ Tutorial For Beginners:    • Introduction To C++   STL (Standard Template Library):    • STL In C++   ThreadIng In C++:    • Multithreading In C++   Data Structures:    • Data Structure   Algorithms:    • Binary Search   Design Patterns:    • Factory Design Pattern in C++   Smart Pointers:    • Smart Pointer In C++   C++14:    • Digit Separator In C++   C++17:    • std string_view in C++17 | Fastest String ...   C++ All Type Casts:    • static_cast In C++   INTERVIEW PLAYLIST ———————————— C++ Interview Q&A:    • Structural Padding & Packing In C & C++   C++ Interview Q&A For Experienced:    • How delete[] Knows How Much  To Deallocate...   Linked List Interview Questions:    • Find Kth Node From Back In Singly Linked List   BST Interview Questions:    • Search Element In Binary Search Tree (BST)   Array Interview Questions:    • Reverse An Array   String Interview Questions:    • Check String Is Palindrome Or Not   Bit Manipulation Questions:    • Find Set Bit In Integer Number   Binary Tree Interview Question:    • Invert Binary Tree   Sorting Algorithms:    • Bubble Sort   C++ MCQ:    • Видео   C MCQ:    • What printf returns after printing? | C Pr...   C Interview Questions:    • Designated Initialization In C   QUICK SHORT VIDEOS ————————————- C++ Short :    • C++ Short Videos   C Short :    • Shorts C Programming MCQ   TimeStamps: 0 - Introduction 0:05 - Introduction To What Is Thread Safety 3:32 - First Approach 5:12 - Second Approach 7:44 - Third Approach In this video i have explained what are the different ways we can achieve thread safety in Singleton Design Pattern. There are basically three ways to achieve thread safety in singleton design pattern and that is: 1. Use mutex lock and unlock before and after checking if instance of singleton class is null or not, but there is a down side to this approach that is not good at performance side, we have to always apply mutex lock and unlock when getInstance is called. 2. Eager Instantiation (This is about instantiating singleton class by calling getInstance method early in main function so that before even threads start and race condition arise) 3. This approach is slight modification of 1st approach, this talks about keeping null check before mutex lock so that if once instance is available mutex lock would never be used and hence performance can be good. Please feel free to comment and suggest if i can improve on this or any other topic, thanks. (Download Dev-C++ for Free) https://www.embarcadero.com/free-tool... #threading #cpp #programming #designpatterns #thread