👉 A destructor in programming is a function that is called when an object is destroyed. It is a mechanism for freeing up memory allocated by the programmer, such as arrays or linked lists, and allowing other objects to use those resources without needing to allocate new ones from scratch. In C++, the destructor is defined using the `delete` keyword followed by the class name. For example: ``` class MyClass { public: void destruct() { delete[] myArray; } }; ``` In
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What is the definition of Destructory? 🙋
👉 In programming, a destructor is a method in an object's class that is called when an instance of that class is destroyed. A destructor should be implemented to release resources or memory allocated by the object. Here are some examples of how to define and use destructors: 1. In C++: ```cpp class MyClass { public: void destruct() { std::cout << "This is a destructor!" << std::endl; } }; ``` 2. In Java: ```
What is the definition of Destructor? 🙋
👉 In programming, a destructor is a special method in an object that is called when an object is destroyed. It is used to free up resources such as memory or other objects allocated by the object's constructor. The destructor is typically implemented within an object and it acts like a blueprint for creating new instances of the same object. When an object is deleted, its destructor is called automatically and it frees up any resources that may still be attached to it. Here are some examples of how the destructor might be
