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The document discusses advanced concepts in dynamic memory allocation, focusing on techniques such as explicit and segregated free lists, garbage collection, and common memory-related pitfalls. It outlines methods for tracking free blocks, the advantages of segregated list allocators, and various garbage collection algorithms. Additionally, it highlights potential issues like dereferencing bad pointers, memory leaks, and strategies for debugging memory bugs.

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What is dynamic memory allocation in C++?

Dynamic Memory: It is the memory that can be allocated or de-allocated by the operating system during the run-time of a C++ program. It is more efficient than static memory because we can de-allocate and reuse our memory during the run-time of our program.

How can you give back memory that you have dynamically allocated in C?

The free() function takes the pointer returned by malloc() and de-allocates the memory. No indication of success or failure is returned. The function prototype is like this: void free(void *pointer);

What are the 4 functions of dynamic memory allocation?

The four dynamic memory allocation functions in C are malloc(), calloc(), realloc(), and free(). malloc() allocates memory, calloc() allocates and initializes, realloc() adjusts size, and free() deallocates.

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When to use dynamic memory allocation in C?

Dynamic allocation is required when you dont know the worst case requirements for memory. Then, it is impossible to statically allocate the necessary memory, because you dont know how much you will need. Even if you know the worst case requirements, it may still be desirable to use dynamic memory allocation.

What are the types of memory allocation methods?

There are two types of memory allocation. 1) Static memory allocation -- allocated by the compiler. Exact size and type of memory must be known at compile time. 2) Dynamic memory allocation -- memory allocated during run time.

What are the four types of dynamic memory allocation?

Dynamic Memory Allocation in C is a process in which we allocate or deallocate a block of memory during the run-time of a program. There are four functions malloc(), calloc(), realloc() and free() present in header file that are used for Dynamic Memory Allocation in our system.

What is dynamic type of memory?

Dynamic random-access memory (dynamic RAM or DRAM) is a type of random-access semiconductor memory that stores each bit of data in a memory cell, usually consisting of a tiny capacitor and a transistor, both typically based on metaloxidesemiconductor (MOS) technology.

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