Examples of using Dynamic memory in English and their translations into Bulgarian
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Medicine
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Ecclesiastic
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Computer
Dynamic memory usage.
This way we can save unnecessary dynamic memory allocations.
For dynamic memory allocation, I have used malloc, realloc and free functions.
The memory may be static or dynamic memory.
This means that in the dynamic memory(heap) an area of 6 integer numbers is allocated and they all are initialized with the value 0.
This variable is a reference to the object and is in the dynamic memory(heap).
They are reference to an object in the dynamic memory, which contains their actual value.
Because of this refresh requirement, it is a dynamic memory as opposed to SRAM and other types of static memory. .
Type String is reference type(object) andits values are stored in the dynamic memory.
Static memory is storage space,like on your hard drive- but dynamic memory is your RAM, which is in constant usage.
The type string is a reference type(object) andits values are stored in the dynamic memory.
Because of this refresh requirement, it is a dynamic memory as opposed to static random access memory and other static memory. .
Working memory is divided into static memory and dynamic memory.
Its values are stored in the dynamic memory(managed heap), and the variables of type string keeps a reference to an object in the heap.
The elements of an array are always stored in the dynamic memory(called also heap).
Moreover dynamic memory allocation is under the control of the programmer(which also means that memory deallocation has to be done by the programmer).
This includes new virtualization capabilities with Dynamic Memory and Microsoft RemoteFX.
After we allocate memory for one array-element of the jagged array,then the reference starts pointing to the newly created block in the dynamic memory.
In this way the two objects receive the same address in dynamic memory and hence the same value.
RAM and EPROM were separate, often requiring memory management orrefresh circuitry for dynamic memory.
Creating the variable result will allocate a new area in dynamic memory, which will record the outcome of the str1+ str2, which is"SuperStar".
Working memory is divided into static memory and dynamic memory.
In personal computers«memory» is one of its types- dynamic memory with direct access(DRAM),- which are used as RAM of the personal computer now.
The figure shows,that after the allocation of memory for the array the variable myArray points to an address in the dynamic memory, where the values are.
Since the string class is a reference type,the text"Some source" is stored in the dynamic memory(heap) on an address defined by the first variable.
We will observe the characteristics of the constructors and we will set out how the program objects coexist in the dynamic memory and how their fields are initialized.
The problem is directly related to the strings handling and dynamic memory, which is used to store them.
Reference types keep a reference(address),in the program execution stack, and that reference points to the dynamic memory(heap), where their value is stored.
Variables can be stored directly in the operational memory of the program(in the stack) or in the dynamic memory in which larger objects are stored(such as character strings and arrays).