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Memory allocation at the applications run-time enables the use of a storage space, expressed in number of bytes, having the size of heap memory required for data storing defined by the variables. Compile-time allocation allows the reservation and use of storage space with predefined size expressed in number of bytes. In this situation, software developers […]
Read More →In C++ programming language, memory areas can be accessed indirectly through pointer type variable […]. Also, available with a memory address, it ensures movement on memory areas from the memory address stored in the variable pointer. This is ensured by arithmetic operators and it is called arithmetic of pointers. Depending on the nature of arithmetic […]
Read More →Areas of heap memory are accessed via variables of pointer type […]. This kind of variable manages values of memory address type. Arithmetic of pointers […] involves the operators use to access the areas of heap memory. Allocating of heap memory areas is done by functions and/or operators implemented in programming language. In the below […]
Read More →The pointer type variables allow the accessing of memory areas with numerical content for the management of the values which represent memory addresses. The dimension of a pointer variable depends on the processor architecture.In the C++ programming language, the definition template of a pointer variable is:
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