write a program -
Tutorial : We know that the array is same data object collection with regular memory location. Means each element we can find in sequence. But in some condition we can't manage large data object array collection in sequential order management. The reason behind is that many programs are run on same time in computer, and they all are required space to run properly. If we have large size object array for our program, then it may be issue for other program because the lack of memory.
The alternative solution is to manage large object we can use "linked list" or "Self Referential structures". Because here we manage large object to allocate memory randomly at run time as we require. The randomly memory order may be any order, for example location like #234, #987, #456, #765, #876, #324 or any other location no.
A linked list is a linear data structure where each element is connected with random location in memory. A linked list element structure has main 2 element, one is data and 2nd is pointer, which is point to next element of same structure model. So also we can say another name to linked list is "Self Referential structures".
Note: We knows the array is same data type object collection in sequence order. In our case we create char array name[6] and assign value “Hello” in array. Above memory block shows the address of array location and value of location. Each object available is array in sequence. Size of array is depend on single object size. But we have some limitation in sequence memory allocation in large scale application. And chance to run application slow due to memory space size.
So the powerful solution is to connect same data type object structure by allocation, with random location of memory block without any sequence. In this type of arrangement we can connect object randomly like above graphics diagram, and it is good choice to manage large data object in memory block. For example large data object structure like records of student, employee, products or any other structure, depends on requirement.
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