I\'m trying to make an array of strings using a list of names coming from a txt file. So for example: If I have string[] names = {all the names from the txtfile(one name perline)}
I have a linkedList using nodes. I have it printing out alphabetically but now I\'m trying to print out the people whose names begin with a certain letter that the user ask for. For example: printing
Right now I\'m working on an implementation of malloc(), and would like to keep track of free blocks using a linked list. Except, I don\'t know if the standard C libraries provide the programmer a \"l
I am writing a doubly linked list based code in C. I had wrongly assumed that deleting the head node by doing free(head_node). And I could see the computer slowing down as the run progressed (which ap
template <typename T> class LinkedNode { public: T data; LinkedNode<T> *next; LinkedNode<T> *prev;
The following code stops working, shows an empty screen, shows a number, and then prints an error message that code stopped working.
Here is simple linked list code: #include <iostream> using namespace std; class link { public: int data;
I am working on a linked list implementation in C++. I am making progress but am having trouble getting the insertion functionality and deletion functionality to work correctly. Below is list object i
So, I decided to look back at some data structures to keep myself sharp ;) I started to implement a hash table, when I remembered that I needed linked lists for the buckets so that I can avoid hash c
Or phrased another way, what kind of benefits do you get from having a basic, singly linked list with only a head pointer? The benefits of a tail pointer that I can see are:
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