Now that we know how insertion works, it's time to look at its complement—deletion! Deletion in an Array works in a very similar manner...

Review Let's briefly review the performance of the singly linked list and doubly linked list. They are similar in many operations: Both...

If we want to delete an existing node cur from the doubly linked list, we can simply link its previous node prev with its next node next....

If we want to insert a new node cur after an existing node prev, we can divide this process into two steps: link cur with prev and next,...

We have introduced the singly linked list in previous chapters. A node in a singly linked list has the value field, and a "next"...

Let's start with a classic problem: Reverse a singly linked list. One solution is to iterate the nodes in original order and move them to...

Let's start with a classic problem: Given a linked list, determine if it has a cycle in it. You might have come up with the solution...

If we want to delete an existing node cur from the singly linked list, we can do it in two steps: Find cur's previous node prev and its...

Each node in a singly-linked list contains not only the value but also a reference field to link to the next node. By this way, the...

Example: implementation of the stack ADT As an example, here is an implementation of the stack ADT above in the C programming language....

Example : abstract stack (functional) For example, a complete functional-style definition of a stack ADT could use the three operations:...