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All the internal binary tree nodes have the degree 2. It is also called a complete binary tree. 106: What is a binary heap? Answer: A binary heap is a heap data structure created using a binary tree. It can be seen as a binary tree with two additional constraints: a) the shape property: the tree is a complete binary tree; that is, all levels of the tree, except possibly the last one (deepest) are fully filled, and, if the last level of the tree is not complete, the nodes of that level are filled from left to right b) the heap property: each node is greater than or equal to each of its children according to some comparison predicate which is fixed for the entire data structure 107: Define the term of leftist tree.
Provide usage example of an iterator. Answer: An iterator provides a means by which the objects within a container can be accessed one-at-a-time. All the iterators share a common interface, and hide the underlying implementation of the container from the user of that container. The common operations that can be executed using iterators are read, write, be incremented/decremented. end() ) ++the_iterator; //move until the end of the vector 168: Describe the visitor design pattern. Answer: The Visitor design pattern allows behavior addition to a composite structure without changing the existing class definitions.
Answer: Below are described several operations on ordered list (their name may vary from a programming language to another): a) insert - used to put objects into a the container b) withdraw - used to remove objects from the container c) find - used to locate objects in the container d) isMember - used to test whether a given object instance is in the container e) findPosition - used to find the position of an object in the ordered list f) insertAfter - used to insert an object into the ordered list after the object at a given position g) insertBefore - used to insert an object into the ordered list before the object at a given position 46: Which are the most common used operations on sorted lists?