Linked List Assignment Help
What is Linked list Assignment help?
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Questions Asked for Linked List Assignment Help
Define a ring to be sorted bi-directional circular list that is implemented using links.Each node in the ring will have a backward and forward link and a data entry. The ring will be sorted in ascending order following the forward links.
- Create a templated ring class along with functions for inserting and deleting data, and a function that displays the contents of the ring.
- You will need to update a few portions of the code so that it supports bi-directional linked lists.
- Write a driver that inserts 50 unique random int’s into a ring, displays the ring in both forward and backward directions by following the links, and then deletes all of the odd values that were inserted.Perform the deletions by saving a list of the odd values (say, in a vector or array) and then using your delete function – don’t write a special function that traverses the ring, deleting odd values as it goes. Should your delete function follow the forward or backward links when deleting?
- Display the ring again in both forward and backwards directions after performingthe deletions.
Build a templated max heap using a linked implementation. Insert 100 unique random int’s into the heap. Display the heap. Then, delete the first 50 int’s that were inserted. Display the heap. Keep track of those first 50 int’s using an array or a vector. Display the heap in such a manner that the viewer is convinced that it is a heap. Now, repeat these actions but using an array implementation. Comparing the two implementations, which did you find easier to build and debug?
Build a templated version a binary search tree using a linked implementation along with functions for insertion and deletion.Build a function that searches for a given item in the BST in the tree. It must return the number of compares that it used before returning as well as an indicator telling whether the sought item was or was not in the tree. Build a driver than inserts 10K unique random int’s into the BST. Then, use the search function to seek the 1st, 500th, 5,000th, and 10,000th integers that were inserted in the tree, reporting the number of compares for each item. Also seek at least 2 integers that are not in the tree, one integer must be larger than the largest value in the tree and one integer must be within the range of values that are stored within the tree. Report the number of compares for these searches as well.
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Implement a Priority Queue as a Heap using the STL Vector
- Heap class should, as a minimum, havepublicenqueue(),dequeue(), andprint()function members
- Node and Heap classes and functions should be generic (alpha or numeric) but the main() will implement it as integer values
- The program will transform the following list of numbers into a priority queue structure and print out the elements in a top-down, left-right format on a single line delimited by spaces or commas
2, 8, 6, 1, 10, 15, 3, 12, 11
- Once the priority queue is created the user will be able to perform as many enqueue or dequeue operations on the priority queue as they wish (After each enqueue or dequeue the program will print the current priority queue in the same format as above}
- Neatness (readability and formatting) counts when it comes to your user interface
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