Starting from:
$27
Linked List Deque and Bag implementation
First, complete the linked list implementation of the deque (as in Worksheet 19) and bag ADTs (Worksheet
22 due in week 4). To do this, implement all functions with the // FIXME... comments in
linkedList.c .
Grading (30 pts):
init 2 pts
addLinkBefore 3 pts
removeLink 3 pts
linkedListAddFront 2 pts
linkedListAddBack 2 pts
linkedListFront 2 pts
linkedListBack 2 pts
linkedListRemoveFront 2 pts
linkedListRemoveBack 2 pts
linkedListIsEmpty 2 pts
linkedListPrint 2 pts
linkedListContains 3 pts
linkedListRemove 3 pts
Part 1: Linked List Deque and Bag implementation
CS261 Main/Programming Assignment 3
This assignment is comprised of 3 parts:
createLink 1 pts
addLinkAfter 2 pts
removeLink 2 pts
circularListAddBack 2 pts
circularListAddFront 2 pts
circularListFront 2 pts
circularListBack 2 pts
circularListRemoveFront 2 pts
circularListRemoveBack 2 pts
circularListDestroy 2 pts
circularListIsEmpty 2 pts
circularListPrint 2 pts
circularListReverse 6 pts ( Importantly, you must perform the list reversal in place and may not
allocate any new memory in this function)
In this part, you will implement the Deque ADT with a CircularlyDoublyLinked List with a Sentinel. As you
know, the sentinel is a special link, does not contain a meaningful value, and should not be removed. Using a
sentinel makes some linked list operations easier and cleaner in implementation. This list is circular, meaning
the end points back to the beginning, thus one sentinel suffices. Implement all functions with the
// FIXME... comments in circularList.c .
Grading (30 pts):
init 1 pts
Part 2: Circularly Linked List Deque implementation
Part 3: Linked List Stack implementation using two Queues
As usual do not make any modifications to the header files or include any additional headers, and make sure
everything compiles and runs on flip. Submit the following files:
linkedList.c your linked list deque and bag implementation.
circularList.c your circularly linked list deque implementation.
stack_from_queue.c your linked list stack implementation.
Submission
This is the most challenging part of this assignment. Please note that you will not be provided any skleton
code/ header file to solve this problem. In this part, you will use two instances of Queue data structures to
implement a Stack. Also, you will use only one C file (stack_from_queue.c) to design the entire interface.
Make sure that you implement all the stack functions provided in Worksheet 17 using the queue functions
provided in Worksheet 18. You should also be able to test stack_from_queue implementation by pushing,
checking the top, and popping. Finally, you (so are we) should be able to run the file using a single gcc
command -
gcc -g -Wall -std=c99 -o stack_from_queue stack_from_queue.c
// All by yourself stack_from_queue.c
Grading(40 pts):
Implementation provided in stack_from_queue.c
22 due in week 4). To do this, implement all functions with the // FIXME... comments in
linkedList.c .
Grading (30 pts):
init 2 pts
addLinkBefore 3 pts
removeLink 3 pts
linkedListAddFront 2 pts
linkedListAddBack 2 pts
linkedListFront 2 pts
linkedListBack 2 pts
linkedListRemoveFront 2 pts
linkedListRemoveBack 2 pts
linkedListIsEmpty 2 pts
linkedListPrint 2 pts
linkedListContains 3 pts
linkedListRemove 3 pts
Part 1: Linked List Deque and Bag implementation
CS261 Main/Programming Assignment 3
This assignment is comprised of 3 parts:
createLink 1 pts
addLinkAfter 2 pts
removeLink 2 pts
circularListAddBack 2 pts
circularListAddFront 2 pts
circularListFront 2 pts
circularListBack 2 pts
circularListRemoveFront 2 pts
circularListRemoveBack 2 pts
circularListDestroy 2 pts
circularListIsEmpty 2 pts
circularListPrint 2 pts
circularListReverse 6 pts ( Importantly, you must perform the list reversal in place and may not
allocate any new memory in this function)
In this part, you will implement the Deque ADT with a CircularlyDoublyLinked List with a Sentinel. As you
know, the sentinel is a special link, does not contain a meaningful value, and should not be removed. Using a
sentinel makes some linked list operations easier and cleaner in implementation. This list is circular, meaning
the end points back to the beginning, thus one sentinel suffices. Implement all functions with the
// FIXME... comments in circularList.c .
Grading (30 pts):
init 1 pts
Part 2: Circularly Linked List Deque implementation
Part 3: Linked List Stack implementation using two Queues
As usual do not make any modifications to the header files or include any additional headers, and make sure
everything compiles and runs on flip. Submit the following files:
linkedList.c your linked list deque and bag implementation.
circularList.c your circularly linked list deque implementation.
stack_from_queue.c your linked list stack implementation.
Submission
This is the most challenging part of this assignment. Please note that you will not be provided any skleton
code/ header file to solve this problem. In this part, you will use two instances of Queue data structures to
implement a Stack. Also, you will use only one C file (stack_from_queue.c) to design the entire interface.
Make sure that you implement all the stack functions provided in Worksheet 17 using the queue functions
provided in Worksheet 18. You should also be able to test stack_from_queue implementation by pushing,
checking the top, and popping. Finally, you (so are we) should be able to run the file using a single gcc
command -
gcc -g -Wall -std=c99 -o stack_from_queue stack_from_queue.c
// All by yourself stack_from_queue.c
Grading(40 pts):
Implementation provided in stack_from_queue.c
1 file (519.4KB)
