Algorithms and OOD (CSC 207 2013F) : Assignments
This assignment is currently in draft form.
Due: 10:30 p.m., Wednesday, 30 October 2013
In this assignment, you will complete our doubly-linked list implementation
ListOf interface and then use it to do some
interesting things with collections of Ushahidi incidents.
Purposes: To help you better understand the implementation of lists and the list ADT. To give you more experience with predicates. To give you more experience with the Ushahidi API.
Collaboration: I encourage you to work in groups of size two or four, although you may also work alone. You may discuss this assignment with anyone, provided you credit such discussions when you submit the assignment.
Wrapper (Prologue): Individually read through this assignment and make sure that you understand what is required. Then use the form available at http://bit.ly/207hw7pro to indicate (a) how long you think this assignment will take and (b) what you think will be the most challenging aspect of this assignment.
Wrapper (Epilogue): When you are done with the assignment, fill out the form available at http://bit.ly/207hw7epi to indicate (a) how long the assignment took, (b) what the most challenging part of the assignment was, and (c) something important you learned from doing the assignment. If you find that the assignment took much less or much more time than you expected, also include (d) a note as to what might have led to that difference.
Please put all of your work in a GitHub repository named
csc207-hw7. Email me the address of that repository.
Please title your email “CSC207 2013F Assignment 7
Warning: So that this assignment is a learning experience for everyone, we may spend class time publicly critiquing your work.
a. Create a new project for this assignment. You can name the project whatever you like, provided it's not in bad taste.
b. Copy all of the code from the DoublyLinkedLists example.
c. Copy the normal Ushahidi code into your project, too.
1. Finish implementing doubly linked lists.
2. Write a program that does the following:
3. Write a program that does the following:
Copyright (c) 2013 Samuel A. Rebelsky.
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