Create a class called Student.<br>
The class should contain all the fields found in FakeNames.txt, which you can get from our Canvas Files page.<br>
For future assignments, you may need some or all of these files:<br>
FakeNames.txt<br>
DeleteNames.txt<br>
RetrieveNames.txt<br>
FakeNamesMedium.txt<br>
DeleteNamesMedium.txt<br>
RetrieveNamesMedium.txt<br>
FakeNamesBig.txt<br>
DeleteNamesBig.txt<br>
RetrieveNamesBig.txt<br><br>

Create a container class for storing unordered unique items.<br>
(We will be filling the container with Student Objects, but it MUST support any kind of item.)<br>
For now, the container class should support these methods: Exists, Insert, and Size.<br>
(In the next assignment you will add Traverse, Delete, and Retrieve methods.)<br>
Implement the methods of this abstract data type using a Python List behind the scenes.<br><br>

In a main function, Declare an object of your container class.<br>
Then write code that reads all the data from FakeNames.txt, makes a Student object for each line, and Inserts them into your container class.<br>
Detect any duplicate objects.<br>
That is, if a student has the same SSN as a previous student, the Insert method should not add it, but instead return False.<br>
The main function should watch for the False returns and print error messages. <br>
In order to detect if two students are duplicates, you will need to override the equal operator of Student objects to compare their SSN fields.<br>
Time how long the whole process takes, and have your main function print that.<br><br>

NOTE of clarification: Don't try to optimize your code at this point.<br>
Just read lines from FakeNames.txt one at a time, make Student objects, and Insert them into your container.<br>