1.) - Design the class model and produce a class diagram
for a set of vehicle types for a vehicle manufacturer. At
a minimum, the class model should include the following
information:

- Type of vehicle (e.g. sedan, truck, etc),
- Number of seats
- Number of doors
- Color of the vehicle
- Transmission type (auto vs manual)
- Engine’s rated horsepower
- Number of engine cylinders
- Engine size (in liters)
- Number of stereo speakers
- Does it include satellite radio?
- Does it have a CD player? (and if so, how many CDs
can it hold?)
- Is it front, rear, all, or 4 wheel drive?
- Truck bed type (e.g. short, standard, long)
- Trunk size (for those vehicle types that have a
trunk)


2.) I want to create an in-memory definition for a set of
airline routes for a small airline company. I want to
maintain a list of all of my planes and their current
locations (or their destination location if they are
currently in the air). One of the possible locations needs
to be “hangar” for maintenance or repairs. I want to have
the full airline schedule available so that I can look for
available flights. I also want to store information on
which planes are operating each schedule.

Assuming that a customer comes to the ticketing counter at
one of my airports when it opens at 6:00am, I want to be
able to give a customer the fastest option to get from one
airport to another. Keep in mind that it may take more
than one flight to get from one airport to another.
Describe how you would fulfill this request with your
design.

3.) I want to create a course registration database for a
university. I want to store information for each
department, information for each course (including which
department they’re offered under as well as which
professors are teaching them), information for each
professor, and the list of the registered students and
which courses each student has registered for.
Keep in mind that an instance of a course could be taught
by multiple instructors (i.e. one instructor for the first
half of the course and then a different instructor for the
second half).
Also keep in mind that there could be multiple instances of
a given course offered by different sets of instructors
(e.g. offered by Bob Smith on Mondays & Wednesdays at 10am
and Bill Jones on Tuesdays & Thursdays at 1pm).
Design a set of database tables to store this information.

4.) Given the following: You have an application that
consists of three parts: a front end GUI, a middle-ware
layer where all the processing of data takes place and a
database where data is read from.

What are the areas that would be most likely to break?
What would your testing strategy for this be? Why?

5.) Imagine I am handing you a wine glass and I ask you to
test it. What would your testing strategy for this be?