Booking Quote System

You have been hired to build a booking quote system for transporting packages. You will write this system in Python, as a terminal application. You will use simple terminal IO (input and print) as a user interface for now. Another developer in the future will convert this to a server application that is front-ended with a browser (you don't need to worry about how this happens as it's not part of your work, but it can and should influence how you build your system).

The application you are building will capture the following information:

• Name of the customer.
• Package description.
• Are the contents dangerous? [Y/N]
• Weight (kgs).
• Volume (cubic meters).
• Required delivery date (month/date/year).
• International destination? [Y/N]

The application will then attempt to find the best way to route the package (air / ground / ocean). The rules it will use are as follows:

• Packages can only be shipped if they weigh less than 10Kg **or** are smaller than 5x5x5 meters (125 cubic meters).
• If the package contains dangerous goods it cannot be routed via air.
• 'Urgent' means a package has to be delivered in less than 3 business days.
• If the package is urgent it will be routed via air, if possible.
• If the package is heavy or large (towards the maximum end of the boundaries set in 1 above), and is not urgent, it can be routed via truck (or even ocean if it is for an international destination).
• Air shipments cost $10 per kilogram or $20 per cubic meter, whichever is the highest.
• Truck shipments cost a flat rate of $25, or $45 if urgent.
• Ocean shipments costs a flat rate of $30.

Your system will apply these rules to the booking and will calculate alternative shipping options (or one, or possibly none, depending on how the above rules affect the booking). The shipping options must be printed in a clearly understood format, and should be appended to a booking_quotes.csv file. There will be one row in the file for each quote.

This application is to be developed using an object oriented approach.