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I need help creating a C# window application to put tract reservations with the

ID: 3600010 • Letter: I

Question

I need help creating a C# window application to put tract reservations with the following requirements: (Please post also screen shot of the GUI and tests cases).

-Tract the method of reservations: - by email, walk-in or phone

-Each reservation should record: customer information, reservation date, service required date, destination, number of passengers

-Reservation can be made 60 days in advance

-Destination must be in the continental US

-Number of passenger maximum 20

-Customers should be tracked, and may be new or existing customer

-each customer has first name, last name, home address, phone number and credit card number.

-Create database to manage sales information (database should hold 100 customers and 100 reservations)

-Create a C# graphical interface to enter data.

-test the application showing screen shot for the following:

        a. Create new customer account

        b. Create a new reservation for that customer

         c. Calculate and display the reservation cost

d. Lookup that customer

       e. Create a second reservation for that customer after pulling the information from the data base

       f. Calculate and display the reservation cost

Explanation / Answer

The result of this is that the Asynchronous counter suffers from what is known as “Propagation Delay” in which the timing signal is delayed a fraction through each flip-flop.

However, with the Synchronous Counter, the external clock signal is connected to the clock input of EVERY individual flip-flop within the counter so that all of the flip-flops are clocked together simultaneously (in parallel) at the same time giving a fixed time relationship. In other words, changes in the output occur in “synchronisation” with the clock signal.

The result of this synchronisation is that all the individual output bits changing state at exactly the same time in response to the common clock signal with no ripple effect and therefore, no propagation delay.

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