Description
You are to write a program that determines the day of the week for New Year's Day in the year 3000. To do this, you must create your own date class (MyDate) and use the following interface and main program:
See attachment:- Assignment The Dating Game.docx
When the program is compiled and run, it should use your MyDate class to correctly predict the day of the week for January 1st, 3000. Note that we are using the integers 0-6 for the days of the week, with 0 representing Sunday, 1 for Monday, etc.
Additional Requirements
? Implement a yesterday() function which moves the date one day backwards. Modify your main program to print the date, including the day of the week, for January 1st, 1800. (Hint: back up to December 31st, 1799, and then call tomorrow() once.)
? Using the built-in Date class from Java, have your constructor automatically initialize the date to today. Also, add a today() function to your class to set the date to today. Modify the main program to print today's date using your class.
? Using UML, create a high level design (a.k.a. architecture) of your program before implementation. Include your design (architecture) as an appendix to your Word document submission. You are required to include a simple use case diagram, class diagram and sequence diagram for at least one method.
Notes
? Don't forget to include comments (javadoc compatible), and remember to indent properly.
? Include pre- and post-conditions for your functions/methods. (That is, the comments should state what the function does, and what it needs to do it.)
? For simplicity, you can pretend all months have 30 days and that there are no leap years for early versions of your program. Add the actual month lengths and leap year information later.
? Aleap year is a year when February has 29 days. A year is a leap year if the year is divisible by 4, but not by 100, or if it is divisible by 100, it must also be divisible by 400. So 1900 was not a leap year, but 2000 was.
? Your tomorrow() and yesterday() functions should fit on one page or less. If they are bigger than that, use some helper functions to break them down.
? Be sure to incorporate proper exception handling for invalid input data.
? Utilize the submission template provided in the course module.