Appointment Calendar Program plan: Filename: “AppoinmentTime.java” This program file is used to define a class “AppoinmentTime”. In the code, Import the required packages. Define a class “AppoinmentTime”. Define the class members “minutes”, “hours” and “BAD_TIME”. Define a constructor “AppoinmentTime()”. Define the object of “Scanner” class. Get the delimiter. Define the “try” block. Get the values of “hours” and “minutes”. If the “hours” is less than 0 or greater than 23, Throw a runtime exception. If the “minutes” is less than 0 or greater than 59, Throw a runtime exception. Define a “catch” exception. Set “hours” equal to “-1”. Set “minutes” equal to “-1”. Define the method “equals()”. If the condition is true, Return false. Define “b” of class “AppoinmentTime”. Return the result of expression. Define the method “toString()”. Return the time in string format. Filename: “AppointmentDate.java” This program file is used to define a class “AppoinmentDate”. In the code, Import the required packages. Define a class “AppoinmentDate”. Define the class members “year”, “month”, “day”, “DAYS” and “BAD_DATE”. Define a constructor “AppoinmentDate ()”. Define the object of “Scanner” class. Get the delimiter. Define the “try” block. Get the values of “year”, “month” and “day”. If the “month” is less than 1 or greater than 12, Throw a runtime exception. If “day” is less than 1, Throw a runtime exception. If the condition “day>DAYS[month-1]”, Throw a runtime exception. If the “month” greater than 2 and “year” is not a leap year and the “days” are greater than 28, Throw a runtime exception. Define a “catch” exception. Set “year” equal to “-1”. Set “month” equal to “-1”. Set “day” equal to “-1”. Define the method “equals()”. If the condition is true, Return false. Define “b” of class “AppoinmentDate”. Return the Boolean result of expression. Define the method “toString()”. Return the date in string format. Define the method “isLeapYear()”. Check the condition and return the result. Filename: “AppointmentDateTimeTester.java” This program file is used to define a class “AppointmentDateTimeTester”. In the code, Define a class “AppointmentDateTimeTester”. Define a method “main()”. Print the statement. Define the object of “AppoinmentDate”. Check the good date “2016/3/15”. Print the expected value. Check another date “Jan 15, 2016”. Check the bad format. Print the expected bad date. Print the invalid format. Print the expected result. Check the equality. Print the expected result. Check with new date “2016/02/30”. Check the invalid date. Print the expected result. Assign “d” equal to “2016/02/02”. Assign “d2” equal to “2016/02/02”. Check the equality of “d” and “d2”. Print the expected value. Check whether “d” equals “null”. Print the expected value. Check whether “d” equals “2016/02/02”. Print the expected value. Print a new line. Print the statement. Assign “t1” equal to “8:15”. Check the good time. Print the expected result. Assign “t1” equal to “7:05”. Check the good time. Print the expected result. Checking the invalid format. Print the invalid time format. Assign “t1” equal to “7:60”. Check the bad time. Print the expected value. Assign “t1” equal to “24:05”. Checking the bad time. Print the expected value. Assign “t1” equal to “8:15”. Check the equality. Print the expected result. Check whether “t1” is equal to “null”. Print the expected value. Check the equality. Print the expected value.

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Chapter 12, Problem 2PP

Program Plan Intro

Appointment Calendar

Program plan:

Filename: “AppoinmentTime.java”

This program file is used to define a class “AppoinmentTime”. In the code,

Import the required packages.

Define a class “AppoinmentTime”.

Define the class members “minutes”, “hours” and “BAD_TIME”.

Define a constructor “AppoinmentTime()”.

Define the object of “Scanner” class.

Get the delimiter.

Define the “try” block.

Get the values of “hours” and “minutes”.

If the “hours” is less than 0 or greater than 23,

Throw a runtime exception.

If the “minutes” is less than 0 or greater than 59,

Throw a runtime exception.

Define a “catch” exception.

Set “hours” equal to “-1”.

Set “minutes” equal to “-1”.

Define the method “equals()”.

If the condition is true,

Return false.

Define “b” of class “AppoinmentTime”.

Return the result of expression.

Define the method “toString()”.

Return the time in string format.

Filename: “AppointmentDate.java”

This program file is used to define a class “AppoinmentDate”. In the code,

Import the required packages.

Define a class “AppoinmentDate”.

Define the class members “year”, “month”, “day”, “DAYS” and “BAD_DATE”.

Define a constructor “AppoinmentDate ()”.

Define the object of “Scanner” class.

Get the delimiter.

Define the “try” block.

Get the values of “year”, “month” and “day”.

If the “month” is less than 1 or greater than 12,

Throw a runtime exception.

If “day” is less than 1,

Throw a runtime exception.

If the condition “day>DAYS[month-1]”,

Throw a runtime exception.

If the “month” greater than 2 and “year” is not a leap year and the “days” are greater than 28,

Throw a runtime exception.

Define a “catch” exception.

Set “year” equal to “-1”.

Set “month” equal to “-1”.

Set “day” equal to “-1”.

Define the method “equals()”.

If the condition is true,

Return false.

Define “b” of class “AppoinmentDate”.

Return the Boolean result of expression.

Define the method “toString()”.

Return the date in string format.

Define the method “isLeapYear()”.

Check the condition and return the result.

Filename: “AppointmentDateTimeTester.java”

This program file is used to define a class “AppointmentDateTimeTester”. In the code,

Define a class “AppointmentDateTimeTester”.

Define a method “main()”.

Print the statement.

Define the object of “AppoinmentDate”.

Check the good date “2016/3/15”.

Print the expected value.

Check another date “Jan 15, 2016”.

Check the bad format.

Print the expected bad date.

Print the invalid format.

Print the expected result.

Check the equality.

Print the expected result.

Check with new date “2016/02/30”.

Check the invalid date.

Print the expected result.

Assign “d” equal to “2016/02/02”.

Assign “d2” equal to “2016/02/02”.

Check the equality of “d” and “d2”.

Print the expected value.

Check whether “d” equals “null”.

Print the expected value.

Check whether “d” equals “2016/02/02”.

Print the expected value.

Print a new line.

Print the statement.

Assign “t1” equal to “8:15”.

Check the good time.

Print the expected result.

Assign “t1” equal to “7:05”.

Check the good time.

Print the expected result.

Checking the invalid format.

Print the invalid time format.

Assign “t1” equal to “7:60”.

Check the bad time.

Print the expected value.

Assign “t1” equal to “24:05”.

Checking the bad time.

Print the expected value.

Assign “t1” equal to “8:15”.

Check the equality.

Print the expected result.

Check whether “t1” is equal to “null”.

Print the expected value.

Check the equality.

Print the expected value.

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