Question

*PYTHON* Implement a superclass Appointment and subclasses Onetime, Daily, and Monthly. An appointment has the date, the month, the year, and the description of an appointment (e.g., “see the dentist”). Then, write a method occcursOn(year, month, day) that checks whether the appointment occurs on that date.

In the test program, you should create a list of appointments using your subclasses of Onetime, Daily, and Monthly. Once you have those appointments available, allow the user to input day, month, and year to check whether the day of the month matches and print out the information of that matched appointment. For example, for a monthly appointment, you must check whether the day of the month matches. Have the user enter a date and print out all appointments that occur on that date.

Notes: you should submit two files: one class/subclass files and one test file

Answer 1

Program Screenshot:

from datetime import date #implementation of the class Appointment class Appointment (object): #Constructor def _init__(self, day,month, year, description): self.description-description self.date-date (year,month, day) #Defintion of the funtion unicode def unicode (self): return self.description #Defintion of the funtion occurson def occurson (self, day,month,year): if self.date date (year,month, day): return True else: return False #Implementation of the class onetime class Onetime (Appointment): def init__(self, day,month, year,description): super (Onetime, self). init (day,month, year,description) #Defintion of the funtion unicode def unicode (self): return self.description #implementation of the class Daily class Daily (Appointment): de f init self, day,month, year, description) : - - super (Daily, self). init (day,month, year, description) #Defintion of the funtion unicode def unicode (self): return self.description # Defintion f the funtion occurson def occurson (self, day,month,year): return True

#Implementation of the class Monthly class Monthly (Appointment): def _init__(self, day,month, year, description): super (Monthly, self) init (day,month, year,description) #Defintion of the funtion unicode def unicode (self): return self.description # Defintion of the funtion occurs n def occurson (self,day,month,year): if self. date. day-day: return True else: return False #create a list of appointments using your #subclasses of one time, Daily, and Monthly appList = [] appList.append (Daily (1, 1, 2013, "Do pushups")) appList.append (Daily (15, 1, 2013, "Floss teeth")) appList.append (Monthly (15, 12, 2012, "Backup data")) appList.append (Onetime (21, 12, 2012, "Computer Science Final Exam") ) appList.append (Monthly (4, 2, 2013, "Call grandma") ) appList.append (Onetime (12, 4, 2013, "See dentist")) #Prompt and read day form the user dayint (input ("Enter the day (0 to quit) ")) while day != 0 : #Prompt and read month form the user month - int (input ("Enter the month: ")) #Prompt and read year form the user year = int (input ("Enter the year: ")) for app in appList: if app.occurson (day, month,year): print (app.description) #Prompt and read day form the user dayint (input ("Enter the day (0 to quit) "))

Sample Output:

Enter the day (0 to quit): 15 Enter the month: 12 Enter the year: 2018 Do pushups Floss teeth Backup data Enter the day (0 to quit): 0

Code to copy:

from datetime import date
#Implementation of the class Appointment
class Appointment(object):
   #Constructor
   def __init__(self,day,month,year,description):
       self.description=description
       self.date=date(year,month,day)
   #Defintion of the funtion __unicode__
   def __unicode__(self):
       return self.description
   #Defintion of the funtion occursOn
   def occursOn(self,day,month,year):
       if self.date == date(year,month,day):
           return True
       else:
           return False
#Implementation of the class Onetime
class Onetime(Appointment):
   def __init__(self,day,month,year,description):
       super(Onetime,self).__init__(day,month,year,description)
   #Defintion of the funtion __unicode__
   def __unicode__(self):
       return self.description
    
#Implementation of the class Daily
class Daily(Appointment):
   def __init__(self,day,month,year,description):
       super(Daily,self).__init__(day,month,year,description)
   #Defintion of the funtion __unicode__
   def __unicode__(self):
       return self.description
    
   # Defintion of the funtion occursOn
   def occursOn(self,day,month,year):
       return True
    
#Implementation of the class Monthly
class Monthly(Appointment):
   def __init__(self,day,month,year,description):
       super(Monthly,self).__init__(day,month,year,description)
   #Defintion of the funtion __unicode__
   def __unicode__(self):
       return self.description
    
   # Defintion of the funtion occursOn
   def occursOn(self,day,month,year):
       if self.date.day == day:
           return True
       else:
           return False

#create a list of appointments using your
#subclasses of Onetime, Daily, and Monthly
appList = []
appList.append(Daily(1, 1, 2013, "Do pushups"))
appList.append(Daily(15, 1, 2013, "Floss teeth"))
appList.append(Monthly(15, 12, 2012, "Backup data"))
appList.append(Onetime(21, 12, 2012, "Computer Science Final Exam"))
appList.append(Monthly(4, 2, 2013, "Call grandma"))
appList.append(Onetime(12, 4, 2013, "See dentist"))

#Prompt and read day form the user
day = int(input("Enter the day (0 to quit): "))
while day != 0 :
   #Prompt and read month form the user
   month = int(input("Enter the month: "))
   #Prompt and read year form the user
   year = int(input("Enter the year: "))
   for app in appList :
       if app.occursOn(day,month,year) :
           print(app.description)
   #Prompt and read day form the user
   day = int(input("Enter the day (0 to quit): "))