<reponame>attila5287/pr3-machineLearning<filename>classTextBookScratch.py
# Python 3 Object Oriented Programming Phillips 2010
# ----------pg 80 case study for real estate
# Clearly, House and Apartment are both types of properties, so Property can be a superclass of those two classes.

class Property:
    def __init__(self, square_feet='', beds='',
            baths='', **kwargs):
        super().__init__(**kwargs)
        self.square_feet = square_feet
        self.num_bedrooms = beds
        self.num_baths = baths

    def display(self):
        print("PROPERTY DETAILS")
        print("================")
        print("square footage: {}".format(self.square_feet))
        print("bedrooms: {}".format(self.num_bedrooms))
        print("bathrooms: {}".format(self.num_baths))
        print()

    def prompt_init():
        return dict(square_feet=input("Enter the square feet: "),
                beds=input("Enter number of bedrooms: "),
                baths=input("Enter number of baths: "))
    prompt_init = staticmethod(prompt_init)


class Apartment(Property):
    valid_laundries = ("coin", "ensuite", "none")
    valid_balconies = ("yes", "no", "solarium")

    def __init__(self, balcony='', laundry='', **kwargs):
        super().__init__(**kwargs)
        self.balcony = balcony
        self.laundry = laundry

    def display(self):
        super().display()
        print("APARTMENT DETAILS")
        print("laundry: {}".format(self.laundry))
        print("has balcony: {}".format(self.balcony))

    def prompt_init():
        parent_init = Property.prompt_init()
        laundry = get_valid_input(
                "What laundry facilities does "
                "the property have? ",
                Apartment.valid_laundries)
        balcony = get_valid_input(
                "Does the property have a balcony?",
                Apartment.valid_balconies)
        parent_init.update({
            "laundry": laundry,
            "balcony": balcony
        })
        return parent_init
    prompt_init = staticmethod(prompt_init)


class House(Property):
    valid_garage = ("attached", "detached", "none")
    valid_fenced = ("yes", "no")

    def __init__(self, num_stories='',
            garage='', fenced='', **kwargs):
        super().__init__(**kwargs)
        self.garage = garage
        self.fenced = fenced
        self.num_stories = num_stories

    def display(self):
        super().display()
        print("HOUSE DETAILS")
        print("# of stories: {}".format(self.num_stories))
        print("garage: {}".format(self.garage))
        print("fenced yard: {}".format(self.fenced))

    def prompt_init():
        parent_init = Property.prompt_init()
        fenced = get_valid_input("Is the yard fenced? ",
                    House.valid_fenced)
        garage = get_valid_input("Is there a garage? ",
                House.valid_garage)
        num_stories = input("How many stories? ")

        parent_init.update({
            "fenced": fenced,
            "garage": garage,
            "num_stories": num_stories
        })
        return parent_init
    prompt_init = staticmethod(prompt_init)


# valid input function to correct user entry spaces
def get_valid_input(input_string, valid_options):
    input_string += " ({}) ".format((", ".join(valid_options)))
    response = input(input_string)
    while response.lower() not in valid_options:
        response = input(input_string)
    return response
# Python 3 Object Oriented Programming Phillips 2010
# ----------pg 80 case study for real estate
# Clearly, House and Apartment are both types of properties, so Property can be a superclass of those two classes.

class Property:
    def __init__(self, square_feet='', beds='',
            baths='', **kwargs):
        super().__init__(**kwargs)
        self.square_feet = square_feet
        self.num_bedrooms = beds
        self.num_baths = baths

    def display(self):
        print("PROPERTY DETAILS")
        print("================")
        print("square footage: {}".format(self.square_feet))
        print("bedrooms: {}".format(self.num_bedrooms))
        print("bathrooms: {}".format(self.num_baths))
        print()

    def prompt_init():
        return dict(square_feet=input("Enter the square feet: "),
                beds=input("Enter number of bedrooms: "),
                baths=input("Enter number of baths: "))
    prompt_init = staticmethod(prompt_init)


class Apartment(Property):
    valid_laundries = ("coin", "ensuite", "none")
    valid_balconies = ("yes", "no", "solarium")

    def __init__(self, balcony='', laundry='', **kwargs):
        super().__init__(**kwargs)
        self.balcony = balcony
        self.laundry = laundry

    def display(self):
        super().display()
        print("APARTMENT DETAILS")
        print("laundry: {}".format(self.laundry))
        print("has balcony: {}".format(self.balcony))

    def prompt_init():
        parent_init = Property.prompt_init()
        laundry = get_valid_input(
                "What laundry facilities does "
                "the property have? ",
                Apartment.valid_laundries)
        balcony = get_valid_input(
                "Does the property have a balcony?",
                Apartment.valid_balconies)
        parent_init.update({
            "laundry": laundry,
            "balcony": balcony
        })
        return parent_init
    prompt_init = staticmethod(prompt_init)


class House(Property):
    valid_garage = ("attached", "detached", "none")
    valid_fenced = ("yes", "no")

    def __init__(self, num_stories='',
            garage='', fenced='', **kwargs):
        super().__init__(**kwargs)
        self.garage = garage
        self.fenced = fenced
        self.num_stories = num_stories

    def display(self):
        super().display()
        print("HOUSE DETAILS")
        print("# of stories: {}".format(self.num_stories))
        print("garage: {}".format(self.garage))
        print("fenced yard: {}".format(self.fenced))

    def prompt_init():
        parent_init = Property.prompt_init()
        fenced = get_valid_input("Is the yard fenced? ",
                    House.valid_fenced)
        garage = get_valid_input("Is there a garage? ",
                House.valid_garage)
        num_stories = input("How many stories? ")

        parent_init.update({
            "fenced": fenced,
            "garage": garage,
            "num_stories": num_stories
        })
        return parent_init
    prompt_init = staticmethod(prompt_init)


# valid input function to correct user entry spaces
def get_valid_input(input_string, valid_options):
    input_string += " ({}) ".format((", ".join(valid_options)))
    response = input(input_string)
    while response.lower() not in valid_options:
        response = input(input_string)
    return response
# Python 3 Object Oriented Programming Phillips 2010 # ----------pg 80 case study for real estate # Clearly, House and Apartment are both types of properties, so Property can be a superclass of those two classes. # valid input function to correct user entry spaces