prerelease_cs_2018_a2.py

print("TASK 2.3")
class Toy:
	def __init__(self, name, ID, price, MinAge):
		self.__name=name
		self.__ID=ID
		self.__price=price
		self.__Minage=MinAge
	def get(self, choice):
		print(eval("self._Toy__"+choice))
	def set(self, choice, param):
		if isinstance(param, int):
			if choice=="Minage":
				while param < 0 or param > 18:
					param = int(input("Wrong. Age between 0 and 18 only; "))
			exec("self._Toy__%s = %d" % (choice,param))
		else:
			exec("self._Toy__%s = %s" % (choice,param))
t = Toy("he","TOY6",88,6)
print("Toy price:", end=" ")
t.get("price")
t.set("price",77)
print("Toy price:", end=" ")
t.get("price")
t.set("price","22")
print("Toy price:", end=" ")
t.get("price")
print("Toy minage",end=" ")
t.get("Minage")
print("Toy minage")
t.set("Minage", 69)
print("Toy minage",end=" ")
t.get("Minage")


print("============")
print("TASK 2.4")
#ComputerGame() CLASS:
class ComputerGame(Toy):
	def __init__(self, name, id, price, minage, category, console):
		Toy.__init__(self, name, id, price, minage)
		self.__category=category
		self.__console=console
	def getConsole(self):
		print(self.__console)
	def setConsole(self, console_choice):
		self.__console=console_choice

	def getCategory(self):
		print(self.__category)
	def setCategory(self, category_choice):
		self.__category=category_choice


fortnite=ComputerGame("fortnite","FN1",0,12,"MMO","xbox,pc,playstation")
print("ComputerGame Category:", end=" ")
fortnite.getCategory()
print("ComputerGame Console:", end=" ")
fortnite.getConsole()
print("ComputerGame name:", end=" ")
fortnite.get("name")
print("============")


#Vehicle() CLASS:

class Vehicle(Toy):
	def __init__(self, name, id, price, minage, type, height, length, weight):
		Toy.__init__(self, name, id, price, minage)
		self.__type=type
		self.__height=height
		self.__length=length
		self.__weight=weight

	def getType(self):
		print(self.__type)
	def getHeight(self):
		print(self.__height)
	def getLength(self):
		print(self.__length)
	def getWeight(self):
		print(self.__weight)

	def setType(self, choice):
		self.__type = choice
	def setHeight(self, choice):
		self.__height = choice
	def setLength(self, choice):
		self.__length= choice
	def setWeight(self, choice):
		self.__weight = choice

Red_Sports_Car=Vehicle("Red Sport Car","RSC13",15.00,6,"Car",3.3,12.1,0.08)
print("Vehicle Type:", end=" ")
Red_Sports_Car.getType()
print("============")

print("Task 2.7")
def GetAttrsById(classid):
	classList= [Red_Sports_Car, fortnite, t]
	from operator import attrgetter
	sortedPeople=sorted(classList, key=attrgetter("_Toy__ID"))
	for i in sortedPeople:
		if i._Toy__ID == classid:
			print("found")
			#Work in progress
			print("Name", i._Toy__name)
			print("ID", i._Toy__ID)
			print("Price", i._Toy__price)
			print("Minimum age", i._Toy__Minage)

GetAttrsById("RSC13")
print("============")

print("Task 2.8")
def DiscountPrice(percentagedecrease):
	classList= [Red_Sports_Car, fortnite, t]
	from operator import attrgetter
	sortedPeople=sorted(classList, key=attrgetter("_Toy__price"))
	for i in sortedPeople:
		temp=i._Toy__price
		quickmafs=temp-(temp*percentagedecrease)/100
		i.set("price",quickmafs)
print("Before...", end=" : ")
print("Toy",end=" ")
t.get("price")
print("Game",end=" ")
fortnite.get("price")
print("Vehicle",end=" ")
Red_Sports_Car.get("price")
DiscountPrice(10)
print("Toy",end=" ")
t.get("price")
print("Game",end=" ")
fortnite.get("price")
print("Vehicle",end=" ")
Red_Sports_Car.get("price")
print("============")
print("TASK 2.10")


#Classes
fortnite=ComputerGame("fortnite","FN1",0,12,"MMO","xbox,pc,playstation")
pubg=ComputerGame("pubg","PUBG1",40,16,"Shooter","pc")
marioparty=ComputerGame("mario party","MP1",199,3,"Dancing","wii")
gta5=ComputerGame("GTA 5","GTA5",55,21,"MMO","pc")
monumentvalley=ComputerGame("monument valley","MV1",3,5,"mobile game","android,ios")

classList= [fortnite, pubg, marioparty, gta5, monumentvalley]

from operator import attrgetter

sortedPeople=sorted(classList, key=attrgetter("_Toy__price"))
print("\n")
for i in sortedPeople:
	for j in i.__dict__:
		print(j,end=": ")
		print(i.__dict__.get(j))
	print("\n")