week5

CustomerItems.py

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+'''
+Write a Customer class and Items class. Let user enter customer information and add stuff to his/her
+ shopping card.
+Class Items :
+Method : __init__(), __str__(), calculate_discount(), shopping_cart(), get_total_amount()
+calculate_discount():
+total_price = price * qty
+discount —> 25% if total_price >= 4000
+discount —> 15% if total_price >= 2000
+discount —> 10% if total_price < 2000
+price_tobe_paid = total_price – discount
+shopping_cart():
+Let user add items in the shopping basket. Be creative with the items, set their prices as well.
+__str__():
+Print items added and total price nicely.
+Class Customer :
+Methods: __init__(), get_cust_info() this is optional, __str__()
+Optionally create a get_cust_info() or similar to allow customer to enter his/her information or 
+just define them in __init__() and pass customer information as arguments while creating a customer object.
+__str__():
+Print customer information and price nicely.
+Find a way to link two classes. For example, instances of both classes may have a customer number. 
+With a get method, get the customer number and pass it to the item object as an argument to 
+set customer number attribute. So Customer class instance holds the customer info, Items class holds 
+the shopped item’s info for the same customer ID number such as price, quantity or so.
+In the end, print both info (customer info and shopped items info) using their respective __str__ format 
+in a nice way.
+Simple example:
+Customer1 = [name : Jack, last_name : Russel, customer_id : 123]
+shopping_cart1 = [customer_id : 123, items : [necklace, ring, ear ring], total_price : 2000, 
+discount : 300, price_tobe_paid : 1700]
+Author= Bulent Caliskan  date= 08/02/2021
+'''
+class Items:
+
+    def __init__(self,item_name,price,qty,total_price,price_tobe_paid):
+        self.item_name = item_name
+        self.price = price
+        self.qty = qty
+        self.total_price=total_price
+        self.price_tobe_paid = price_tobe_paid
+    def shopping_cart(self):
+
+        self.item_name=input("Enter item name? ")
+        self.price=int(input("Enter price of item? "))
+        self.qty=int(input("Enter quantity of item? "))
+
+    def __str__(self):
+        print (f"Item name        : {self.item_name}\
+                  \n{self.item_name} price     : {self.price}\
+                        \nQuantity of item : {self.qty}\
+                             \nDiscount         : {Items.calculate_discount(self):.5}\
+                                 \nPrice to be paid : {Items.get_total_amount(self)}")
+
+
+    def calculate_discount(self):
+        self.total_price = self.price * self.qty
+        if self.total_price >= 4000 : return self.total_price*0.25
+        elif self.total_price >= 2000 : return self.total_price*0.15
+        elif self.total_price < 2000 : return self.total_price*0.10
+
+
+
+    def get_total_amount(self):
+        self.price_tobe_paid=self.total_price-Items.calculate_discount(self)
+        return self.price_tobe_paid
+
+
+class Customer:
+    def __init__(self,customer_name,customer_surname,customer_id):
+        self.customer_name = customer_name
+        self.customer_surname = customer_surname
+        self.customer_id = customer_id
+
+    def get_cust_info(self):
+        self.customer_name=input("Enter your name? ")
+        self.customer_surname=input("Enter your surname? ")
+        self.customer_id=int(input("Enter your customer ID? "))
+
+    def __str__(self):
+        print (f"Name             : {self.customer_name}\
+                  \nSurname          : {self.customer_surname}\
+                        \nCustomer ID      : {self.customer_id}")
+
+
+customer1=Customer(0,0,0)
+customer1.get_cust_info()
+
+item1=Items(0,0,0,0,0)
+item1.shopping_cart()
+
+customer1.__str__()
+item1.__str__()

ItemInfo.py

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+'''
+Define a class named ItemInfo with the following description:
+item_code(Item Code), item(item name), price(Price of each item), qty(quantity in stock), 
+discount(Discount percentage on the item), net_price(Price after discount)
+Methods :
+A member method calculate_discount() to calculate discount as per the following rules:
+If qty <= 10 —> discount is 0
+If qty (11 to 20 inclusive) —> discount is 15
+If qty >= 20 —> discount is 20
+A constructor init method to assign the initial values for item_code to 0 and price, qty, 
+net_price and discount to null
+A function called buy() to allow user to enter values for item_code, item, price, qty. 
+Then call function calculate_discount() to calculate the discount and net_price(price * qty - discount).
+A function show_all() or similar name to allow user to view the content of all the data members.
+Author= Bulent Caliskan  date= 08/02/2021
+'''
+class ItemInfo:
+    def __init__(self,item_code,item,price,qty,discount,net_price):
+        self.item_code = item_code
+        self.item = item
+        self.price = price
+        self.qty = qty
+        self.discount = discount
+        self.net_price = net_price
+
+    def calculate_discount(self):
+        if self.qty<=10:     return 0
+        elif 11<self.qty<20: return 15
+        else:                return 20
+
+    def buy(self):
+        try:
+            self.item_code = int(input("Enter code of item ? "))
+            self.item = input("Enter name of item ? ")
+            self.price = int(input("Enter price of each item ? "))
+            self.qty = int(input("Enter quantity in stock ? "))  
+            self.net_price=(self.price*self.qty)- ItemInfo.calculate_discount(self) 
+        except:print("Please enter the value you entered correctly. ")     
+
+    def show_all(self):
+        print(f"Item Code         : {self.item_code}\
+                  \nItem name         : {self.item}\nItem price        : {self.price}\
+                       \nQuantity in stock : {self.qty}\nNet Price          : {self.net_price} ")    
+
+
+item1= ItemInfo(0,0,0,0,0,0)
+item2= ItemInfo(0,0,0,0,0,0)
+
+item1.buy()
+item1.show_all()
+
+item2.buy()
+item2.show_all()
+
+
+
+

Product.py

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+'''
+Define a class named Product with the following specifications:
+Data members:
+product_id – A string to store product.
+product_name - A string to store the name of the product.
+product_purchase_price – A decimal to store the cost price of the product.
+product_sale_price – A decimal to store Sale Price Margin - A decimal to be calculated as
+(product_sale_price - product_purchase_price)
+Remarks - To store "Profit" if Margin is positive else "Loss" if Margin is negative.
+Methods :
+A constructor to intialize all the data members with valid default values.
+A method set_remarks() that assigns Margin as (product_sale_price - product_purchase_price) and
+ sets Remarks as mentioned below :
+Margin            Remarks
+<0 negative        Loss
+>0 positive        Profit
+A method set_details() to accept values for product_id. product_name, product_purchase_price,
+product_sale_price and invokes SetRemarks() method.
+A method get_details() that displays all the data members.
+Author= Bulent Caliskan  date= 08/02/2021
+'''
+
+
+class Product:
+    def __init__(self, product_id, product_name, product_purchase_price, product_sale_price):
+        self.product_id = product_id
+        self.product_name = product_name
+        self.product_purchase_price = product_purchase_price
+        self.product_sale_price = product_sale_price
+
+    def set_remarks(self):
+        if (self.product_sale_price - self.product_purchase_price) < 0: return "Loss"
+        else: return "Profit"
+
+    def set_details(self):
+        try:
+            self.product_id = input("Enter id of product ? ")
+            self.product_name = input("Enter name of product ? ")
+            self.product_purchase_price = int(input("Enter product purchase price ? "))
+            self.product_sale_price = int(input("Enter product sale price ? "))
+
+        except:
+            print("Please enter the value you entered correctly. ")
+
+    def get_details(self):
+        print (f"Product ID             : {self.product_id}\
+                   \nProduct name           : {self.product_name}\
+                       \nProduct purchase price : {self.product_purchase_price}\
+                          \nProduct sale price     : {self.product_sale_price}\
+                             \nSale price margin      : {Product.set_remarks(self)} ")
+
+
+product1 = Product(0, 0, 0, 0)
+product2 = Product(0, 0, 0, 0)
+
+product1.set_details()
+product1.get_details()
+
+product2.set_details()
+product2.get_details()

Society.py

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+'''
+Create the class Society with following information:
+society_name, house_no, no_of_members, flat, income
+Methods :
+An __init__ method to assign initial values of society_name, flat, house_no, no_of_members, income
+input_data() To read information from members
+allocate_flat() To allocate flat according to income using the below table.
+show_data() to display the details of the entire class.
+Income	Flat
+>=25000	            A Type
+>=20000 and <25000	B Type
+>=15000 and <20000	C Type
+<15000              D Type
+Author= Bulent Caliskan  date= 08/02/2021
+'''
+
+
+
+class Society:
+    def __init__(self,society_name, flat, house_no, no_of_members, income):
+        self.society_name = society_name
+        self.flat = flat
+        self.house_no = house_no
+        self.no_of_members = no_of_members
+        self.income = income
+
+    def input_data(self):
+        self.society_name = input("Enter society name ? ")
+        self.house_no = input("Enter your house number ? ")
+        self.no_of_members = input("Enter how many members your house has ? ")
+        self.income = input("Enter your income ? ")
+
+    def allocate_flat(self):
+        if self.income >=25000:self.flat="A"
+        elif 20000<=self.income<25000:self.flat="B"
+        elif 15000<=self.income<20000:self.flat="C"
+        else:self.flat="D"
+
+    def show_data(self):
+        print(f"Your society name       :{self.society_name}\
+                   \nYour Flat type          :{self.flat}\
+                         \nYour house no           :{self.house_no}\
+                              \nYour house no of members:{self.no_of_members}\
+                                   \nYour income             :{self.income}")
+
+citizen1=Society("Dark Apt.","D",75,5,26000)
+citizen2=Society("Blue Apt.","A",16,4,30000)
+
+citizen1.input_data()     
+citizen1.show_data() 
+citizen2.input_data()     
+citizen2.show_data()