store-

store's clothing accounting system class ClothingItem: def init(self, name): self.name = name self.delivered = 0 self.sold = 0 self.defects = 0 self.period_stay = 0

def deliver(self, quantity):
    self.delivered += quantity

def sell(self, quantity):
    if self.delivered >= quantity:
        self.sold += quantity
        self.delivered -= quantity
    else:
        print(f"Insufficient quantity of {self.name} available.")

def add_defect(self, quantity):
    self.defects += quantity

def update_period_stay(self, days):
    self.period_stay += days

def calculate_stock(self):
    return self.delivered - self.sold - self.defects

Example usage:

clothing_items = []

Create clothing items

item1 = ClothingItem("T-Shirt") item2 = ClothingItem("Jeans") item3 = ClothingItem("Jacket")

Add clothing items to the list

clothing_items.append(item1) clothing_items.append(item2) clothing_items.append(item3)

Simulate transactions

item1.deliver(100) item1.sell(50) item1.add_defect(5) item1.update_period_stay(10)

item2.deliver(80) item2.sell(70) item2.add_defect(2) item2.update_period_stay(15)

item3.deliver(50) item3.sell(30) item3.add_defect(1) item3.update_period_stay(20)

Calculate and display stock

print("Current Stock:") for item in clothing_items: stock = item.calculate_stock() print(f"{item.name}: {stock}")

Find the most and least sold items

most_sold = max(clothing_items, key=lambda item: item.sold) least_sold = min(clothing_items, key=lambda item: item.sold)

print(f"\nMost Sold Item: {most_sold.name} (Sold: {most_sold.sold})") print(f"Least Sold Item: {least_sold.name} (Sold: {least_sold.sold})")