input: Write a python function to get the top three highest priced products from a list of products.
  assert get_top_three_products([{"name": "book", "price": 15}, {"name": "pen", "price": 5}, {"name": "tablet", "price": 200}, {"name": "chair", "price": 80}]) == [{"name": "tablet", "price": 200}, {"name": "chair", "price": 80}, {"name": "book", "price": 15}]
  assert get_top_three_products([{"name": "notebook", "price": 10}, {"name": "pencil", "price": 2}, {"name": "desktop", "price": 300}, {"name": "lamp", "price": 50}, {"name": "mouse", "price": 25}]) == [{"name": "desktop", "price": 300}, {"name": "lamp", "price": 50}, {"name": "mouse", "price": 25}]
  assert get_top_three_products([{"name": "bottle", "price": 12}, {"name": "bag", "price": 40}, {"name": "t-shirt", "price": 20}, {"name": "shoes", "price": 60}]) == [{"name": "shoes", "price": 60}, {"name": "bag", "price": 40}, {"name": "t-shirt", "price": 20}]
output: def get_top_three_products(products):
      return sorted(products, key=lambda x: x['price'], reverse=True)[:3]