Task 6 Implement the design of the Laptop class so that the following output is| produced [You are not allowed to change the code below] Output Lenovo 5 # Write your code here lenovo = Laptop("Lenovo", 5); dell = Laptop("Dell", 7); print(lenovo.name, lenovo.count) print(dell.name, dell.count) print("Total number of Laptops", Laptop.laptopCount) Laptop.advantage() Laptop.resetCount() print("Total number of Laptops", Laptop.laptopCount) Dell 7 Total number of Laptops 12 Laptops are portable Total number of Laptops 0
Task 6 Implement the design of the Laptop class so that the following output is| produced [You are not allowed to change the code below] Output Lenovo 5 # Write your code here lenovo = Laptop("Lenovo", 5); dell = Laptop("Dell", 7); print(lenovo.name, lenovo.count) print(dell.name, dell.count) print("Total number of Laptops", Laptop.laptopCount) Laptop.advantage() Laptop.resetCount() print("Total number of Laptops", Laptop.laptopCount) Dell 7 Total number of Laptops 12 Laptops are portable Total number of Laptops 0
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Answer in pyhton
![Task 6
Implement the design of the Laptop class so that the following output is|
produced [You are not allowed to change the code below]
# Write your code here
Output
Lenovo 5
lenovo = Laptop("Lenovo", 5);
dell = Laptop("Dell", 7);
print(lenovo.name, lenovo.count)
print(dell.name, dell.count)
print("Total number of Laptops",
Laptop.laptopCount) Laptop.advantage()
Laptop.resetCount()
print("Total number of Laptops", Laptop.laptopCount)
Dell 7
Total number of Laptops 12
Laptops are portable
Total number of Laptops 0](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ffd7abea0-f815-47bb-a088-eb363ea7ac78%2F2a96fd70-c9e0-4078-8f76-abad29d796fb%2Fuje333j_processed.png&w=3840&q=75)
Transcribed Image Text:Task 6
Implement the design of the Laptop class so that the following output is|
produced [You are not allowed to change the code below]
# Write your code here
Output
Lenovo 5
lenovo = Laptop("Lenovo", 5);
dell = Laptop("Dell", 7);
print(lenovo.name, lenovo.count)
print(dell.name, dell.count)
print("Total number of Laptops",
Laptop.laptopCount) Laptop.advantage()
Laptop.resetCount()
print("Total number of Laptops", Laptop.laptopCount)
Dell 7
Total number of Laptops 12
Laptops are portable
Total number of Laptops 0
![Design Cat class for the following code to get the output as shown.
You have already solved this problem in assignment 4 using constructor overloading.
Now, solve this again but this time DO NOT USE CONSTRUCTOR OVERLOADING.
Hint: You will have to use classmethods.
[You are not allowed to change the code below]
Output:
Total number of cats: 0
# Write your code here
print("Total number of cats:",
== White cat is sitting
Black cat is sitting
Brown cat is jumping
Red cat is purring
Grey cat is playing
Blue cat is sitting
Purple cat is jumping
Cat.Number_of_cats) c1 = Cat.no_parameter()
c2 = Cat.first_parameter("Black")
c3 = Cat("Brown", "jumping")
c4 = Cat("Red", "purring")
c5 = Cat.second_parameter("playing")
%==")
print("==
c1.printCat()
== Total number of cats: 5
c2.printCat()
c3.printCat()
c4.printCat()
c5.printCat()
c1.changeColor("Blue")
c3.changeColor("Purple")
c1.printCat()
c3.printCat()
print("=
print("Total number of cats:", Cat.Number_of_cats)
======")](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ffd7abea0-f815-47bb-a088-eb363ea7ac78%2F2a96fd70-c9e0-4078-8f76-abad29d796fb%2F14jwhjc_processed.png&w=3840&q=75)
Transcribed Image Text:Design Cat class for the following code to get the output as shown.
You have already solved this problem in assignment 4 using constructor overloading.
Now, solve this again but this time DO NOT USE CONSTRUCTOR OVERLOADING.
Hint: You will have to use classmethods.
[You are not allowed to change the code below]
Output:
Total number of cats: 0
# Write your code here
print("Total number of cats:",
== White cat is sitting
Black cat is sitting
Brown cat is jumping
Red cat is purring
Grey cat is playing
Blue cat is sitting
Purple cat is jumping
Cat.Number_of_cats) c1 = Cat.no_parameter()
c2 = Cat.first_parameter("Black")
c3 = Cat("Brown", "jumping")
c4 = Cat("Red", "purring")
c5 = Cat.second_parameter("playing")
%==")
print("==
c1.printCat()
== Total number of cats: 5
c2.printCat()
c3.printCat()
c4.printCat()
c5.printCat()
c1.changeColor("Blue")
c3.changeColor("Purple")
c1.printCat()
c3.printCat()
print("=
print("Total number of cats:", Cat.Number_of_cats)
======")
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