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Write the program below to familiarize with the conventional syntax and formatting of Object-Oriented Programming in Python. 1. Let us create a class Dog with the script below. Save this script as dogs.py. Take note of the indentions, colons, and number of parenthesis used to avoid errors on our program. 1 2 3 4 5 6 7 8 9 10 11 12 class Dog: def __init_(self, name, breed, age): self.name = name self.breed breed self.age age def sit(self): 1 is now sitting.") print(self.name.title() + rolled over!") 23456 print (self.name.title() + def roll (self): print (self.name, 'says woof', times, times.') 2. Identify the user-defined attributes/parameters on our class Dog. def bark(self, times): 3. Identify the user-defined methods or actions that can be acted out on our class Dog. 4. Create a new Python script and name it as sub_dogs.py. Make sure this script is saved on the same folder with dogs.py. Write the codes below then run it. from dogs import Dog dog1=Dog("bantay", "aspin', 4) print (dog1.name) print (dog1. breed) print(dog1.age)

Write the program below to familiarize with the conventional syntax and formatting of Object-Oriented Programming in Python. 1. Let us create a class Dog with the script below. Save this script as dogs.py. Take note of the indentions, colons, and number of parenthesis used to avoid errors on our program. 1 2 3 4 5 6 7 8 9 10 11 12 class Dog: def __init_(self, name, breed, age): self.name = name self.breed breed self.age age def sit(self): 1 is now sitting.") print(self.name.title() + rolled over!") 23456 print (self.name.title() + def roll (self): print (self.name, 'says woof', times, times.') 2. Identify the user-defined attributes/parameters on our class Dog. def bark(self, times): 3. Identify the user-defined methods or actions that can be acted out on our class Dog. 4. Create a new Python script and name it as sub_dogs.py. Make sure this script is saved on the same folder with dogs.py. Write the codes below then run it. from dogs import Dog dog1=Dog("bantay", "aspin', 4) print (dog1.name) print (dog1. breed) print(dog1.age)

Computer Networking: A Top-Down Approach (7th Edition)
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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PYTHON PROGRAMMING

Write the program below to familiarize with the conventional syntax and formatting of Object-Oriented Programming in Python. 1. Let us create a class Dog with the script below. Save this script as dogs.py. Take note of the indentions, colons, and number of parenthesis used to avoid errors on our program. 1 2 3 4 5 7 8 9 10 11 12 * + is now sitting.") + rolled over!") print (self.name, 'says woof', times, ' times.') 2. Identify the user-defined attributes/parameters on our class Dog. 1 8355NN class Dog: def_init_(self, name, breed, age): self.name = name self.breed breed self.age age 3. Identify the user-defined methods or actions that can be acted out on our class Dog. 2 = 4. Create a new Python script and name it as sub_dogs.py. Make sure this script is saved on the same folder with dogs.py. Write the codes below then run it. from dogs import Dog 4 def sit (self): def roll(self): def bark (self, times): 6 print(self.name.title() print(self.name.title() dog1= Dog("bantay", "aspin', 4) print (dog1.name) print (dog1. breed) print (dog1.age)
Transcribed Image Text:Write the program below to familiarize with the conventional syntax and formatting of Object-Oriented Programming in Python. 1. Let us create a class Dog with the script below. Save this script as dogs.py. Take note of the indentions, colons, and number of parenthesis used to avoid errors on our program. 1 2 3 4 5 7 8 9 10 11 12 * + is now sitting.") + rolled over!") print (self.name, 'says woof', times, ' times.') 2. Identify the user-defined attributes/parameters on our class Dog. 1 8355NN class Dog: def_init_(self, name, breed, age): self.name = name self.breed breed self.age age 3. Identify the user-defined methods or actions that can be acted out on our class Dog. 2 = 4. Create a new Python script and name it as sub_dogs.py. Make sure this script is saved on the same folder with dogs.py. Write the codes below then run it. from dogs import Dog 4 def sit (self): def roll(self): def bark (self, times): 6 print(self.name.title() print(self.name.title() dog1= Dog("bantay", "aspin', 4) print (dog1.name) print (dog1. breed) print (dog1.age)
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