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Object Orientation Question 5a 1. Provide code to define a class Sport to represent individual sports objects. Sport should include name, equipment, number of players, number of umpires and a rules list (empty at first) 2. Create a method add_rule (Rule) to add a rule item to the extendable list of rules. 3. Create a method get_equipment () for getting the required equipment as a list of strings 4. Create a method_str__ to output the information about the sport as a string 5. Add docstrings to each of your methods to explain the usage/purpose/arguments 6. Test and demonstrate your class and methods by: • creating three sports objects • adding at least two rules to each sport • getting and printing the equipment for each sport • printing the string version of each sport object e.g. • "Netball"; Court+goals+ball+bibs; 7 per team (two teams); 2; Rules: "3 seconds to pass", "no bouncing" • "Tennis"; court+net+racquets+balls; 2; 1 umpire + 2+ lines people; Rules: "max bounce of 1", "serve into box"

Object Orientation Question 5a 1. Provide code to define a class Sport to represent individual sports objects. Sport should include name, equipment, number of players, number of umpires and a rules list (empty at first) 2. Create a method add_rule (Rule) to add a rule item to the extendable list of rules. 3. Create a method get_equipment () for getting the required equipment as a list of strings 4. Create a method_str__ to output the information about the sport as a string 5. Add docstrings to each of your methods to explain the usage/purpose/arguments 6. Test and demonstrate your class and methods by: • creating three sports objects • adding at least two rules to each sport • getting and printing the equipment for each sport • printing the string version of each sport object e.g. • "Netball"; Court+goals+ball+bibs; 7 per team (two teams); 2; Rules: "3 seconds to pass", "no bouncing" • "Tennis"; court+net+racquets+balls; 2; 1 umpire + 2+ lines people; Rules: "max bounce of 1", "serve into box"

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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Question 5 Object Orientation Question 5a 1. Provide code to define a class Sport to represent individual sports objects. Sport should include name, equipment, number of players, number of umpires and a rules list (empty at first) 2. Create a method add_rule (Rule) to add a rule item to the extendable list of rules. 3. Create a method get_equipment () for getting the required equipment as a list of strings 4. Create a method ___str__ to output the information about the sport as a string 5. Add docstrings to each of your methods to explain the usage/purpose/arguments 6. Test and demonstrate your class and methods by: • creating three sports objects • adding at least two rules to each sport • getting and printing the equipment for each sport • printing the string version of each sport object e.g. • "Netball"; Court+goals+ball+bibs; 7 per team (two teams); 2; Rules: "3 seconds to pass", "no bouncing" • "Tennis"; court+net+racquets+balls; 2; 1 umpire + 2+ lines people; Rules: "max bounce of 1", "serve into box"
Transcribed Image Text:Question 5 Object Orientation Question 5a 1. Provide code to define a class Sport to represent individual sports objects. Sport should include name, equipment, number of players, number of umpires and a rules list (empty at first) 2. Create a method add_rule (Rule) to add a rule item to the extendable list of rules. 3. Create a method get_equipment () for getting the required equipment as a list of strings 4. Create a method ___str__ to output the information about the sport as a string 5. Add docstrings to each of your methods to explain the usage/purpose/arguments 6. Test and demonstrate your class and methods by: • creating three sports objects • adding at least two rules to each sport • getting and printing the equipment for each sport • printing the string version of each sport object e.g. • "Netball"; Court+goals+ball+bibs; 7 per team (two teams); 2; Rules: "3 seconds to pass", "no bouncing" • "Tennis"; court+net+racquets+balls; 2; 1 umpire + 2+ lines people; Rules: "max bounce of 1", "serve into box"
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