• A reusable class to model the Mobile Phone entity in a separate python file (mobile.py) • The data that should be kept as attributes in the class are as follows: • The name of the phone's manufacturer will be assigned to the manufact • The phone's model number will be assigned to the _model • The phone's retail price will be assigned to the _retail_price • The class will also have the following methods: • An _ _init__ method that accepts arguments for the manufacturer, model number, and retail price. o A set_manufact method that accepts an argument for the manufacturer. This method will allow us to change the value of the _manufact attribute after the object has been created, if necessary. • A set_model method that accepts an argument for the model. This method will allow us to change the value of the model attribute after the object has been created, if necessary. • A set_retail_price method that accepts an argument for the retail price. This method will allow us to change the value of the _retail_price attribute after the object has been created, if necessary. • A get_manufact method that returns the phone's manufacturer. • A get_model method that returns the phone's model number. • A get_retail_price method that returns the phone's retail price. • Draw the UML Diagram for the mobile phone class with above specification. • Write a tester program (Console User Interface) in a separate python file (mobile_tester.py), to create a phone object, and display/print the object information in console. • Use the following test data for the testing the program. Enter the manufacturer: Acme Electronics Enter Enter the model number: M1000 Enter Enter the retail price: 199.99 Enter Here is the data that you entered: Manufacturer: Acme Electronics Model Number: M1000 Retail Price: $199.99
• A reusable class to model the Mobile Phone entity in a separate python file (mobile.py) • The data that should be kept as attributes in the class are as follows: • The name of the phone's manufacturer will be assigned to the manufact • The phone's model number will be assigned to the _model • The phone's retail price will be assigned to the _retail_price • The class will also have the following methods: • An _ _init__ method that accepts arguments for the manufacturer, model number, and retail price. o A set_manufact method that accepts an argument for the manufacturer. This method will allow us to change the value of the _manufact attribute after the object has been created, if necessary. • A set_model method that accepts an argument for the model. This method will allow us to change the value of the model attribute after the object has been created, if necessary. • A set_retail_price method that accepts an argument for the retail price. This method will allow us to change the value of the _retail_price attribute after the object has been created, if necessary. • A get_manufact method that returns the phone's manufacturer. • A get_model method that returns the phone's model number. • A get_retail_price method that returns the phone's retail price. • Draw the UML Diagram for the mobile phone class with above specification. • Write a tester program (Console User Interface) in a separate python file (mobile_tester.py), to create a phone object, and display/print the object information in console. • Use the following test data for the testing the program. Enter the manufacturer: Acme Electronics Enter Enter the model number: M1000 Enter Enter the retail price: 199.99 Enter Here is the data that you entered: Manufacturer: Acme Electronics Model Number: M1000 Retail Price: $199.99
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
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python code for the following problem
Transcribed Image Text:Verity Wireless Solutions, Inc. is a business that sells mobile phones and wireless
services. You are a programmer in the company's IT department, and your team is
designing a program to manage all of the mobile phones that are in inventory. You
have been asked to develop an object - oriented software tool, that represents a
mobile phone object. The requirements specified are as follows:
• A reusable class to model the Mobile Phone entity in a separate python file
(mobile.py)
• The data that should be kept as attributes in the class are as follows:
• The name of the phone's manufacturer will be assigned to the _manufact
• The phone's model number will be assigned to the __model
• The phone's retail price will be assigned to the __retail_price
• The class will also have the following methods:
• An_ _init__ method that accepts arguments for the manufacturer, model
number, and retail price.
• A set_manufact method that accepts an argument for the manufacturer. This
method will allow us to change the value of the _manufact attribute after the
object has been created, if necessary.
A set_model method that accepts an argument for the model. This method will
allow us to change the value of the _model attribute after the object has been
created, if necessary.
• A set_retail_price method that accepts an argument for the retail price. This
method will allow us to change the value of the _ _retail_price attribute after the
object has been created, if necessary.
• A get_manufact method that returns the phone's manufacturer.
• A get_model method that returns the phone's model number.
• A get_retail_price method that returns the phone's retail price.
• Draw the UML Diagram for the mobile phone class with above specification.
• Write a tester program (Console User Interface) in a separate python file
(mobile_tester.py), to create a phone object, and display/print the object
information in console.
• Use the following test data for the testing the program.
Enter the manufacturer: Acme Electronics Enter
Enter the model number: M1000 Enter)
Enter the retail price: 199.99 Enter
Here is the data that you entered:
Manufacturer: Acme Electronics
Model Number: M1000
Retail Price: $199.99
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