Part 3 - Data Hiding Data hiding within Python is achieved with the use of special naming conventions: beginning a attribute name with either a single underscore (protected) or a double underscore (private). Create a StateData2 class with the following method: __init__ The _init_method should have the parameter self. It should store the value "Public" in an attribute called public, the value " Protected in an attribute called protected (use a single underscore), and the value " Private" in an attribute called_private (use a double underscore). Test the class by creating an instance of the class called test. Try to print three lines: test.public, test. protected, test. private Sample Execution Results: Public Protected Traceback error Add the following at the end of the script to show your results: Execution results: paste execution results here
Part 3 - Data Hiding Data hiding within Python is achieved with the use of special naming conventions: beginning a attribute name with either a single underscore (protected) or a double underscore (private). Create a StateData2 class with the following method: __init__ The _init_method should have the parameter self. It should store the value "Public" in an attribute called public, the value " Protected in an attribute called protected (use a single underscore), and the value " Private" in an attribute called_private (use a double underscore). Test the class by creating an instance of the class called test. Try to print three lines: test.public, test. protected, test. private Sample Execution Results: Public Protected Traceback error Add the following at the end of the script to show your results: Execution results: paste execution results here
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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fast in pyth please

Transcribed Image Text:# Part 3 - Data Hiding
Data hiding within Python is achieved with the use of special naming conventions: beginning an attribute name with either a single underscore (protected) or a double underscore (private).
Create a StateData2 class with the following method: `__init__`.
The `__init__` method should have the parameter self. It should store the value "Public" in an attribute called public, the value "Protected" in an attribute called _protected (use a single underscore), and the value "Private" in an attribute called __private (use a double underscore).
Test the class by creating an instance of the class called test.
Try to print three lines: test.public, test._protected, test.__private
Sample Execution Results:
```
Public
Protected
Traceback error
```
Add the following at the end of the script to show your results:
```
...
Execution results:
paste execution results here
...
```
This exercise demonstrates how to implement data hiding in Python using naming conventions to control attribute visibility.
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