There are a few ways to implement the stack data structure. One way is to do it with Python's built-in lists data structure. However, we know list objects have quite a number of built-in methods that, if left accessible, will violate the rules of the stack data structure such as remove() and insert(). To workaround this, you will be tasked to create an implementation of stacks using lists by creating a class to abstract away the implementation of the actual stack data structure. You will also demonstrate a simple use case for stacks -- reversing strings! Using python - Create a stack class using Python lists under the hood. Make sure built-in list methods are not accessible when using the new stack object so its properties are not violated. -Using your new class, add a method that reverses a given string without using any built-in reverse methods. Use string below as an example. str_sample = 'Did Hannah see bees? Hannah did.' Notes: * Do not use any additional libraries unless otherwise specified in the items.
There are a few ways to implement the stack data structure. One way is to do it with Python's built-in lists data structure. However, we know list objects have quite a number of built-in methods that, if left accessible, will violate the rules of the stack data structure such as remove() and insert(). To workaround this, you will be tasked to create an implementation of stacks using lists by creating a class to abstract away the implementation of the actual stack data structure. You will also demonstrate a simple use case for stacks -- reversing strings! Using python - Create a stack class using Python lists under the hood. Make sure built-in list methods are not accessible when using the new stack object so its properties are not violated. -Using your new class, add a method that reverses a given string without using any built-in reverse methods. Use string below as an example. str_sample = 'Did Hannah see bees? Hannah did.' Notes: * Do not use any additional libraries unless otherwise specified in the items.
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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There are a few ways to implement the stack data structure. One way is to do it with Python's built-in lists data structure.
However, we know list objects have quite a number of built-in methods that, if left accessible, will violate the rules of the stack data structure such as remove() and insert().
To workaround this, you will be tasked to create an implementation of stacks using lists by creating a class to abstract away the implementation of the actual stack data structure.
You will also demonstrate a simple use case for stacks -- reversing strings!
Using python
- Create a stack class using Python lists under the hood. Make sure built-in list methods are not accessible when using the new stack object so its properties are not violated.
-Using your new class, add a method that reverses a given string without using any built-in reverse methods. Use string below as an example.
str_sample = 'Did Hannah see bees? Hannah did.'
Notes:
* Do not use any additional libraries unless otherwise specified in the items.
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