ate a Python program that implements the following functionalities: Ensure the existence of a file named "RandomNums.txt"; create it if it does not exist. Generate 100 random integers and write them into the file using text I/O. Separate the integers by spaces. Read the data back from the file and display it in increasing order. Extend the code to identify the number with the highest occurrence and display it. Write the results, including the number with the highest occurrence, to a file. Print the output to the console for verification and debugging purposes. Utilize an object-oriented design for the program. Implement exception handling where necessary. Include comments in the code to explain each step. This program should be designed with a class structure and include a test class to demonstrate its functionality. The use of Python's Collections.frequency() to determine number counts is encouraged
ate a Python program that implements the following functionalities: Ensure the existence of a file named "RandomNums.txt"; create it if it does not exist. Generate 100 random integers and write them into the file using text I/O. Separate the integers by spaces. Read the data back from the file and display it in increasing order. Extend the code to identify the number with the highest occurrence and display it. Write the results, including the number with the highest occurrence, to a file. Print the output to the console for verification and debugging purposes. Utilize an object-oriented design for the program. Implement exception handling where necessary. Include comments in the code to explain each step. This program should be designed with a class structure and include a test class to demonstrate its functionality. The use of Python's Collections.frequency() to determine number counts is encouraged
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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Don't send plagiarised response otherwise I'll reduce rating and will report sure. Send me correct answer without plagiarism.
![Create a Python program that implements the
following functionalities:
Ensure the existence of a file named
"RandomNums.txt"; create it if it does not exist.
Generate 100 random integers and write them
into the file using text I/O. Separate the integers
by spaces.
Read the data back from the file and display it in
increasing order.
Extend the code to identify the number with the
highest occurrence and display it.
Write the results, including the number with the
highest occurrence, to a file.
Print the output to the console for verification
and debugging purposes.
Utilize an object-oriented design for the
program.
Implement exception handling where
necessary.
Include comments in the code to explain each
step.
This program should be designed with a class
structure and include a test class to
demonstrate its functionality. The use of
Python's Collections.frequency() to determine
number counts is encouraged](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F402bf941-d3f7-4808-b2e4-e1665f3ab0a6%2F348e5a4e-8239-43a5-b57e-ace8410f8d51%2Fufddvfl_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Create a Python program that implements the
following functionalities:
Ensure the existence of a file named
"RandomNums.txt"; create it if it does not exist.
Generate 100 random integers and write them
into the file using text I/O. Separate the integers
by spaces.
Read the data back from the file and display it in
increasing order.
Extend the code to identify the number with the
highest occurrence and display it.
Write the results, including the number with the
highest occurrence, to a file.
Print the output to the console for verification
and debugging purposes.
Utilize an object-oriented design for the
program.
Implement exception handling where
necessary.
Include comments in the code to explain each
step.
This program should be designed with a class
structure and include a test class to
demonstrate its functionality. The use of
Python's Collections.frequency() to determine
number counts is encouraged
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