Implement a Page Table: Create a data structure to represent the page table. Each entry in the page table

should contain the following:

$-$ Frame number

$-$ Present bit

$-$ Use bit

Generate Random Access Patterns: Write a function to generate random memory access patterns. This

function should generate some virtual addresses.

Translate Logical Addresses to Physical Addresses: Implement a translation function that takes a logical

address as input, extracts the page number and offset, and translates it to a physical address using the

page table. For each virtual addresses generated in the Generator function, the physical address should

be presented.

Handle Page Faults: Simulate page faults by implementing a mechanism to handle non$-$present page

table entries. When a page fault occurs, choose a victim page for replacement $($using a clock algorithm

by checking the Use bit$)$ and update the page table accordingly. A message should be presented to show

the number of replaced page.

When you run the code, the random generator should start generating n virtual addresses, and

translation and page replacement should take place.