Read the following scenario carefully. Based on the events described and the operational procedures of a typical library, construct a state machine diagram for a Book in the Library Management System. Your diagram should accurately infer the states through which a book can pass and the transitions triggered by the events in the scenario.

Scenario:

Imagine a public library that has recently acquired a new collection of books. Each book, upon arrival, is processed, cataloged, and then placed on the library shelves, making it available for library members to borrow.

A library member decides to borrow a book. The member enjoys the book and returns it on time, at which point it is checked for damages and then reshelved.

Sometime later, another member searches for the same book online and decides to reserve it as it's currently available. The book is then set aside, awaiting collection. The member picks up the book the next day, borrows it$,$ and, after a few weeks, returns it$.$ However, this time, the book is slightly damaged and cannot be immediately returned to the shelves. Instead, it is sent for repair. Once repaired, the book is returned to the shelves, available for borrowing once again.

In a different instance, a book that has been on the shelves for a considerable amount of time without being borrowed is reviewed by the library staff. Due to its low demand, the decision is made to remove the book from the library's collection and place it in storage.

Your State Machine diagram should have at least $5$ states and the necessary transitions. Make sure to upload your $.$vpp file as an attachment to this question. The file name should be your first and last name $($e$.$g$.,$ John$\_$Smith.vpp$).$ If the file doesn't bear you name or is of the wrong file format, it will not be marked and you'll lose the full mark for the test! It is highly recommended that you take a screenshot of the diagram and submit it as well.