Suppose that in a kitchen there is only one four-burner stove to be used both for frying pans and for clay pots. So that there are no problems, they were imposed some rules: - There cannot be clay pots and pans on a stove top at the same time - There cannot be more than three pans on the stove at the same time Using traffic lights, create a program that simulates the use of stovetops in a environment with N frying pans and M clay pots (N and M can be the same or different), from so that there is no starvation and/or deadlock. Print the number of pans or pans on the stove each time the value of them be updated (every time the quantity changes) Example: The hob has 1 frying pan. The hob has 2 pans. The stove burner has 1 pan. The hob has 2 pans. Include main class.

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
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Suppose that in a kitchen there is only one
four-burner stove to be used
both for frying pans and for clay pots. So
that there are no problems, they were
imposed some rules:
- There cannot be clay pots and pans on a
stove top at the same time
- There cannot be more than three pans on
the stove at the same time
Using traffic lights, create a program that
simulates the use of stovetops in a
environment with N frying pans and M clay
pots (N and M can be the same or
different), from so that there is no starvation
and/or deadlock.
Print the number of pans or pans on the
stove each time the value of them
be updated (every time the quantity
changes)
Example:
The hob has 1 frying pan.
The hob has 2 pans.
The stove burner has 1 pan.
The hob has 2 pans.
Include main class.
Transcribed Image Text:Suppose that in a kitchen there is only one four-burner stove to be used both for frying pans and for clay pots. So that there are no problems, they were imposed some rules: - There cannot be clay pots and pans on a stove top at the same time - There cannot be more than three pans on the stove at the same time Using traffic lights, create a program that simulates the use of stovetops in a environment with N frying pans and M clay pots (N and M can be the same or different), from so that there is no starvation and/or deadlock. Print the number of pans or pans on the stove each time the value of them be updated (every time the quantity changes) Example: The hob has 1 frying pan. The hob has 2 pans. The stove burner has 1 pan. The hob has 2 pans. Include main class.
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