Please provide screenshots of the output as well as the code.

Project 4-2 You will write a Java program that uses synchronization techniques to simulate traffic from two directions crossing a one-lane bridge. Assignment: Write a multithreaded Java program that uses synchronized methods (Section 7.4.1), reentrant locks (Section 7.4.2), or semaphores (Section 7.4.3) to control access to a one- lane bridge. One thread should simulate westbound vehicles and another thread should simulate eastbound vehicles. The vehicles do not have a reverse gear, so the bridge would become deadlocked if both a westbound vehicle and an eastbound vehicle were allowed to drive onto the bridge at the same time. Therefore, mutual exclusion must be enforced on the use of the bridge. Your solution should avoid both deadlock and starvation (e.g. the bridge being monopolized by westbound vehicles while the eastbound vehicles never get to cross). Vehicles traveling in either direction should wait (sleep) for some amount of time, then attempt to cross. Once a vehicle is on the bridge, it should sleep for some amount of time to simulate how long it takes to drive across the bridge. Output a message when each vehicle drives onto the bridge and another message when that vehicle has completed the crossing. Simulate several (at least five) vehicles traveling in each direction. To help you get started, I am including a zipped folder with this assignment handout. The folder contains example Java code provided by the authors of our textbook. Their code includes examples of how to create and start multiple threads, how to create synchronized methods, and how to make a thread go to sleep