Create a program that will compute income from a small parking lot. It uses a stack to hold cars in LIFO order. Use the Java Stack class. A company rents a 5-car alley for parking. The alley is so narrow that the only egress is at the top, forcing vehicles to be removed one at a time in order.to retrieve an internal one. Vehicles are temporarily parked on the street in metered slots until they can be returned to the alley. Research the LocalTime class and use its methods to store and manipulate time. alley is a stack street metered parking One day's data set is available in file lot.txt Arrival/Departure Code: arrival ("A") or departure ("D") License Arrival/Departure timeinteger hour blank minute (ex. 10 30 or 21 45) (ex. "BOSS") Version 1: Console application Read in lines of the data files and recreate the movement of cars in and out of the parking lot. Vehicles are charged S5.00 per hour for the duration of their stay. Partial hours are rounded up. Cars parked temporarily on the one way street pay a $0.50 meter fee. Cars then drive around the one way street and repark in the parking lot in a First In First Out fashion. The first car parked on the one-way street is the first car returned to the parking lot. We will be studying queues next week; you can use an ArravList for the metered parking and treat in FIFO fashion or add in a queue next week. For each arrival report: xxxxxx parked at xxxx xxxxxx was turned away at xxxx - LOT IS FULL! For each departure report: xxxxxx left at xxxx paying Sxx.xx At the end of the day report sum of parking income and meter fees Create a program that will compute income from a small parking lot. It uses a stack to hold cars in LIFO order. Use the Java Stack class. A company rents a 5-car alley for parking. The alley is so narrow that the only egress is at the top, forcing vehicles to be removed one at a time in order.to retrieve an internal one. Vehicles are temporarily parked on the street in metered slots until they can be returned to the alley. Research the LocalTime class and use its methods to store and manipulate time. alley is a stack street metered parking One day's data set is available in file lot.txt Arrival/Departure Code: arrival ("A") or departure ("D") License Arrival/Departure timeinteger hour blank minute (ex. 10 30 or 21 45) (ex. "BOSS") Version 1: Console application Read in lines of the data files and recreate the movement of cars in and out of the parking lot. Vehicles are charged S5.00 per hour for the duration of their stay. Partial hours are rounded up. Cars parked temporarily on the one way street pay a $0.50 meter fee. Cars then drive around the one way street and repark in the parking lot in a First In First Out fashion. The first car parked on the one-way street is the first car returned to the parking lot. We will be studying queues next week; you can use an ArravList for the metered parking and treat in FIFO fashion or add in a queue next week. For each arrival report: xxxxxx parked at xxxx xxxxxx was turned away at xxxx - LOT IS FULL! For each departure report: xxxxxx left at xxxx paying Sxx.xx At the end of the day report sum of parking income and meter fees