Q#$2$: Create a Python class named ParkingGarage that manages parking spaces and tracks vehicles.

Specifications:

Initialization: When a new ParkingGarage object is instantiated, it should initialize with a specific number of parking spaces.

Park Vehicle: Add a method called park$\_$vehicle that allows a vehicle to be added to the garage. This method should accept a vehicle's license

plate number as a parameter. If the garage is full, it should print "Garage is full" and not add the vehicle.

Depart Vehicle: Add a method called depart$\_$vehicle that removes a vehicle from the garage using the vehicle's license plate number. If the

vehicle is not found, print "Vehicle not found".

Count Available Spaces: Add a method called available$\_$spaces that prints the number of remaining parking spaces in the garage.

List Parked Vehicles: Add a method called list$\_$vehicles that prints a list of all currently parked vehicles' license plates.

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Example Usage:

#Creating an instance of ParkingGarage with user's input $5$ parking spaces

#Parking some vehicles with the following user's inputs for plate numbers:

$"$XYZ $1234"$

"ABC $5678"$

#Listing parked vehicles:

Output should list

$"$XYZ $1234",$

"ABC $5678"$

#Departing the following user's input for plate number: $"$XYZ $1234"$

#Checking available spaces: Output should be $4$

#Attempt to park another vehicle when the garage is full: user's inputs are

"DEF $9101"$

"GHI $1112"$

$"$JKL $1314"$

"MNO $1516"$

$"$PQR $1718"$ # Should print "Garage is full"

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Write the complete implementation of the ParkingGarage class based on these specifications.

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