Java Code Reservation Options $1.$ Include at least one airline with three routes, all originating from a single home base. $2.$ Define simple flight routes with unique destination cities $($e$.$g$.,$ Los Angeles to New York, Los Angeles to Chicago, Los Angeles to Miami$).3.$ Each route should be represented with a number $(1,2,$ or $3),$ so the user can select a route by entering the route number. Hotel Reservation System $1.$ Include at least two hotel options. $2.$ Each hotel should have one room type. $3.$ Display the list of hotels to the user, allowing them to select their preferred hotel by entering the corresponding number. Car Rental Reservation System $1.$ Include at least one car rental option from a single rental company. $2.$ Only one car type is required. $3.$ Display the available car rental to the user and allow selection. Program Flow $1.$ The program should follow a sequential flow: $2.$ Welcome Message: Display a welcome message to the user. $3.$ Reservation Date: Prompt the user to enter their reservation date. Cannot be after December $1,2024.4.$ Flight Reservation: Prompt the user to select a flight route by displaying the available routes and capturing their choice. $5.$ Hotel Reservation: Prompt the user to select a hotel by displaying the available hotel options and capturing their choice. $6.$ Car Rental Reservation: Display the available car rental option and capture the user$$s selection. $7.$ Input Validation: Ensure that user inputs are valid $($i$.$e$.,$ checking if the selected option is within the given choices$).$ If an invalid option is selected, prompt the user to re$-$enter a valid choice. Summary Display $1.$ After the user completes all selections, display a reservation summary that includes: $2.$ The selected date of reservation. $3.$ The selected flight route. $4.$ The selected hotel. $5.$ The car rental type. $6.$ Display a final thank$-$you message, indicating the reservation is complete. Technical$/$Software Expectations $1.$ Must include at least one array, three user$-$defined methods, variations of looping $($at least one while, one for, and one do$...$while$).2.$ At least one switch statement for decision$-$making.