package Main;

public class Vehicle $\{$

private String license; $//$ license plate

private int hour; $//$ hour $(24$ hour time$)$

private int minutes; $//$ minutes $(0.\mathrm{.}59)$

public Vehicle$()$

$\{$ license $=""$; hour $=0$; minutes $=0$;

$\}$

public Vehicle$($String s$,$ int h$,$ int m$)$

$\{$ license $=$ s; hour $=$ h; minutes $=$ m;

$\}$

public String getLicense$()\{$

return license; $\}$

public void setLicense$($String license$)\{$

this.license $=$ license; $\}$

public int getHour$()\{$

return hour; $\}$

public void setHour$($int hour$)\{$

this.hour $=$ hour; $\}$

public int getMinutes$()\{$

return minutes; $\}$

public void setMinutes$($int minutes$)\{$

this.minutes $=$ minutes; $\}$

$//$ return string representation of data

public String toString $()$

$\{$ return license $+""+$ hour $+"$:$"+$ minutes;

$\}$

$//$ return true if other car has same license as object

public boolean equals$($Object other$)$

$\{$ Vehicle temp $=($Vehicle$)($other$)$;

return temp.getLicense$().$equals$($license$)$;

$\}$

$\}$This interactive program uses a sentinel controlled while loop, using sentinel $"$Q$"$ to stop the loop. Here

is an example of writing an algorithm. I suggest you write your algorithm to designate the tasks and

their order in English prior to coding.

Code can assume valid data is entered so no error checking is needed. The workday runs from $06$:$00$ to

$18$:$00$ so no code needs to be written to process times that cross midnight