# A robot encounters a door. If the door is locked, the robot
# should be instructed to turn around.  If instead the door is
# unlocked, the robot should be instructed to open the door and
# enter the room. Note, before entering the robot should determine
# whether the light is off. If it is off, the robot should be
# instructed to first turn on the light.

# Get status of the door
reply = input( "Door (locked / unlocked): " )

# Put in standard format -- all lowercase
door_sensor = reply.strip().lower()

print()

# Based on door sensor take action
if ( door_sensor == "locked" ) :
    # Cannot enter -- the door is locked
    print( 'Turn around' )

else :
    # We can go in
    print( 'Open the door' )

    # Need to get status of the light
    reply = input( 'Light (on / off): ' )
    # no whitespace and all lowercase
    light_sensor = reply.strip().lower()

    # reminder! use == for comparison, = for assignment only
    if ( light_sensor == 'off' ) :
        print( 'Turn on light' )
        #print( 'Enter the room' )
    #else :
        #print( 'Enter the room' )
    # we want to enter the room either way,
    # so it isn't really conditional on the if statement
    # this is called refactoring code - removing redundancies and making code clean
    print( 'Enter the room' )

    # all of this code is within the first "else"




    # Can enter because the door is open and the light is on

    pass

# All done