def test_topCoordinates(self):
roomObj = room(5, 5)
self.assertEqual(roomObj.topCoordinates, (5, 5))
clearSingleton()
with self.assertRaises(Exception) as context:
roomObj = room(5, -5)
self.assertTrue('Improper Input' in str(context.exception))
clearSingleton()
def test_navigate(self):
roomObj = room(5, 5)
insectObj1 = insect(room=roomObj, initialX=1, initialY=2, initialDirection="N")
insectObj1.navigate("LFLFLFLFF")
self.assertEqual(insectObj1.coordinates, (1, 3, "N"))
with self.assertRaises(Exception) as context:
insectObj2 = insect(room=roomObj, initialX=6, initialY=2, initialDirection="N")
self.assertTrue('out of Bounds of Room' in str(context.exception))
from robots import insect
from buildings import room
if __name__ == "__main__":
try:
roomX, roomY = map(int, raw_input().strip().split(" "))
roomObj = room(roomX, roomY)
while True:
insectCoordinates = raw_input().strip().split(" ")
if len(insectCoordinates) != 3:
break
insectInstructions = raw_input()
if insectInstructions == "":
break
insectObj = insect(room=roomObj, initialX=int(insectCoordinates[0]),
initialY=int(insectCoordinates[1]), initialDirection=insectCoordinates[2])
insectObj.navigate(insectInstructions)
finalCoordinates = insectObj.coordinates
print finalCoordinates[0], finalCoordinates[1], finalCoordinates[2]
except Exception as e:
print e, " some problem" # just log it
def test_bottomCoordinates(self): roomObj = room(5, 5) self.assertEqual(roomObj.bottomCoordinates, (0, 0)) clearSingleton()
def test_coordinates(self): roomObj = room(5, 5) insectObj1 = insect(room=roomObj, initialX=1, initialY=2, initialDirection="N") self.assertEqual(insectObj1.coordinates, (1, 2, "N"))