def test_generate_possible_positions_return_type(self): test_data = ["FORWARD","FORWARD"] poss_positions = navsys.generate_possible_positions(test_data, 0, 1) self.assertEquals(type(poss_positions), list) # Should return a list of pairs self.assertEquals(type(poss_positions[0]), tuple) # This case should return 1 item in the list, which is a pair self.assertEquals(type(poss_positions[0][0]), int) # Checks the x value of the pair, should be an int self.assertEquals(type(poss_positions[0][1]), int) # Checks the y value of the pair, should be an int
def test_generate_possible_positions_return_type(self):
test_data = ["FORWARD", "FORWARD"]
poss_positions = navsys.generate_possible_positions(test_data, 0, 1)
self.assertEquals(type(poss_positions),
list) # Should return a list of pairs
self.assertEquals(
type(poss_positions[0]), tuple
) # This case should return 1 item in the list, which is a pair
self.assertEquals(
type(poss_positions[0][0]),
int) # Checks the x value of the pair, should be an int
self.assertEquals(
type(poss_positions[0][1]),
int) # Checks the y value of the pair, should be an int
def test_generate_possible_positions_return_values_1(self):
test_data = ["FORWARD", "FORWARD"]
poss_positions = navsys.generate_possible_positions(test_data, 0, 1)
self.assertEquals(len(poss_positions), 3)
north_cords = poss_positions[0]
self.assertEquals(north_cords[0], 0)
self.assertEquals(north_cords[1], 2)
east_cords = poss_positions[1]
self.assertEquals(east_cords[0], 1)
self.assertEquals(east_cords[1], 1)
south_cords = poss_positions[2]
self.assertEquals(south_cords[0], 0)
self.assertEquals(south_cords[1], 0)
def test_generate_possible_positions_return_values_1(self): test_data = ["FORWARD","FORWARD"] poss_positions = navsys.generate_possible_positions(test_data, 0, 1) self.assertEquals(len(poss_positions), 3) north_cords = poss_positions[0] self.assertEquals(north_cords[0], 0) self.assertEquals(north_cords[1], 2) east_cords = poss_positions[1] self.assertEquals(east_cords[0], 1) self.assertEquals(east_cords[1], 1) south_cords = poss_positions[2] self.assertEquals(south_cords[0], 0) self.assertEquals(south_cords[1], 0)
def test_generate_possible_positions_return_values_2(self): test_data = ["RIGHT","RIGHT", "RIGHT", "RIGHT", "FORWARD"] # Checks the ship rotates 270 degrees and moves one poss_positions = navsys.generate_possible_positions(test_data, 2, 2) self.assertEquals(len(poss_positions), 4) north_cords = poss_positions[0] self.assertEquals(north_cords[0], 1) self.assertEquals(north_cords[1], 2) east_cords = poss_positions[1] self.assertEquals(east_cords[0], 2) self.assertEquals(east_cords[1], 3) south_cords = poss_positions[2] self.assertEquals(south_cords[0], 3) self.assertEquals(south_cords[1], 2) west_cords = poss_positions[3] self.assertEquals(west_cords[0], 2) self.assertEquals(west_cords[1], 1)
def test_generate_possible_positions_return_values_2(self):
test_data = ["RIGHT", "RIGHT", "RIGHT", "RIGHT", "FORWARD"
] # Checks the ship rotates 270 degrees and moves one
poss_positions = navsys.generate_possible_positions(test_data, 2, 2)
self.assertEquals(len(poss_positions), 4)
north_cords = poss_positions[0]
self.assertEquals(north_cords[0], 1)
self.assertEquals(north_cords[1], 2)
east_cords = poss_positions[1]
self.assertEquals(east_cords[0], 2)
self.assertEquals(east_cords[1], 3)
south_cords = poss_positions[2]
self.assertEquals(south_cords[0], 3)
self.assertEquals(south_cords[1], 2)
west_cords = poss_positions[3]
self.assertEquals(west_cords[0], 2)
self.assertEquals(west_cords[1], 1)
