def test_getCoordinatesFromUserInput_long_simple(self):
""" Get coordinates from a long input without extra notation """
actualValue = interface.getCoordinatesFromUserInput('4637')
expectedValue0 = coordinate.Coordinate(4, 6)
expectedValue1 = coordinate.Coordinate(3, 7)
self.assertCoordinatesMatch(actualValue[0], expectedValue0)
self.assertCoordinatesMatch(actualValue[1], expectedValue1)
def test_getCoordinatesFromUserInput_long(self):
""" Get coordinates from a long input """
actualValue = interface.getCoordinatesFromUserInput('9,7-0,8')
expectedValue0 = coordinate.Coordinate(9, 7)
expectedValue1 = coordinate.Coordinate(10, 8)
self.assertCoordinatesMatch(actualValue[0], expectedValue0)
self.assertCoordinatesMatch(actualValue[1], expectedValue1)
def test_getCoordinatesFromUserInput_good_with_comma(self):
""" Get coordinates from good input with comma """
actualValue = interface.getCoordinatesFromUserInput('3,4')[0]
expectedValue = coordinate.Coordinate(3, 4)
self.assertEqual(actualValue.get_x_board(),
expectedValue.get_x_board())
self.assertEqual(actualValue.get_y_board(),
expectedValue.get_y_board())
def test_getCoordinatesFromUserInput_long(self):
""" Get coordinates from a long input """
actualValue = interface.getCoordinatesFromUserInput('3,4-5,6')
expectedValue0 = coordinate.Coordinate(3, 4)
expectedValue1 = coordinate.Coordinate(5, 6)
self.assertEqual(actualValue[0].get_x_board(),
expectedValue0.get_x_board())
self.assertEqual(actualValue[1].get_y_board(),
expectedValue1.get_y_board())
def test_getCoordinatesFromUserInput_long_simple(self):
""" Get coordinates from a long input without extra notation """
actualValue = interface.getCoordinatesFromUserInput('3456')
expectedValue0 = coordinate.Coordinate(3, 4)
expectedValue1 = coordinate.Coordinate(5, 6)
self.assertEqual(actualValue[0].get_x_board(),
expectedValue0.get_x_board())
self.assertEqual(actualValue[1].get_y_board(),
expectedValue1.get_y_board())
def test_matchMultipleCoordinatesToMoves_goose_unambiguous(self):
""" Match multi-coordinate goose input to move """
aiObject = ai.AI()
gooseP = True
listOfMoves = aiObject.getAllMovesForPlayer(self.shared_game, gooseP)
coordinates = interface.getCoordinatesFromUserInput("25-35")
actualValue = interface.matchMultipleCoordinatesToMoves(listOfMoves,
coordinates,
gooseP)
self.assertEqual(len(actualValue), 1)
def test_matchMultipleCoordinatesToMoves_goose_nonexistant(self):
""" Get coordinates from moves where there are none """
aiObject = ai.AI()
gooseP = True
listOfMoves = aiObject.getAllMovesForPlayer(self.shared_game, gooseP)
coordinates = interface.getCoordinatesFromUserInput("54-55")
actualValue = interface.matchMultipleCoordinatesToMoves(listOfMoves,
coordinates,
gooseP)
self.assertEqual(len(actualValue), 0)
def test_matchMultipleCoordinatesToMoves_playerB_unambiguous(self):
""" Match multi-coordinate playerB input to move """
userIsPlayerB = True
gnObject = gamenode.GameNode()
gnObject.createStartingPosition()
listOfMoves = ai.getAllMovesForPlayer(gnObject, not userIsPlayerB)
coordinates = interface.getCoordinatesFromUserInput("3746")
actualValue = interface.matchMultipleCoordinatesToMoves(
listOfMoves, coordinates, userIsPlayerB)
self.assertEqual(len(actualValue), 1)
def test_matchMultipleCoordinatesToMoves_fox_ambiguous_long(self):
""" Test for single result from a long series of coordinates """
aiObject = ai.AI()
gooseP = False
listOfMoves = aiObject.getAllMovesForPlayer(self.looped_capture,
gooseP)
coordinates = interface.getCoordinatesFromUserInput("42-24-46-64")
actualValue = interface.matchMultipleCoordinatesToMoves(listOfMoves,
coordinates,
gooseP)
self.assertEqual(len(actualValue), 1)
def test_matchMultipleCoordinatesToMoves_fox_ambiguous_short(self):
""" Test for single result from multiple coordinates """
aiObject = ai.AI()
gooseP = False
listOfMoves = aiObject.getAllMovesForPlayer(self.looped_capture,
gooseP)
coordinates = interface.getCoordinatesFromUserInput("42-64")
actualValue = interface.matchMultipleCoordinatesToMoves(listOfMoves,
coordinates,
gooseP)
for item in actualValue:
item.pretty_print_board()
self.assertEqual(len(actualValue), 1)
def test_getCoordinatesFromUserInput_bad_short(self):
""" Parse a short bad input string """
actualValue = interface.getCoordinatesFromUserInput('3')
self.assertEqual(len(actualValue), 0)
def test_getCoordinatesFromUserInput_very_long(self):
""" Get coordinates from a long input without extra notation """
actualValue = interface.getCoordinatesFromUserInput("42-24-46-64")
self.assertEqual(len(actualValue), 4)
def test_getCoordinatesFromUserInput_very_long(self):
""" Get coordinates from a long input without extra notation """
actualValue = interface.getCoordinatesFromUserInput("42-24-46-64")
self.assertEqual(len(actualValue), 4)
def test_getCoordinatesFromUserInput_bad_short(self):
""" Parse a short bad input string """
actualValue = interface.getCoordinatesFromUserInput('3')
self.assertEqual(len(actualValue), 0)
def test_getCoordinatesFromUserInput_bad_long(self):
""" Parse a long bad input string """
actualValue = interface.getCoordinatesFromUserInput('345t')
self.assertEqual(len(actualValue), 0)
def test_getCoordinatesFromUserInput_good_with_comma(self):
""" Get coordinates from good input with comma """
actualValue = interface.getCoordinatesFromUserInput('8,6')[0]
expectedValue = coordinate.Coordinate(8, 6)
self.assertCoordinatesMatch(actualValue, expectedValue)
def test_getCoordinatesFromUserInput_bad_long(self):
""" Parse a long bad input string """
actualValue = interface.getCoordinatesFromUserInput('345t')
self.assertEqual(len(actualValue), 0)
def test_getCoordinatesFromUserInput_outside_long(self):
""" Parse an input string outside the board """
actualValue = interface.getCoordinatesFromUserInput('3459')
self.assertEqual(len(actualValue), 0)
def test_getCoordinatesFromUserInput_outside_long(self):
""" Parse an input string outside the board """
actualValue = interface.getCoordinatesFromUserInput('3459')
self.assertEqual(len(actualValue), 0)
def test_getCoordinatesFromUserInput_good(self):
""" Get coordinates from good input """
actualValue = interface.getCoordinatesFromUserInput('33')[0]
expectedValue = coordinate.Coordinate(3, 3)
self.assertCoordinatesMatch(actualValue, expectedValue)
