def test_interpret_random(self):
sample_coordinates = [(float(random.randint(-900, 900)) / 10.0,
float(random.randint(0, 3599)) / 10.0)
for i in range(100)]
for set_of_sample_coordinates in sample_coordinates:
self.assertEqual(
interpret("%f,%f" % set_of_sample_coordinates),
Coordinates(set_of_sample_coordinates[0],
set_of_sample_coordinates[1]))
def test_interpret_valid(self):
for coordinates_set in VALID_COORDINATE_SAMPLES:
try:
with self.subTest(coordinates_set=coordinates_set):
try:
self.assertEqual(
interpret(coordinates_set[0]), Coordinates(coordinates_set[1][0], coordinates_set[1][1])
)
except CoordinateInterpretationError:
self.fail("Raised CoordinateInterpretationError for test set {}".format(coordinates_set))
except AttributeError:
""" .subTest() exists since Python 3.4 """
try:
self.assertEqual(
interpret(coordinates_set[0]), Coordinates(coordinates_set[1][0], coordinates_set[1][1])
)
except CoordinateInterpretationError:
self.fail("Raised CoordinateInterpretationError for test set {}".format(coordinates_set))
def test_interpret_random(self):
sample_coordinates = [
(float(random.randint(-900, 900)) / 10.0, float(random.randint(0, 3599)) / 10.0) for i in range(100)
]
for set_of_sample_coordinates in sample_coordinates:
self.assertEqual(
interpret("%f,%f" % set_of_sample_coordinates),
Coordinates(set_of_sample_coordinates[0], set_of_sample_coordinates[1]),
)
def test_interpret_valid(self):
for coordinates_set in VALID_COORDINATE_SAMPLES:
try:
with self.subTest(coordinates_set=coordinates_set):
try:
self.assertEqual(
interpret(coordinates_set[0]),
Coordinates(coordinates_set[1][0],
coordinates_set[1][1]))
except CoordinateInterpretationError:
self.fail(
"Raised CoordinateInterpretationError for test set {}"
.format(coordinates_set))
except AttributeError:
""" .subTest() exists since Python 3.4 """
try:
self.assertEqual(
interpret(coordinates_set[0]),
Coordinates(coordinates_set[1][0],
coordinates_set[1][1]))
except CoordinateInterpretationError:
self.fail(
"Raised CoordinateInterpretationError for test set {}".
format(coordinates_set))
def main():
try:
while True:
try:
inp = raw_input("Enter Coordinates: ")
except:
inp = input("Enter Coordinates: ")
try:
coordinates = interpret(inp)
except CoordinateInterpretationError:
print("Sorry, I could not interpret your input.")
continue
print(coordinates)
except (EOFError, KeyboardInterrupt):
#print("\n[Ctrl]-[c] pressed. Exiting...")
print("")
pass
def main():
try:
while True:
try:
inp = raw_input("Enter Coordinates: ")
except:
inp = input("Enter Coordinates: ")
try:
coordinates = interpret(inp)
except CoordinateInterpretationError:
print("Sorry, I could not interpret your input.")
continue
print(coordinates)
except (EOFError, KeyboardInterrupt):
#print("\n[Ctrl]-[c] pressed. Exiting...")
print("")
pass
def test_interpret(self):
self.assertEqual(interpret("11,10"), Coordinates(11, 10))
def test_interpret(self):
self.assertEqual(interpret("11,10"), Coordinates(11, 10))
