def test_canLogin(self): data = dict(username = config.username, password = config.password) resp = util.makeIDERequest(util.loginEndPoint, data) util.assertEqual(resp['display-name'], config.username, "Got the wrong display name") token = util.getCurrentToken() util.assertIsNotNone(token, "No token stored from server response")
def testSub(self): p1 = Point(5,5) p2 = Point(3,4) v = p1 - p2 self.assertIsInstance(v, Vector) util.assertEqual(Vector(2, 1), v)
def test_canLogin(self):
data = dict(username=config.username, password=config.password)
resp = util.makeIDERequest(util.loginEndPoint, data)
util.assertEqual(resp['display-name'], config.username,
"Got the wrong display name")
token = util.getCurrentToken()
util.assertIsNotNone(token, "No token stored from server response")
def testEndLocation2(self):
# TODO: expose these?
r = self._robot
r._speed = 0.1
r._updateDelay = 0.1
r._moveDuration = 1
r.move_towards(Point(10, 0))
l = r.location
# Round to something sensible
l = Point(round(l.x, 5), round(l.y, 5))
# Moved at 0.1 m/s for 1s
util.assertEqual(Point(0.1, 0), l)
def geturl():
f = open('urlTest.txt','r')
urls = f.readlines()
f.close()
for i in range(0,len(urls)):
test_url = urls[i].strip().split(',')
hostname = urlparse(test_url[0]).netloc
path = urlparse(test_url[0]).path + '?' + urlparse(test_url[0]).query
res = util.fetch(hostname, path)
if not(util.assertEqual(res.status, int(test_url[1]))):
# util.reportEmail('http status error:' + status)
print 'failed', test_url[0]
else:
print 'success', test_url[0]
def test_dsq_tie(self):
points = scores.calc_league_points(tie2_pos, tie2_dsq)
util.assertEqual(tie2_points, points, "Wrong points")
def test_simple(self): pos = scores.calc_positions(simple_data, []) util.assertEqual(simple_pos, pos, "Wrong positions")
def testSub(self):
p = Point(5,5)
p2 = p - self._v
# self.assertIsInstance(p2, Point)
util.assertEqual(Point(2, 1), p2)
def testMultiply(self):
v = 2 * self._v
util.assertEqual(self._dbl, v)
def testMod(self):
modv = abs(self._v)
util.assertEqual(5, modv)
def test_dsq_tie(self): points = scores.calc_league_points(tie2_pos, tie2_dsq) util.assertEqual(tie2_points, points, "Wrong points")
def testCorner2(self):
p = self._arena.corner_location(2)
util.assertEqual(Point(8, 8), p)
def test_simple(self): points = scores.calc_league_points(simple_pos, []) util.assertEqual(simple_points, points, "Wrong points")
def test_tie(self): points = scores.calc_league_points(tie1_pos, []) util.assertEqual(tie1_points, points, "Wrong points")
def test_dsq_tie(self): pos = scores.calc_positions(tie2_data, tie2_dsq) util.assertEqual(tie2_pos, pos, "Wrong positions")
def test_dsq(self): pos = scores.calc_positions(dsq_data, dsq_dsq) util.assertEqual(dsq_pos, pos, "Wrong positions")
def test_tie(self): pos = scores.calc_positions(tie1_data, []) util.assertEqual(tie1_pos, pos, "Wrong positions")
def testCorner0(self):
p = self._arena.corner_location(0)
util.assertEqual(Point(0, 0), p)
def test_simple(self):
pos = scores.calc_positions(simple_data, [])
util.assertEqual(simple_pos, pos, "Wrong positions")
def testCorner1(self):
p = self._arena.corner_location(1)
util.assertEqual(Point(0, 8), p)
def test_tie(self):
pos = scores.calc_positions(tie1_data, [])
util.assertEqual(tie1_pos, pos, "Wrong positions")
def testCorner3(self):
p = self._arena.corner_location(3)
util.assertEqual(Point(8, 0), p)
def test_dsq(self):
pos = scores.calc_positions(dsq_data, dsq_dsq)
util.assertEqual(dsq_pos, pos, "Wrong positions")
def test_midpoint2(self):
exp = Point(2, 2)
mid = midpoint(self._a, self._b)
util.assertEqual(exp, mid)
def test_midpoint(self):
exp = Point(0, 0)
mid = midpoint(self._a, self._c)
util.assertEqual(exp, mid)
def testRMultiply(self):
v = self._v * 2
util.assertEqual(self._dbl, v)
def test_simple(self):
points = scores.calc_league_points(simple_pos, [])
util.assertEqual(simple_points, points, "Wrong points")
def testRDiv(self):
v = self._v / 2
util.assertEqual(self._hlf, v)
def test_tie(self):
points = scores.calc_league_points(tie1_pos, [])
util.assertEqual(tie1_points, points, "Wrong points")
def test_dsq_tie(self):
pos = scores.calc_positions(tie2_data, tie2_dsq)
util.assertEqual(tie2_pos, pos, "Wrong positions")
def test_length_beyond(self):
exp = Vector(0, 8)
actual = length_towards(8, self._a)
actual = Vector(round(actual.x, 5), round(actual.y, 5))
util.assertEqual(exp, actual)
