def setUpClass(cls):
super().setUpClass()
cls.user = User(
2757689,
"1-2") # toy, #1=sidetracked day, #2=View of The River Styx
cls.user1 = User(2757689, "1-2", cache=False)
cls.user2 = User(2757689, "1-2", mods=Mod.HT)
cls.user3 = User(2757689, "1")
cls.map = Map(
1754777, "1-4") #sidetracked day: umbre, karthy, -duckleader-, toy
cls.map1 = Map(1754777, "1-4", cache=False)
cls.map2 = Map(1754777, "1-4", mods=Mod.HD)
cls.map3 = Map(1754777, "1-2")
cls.r = ReplayMap(1754777, 2766034) # umbre +HDHR on sidetracked day
cls.r1 = ReplayMap(1754777, 2766034, cache=True)
cls.r2 = ReplayMap(1754777, 2766034, mods=Mod.NF)
cls.r3 = ReplayPath(RES / "legit" / "legit-1.osr")
cls.r4 = ReplayPath(RES / "legit" / "legit-1.osr", cache=True)
cls.r5 = ReplayPath(RES / "stolen_replay1.osr")
cls.cg.load_info(cls.user)
cls.cg.load_info(cls.user1)
cls.cg.load_info(cls.user2)
cls.cg.load_info(cls.map)
cls.cg.load_info(cls.map1)
cls.cg.load_info(cls.map2)
def url_scheme_called(self, url):
from circleguard import ReplayMap, Circleguard, Mod
# url is bytes, so decode back to str
url = url.decode()
# windows appends an extra slash even if the original url didn't have
# it, so remove it
url = url.strip("/")
# all urls can have any of the following parameters:
# * m - the map id
# * u - the first user's id
# * u2 - the second user's id
# * t - the timestamp to start at
# * m1 - the mods the first replay was played with
# * m2 - the mods the second replay was played with
# For example, a url might look like
# circleguard://m=221777&u=2757689&m1=HDHRu2=3219026&m2=HDHR
map_id = int(re.compile(r"m=(.*?)(&|$)").search(url).group(1))
user_id = int(re.compile(r"u=(.*?)(&|$)").search(url).group(1))
timestamp_match = re.compile(r"t=(.*?)(&|$)").search(url)
# start at the beginning if timestamp isn't specified
timestamp = int(timestamp_match.group(1)) if timestamp_match else 0
# mods is optional, will take the user's highest play on the map if not
# specified
mods1_match = re.compile(r"m1=(.*?)(&|$)").search(url)
mods1 = None
if mods1_match:
mods1 = mods1_match.group(1)
user_id_2_match = re.compile(r"u2=(.*?)(&|$)").search(url)
user_id_2 = None
if user_id_2_match:
user_id_2 = int(user_id_2_match.group(1))
mods2_match = re.compile(r"m2=(.*?)(&|$)").search(url)
mods2 = None
if mods2_match:
mods2 = mods2_match.group(1)
# convert the string into an actual mods object if we received it
mods1 = Mod(mods1) if mods1 else None
r = ReplayMap(map_id, user_id, mods1)
cg = Circleguard(get_setting("api_key"))
cg.load(r)
replays = [r]
if user_id_2:
mods2 = Mod(mods2) if mods2 else None
r2 = ReplayMap(map_id, user_id_2, mods2)
cg.load(r2)
replays.append(r2)
# open visualizer for the given map and user, and jump to the timestamp
result = URLAnalysisResult(replays, timestamp)
self.cg_classic.main_tab.url_analysis_q.put(result)
def test_snaps_only_on_hitobjs(self):
r = ReplayMap(221777, 39828)
snaps = self.cg.snaps(r, only_on_hitobjs=False)
self.assertEqual(len(snaps), 6)
# beginning
self.assertEqual(snaps[0].time, 3410)
self.assertAlmostEqual(snaps[0].angle, 0.19259, delta=DELTA)
self.assertAlmostEqual(snaps[0].distance, 44.61642, delta=DELTA)
# middle
self.assertEqual(snaps[2].time, 19622)
self.assertAlmostEqual(snaps[2].angle, 1.87673, delta=DELTA)
self.assertAlmostEqual(snaps[2].distance, 76.04480, delta=DELTA)
# end
self.assertEqual(snaps[5].time, 68833)
self.assertAlmostEqual(snaps[5].angle, 4.39870, delta=DELTA)
self.assertAlmostEqual(snaps[5].distance, 8.14900, delta=DELTA)
snaps = self.cg.snaps(r, only_on_hitobjs=True)
self.assertEqual(len(snaps), 2)
self.assertEqual(snaps[0].time, 68822)
self.assertAlmostEqual(snaps[0].angle, 3.92694, delta=DELTA)
self.assertAlmostEqual(snaps[0].distance, 8.14900, delta=DELTA)
self.assertEqual(snaps[1].time, 68833)
self.assertAlmostEqual(snaps[1].angle, 4.39870, delta=DELTA)
self.assertAlmostEqual(snaps[1].distance, 8.14900, delta=DELTA)
def test_snaps_only_on_hitobjs_accounts_for_time(self):
# checking that a frame that's in the radius of the nearest hitobj,
# but isn't within the hitobj's hitwindow and so can't hit the note,
# is not counted as a snap.
# This replay previously had 1 snap in it. See
# https://github.com/circleguard/circleguard/issues/123
r = ReplayMap(2769844, 448316, mods=Mod.HDHR)
snaps = self.cg.snaps(r)
self.assertEqual(len(snaps), 0)
def test_loading_other_loadables(self):
r = ReplayMap(221777, 2757689)
m = Map(221777, "1")
u = User(12092800, "1")
mu = MapUser(221777, 12092800, "1")
self.assertRaises(ValueError, lambda: self.kcg.load(r))
self.assertRaises(ValueError, lambda: self.kcg.load(m))
self.assertRaises(ValueError, lambda: self.kcg.load_info(m))
self.assertRaises(ValueError, lambda: self.kcg.load(u))
self.assertRaises(ValueError, lambda: self.kcg.load_info(u))
self.assertRaises(ValueError, lambda: self.kcg.load(mu))
self.assertRaises(ValueError, lambda: self.kcg.load_info(mu))
def test_loading_replaymap(self):
# Toy HDHR score on Pretender
r = ReplayMap(221777, 2757689)
self.assertFalse(r.loaded, "Loaded status was not correct")
self.cg.load(r)
self.assertEqual(r.map_id, 221777, "Map id was not correct")
self.assertEqual(r.user_id, 2757689, "Map id was not correct")
self.assertEqual(r.mods, Mod.HD + Mod.HR, "Mods was not correct")
self.assertEqual(r.replay_id, 2832574010, "Replay is was not correct")
self.assertEqual(r.weight, RatelimitWeight.HEAVY,
"RatelimitWeight was not correct")
self.assertEqual(r.username, "Toy", "Username was not correct")
self.assertTrue(r.loaded, "Loaded status was not correct")
def test_loading_replaymap(self):
# Toy HDHR score on Pretender
r = ReplayMap(221777, 2757689)
self.assertFalse(r.loaded)
self.cg.load(r)
self.assertEqual(r.map_id, 221777)
self.assertEqual(r.user_id, 2757689)
self.assertEqual(r.mods, Mod.HD + Mod.HR)
self.assertEqual(r.replay_id, 2832574010)
self.assertEqual(r.weight, RatelimitWeight.HEAVY)
self.assertEqual(r.username, "Toy")
self.assertTrue(r.loaded)
self.assertEqual(r.count_300, 1449)
self.assertEqual(r.count_100, 1)
self.assertEqual(r.count_50, 0)
self.assertEqual(r.count_geki, 339)
self.assertEqual(r.count_katu, 1)
self.assertEqual(r.count_miss, 0)
self.assertEqual(r.score, 89927731)
self.assertEqual(r.max_combo, 2388)
self.assertTrue(r.is_perfect_combo)
self.assertEqual(r.timestamp, datetime(2019, 6, 19, 3, 22, 44))
def test_no_replay_raises(self):
# contrary to loading a Map, where we don't want to raise if the map
# exists but no scores with the given mod combo exists, we do want to
# raise if a replay is not available.
r = ReplayMap(234378, 13947937)
self.assertRaises(NoInfoAvailableException, lambda: self.cg.load(r))
def setUpClass(cls):
# don't use cache for this test, it changes xy values slightly
super().setUpClass(use_cache=False)
cls.replay1 = ReplayMap(221777, 2757689)
