def test_datetimes():
# Ignore seconds in comparisons, because they are off by one what is reported by Windows.
# This might be a little nuance worth investigating at some point.
# Played at 20 Feb 2011 22:44:48 UTC+2
replay = sc2reader.read("test_replays/build17811/1.SC2Replay")
assert replay.utc_date == datetime.datetime(2011, 2, 20, 20, 44, 47)
# Played at 21 Feb 2011 00:42:13 UTC+2
replay = sc2reader.read("test_replays/build17811/2.SC2Replay")
assert replay.utc_date == datetime.datetime(2011, 2, 20, 22, 42, 12)
# Played at 25 Feb 2011 16:36:28 UTC+2
replay = sc2reader.read("test_replays/build17811/3.SC2Replay")
assert replay.utc_date == datetime.datetime(2011, 2, 25, 14, 36, 26)
def test_datetimes():
# Ignore seconds in comparisons, because they are off by one what is reported by Windows.
# This might be a little nuance worth investigating at some point.
# Played at 20 Feb 2011 22:44:48 UTC+2
replay = sc2reader.read("test_replays/build17811/1.SC2Replay")
assert replay.utc_date == datetime.datetime(2011, 2, 20, 20, 44, 47)
# Played at 21 Feb 2011 00:42:13 UTC+2
replay = sc2reader.read("test_replays/build17811/2.SC2Replay")
assert replay.utc_date == datetime.datetime(2011, 2, 20, 22, 42, 12)
# Played at 25 Feb 2011 16:36:28 UTC+2
replay = sc2reader.read("test_replays/build17811/3.SC2Replay")
assert replay.utc_date == datetime.datetime(2011, 2, 25, 14, 36, 26)
def test_3v3():
replay = sc2reader.read("test_replays/build17811/3.SC2Replay")
assert replay.type == "3v3"
# Because it's a 3v3 and all of the members of Team 2 quit, we should know the winner.
assert replay.results[1] == "Won"
assert replay.results[2] == "Lost"
def test_16():
replay = sc2reader.read("test_replays/build17811/16.SC2Replay")
print replay.realm
print len(replay.players)
print replay.players[0].actual_race
print replay.players[1].actual_race
assert 1 == 0
def test_3v3():
replay = sc2reader.read("test_replays/build17811/3.SC2Replay")
assert replay.type == "3v3"
# Because it's a 3v3 and all of the members of Team 2 quit, we should know the winner.
assert replay.results[1] == "Won"
assert replay.results[2] == "Lost"
def test_16():
replay = sc2reader.read("test_replays/build17811/16.SC2Replay")
print replay.realm
print len(replay.players)
print replay.players[0].actual_race
print replay.players[1].actual_race
assert 1 == 0
def test_ffa():
replay = sc2reader.read("test_replays/build17811/8.SC2Replay")
assert replay.type == "FFA"
# Player 'Boom' won because the last building of the last player was destroyed,
# but the winner cannot be parsed because "Player has left" event isn't generated.
# Unknown result is the best we can do.
assert replay.winner_known == False
def test_ffa():
replay = sc2reader.read("test_replays/build17811/8.SC2Replay")
assert replay.type == "FFA"
# Player 'Boom' won because the last building of the last player was destroyed,
# but the winner cannot be parsed because "Player has left" event isn't generated.
# Unknown result is the best we can do.
assert replay.winner_known == False
def test_25():
replay = sc2reader.read("test_replays/build17811/25.SC2Replay")
print replay.realm
print len(replay.players)
print replay.players[0].actual_race
print replay.players[1].actual_race
print replay.players[0].choosen_race
print replay.players[1].choosen_race
print replay.players[0].name
print replay.players[1].name
assert 1 == 0
def test_25():
replay = sc2reader.read("test_replays/build17811/25.SC2Replay")
print replay.realm
print len(replay.players)
print replay.players[0].actual_race
print replay.players[1].actual_race
print replay.players[0].choosen_race
print replay.players[1].choosen_race
print replay.players[0].name
print replay.players[1].name
assert 1 == 0
def parse_replays():
# Run four times to dampen noise
for run in range(1,4):
file_list = []
rootdir = "test_replays/build17811/"
for root, sub_folders, files in os.walk(rootdir):
for file in files:
basename, extension = os.path.splitext(file)
if (basename not in skipnames and extension.lower() == ".sc2replay"):
file_list.append(os.path.join(root,file))
for file in file_list:
print file
replay = sc2reader.read(file)
def parse_replays():
# Run four times to dampen noise
for run in range(1, 4):
file_list = []
rootdir = "test_replays/build17811/"
for root, sub_folders, files in os.walk(rootdir):
for file in files:
basename, extension = os.path.splitext(file)
if (basename not in skipnames
and extension.lower() == ".sc2replay"):
file_list.append(os.path.join(root, file))
for file in file_list:
print file
replay = sc2reader.read(file)
def test_kr_realm_and_tampered_messages():
replay = sc2reader.read("test_replays/build17811/11.SC2Replay")
assert replay.person["명지대학교"].url == "http://kr.battle.net/sc2/en/profile/258945/1/명지대학교/"
assert replay.person["티에스엘사기수"].url == "http://kr.battle.net/sc2/en/profile/102472/1/티에스엘사기수/"
assert replay.messages[0].text == "sc2.replays.net"
assert replay.messages[5].text == "sc2.replays.net"
print replay.players[1].choosen_race
print replay.players[1].actual_race
print replay.players[0].choosen_race
print replay.players[0].actual_race
print replay.map
def test_two_player_game_without_winner():
replay = sc2reader.read("test_replays/build17811/23.SC2Replay")
print replay.realm
print len(replay.players)
print replay.players[0].actual_race
print replay.players[1].actual_race
print replay.players[0].choosen_race
print replay.players[1].choosen_race
print replay.players[0].name
print replay.players[1].name
print len(replay.actors)
print replay.players[0].result
print replay.players[1].result
print replay.actors[2].result
print replay.actors[3].result
assert replay.players[0].result == "Win" or replay.players[1].result == "Win"
def test_kr_realm_and_tampered_messages():
replay = sc2reader.read("test_replays/build17811/11.SC2Replay")
assert replay.person[
'명지대학교'].url == "http://kr.battle.net/sc2/en/profile/258945/1/명지대학교/"
assert replay.person[
'티에스엘사기수'].url == "http://kr.battle.net/sc2/en/profile/102472/1/티에스엘사기수/"
assert replay.messages[0].text == "sc2.replays.net"
assert replay.messages[5].text == "sc2.replays.net"
print replay.players[1].choosen_race
print replay.players[1].actual_race
print replay.players[0].choosen_race
print replay.players[0].actual_race
print replay.map
def test_two_player_game_without_winner():
replay = sc2reader.read("test_replays/build17811/23.SC2Replay")
print replay.realm
print len(replay.players)
print replay.players[0].actual_race
print replay.players[1].actual_race
print replay.players[0].choosen_race
print replay.players[1].choosen_race
print replay.players[0].name
print replay.players[1].name
print len(replay.actors)
print replay.players[0].result
print replay.players[1].result
print replay.actors[2].result
print replay.actors[3].result
assert replay.players[0].result == 'Win' or replay.players[
1].result == 'Win'
def show_replay(replay_id):
"""docstring for show_replay"""
# load the replay file
path = os.path.join(UPLOAD_FOLDER, replay_id)
replays = sc2reader.read(path, load_level=4)
replay = replays[0]
players = list()
winners = list()
for team in replay.teams:
for person in team:
players.append(person)
if person.result == "Win":
winners.append(person)
return render_template("replayview.html", winners=winners, matchlength=replay.length, players=players)
def test_random_player2():
replay = sc2reader.read("test_replays/build17811/6.SC2Replay")
permafrost = replay.person["Permafrost"]
assert permafrost.choosen_race == "Random"
assert permafrost.actual_race == "Protoss"
def test_empty():
# Todo: Are we happy with it raising a ValueError? Should it be rather ParseError or something else?
# Maybe a "production" mode would be nice to have, so that it simply returns a status of the parse without
# raising an exception.
with pytest.raises(ValueError):
sc2reader.read("test_replays/corrupted/empty.SC2Replay")
def test_random_player():
replay = sc2reader.read("test_replays/build17811/3.SC2Replay")
gogeta = replay.person["Gogeta"]
assert gogeta.choosen_race == "Random"
assert gogeta.actual_race == "Terran"
import sys, sc2reader sc2reader.read(sys.argv[1])
def test_unknown_winner():
replay = sc2reader.read("test_replays/build17811/10.SC2Replay")
# Recording player (Boom) left second in a 4v4, so the winner shouldn't be known
assert replay.winner_known == False
def test_referee():
replay = sc2reader.read("test_replays/build17811/14.SC2Replay")
def test_encrypted():
replay = sc2reader.read("test_replays/build17811/4.SC2Replay")
def test_observers():
replay = sc2reader.read("test_replays/build17811/13.SC2Replay")
def test_random_player2():
replay = sc2reader.read("test_replays/build17811/6.SC2Replay")
permafrost = replay.person["Permafrost"]
assert permafrost.choosen_race == "Random"
assert permafrost.actual_race == "Protoss"
def parse_replays():
# Run four times to dampen noise
for run in range(1, 4):
sc2reader.read("test_replays/1.3.0.18092", verbose=True)
def test_empty():
# Todo: Are we happy with it raising a ValueError? Should it be rather ParseError or something else?
# Maybe a "production" mode would be nice to have, so that it simply returns a status of the parse without
# raising an exception.
with pytest.raises(ValueError):
sc2reader.read("test_replays/corrupted/empty.SC2Replay")
def test_private_category():
replay = sc2reader.read("test_replays/build17811/2.SC2Replay")
assert replay.is_private == True
assert replay.is_ladder == False
def test_unknown_winner():
replay = sc2reader.read("test_replays/build17811/10.SC2Replay")
# Recording player (Boom) left second in a 4v4, so the winner shouldn't be known
assert replay.winner_known == False
def test_observers():
replay = sc2reader.read("test_replays/build17811/13.SC2Replay")
def test_us_realm():
replay = sc2reader.read("test_replays/build17811/5.SC2Replay")
assert replay.person["ShadesofGray"].url == "http://us.battle.net/sc2/en/profile/2358439/1/ShadesofGray/"
assert replay.person["reddawn"].url == "http://us.battle.net/sc2/en/profile/2198663/1/reddawn/"
def test_2v2():
replay = sc2reader.read("test_replays/build17811/7.SC2Replay")
assert replay.type == "2v2"
def test_us_realm():
replay = sc2reader.read("test_replays/build17811/5.SC2Replay")
assert replay.person[
'ShadesofGray'].url == "http://us.battle.net/sc2/en/profile/2358439/1/ShadesofGray/"
assert replay.person[
'reddawn'].url == "http://us.battle.net/sc2/en/profile/2198663/1/reddawn/"
def test_4v4():
replay = sc2reader.read("test_replays/build17811/9.SC2Replay")
assert replay.type == "4v4"
def test_encrypted():
replay = sc2reader.read("test_replays/build17811/4.SC2Replay")
def test_referee():
replay = sc2reader.read("test_replays/build17811/14.SC2Replay")
def test_private_category():
replay = sc2reader.read("test_replays/build17811/2.SC2Replay")
assert replay.is_private == True
assert replay.is_ladder == False
def test_random_player():
replay = sc2reader.read("test_replays/build17811/3.SC2Replay")
gogeta = replay.person['Gogeta']
assert gogeta.choosen_race == "Random"
assert gogeta.actual_race == "Terran"
def test_standard_1v1():
replay = sc2reader.read("test_replays/build17811/1.SC2Replay")
assert replay.length == (32, 47)
assert replay.map == "Lost Temple"
assert replay.build == 17811
assert replay.release_string == "1.2.2.17811"
assert replay.speed == "Faster"
assert replay.type == "1v1"
assert replay.is_ladder == True
assert replay.is_private == False
assert len(replay.players) == 2
assert replay.person[1].name == "Emperor"
assert replay.person[2].name == "Boom"
emperor = replay.person["Emperor"]
assert emperor.team == 1
assert emperor.choosen_race == "Protoss"
assert emperor.actual_race == "Protoss"
assert emperor.recorder == False
boom = replay.person["Boom"]
assert boom.team == 2
assert boom.choosen_race == "Terran"
assert boom.actual_race == "Terran"
assert boom.recorder == True
for player in replay.players:
assert player.type == "Human"
# Because it is a 1v1 and the recording player quit, we should know the winner.
assert emperor.result == "Won"
assert boom.result == "Lost"
assert emperor.url == "http://eu.battle.net/sc2/en/profile/520049/1/Emperor/"
assert boom.url == "http://eu.battle.net/sc2/en/profile/1694745/1/Boom/"
assert len(replay.messages) == 12
assert replay.messages[0].text == "hf"
assert replay.messages[0].sender.name == "Emperor"
assert replay.messages[1].text == "HEYA"
assert replay.messages[1].sender.name == "Boom"
assert replay.messages[2].text == "gl hf"
assert replay.messages[2].sender.name == "Boom"
assert replay.messages[3].text == "sry for caps"
assert replay.messages[3].sender.name == "Boom"
assert replay.messages[4].text == "^^"
assert replay.messages[4].sender.name == "Emperor"
assert replay.messages[5].text == "noppe"
assert replay.messages[5].sender.name == "Emperor"
assert replay.messages[6].text == "you greedy bastard"
assert replay.messages[6].sender.name == "Boom"
assert replay.messages[7].text == "ggg"
assert replay.messages[7].sender.name == "Boom"
assert replay.messages[8].text == "WG"
assert replay.messages[8].sender.name == "Emperor"
assert replay.messages[9].text == "wg? :)"
assert replay.messages[9].sender.name == "Boom"
assert replay.messages[10].text == "wipe"
assert replay.messages[10].sender.name == "Emperor"
assert replay.messages[11].text == "huh?"
assert replay.messages[11].sender.name == "Boom"
for msg in replay.messages:
assert msg.sent_to_all == True
def parse_replays():
# Run four times to dampen noise
for run in range(1,4):
sc2reader.read("test_replays/1.3.0.18092",verbose=True)
def test_standard_1v1():
replay = sc2reader.read("test_replays/build17811/1.SC2Replay")
assert replay.length == (32, 47)
assert replay.map == "Lost Temple"
assert replay.build == 17811
assert replay.release_string == "1.2.2.17811"
assert replay.speed == "Faster"
assert replay.type == "1v1"
assert replay.is_ladder == True
assert replay.is_private == False
assert len(replay.players) == 2
assert replay.person[1].name == "Emperor"
assert replay.person[2].name == "Boom"
emperor = replay.person['Emperor']
assert emperor.team == 1
assert emperor.choosen_race == "Protoss"
assert emperor.actual_race == "Protoss"
assert emperor.recorder == False
boom = replay.person['Boom']
assert boom.team == 2
assert boom.choosen_race == "Terran"
assert boom.actual_race == "Terran"
assert boom.recorder == True
for player in replay.players:
assert player.type == "Human"
# Because it is a 1v1 and the recording player quit, we should know the winner.
assert emperor.result == "Won"
assert boom.result == "Lost"
assert emperor.url == "http://eu.battle.net/sc2/en/profile/520049/1/Emperor/"
assert boom.url == "http://eu.battle.net/sc2/en/profile/1694745/1/Boom/"
assert len(replay.messages) == 12
assert replay.messages[0].text == "hf"
assert replay.messages[0].sender.name == "Emperor"
assert replay.messages[1].text == "HEYA"
assert replay.messages[1].sender.name == "Boom"
assert replay.messages[2].text == "gl hf"
assert replay.messages[2].sender.name == "Boom"
assert replay.messages[3].text == "sry for caps"
assert replay.messages[3].sender.name == "Boom"
assert replay.messages[4].text == "^^"
assert replay.messages[4].sender.name == "Emperor"
assert replay.messages[5].text == "noppe"
assert replay.messages[5].sender.name == "Emperor"
assert replay.messages[6].text == "you greedy bastard"
assert replay.messages[6].sender.name == "Boom"
assert replay.messages[7].text == "ggg"
assert replay.messages[7].sender.name == "Boom"
assert replay.messages[8].text == "WG"
assert replay.messages[8].sender.name == "Emperor"
assert replay.messages[9].text == "wg? :)"
assert replay.messages[9].sender.name == "Boom"
assert replay.messages[10].text == "wipe"
assert replay.messages[10].sender.name == "Emperor"
assert replay.messages[11].text == "huh?"
assert replay.messages[11].sender.name == "Boom"
for msg in replay.messages:
assert msg.sent_to_all == True
def test_4v4():
replay = sc2reader.read("test_replays/build17811/9.SC2Replay")
assert replay.type == "4v4"
def test_2v2():
replay = sc2reader.read("test_replays/build17811/7.SC2Replay")
assert replay.type == "2v2"
import sys, sc2reader sc2reader.read(sys.argv[1])
