def printGameSummary(filepath, arguments):
summary = sc2reader.load_game_summary(filepath)
if arguments.map:
print(" Map: {0}".format(summary.map_name))
if arguments.length:
print(" Length: {0} minutes".format(summary.game_length))
if arguments.date:
print(" Date: {0}".format(summary.start_time))
if arguments.teams:
lineups = [team.lineup for team in summary.teams]
print(" Teams: {0}".format("v".join(lineups)))
for team in summary.teams:
print(" Team {0}\t{1}".format(team.number, team.players[0]))
for player in team.players[1:]:
print(" \t{0}".format(player))
if arguments.builds:
for player in summary.players:
print("\n== {0} ==\n".format(player))
for order in summary.build_orders[player.pid]:
msg = " {0:0>2}:{1:0>2} {2:<35} {3:0>2}/{4}"
print(
msg.format(order.time / 60, order.time % 60, order.order,
order.supply, order.total_supply))
print("")
def test_another_HotS_s2gs():
summary = sc2reader.load_game_summary("test_s2gs/hots2.s2gs")
assert summary.players[0].enemies_destroyed == 14575
assert summary.players[0].time_supply_capped == 50
assert summary.players[0].idle_production_time == 4438
assert summary.players[0].resources_spent == 25450
assert summary.players[0].apm == 204
assert summary.players[0].workers_active_graph.as_points()[8][1] == 25
assert summary.players[0].upgrade_spending_graph.as_points()[8][1] == 300
assert summary.expansion == 'HotS'
def test_another_HotS_s2gs():
summary = sc2reader.load_game_summary("test_s2gs/hots2.s2gs")
assert summary.players[0].enemies_destroyed == 14575
assert summary.players[0].time_supply_capped == 50
assert summary.players[0].idle_production_time == 4438
assert summary.players[0].resources_spent == 25450
assert summary.players[0].apm == 204
assert summary.players[0].workers_active_graph.as_points()[8][1] == 25
assert summary.players[0].upgrade_spending_graph.as_points()[8][1] == 300
assert summary.expansion == 'HotS'
def test_another_HotS_s2gs(self):
summary = sc2reader.load_game_summary("test_s2gs/hots2.s2gs")
self.assertEqual(summary.players[0].enemies_destroyed, 14575)
self.assertEqual(summary.players[0].time_supply_capped, 50)
self.assertEqual(summary.players[0].idle_production_time, 4438)
self.assertEqual(summary.players[0].resources_spent, 25450)
self.assertEqual(summary.players[0].apm, 204)
self.assertEqual(summary.players[0].workers_active_graph.as_points()[8][1], 25)
self.assertEqual(summary.players[0].upgrade_spending_graph.as_points()[8][1], 300)
self.assertEqual(summary.expansion, "HotS")
def printGameSummary(filepath, arguments):
summary = sc2reader.load_game_summary(filepath)
print "{0} minute {1} game played on {2}".format(summary.game_length, summary.real_type, summary.map_name)
for p in summary.players:
print("== {0} - {1}/{2} ==".format(p.play_race, p.region, p.bnetid if not p.is_ai else "AI"))
for order in summary.build_orders[p.pid]:
print(" {0:0>2}:{1:0>2} {2:<35} {3:0>2}/{4}".format(order.time / 60,
order.time % 60,
order.order,
order.supply,
order.total_supply))
print
def test_another_HotS_s2gs(self):
summary = sc2reader.load_game_summary("test_s2gs/hots2.s2gs")
self.assertEqual(summary.players[0].enemies_destroyed, 14575)
self.assertEqual(summary.players[0].time_supply_capped, 50)
self.assertEqual(summary.players[0].idle_production_time, 4438)
self.assertEqual(summary.players[0].resources_spent, 25450)
self.assertEqual(summary.players[0].apm, 204)
self.assertEqual(
summary.players[0].workers_active_graph.as_points()[8][1], 25)
self.assertEqual(
summary.players[0].upgrade_spending_graph.as_points()[8][1], 300)
self.assertEqual(summary.expansion, 'HotS')
def printGameSummary(filepath, arguments):
summary = sc2reader.load_game_summary(filepath)
print "{0} minute {1} game played on {2}".format(summary.game_length,
summary.real_type,
summary.map_name)
for p in summary.players:
print("== {0} - {1}/{2} ==".format(p.play_race, p.region,
p.bnetid if not p.is_ai else "AI"))
for order in summary.build_orders[p.pid]:
print(" {0:0>2}:{1:0>2} {2:<35} {3:0>2}/{4}".format(
order.time / 60, order.time % 60, order.order, order.supply,
order.total_supply))
print
def main():
global decisions
parser = argparse.ArgumentParser(description="Recursively parses replay files, inteded for debugging parse issues.")
parser.add_argument('folders', metavar='folder', type=str, nargs='+', help="Path to a folder")
args = parser.parse_args()
scripts_dir = os.path.dirname(os.path.abspath(__file__))
data_path = os.path.normpath(os.path.join(scripts_dir, '..', 'data', 'attributes.json'))
attributes = dict()
if os.path.exists(data_path):
with open(data_path, 'r') as data_file:
data = json.load(data_file)
attributes = data.get('attributes', attributes)
decisions = pickle.loads(data.get('decisions', '(dp0\n.'))
for folder in args.folders:
for path in sc2reader.utils.get_files(folder, extension='s2gs'):
try:
summary = sc2reader.load_game_summary(path)
for prop in summary.parts[0][5]:
group_key = prop[0][1]
group_name = summary.translations['enUS'][group_key]
attribute_values = dict()
if str(group_key) in attributes:
attribute_name, attribute_values = attributes[str(group_key)]
if attribute_name != group_name:
group_name = get_choice(group_key, attribute_name, group_name)
for value in prop[1]:
value_key = value[0].strip("\x00 ").replace(' v ', 'v')
value_name = summary.lang_sheets['enUS'][value[1][0][1]][value[1][0][2]]
if str(value_key) in attribute_values:
attribute_value_name = attribute_values[str(value_key)]
if value_name != attribute_value_name:
value_name = get_choice((group_key, value_key), attribute_value_name, value_name)
attribute_values[str(value_key)] = value_name
attributes["{0:0>4}".format(group_key)] = (group_name, attribute_values)
except Exception as e:
if isinstance(e, KeyboardInterrupt):
raise
else:
traceback.print_exc()
with open(data_path, 'w') as data_file:
data = dict(attributes=attributes, decisions=pickle.dumps(decisions))
json.dump(data, data_file, indent=2, sort_keys=True)
def main():
global decisions
parser = argparse.ArgumentParser(description="Recursively parses replay files, inteded for debugging parse issues.")
parser.add_argument('folders', metavar='folder', type=str, nargs='+', help="Path to a folder")
args = parser.parse_args()
scripts_dir = os.path.dirname(os.path.abspath(__file__))
data_path = os.path.normpath(os.path.join(scripts_dir,'..','data','attributes.json'))
attributes = dict()
if os.path.exists(data_path):
with open(data_path, 'r') as data_file:
data = json.load(data_file)
attributes = data.get('attributes', attributes)
decisions = pickle.loads(data.get('decisions', '(dp0\n.'))
for folder in args.folders:
for path in sc2reader.utils.get_files(folder,extension='s2gs'):
try:
summary = sc2reader.load_game_summary(path)
for prop in summary.parts[0][5]:
group_key = prop[0][1]
group_name = summary.translations['enUS'][group_key]
attribute_values = dict()
if str(group_key) in attributes:
attribute_name, attribute_values = attributes[str(group_key)]
if attribute_name != group_name:
group_name = get_choice(group_key, attribute_name, group_name)
for value in prop[1]:
value_key = value[0].strip("\x00 ").replace(' v ','v')
value_name = summary.lang_sheets['enUS'][value[1][0][1]][value[1][0][2]]
if str(value_key) in attribute_values:
attribute_value_name = attribute_values[str(value_key)]
if value_name != attribute_value_name:
value_name = get_choice((group_key, value_key), attribute_value_name, value_name)
attribute_values[str(value_key)] = value_name
attributes["{0:0>4}".format(group_key)] = (group_name, attribute_values)
except Exception as e:
if isinstance(e, KeyboardInterrupt):
raise
else:
traceback.print_exc()
with open(data_path,'w') as data_file:
data = dict(attributes=attributes,decisions=pickle.dumps(decisions))
json.dump(data, data_file, indent=2, sort_keys=True)
def printGameSummary(filepath, arguments):
summary = sc2reader.load_game_summary(filepath)
if arguments.map:
print(" Map: {0}".format(summary.map_name))
if arguments.length:
print(" Length: {0} minutes".format(summary.game_length))
if arguments.date:
print(" Date: {0}".format(summary.start_time))
if arguments.teams:
lineups = [team.lineup for team in summary.teams]
print(" Teams: {0}".format("v".join(lineups)))
for team in summary.teams:
print(" Team {0}\t{1}".format(team.number, team.players[0]))
for player in team.players[1:]:
print(" \t{0}".format(player))
if arguments.builds:
for player in summary.players:
print("\n== {0} ==\n".format(player))
for order in summary.build_orders[player.pid]:
msg = " {0:0>2}:{1:0>2} {2:<35} {3:0>2}/{4}"
print(msg.format(order.time / 60, order.time % 60, order.order, order.supply, order.total_supply))
print("")
import sc2reader
hots_hashes = open('/tmp/hotshash.txt','rb')
byend = {}
for hots_hash in hots_hashes:
url = "http://xx.depot.battle.net:1119/{}.s2gs".format(hots_hash.strip())
print "Getting {}".format(url)
summary = sc2reader.load_game_summary(url)
byend[summary.end_time] = hots_hash
latest_hash = byend[sorted(byend.keys())[-1]]
print latest_hash
def test_a_WoL_s2gs(self):
summary = sc2reader.load_game_summary("test_s2gs/s2gs1.s2gs")
self.assertEqual(summary.players[0].resource_collection_rate, 1276)
self.assertEqual(summary.players[0].build_order[0].order, 'Probe')
self.assertEqual(summary.expansion, 'WoL')
def test_a_HotS_s2gs():
summary = sc2reader.load_game_summary("test_s2gs/hots1.s2gs")
assert summary.players[0].resource_collection_rate == 1599
assert summary.players[0].build_order[0].order == 'SCV'
assert summary.expansion == 'HotS'
def test_a_WoL_s2gs():
summary = sc2reader.load_game_summary("test_s2gs/s2gs1.s2gs")
assert summary.players[0].resource_collection_rate == 1276
assert summary.players[0].build_order[0].order == 'Probe'
assert summary.expansion == 'WoL'
def test_a_HotS_s2gs(self):
summary = sc2reader.load_game_summary("test_s2gs/hots1.s2gs")
self.assertEqual(summary.players[0].resource_collection_rate, 1599)
self.assertEqual(summary.players[0].build_order[0].order, 'SCV')
self.assertEqual(summary.expansion, 'HotS')
def test_a_HotS_s2gs():
summary = sc2reader.load_game_summary("test_s2gs/hots1.s2gs")
assert summary.players[0].resource_collection_rate == 1599
assert summary.players[0].build_order[0].order == 'SCV'
assert summary.expansion == 'HotS'
def test_a_WoL_s2gs():
summary = sc2reader.load_game_summary("test_s2gs/s2gs1.s2gs")
assert summary.players[0].resource_collection_rate == 1276
assert summary.players[0].build_order[0].order == 'Probe'
assert summary.expansion == 'WoL'
import sc2reader
hots_hashes = open('/tmp/hotshash.txt', 'rb')
byend = {}
for hots_hash in hots_hashes:
url = "http://xx.depot.battle.net:1119/{}.s2gs".format(hots_hash.strip())
print "Getting {}".format(url)
summary = sc2reader.load_game_summary(url)
byend[summary.end_time] = hots_hash
latest_hash = byend[sorted(byend.keys())[-1]]
print latest_hash
def test_a_WoL_s2gs(self):
summary = sc2reader.load_game_summary("test_s2gs/s2gs1.s2gs")
self.assertEqual(summary.players[0].resource_collection_rate, 1276)
self.assertEqual(summary.players[0].build_order[0].order, "Probe")
self.assertEqual(summary.expansion, "WoL")
def test_a_HotS_s2gs(self):
summary = sc2reader.load_game_summary("test_s2gs/hots1.s2gs")
self.assertEqual(summary.players[0].resource_collection_rate, 1599)
self.assertEqual(summary.players[0].build_order[0].order, "SCV")
self.assertEqual(summary.expansion, "HotS")
