def startup(self):
"""
Called after the parser is created before run().
"""
AbstractParser.startup(self)
self.clients.newClient('Server', guid='Server', name='Server', hide=True, pbid='Server', team=b3.TEAM_UNKNOWN, squad=None)
self.verbose('Gametype: %s, Map: %s' % (self.game.gameType, self.game.mapName))
def startup(self):
AbstractParser.startup(self)
# create the 'Server' client
self.clients.newClient('Server', guid='Server', name='Server', hide=True, pbid='Server', team=b3.TEAM_UNKNOWN, squad=None)
self.verbose('GameType: %s, Map: %s' %(self.game.gameType, self.game.mapName))
def startup(self):
AbstractParser.startup(self)
# create the 'Server' client
self.clients.newClient('Server', guid='Server', name='Server', hide=True, pbid='Server', team=b3.TEAM_UNKNOWN, squad=None)
self.verbose('GameType: %s, Map: %s' %(self.game.gameType, self.game.mapName))
def startup(self):
"""
Called after the parser is created before run().
"""
AbstractParser.startup(self)
self.clients.newClient('Server', guid='Server', name='Server', hide=True, pbid='Server', team=b3.TEAM_UNKNOWN, squad=None)
self.verbose('Gametype: %s, Map: %s' % (self.game.gameType, self.game.mapName))
class Write_controlled_TestCase(AbstractParser_TestCase):
"""
Test case that controls replies given by the parser write method as follow :
## mapList.list
Responds with the maps found on class properties 'maps'.
Response contains 5 maps at most ; to get other maps, you have to use the 'StartOffset' command parameter that appears
from BF3 R12 release.
## mapList.getMapIndices
Responds with the value of the class property 'map_indices'.
## getEasyName
Responds with whatever argument was passed to it.
## getGameMode
Responds with whatever argument was passed to it.
"""
maps = (
('MP_001 ', 'ConquestLarge0', '2'),
('MP_002 ', 'Rush0', '2'),
('MP_003 ', 'ConquestLarge0', '2'),
)
map_indices = [1, 2]
def setUp(self):
self.conf = XmlConfigParser()
self.conf.loadFromString("""
<configuration>
</configuration>
""")
self.parser = AbstractParser(self.conf)
self.parser.startup()
# simulate responses we can expect from the rcon command mapList.list
def write(data):
if type(data) in (tuple, list):
if data[0].lower() == 'maplist.list':
offset = 0
if len(data) > 1:
try:
offset = int(data[1])
except ValueError:
raise CommandFailedError(['InvalidArguments'])
# simulate that the Frostbite2 server responds with 5 maps at most for the mapList.list command
maps_to_send = self.__class__.maps[offset:offset + 5]
return [len(maps_to_send), 3] + list(
reduce(tuple.__add__, maps_to_send, tuple()))
elif data[0].lower() == 'maplist.getmapindices':
return self.__class__.map_indices
return []
self.parser.write = Mock(side_effect=write)
self.parser.getEasyName = Mock(side_effect=lambda x: x)
self.parser.getGameMode = Mock(side_effect=lambda x: x)
def startup(self):
AbstractParser.startup(self)
# create the 'Server' client
self.clients.newClient('Server', guid='Server', name='Server', hide=True, pbid='Server', team=b3.TEAM_UNKNOWN, squad=None)
self.load_conf_max_say_line_length()
self.load_config_message_delay()
self.verbose('GameType: %s, Map: %s' %(self.game.gameType, self.game.mapName))
class Write_controlled_TestCase(AbstractParser_TestCase):
"""
Test case that controls replies given by the parser write method as follow :
## mapList.list
Responds with the maps found on class properties 'maps'.
Response contains 5 maps at most ; to get other maps, you have to use the 'StartOffset' command parameter that appears
from BF3 R12 release.
## mapList.getMapIndices
Responds with the value of the class property 'map_indices'.
## getEasyName
Responds with whatever argument was passed to it.
## getGameMode
Responds with whatever argument was passed to it.
"""
maps = (("MP_001 ", "ConquestLarge0", "2"), ("MP_002 ", "Rush0", "2"), ("MP_003 ", "ConquestLarge0", "2"))
map_indices = [1, 2]
def setUp(self):
self.conf = XmlConfigParser()
self.conf.loadFromString(
"""
<configuration>
</configuration>
"""
)
self.parser = AbstractParser(self.conf)
self.parser.startup()
# simulate responses we can expect from the rcon command mapList.list
def write(data):
if type(data) in (tuple, list):
if data[0].lower() == "maplist.list":
offset = 0
if len(data) > 1:
try:
offset = int(data[1])
except ValueError:
raise CommandFailedError(["InvalidArguments"])
# simulate that the Frostbite2 server responds with 5 maps at most for the mapList.list command
maps_to_send = self.__class__.maps[offset : offset + 5]
return [len(maps_to_send), 3] + list(reduce(tuple.__add__, maps_to_send, tuple()))
elif data[0].lower() == "maplist.getmapindices":
return self.__class__.map_indices
return []
self.parser.write = Mock(side_effect=write)
self.parser.getEasyName = Mock(side_effect=lambda x: x)
self.parser.getGameMode = Mock(side_effect=lambda x: x)
def startup(self):
"""
Called after the parser is created before run().
"""
AbstractParser.startup(self)
# create event for comrose actions
self.Events.createEvent('EVT_CLIENT_COMROSE', 'Client Comrose')
self.Events.createEvent('EVT_CLIENT_DISCONNECT_REASON', 'Client disconnected')
# create the 'Server' client
self.clients.newClient('Server', guid='Server', name='Server', hide=True,
pbid='Server', team=b3.TEAM_UNKNOWN, squad=None)
self.verbose('Gametype: %s, Map: %s' %(self.game.gameType, self.game.mapName))
def startup(self):
"""
Called after the parser is created before run().
"""
AbstractParser.startup(self)
# create event for comrose actions
self.Events.createEvent('EVT_CLIENT_COMROSE', 'Client Comrose')
self.Events.createEvent('EVT_CLIENT_DISCONNECT_REASON',
'Client disconnected')
# create the 'Server' client
self.clients.newClient('Server',
guid='Server',
name='Server',
hide=True,
pbid='Server',
team=b3.TEAM_UNKNOWN,
squad=None)
self.verbose('Gametype: %s, Map: %s' %
(self.game.gameType, self.game.mapName))
class Test_getFullBanList(Write_controlled_TestCase):
"""
getFullBanList is a method of AbstractParser that calls the Frostbite2 banList.list command the number of
times required to obtain the exhaustive list of bans.
"""
bans = (
('name', 'Joe', 'perm', '0', '0', 'Banned by admin'),
('name', 'Jack', 'rounds', '0', '4', 'tk'),
('name', 'Averell', 'seconds', '3576', '0', 'being stupid'),
('name', 'William', 'perm', '0', '0', 'hacking'),
)
def setUp(self):
self.conf = XmlConfigParser()
self.conf.loadFromString("""
<configuration>
</configuration>
""")
self.parser = AbstractParser(self.conf)
self.parser.startup()
# simulate responses we can expect from the rcon command mapList.list
def write(data):
if type(data) in (tuple, list):
if data[0].lower() == 'banlist.list':
offset = 0
if len(data) > 1:
try:
offset = int(data[1])
except ValueError:
raise CommandFailedError(['InvalidArguments'])
# simulate that the Frostbite2 server responds with 5 bans at most for the banList.list command
bans_to_send = self.__class__.bans[offset:offset + 5]
return list(reduce(tuple.__add__, bans_to_send, tuple()))
return []
self.parser.write = Mock(side_effect=write)
def test_empty(self):
# setup context
self.__class__.bans = tuple()
# verify
bl = self.parser.getFullBanList()
self.assertEqual(0, len(bl))
self.assertEqual(1, self.parser.write.call_count)
def test_one_ban(self):
# setup context
self.__class__.bans = (('name', 'Foo1 ', 'perm', '0', '0',
'Banned by admin'), )
# verify
mlb = self.parser.getFullBanList()
self.assertEqual(
"BanlistContent[{'idType': 'name', 'seconds_left': '0', 'reason': 'Banned by admin', 'banType': 'perm', 'rounds_left': '0', 'id': 'Foo1 '}]",
repr(mlb))
self.assertEqual(2, self.parser.write.call_count)
def test_two_bans(self):
# setup context
self.__class__.bans = (
('name', 'Foo1 ', 'perm', '0', '0', 'Banned by admin'),
('name', 'Foo2 ', 'perm', '0', '0', 'Banned by admin'),
)
# verify
mlb = self.parser.getFullBanList()
self.assertEqual(
"BanlistContent[{'idType': 'name', 'seconds_left': '0', 'reason': 'Banned by admin', 'banType': 'perm', 'rounds_left': '0', 'id': 'Foo1 '}, \
{'idType': 'name', 'seconds_left': '0', 'reason': 'Banned by admin', 'banType': 'perm', 'rounds_left': '0', 'id': 'Foo2 '}]",
repr(mlb))
self.assertEqual(2, self.parser.write.call_count)
def test_lots_of_bans(self):
# setup context
self.__class__.bans = (
('name', 'Foo1 ', 'perm', '0', '0', 'Banned by admin'),
('name', 'Foo2 ', 'perm', '0', '0', 'Banned by admin'),
('name', 'Foo3 ', 'perm', '0', '0', 'Banned by admin'),
('name', 'Foo4 ', 'perm', '0', '0', 'Banned by admin'),
('name', 'Foo5 ', 'perm', '0', '0', 'Banned by admin'),
('name', 'Foo6 ', 'perm', '0', '0', 'Banned by admin'),
('name', 'Foo7 ', 'perm', '0', '0', 'Banned by admin'),
('name', 'Foo8 ', 'perm', '0', '0', 'Banned by admin'),
('name', 'Foo9 ', 'perm', '0', '0', 'Banned by admin'),
)
# verify
mlb = self.parser.getFullBanList()
self.assertEqual(9, len(mlb))
# check in details what were the 3 calls made to the write method
assert [
((('banList.list', 0), ), {}),
((('banList.list', 5), ), {}),
((('banList.list', 10), ), {}),
], self.parser.write.call_args_list
class Test_getFullBanList(Write_controlled_TestCase):
"""
getFullBanList is a method of AbstractParser that calls the Frostbite2 banList.list command the number of
times required to obtain the exhaustive list of bans.
"""
bans = (
("name", "Joe", "perm", "0", "0", "Banned by admin"),
("name", "Jack", "rounds", "0", "4", "tk"),
("name", "Averell", "seconds", "3576", "0", "being stupid"),
("name", "William", "perm", "0", "0", "hacking"),
)
def setUp(self):
self.conf = XmlConfigParser()
self.conf.loadFromString(
"""
<configuration>
</configuration>
"""
)
self.parser = AbstractParser(self.conf)
self.parser.startup()
# simulate responses we can expect from the rcon command mapList.list
def write(data):
if type(data) in (tuple, list):
if data[0].lower() == "banlist.list":
offset = 0
if len(data) > 1:
try:
offset = int(data[1])
except ValueError:
raise CommandFailedError(["InvalidArguments"])
# simulate that the Frostbite2 server responds with 5 bans at most for the banList.list command
bans_to_send = self.__class__.bans[offset : offset + 5]
return list(reduce(tuple.__add__, bans_to_send, tuple()))
return []
self.parser.write = Mock(side_effect=write)
def test_empty(self):
# setup context
self.__class__.bans = tuple()
# verify
bl = self.parser.getFullBanList()
self.assertEqual(0, len(bl))
self.assertEqual(1, self.parser.write.call_count)
def test_one_ban(self):
# setup context
self.__class__.bans = (("name", "Foo1 ", "perm", "0", "0", "Banned by admin"),)
# verify
mlb = self.parser.getFullBanList()
self.assertEqual(
"BanlistContent[{'idType': 'name', 'seconds_left': '0', 'reason': 'Banned by admin', 'banType': 'perm', 'rounds_left': '0', 'id': 'Foo1 '}]",
repr(mlb),
)
self.assertEqual(2, self.parser.write.call_count)
def test_two_bans(self):
# setup context
self.__class__.bans = (
("name", "Foo1 ", "perm", "0", "0", "Banned by admin"),
("name", "Foo2 ", "perm", "0", "0", "Banned by admin"),
)
# verify
mlb = self.parser.getFullBanList()
self.assertEqual(
"BanlistContent[{'idType': 'name', 'seconds_left': '0', 'reason': 'Banned by admin', 'banType': 'perm', 'rounds_left': '0', 'id': 'Foo1 '}, \
{'idType': 'name', 'seconds_left': '0', 'reason': 'Banned by admin', 'banType': 'perm', 'rounds_left': '0', 'id': 'Foo2 '}]",
repr(mlb),
)
self.assertEqual(2, self.parser.write.call_count)
def test_lots_of_bans(self):
# setup context
self.__class__.bans = (
("name", "Foo1 ", "perm", "0", "0", "Banned by admin"),
("name", "Foo2 ", "perm", "0", "0", "Banned by admin"),
("name", "Foo3 ", "perm", "0", "0", "Banned by admin"),
("name", "Foo4 ", "perm", "0", "0", "Banned by admin"),
("name", "Foo5 ", "perm", "0", "0", "Banned by admin"),
("name", "Foo6 ", "perm", "0", "0", "Banned by admin"),
("name", "Foo7 ", "perm", "0", "0", "Banned by admin"),
("name", "Foo8 ", "perm", "0", "0", "Banned by admin"),
("name", "Foo9 ", "perm", "0", "0", "Banned by admin"),
)
# verify
mlb = self.parser.getFullBanList()
self.assertEqual(9, len(mlb))
# check in details what were the 3 calls made to the write method
assert [
((("banList.list", 0),), {}),
((("banList.list", 5),), {}),
((("banList.list", 10),), {}),
], self.parser.write.call_args_list