def onMsgGameModified(self, payload):
if not "modified" in payload: #only process modifications of game object, not of its children
log.debug("*******",
self.playerName,
function=self.onMsgGameModified,
args=payload)
self.refresh()
def tcp_rloop(sock, addr):
log.debug("%r connected", addr)
protocol = TCPProtocol(sock, addr)
timeout = TimeoutMixin(settings.MAIN_TIMEOUT)
timeout.start_timeout()
def loop():
_buf = ""
while True:
try:
_buf = sock.recv(4)
if not _buf:
continue
len_, = struct.unpack(">I", _buf[:4])
_buf = _buf[4:]
while True:
_buf += sock.recv(512)
if len(_buf) >= len_:
break
ctx = _buf[:len_]
_buf = _buf[len_:]
timeout.reset_timeout()
protocol.data_received(ctx)
except Timeout:
log.warning("%r disconnect timeout", addr)
sock.close()
break
# except Exception as e:
# log.error("%r disconnect error:%s", *(addr, repr(e)))
# sock.close()
# break
loop()
def onTileRelease(self, pos, tileWidget):
log.debug(function=self.onTileRelease, args=(pos, tileWidget.tile))
tile = tileWidget.tile
if tile.plate == self.player.getPlate():
tileWidget.accept(self)
else:
tileWidget.reject()
def path(searchString,cacheItems=[],cache=False):
"""
a full file path to test for exists
"""
hits=False
if PLATFORM!='win':
#no registy
hits=False
else:
if '\\' in searchString and searchString.split('\\')[0] in validHIVES:
rootKey=searchString.split('\\')[0]
subKey=searchString.split(rootKey)[1]
rootKey=eval(rootKey)
if type(rootKey)!= regobj.Key:
debug("rootKey eval didn't result in a regobj.Key. Terminating check.")
return hits
if type(rootKey(subKey)) is regobj.Key:
hits=True
if cache:
cacheItems.append(searchString)
else:
debug("invalid registry key. Terminating check")
return hits
def verifyredditcodeposted(request):
code = request.POST['code']
sig = request.POST['sig']
if code != tornado_cookies.validate_cookie('code', sig):
log.error("verifyredditcodeposted signature failed with (code, sig)", code, sig)
raise ValueError('Invalid signature')
content = get_reddit_content()
comments = content[1]['data']['children']
comments_with_code = []
for c in comments:
try:
if code in c['data']['body']:
comments_with_code.append(c)
except KeyError:
log.debug("verifyredditcodeposted could not parse comment", c)
continue
if not comments_with_code:
log.debug("verifyredditcodeposted found no comment with code", code)
return dict(success=False)
comments_with_code.sort(key=lambda x:x['data']['created_utc'])
original_comment = comments_with_code[0]
username = original_comment['data']['author']
return dict(success=True,
username=username,
usersig=tornado_cookies.generate_secure_cookie('username', username))
def __init__(self,variables):
vv = {}
for k,v in variables.items():
vv[k] = v.getName()
log.debug("phasestate", 6, variables=vv)
object.__setattr__(self, "__variables", vv)
object.__setattr__(self, "__dict", {})
def _init(self, etree, control, parent=None):
self.etree = etree # Element tree to parse
self.control = control # Control class (for callback connect)
self.parent = parent # Parent widget
self.id = None # ID of this widget (if specified)
self.data = utils.Bunch() # Metadata to append to object
self.actions = [] # List of actions
self.manifest = utils.Bunch() # Dict of element ids
self.bgimage = None # Background image
self.bgpos = (0, 0) # Background position 'x,y' or 'center,top' etc..
self.bgsize = 'fit' # Background size 'x,y' or 'fit'
self.bgfade = 0 # Fade bgimage when changed (0 to disable)
self.bgopacity = 1.0 # Current bgopacity (used during transition)
self.click_enabled = False # Set True when click event enabled
self.dblclick_enabled = False # Set True when dblclick event enabled
self.installEventFilter(self) # Capture events for interactions
self._init_attributes() # Process all attributes (and actions)
self.children = self._append_children() # Build all Children
# if init is too fast, widgets are not visible
time.sleep(0.0001)
if parent is not None:
try:
# log.debug("Init %s in %s", etree, parent.objectName())
parent.layout().addWidget(self)
except AttributeError as err:
log.debug("Something terrible happened. %s", err)
except Exception as ex:
log.debug("Something terrible happened. %s", ex)
def fit_model(io: IO, model: Sequential, preprocessed: List[Preprocessed]):
epochs = io.get("epochs")
model.reset_states()
logline("splitting into training set and testing set ({}%)".format(
io.get("split")))
split = gen_split(preprocessed, io)
log_dir = "logs/" + datetime.datetime.now().strftime("%Y%m%d-%H%M%S")
for i in range(epochs):
logline("generating input and expected data for epoch {}/{}".format(
i + 1, epochs))
train_x, train_y = trim_params(gen_fit_params(split), io)
logline("training epoch {}/{}".format(i + 1, epochs))
callbacks = []
if io.get("profile"):
debug("profiling")
callbacks.append(
tf.keras.callbacks.TensorBoard(log_dir=log_dir,
histogram_freq=1))
model.fit(train_x,
train_y,
batch_size=io.get("batch_size"),
epochs=1,
shuffle=False,
callbacks=callbacks)
model.reset_states()
def pushMessage(self, good, owner_income_show, uploader_income_show):
'''
author:arther
'''
log.debug('good:%s', good)
def callback(response):
log.info('Push:%s', response.body)
self.finish()
pushUrl = BaseConfig.pushUrl
face = ClassHelper('Face').get(good['goods'])
if face:
if self.user['_id'] != face['assign']['user']:
##ownedBought 购买了我主页的照片 排除掉照片主人购买自身主页照片的情况
ownedBoughtPushData = {
'userid': face['assign']['user'],
'action': 'ownedBought',
'otherid': self.user['_id'],
'extra': owner_income_show
}
client = tornado.httpclient.AsyncHTTPClient()
client.fetch(pushUrl, callback=callback, method="POST", body=json.dumps(ownedBoughtPushData),
headers={'X-MeCloud-Debug': '1'})
##assignedBought 购买了我共享的照片
assignedBoughtPushData = {
'userid': face['assign']['assigner'],
'action': 'assignedBought',
'otherid': self.user['_id'],
'extra': uploader_income_show
}
client = tornado.httpclient.AsyncHTTPClient()
client.fetch(pushUrl, callback=callback, method="POST", body=json.dumps(assignedBoughtPushData),
headers={'X-MeCloud-Debug': '1'})
def get_all_orders_from_server(self):
# assertion: the orders arrive in the right order (guaranteed by the server)
s = self.main_server.read_line()
if s is not None:
debug("main server data for %s: %s", self.login, s)
args = s.split()
if args[0] == "all_orders":
self.orders_digest.update(s) # used by the synchronization debugger
players_orders = args[1:]
for player_orders in players_orders:
player, orders = player_orders.split("/")
orders = orders.replace(NEWLINE_REPLACEMENT, "\n").replace(SPACE_REPLACEMENT, " ")
for order in orders.strip().split("\n"): # strip() to remove empty order at the end of the list
direct_player = self.get_client_by_login(player).player
if direct_player:
debug("player: %s order: %s", player, order)
self.queue_command(direct_player, order)
if order != "update" and not order.startswith("control"):
self._all_orders += order.replace("order 0 0 ", "") + ";"
self._all_orders = self._all_orders[-100:]
elif args[0] == "synchronization_error":
try:
send_error_to_metaserver(self.get_sync_debug_msg_1())
send_error_to_metaserver(self.get_sync_debug_msg_2())
except:
exception("error sending sync debug data")
else:
warning("ignored data from server: %s", s)
def onMsgBoardModified(self, payload):
if not "modified" in payload: #only process modifications of board object, not of its children
log.debug("*******",
function=self.onMsgBoardModified,
args=payload)
self.rebuild()
self.Refresh()
def pick(self):
player = self.getCurrentPlayer()
log.debug(function=self.pick, args=(self.getFullId(), player.getName()))
if player:
self.getPile().pickTile(player)
self.board.cleanUp(False)
self.nextTurn()
def addPlayer(self):
log.debug(function=self.addPlayer, args=(self.getFullId(), len(self._players), self.__maxPlayers))
if len(self._players) < self.__maxPlayers:
player = Player(self)
self._players.append(player)
self.setModified()
return player
def createTransaction(self, password, destList):
"""Create a new transaction and send it to the RelayNode
destList is a list of tuples
Each tuples is like : (str_address, value)
The last transaction is the rest of the wallet send to the new user address
"""
self.checkUpdate()
newAddr = Address()
newAddr.encryptPrivateKey(password)
total = sum([i[1] for i in destList])
if total <= self.count:
destList.append((str(newAddr), (self.count - total)))
transac = Transaction(self.addr.public(), destList)
self.addr.decryptPrivateKey(password)
transac.sign(self.addr)
debug('valid: ' + ('True' if transac.is_signed() else 'False'))
self.addr.encryptPrivateKey(password)
if not self.relay.submit_transaction(transac):
return False
self.addrList.append(newAddr)
self.addr = newAddr
add_address(self.user_ID, self.addr, len(self.addrList) - 1)
return True
else:
return False
def url(self, step, data, spec):
log = getLogger('%s.url.%i' % (self.test_name, step))
log.debug("Param data: " + data)
log.debug("Param spec: " + spec)
self.driver.get('https://gmail.com')
Elements
def onMsgGameUpdated(self, payload):
cg = self.getCurrentGame()
cpName = cg.getCurrentPlayer().getName()
gameId = cg.getId()
log.debug(function=self.onMsgGameUpdated, args=(gameId, payload["id"], cpName, cg.getMoves(), payload["moves"]))
if gameId != payload["id"] and cg.getGameNr() == payload["gamenr"]:
self.loadGame(payload["game"])
def add_block(self, block):
# check last hash
if self.get_last_hash() != block.previous_hash:
warning('last hash not matching')
return False
# check transactions validity
if not block.is_valid(self):
warning('block not valid')
return False
debug('accepted block')
# add block, save THEN change last hash
self.db.add_json_block(self.get_last_hash(), block.toJson())
self.db.set_last_hash(block.get_hash())
# reward sender
self.update_addresses_amount([(block.miner_address, Blockchain.REWARD)
])
# transactions are already checked within block
for t in block.transactions:
sender = t.senderAddress()
self.db.set_address_spent(sender, True)
self.update_addresses_amount(t.receivers)
return True
def _check_solution(A, b, z):
for z_l in z:
assert z_l == z[0]
log.debug("OK: All final vectors are equal!")
for i in range(len(b)):
assert b[i] == dot_product(A[i], z[0])
log.debug("OK: final vector(s) are a solution of the system Ax=b!")
def _confirm_choice(self):
if self._choice_exists() and self.choices[self.choice_index]:
voice.confirmation(self.choices[self.choice_index][0][:1]) # repeat only the first part of the choice (not the help)
self.choice_done = True
else:
debug("couldn't confirm choice (choices=%s, choice_index=%s)",
self.choices, self.choice_index)
def parse_messages(messages):
debug("Parsing messages.")
data = []
for message in messages:
# Ignore message if needed information is missing
try:
time = search(TIME_REGEXP, message).group()
event = search(EVENT_REGEXP, message).group()
except AttributeError:
continue
# Unix epoch
dt = datetime.strptime(time, "%d/%m/%Y %H:%M")
epoch_start = datetime(1970, 1, 1)
epoch = int((dt - epoch_start) / timedelta(seconds=1))
# Remove [] from [EVENT-lab_id-user_id] and split them to register
args = event[1:-1].split("-")
# Allow static events (no user_id or lab_id) e.g. opening the door
_dict = {"epoch": epoch, "event": args[0]}
n_args = len(args)
if n_args > 1:
_dict["user_id"] = args[1]
if n_args == 3:
_dict["lab_id"] = args[2]
data += [_dict]
debug("Messages parsed.")
return data
def take_order(self,
o,
forget_previous=True,
imperative=False,
order_id=None):
# an imperative "go" order on a unit is an "attack" order
# note: this could be done by the user interface
if imperative and o[0] == "go":
target = self.player.get_object_by_id(o[1])
if getattr(target, "player", None) is not None:
o[0] = "attack"
if self.is_inside:
self.place.notify("order_impossible")
return
cls = ORDERS_DICT.get(o[0])
if cls is None:
warning("unknown order: %s", o)
return
if not cls.is_allowed(self, *o[1:]):
self.notify("order_impossible")
debug("wrong order to %s: %s", self.type_name, o)
return
if forget_previous and not cls.never_forget_previous:
self.cancel_all_orders()
order = cls(self, o[1:])
order.id = order_id
if imperative:
order.is_imperative = imperative
order.immediate_action()
def clone(self):
log.debug(function=self.clone, args=self.getFullId())
clonedGame = Game()
data = self.serialize()
clonedGame.deserialize(data)
#log.debug("\n\noriginal = " + str(data) + "\n\nclone = " + str(clonedGame.serialize()))
return clonedGame
def calculate_total(stats_log):
"""Based on the logged stats calculate monthly totals."""
buckets = []
first_received = None
first_sent = None
for entry in stats_log:
current_received = entry[1]
current_sent = entry[2]
# handle first entry for a new bucket
if not first_received:
first_received = current_received
received = current_received
if not first_sent:
first_sent = current_sent
sent = current_sent
# handle integer overflows/restarts
if current_received < received:
buckets.append(received - first_received)
first_received = current_received
if current_sent < sent:
buckets.append(sent - first_sent)
first_sent = current_sent
# store current values to last
received = current_received
sent = current_sent
buckets.append(received - first_received)
buckets.append(sent - first_sent)
total = sum(buckets)
debug('buckets:', buckets, 'total:', total)
return total
def getPlayerByName(self, name):
log.debug(function=self.getPlayerByName, args=(self.getFullId(), name, len(self._players)))
player = None
for p in self._players:
if p.getName() == name:
player = p
break
return player
def validateSets(self):
invalid = 0
for s in self.__sets:
if not s.isEmpty():
if not s.isValid():
invalid += 1
log.debug(function = self.validateSets, returns=invalid)
return invalid
def setTiles(self, tiles):
log.debug(function=self.setTiles, args=(self.getFullId(), tiles))
if tiles:
for tId in tiles:
if not tId in self.__tiles:
tile = Tile.getById(tId)
if tile.getContainer() != self:
tile.move(self)
def addChild(self, childObject):
log.debug(function=self.addChild, args=childObject.getFullId())
assert isinstance(childObject, ModelObject)
self.__children__[childObject.getId()] = childObject
assert self.isValidChild(childObject) == True
self.dispatch("msg_new_child", {"object": self, "child": childObject})
childObject.subscribe(self, "msg_object_modified", self.onMsgChildObjectModified)
self.setModified()
def _get_weak_user_id(self):
# truncated hash of various parameters
# used to approximate the number of users, not more
thing_to_hash = self._get_volume_serial_number()
user_id = "%s" % abs(hash(thing_to_hash))
user_id = user_id[:4] # collisions are probable
debug("user id = %s" % user_id)
return user_id
def destroyDragPanel(self):
"""
Destroys the temporary drag panel if it is active.
"""
log.debug(function=self.destroyDragPanel, args=self.GetName())
if self.__dragPlane__:
self.__dragPlane__.Destroy()
del self.__dragPlane__
def _get_weak_user_id(self):
# truncated hash of various parameters
# used to approximate the number of users, not more
thing_to_hash = self._get_volume_serial_number()
user_id = "%s" % abs(hash(thing_to_hash))
user_id = user_id[:4] # collisions are probable
debug("user id = %s" % user_id)
return user_id
def _create_with_crossover(self, genome_a, genome_b):
self.data = copy.deepcopy(genome_a.data)
genome_size = len(genome_a.data) if len(genome_a.data) < len(genome_b.data) else len(genome_b.data)
crossover_object_count = int(math.ceil(genome_size * config.config['ga']['crossoverObjectCountMultiplier']))
log.debug('%s crossover: objects=%d' % (self.serial, crossover_object_count))
if crossover_object_count < genome_size:
for i in random.sample(xrange(0, genome_size), crossover_object_count):
self.data[i] = copy.deepcopy(genome_b.data[i])
def queue_command(self, player, s):
if player not in self.player.world.players:
debug("didn't send the order for player %s: %s", player, s)
return
if self.game_session.record_replay:
player_index = self.player.world.players.index(player)
self.game_session.replay_write(str(player_index) + " " + s)
self.player.world.queue_command(player, s)
def __setattr__(self,name,value):
log.debug("phasestate", 6, name=name,value=value)
thevars = object.__getattribute__(self,"__variables")
log.debug("phasestate",7, thevars=thevars)
if not name in thevars.values():
raise KeyError("%s not a variable for this phase")
thedict = object.__getattribute__(self,"__dict")
thedict[name] = value
def handle_BROADCAST(self, data):
"""广播消息
- 如果消息含有媒体文件,同上,下同
"""
message = data["message"]
log.debug("broadcast:%s", message)
for cli in id2cli.values():
cli.send(message)
def loadGame(self, data):
log.trace(function=self.loadGame)
log.debug(function=self.loadGame, args=data)
if self.currentGame:
del self.currentGame
self.currentGame = Game()
self.currentGame.deserialize(data)
self.rememberState(data)
self.dispatch("msg_game_loaded", {"game": self.currentGame})
def onMsgPlayerModified(self, payload):
# if not "modified" in payload: #only process modifications of player object, not of its children
if True:
log.debug(function=self.onMsgPlayerModified, args=payload)
player = payload["object"]
if player:
assert isinstance(player, model.Player)
if self.getGame().getCurrentPlayer() == player:
self.refresh()
def reject(self, restore=False):
"""
This method is called by a drop target when it does not accept this instance when it is dropped.
Parameters:
- restore: indicates whether this instance should be moved back to the position it was dragged from (default is False)
"""
log.debug(function=self.reject, args=self.GetName())
if restore:
self.restorePositionBeforeDrag()
def __getattribute__(self,name):
thedict = object.__getattribute__(self,"__dict")
if not thedict.has_key(name):
raise KeyError("%s not a variable for this phase"%name)
r = thedict[name]
if r is None:
r = 0
log.debug("phasestate", 6, name=name, value=r)
return r
def calculate(self, genome):
with Timer('render time %f'):
self.renderer.render_to_file(genome)
with Timer('qualify time %f'):
fitness = self.qualifier.calculate(self.target, genome.pngPath)
log.debug('calculated fitness for %s: %s' % (genome.serial, fitness))
return fitness
def _confirm_choice(self):
if self._choice_exists() and self.choices[self.choice_index]:
voice.confirmation(
self.choices[self.choice_index][0][:1]
) # repeat only the first part of the choice (not the help)
self.choice_done = True
else:
debug("couldn't confirm choice (choices=%s, choice_index=%s)",
self.choices, self.choice_index)
def handle_C2CS(self, data):
"""群发,非广播
"""
message = data["message"]
userids = data["clients"]
log.debug("c2cs:%s", message)
clis = [id2cli.get(userid) for userid in userids]
for cli in clis:
cli.send(message)
def quit_game(self):
debug("quit_game %s", self.name)
self.push("quit")
if self in self.world.true_players():
self.broadcast_to_others_only([self.name, 4261])
for u in self.units[:]:
u.delete()
self.world.players.remove(self)
self.world.ex_players.append(self)
def parseRegString(searchString):
if '\\' in searchString and searchString.split('\\')[0] in validHIVES:
rootKey=searchString.split('\\')[0]
subKey=searchString.split(rootKey)[1]
rootKey=eval(rootKey)
if type(rootKey)!= regobj.Key:
debug("rootKey eval didn't result in a regobj.Key. Terminating check.")
return None,None
else:
return rootKey,subKey
def on_message_receive(self, message):
_, topic, message_str = message
log.info("MQTT: Message received")
log.debug("MQTT: Topic: {} - Message: {}".format(topic, message_str))
if self.callback is not None:
self.callback({
"action": remove_prefix(topic, self.base_path),
"data": json.loads(message_str)
})
def load_config():
"""定时重新加载配置文件
"""
for module in settings.CONFIG_MODULES:
try:
module = sys.modules[module]
except:
continue
reload(module)
log.debug(u"加载配置文件")
def value(searchString,cacheItems=[],cache=False):
hits=False
debug("value values %s %s"%(searchString,str(cacheItems)))
for akey in cacheItems:
rootKey,subKey=parseRegString(akey)
subKeyValues=[str(k.data) for k in rootKey(subKey).values()]
debug('SubKeyValues are %s'%(str(subKeyValues)))
if searchString in subKeyValues:
hits=True
return hits
def _process_server_event(self, s):
debug("server event: %s", s)
cmd_args = s.strip().split(" ")
cmd = "srv_" + cmd_args[0]
args = cmd_args[1:]
if hasattr(self, cmd):
return getattr(self, cmd)(args)
elif cmd == "srv_all_orders":
debug("ignored by ServerMenu: %s", s)
elif cmd != "srv_":
warning("not recognized by ServerMenu: %s", s)
def dispatch_event(self, event):
"""
Dispatch an instance of Event class
"""
# Dispatch the event to all the associated listeners
if event.type in self._events.keys():
listeners = self._events[event.type]
if len(listeners)>0:
log.debug('dispatch event "%s" to %d listener(s)' % (event.type, len(listeners)))
for listener in listeners:
listener(event)
def iter_stream(stream_url, params=None):
url = prepare_request(stream_url, params)
log.debug('Connecting to %s', url)
resp = requests.get(url, stream=True)
for line in resp.iter_lines():
if line.strip():
try:
message = json.loads(line)
except json.JSONDecodeError, e:
log.error('Invalid JSON: %s: %r', e, line)
else:
yield message
def handle_error(self):
try:
debug("Server.handle_error %s", sys.exc_info()[0])
except:
pass
if sys.exc_info()[0] in [SystemExit, KeyboardInterrupt]:
sys.exit()
else:
try:
exception("Server.handle_error")
except:
pass
def handle_C2C(self, data):
"""客户端发给客户端的消息
"""
dst_id = data["dst"]
dst_cli = id2cli.get(dst_id)
message = data["message"]
log.debug("c2c:%s", message)
if dst_cli:
dst_cli.send(message)
else:
# TODO: 对方不在线,存库
pass
def _select_next_choice(self):
if self.choices:
if self.choice_index == None:
self.choice_index = self.default_choice_index
else:
self.choice_index += 1
if not self._choice_exists():
self.choice_index = 0
self._say_choice()
debug("select_next_choice %s", self.choice_index)
else:
debug("select_next_choice did nothing because choices=%s", self.choices)
def add(self, game_type, duration):
try:
if duration >= 60:
stats = self._read_file()
if stats.has_key(game_type):
stats[game_type][0] += 1
stats[game_type][1] += duration
else:
stats[game_type] = [1, duration]
self._write_file(stats)
except:
debug("error adding stats")
def _read_file(self):
if os.path.exists(self.filepath):
lines = open(self.filepath).readlines()
else:
lines = []
stats = {}
for line in lines:
try:
game_type, nb_games, total_duration = line.split()
stats[game_type] = [int(nb_games), int(total_duration)]
except:
debug("stat ignored: %s", line)
return stats
def _dispatch_orders_if_needed(self):
debug("dispatch orders if needed")
while self._orders_are_ready():
log_this = False
debug(">> orders are ready")
self._process_check_strings()
# remove orders from the queue and pack them
_all_orders = []
for player, queue in self.all_orders.items():
orders = queue.pop(0)[0]
if SPACE_REPLACEMENT in orders:
log_this = True
_all_orders.append("%s/%s" % (player.login, orders))
all_orders = " ".join(_all_orders)
# send orders
for p in self.human_players:
if not p.is_disconnected:
debug("send all_orders to %s", p.login)
p.push("all_orders %s\n" % all_orders)
else:
debug("don't send all_orders to %s", p.login)
if log_this and config.record_games:
self.f.write("%s: all_orders %s\n" % (self.time, all_orders.replace(NEWLINE_REPLACEMENT, ";").replace(SPACE_REPLACEMENT, ",").replace("update;", "")))
self.time += 1
self._timeout_reference = None
def walkIndicatorItems(ind):
global level,iocEvalString, cacheItems
cache=False
lastii=ind.findall("./*[local-name()='IndicatorItem']")[-1]
#if we are to look for a filename/registry, then attributes of the hit, save the hit.
searches=walksearches(ind)
if ('FileItem/' in str(searches)) or ('RegistryItem/' in str(searches)):
cache=True
for i in ind.findall("./*[local-name()='IndicatorItem']"):
#do we know how to handle this IOC?
#split it into category/attribute
itemTarget=i.Context.attrib.get("search")
iocMajorCategory=itemTarget.split('/')[0]
iocAttribute=itemTarget.split('/')[-1]
#some ioc attributes are all lower, 1 upper, then lower, camel case, etc..normalize to lower case.
iocAttribute=iocAttribute.lower()
#optimistic result default. change if you are pessimistic ;-]
iocResult= False
#let python tell us what functions we support by eval'ing our include iocItems modules.
if iocMajorCategory in dir(iocItems):
if iocAttribute in dir(eval(iocMajorCategory)):
#tell the function about items we've cached?
if 'cacheItems' in eval(iocMajorCategory + '.' + iocAttribute + '.func_code.co_varnames'):
#iocResult=eval(iocMajorCategory + '.' + iocAttribute + '("' + str(i.Content) + '")')
if cache:
iocResult=eval("%s.%s(r'%s',cacheItems,True)" %(iocMajorCategory,iocAttribute,i.Content))
debug('cache items: %s' %(str(cacheItems)))
else:
iocResult=eval("%s.%s(r'%s',[],False)" %(iocMajorCategory,iocAttribute,i.Content))
else:
#iocResult=eval(iocMajorCategory + '.' + iocAttribute + '("' + str(i.Content) + '")')
iocResult=eval("%s.%s(r'%s')" %(iocMajorCategory,iocAttribute,i.Content))
else:
debug('cannot evaluate %s'%( (iocMajorCategory + '.' + iocAttribute + '("' + str(i.Content) + '")')))
else:
debug('cannot evaluate %s'%( (iocMajorCategory + '.' + iocAttribute + '("' + str(i.Content) + '")')))
logicOperator=str(i.getparent().attrib.get("operator")).lower()
if i == lastii:
debug('\t'*level + str(iocResult))
info('\t'*level + i.Context.attrib.get("search") + ' ' + i.attrib.get("condition") + ' ' + str(i.Content))
iocEvalString+=' ' + str(iocResult)
else:
debug('\t'*level + str(iocResult) +' ' + str(logicOperator))
info('\t'*level + i.Context.attrib.get("search") + ' ' + i.attrib.get("condition") + ' ' + str(i.Content) + ' ' + str(logicOperator))
iocEvalString+=' ' + str(iocResult) + ' ' + str(logicOperator)
def build_or_train_or_upgradeto(self, t, nb=1):
if t.__class__ == str:
t = self.world.unit_class(t)
type = t.__name__
if self.gather(t.cost, t.food_cost) and \
self._get(1, self.world.get_makers(type)) and \
self._get_requirements(t):
# XXX why choose the first maker type? (problem if several creation paths are possible (train and upgradeto for example))
if type in self.world.unit_class(self.world.get_makers(type)[0]).can_upgrade_to:
# upgrade to
if self.nb(self.world.get_makers(type)[0]) >= nb:
# If we have the correct number of archers,
# We upgrade then here.
self.order(nb, self.world.get_makers(type)[0], ["upgrade_to", type])
self.AI_timer = 100 # XXX: compute value # don't use ai too often # TODO: use events, not this timer
else:
# If not, we recruit then
self._get(nb, self.world.get_makers(type)[0])
elif type in self.world.unit_class(self.world.get_makers(type)[0]).can_build:
# build
if self.nb(BuildingSite) > 0:
self.send_some_peasants_to_building_site()
return
if t.storable_resource_types:
meadow = self.choose(Meadow, resource_type=t.storable_resource_types[0])
# if no place to build and already enough building, forget this
if meadow is None:
if self.nb(t) > 0:
return True
else:
meadow = self.choose(Meadow)
else:
meadow = self.choose(Meadow, nearest_for_builders=True)
if meadow:
self.order(8, self.world.get_makers(type), ["build", type, meadow.id], True)
else:
self.AI_timer = 10
return
elif type in self.world.unit_class(self.world.get_makers(type)[0]).can_train:
# train
if self.nb(Worker) and \
nb > self.nb(self.world.get_makers(type)[0]) * 3 and \
self.potential(t.cost) > \
self.nb(self.world.get_makers(type)[0]) * 100:
# additional production sites
self.build_or_train_or_upgradeto(self.world.get_makers(type)[0])
self.order(nb, self.world.get_makers(type), ["train", type])
else:
self.AI_timer = 100 # XXX: compute value # don't use ai too often # TODO: use events, not this timer
debug("not enough")