def get_records_in_order(self, max, base_enable, extra_attrs, filter, *args):
assert(self.vlv_enable) #Requires called init_vlv at first
retval = []
idx = 0
page_size = self.vlv_page_size
if max <= BASE_INFINITE: #require for all records
page_size = self.vlv_page_size
elif max < self.vlv_page_size:
page_size = max
while True:
vlv_filter = self._generate_vlv_filter(idx, page_size)
search_filter = self._generate_filter(extra_attrs, base_enable, filter, vlv_filter, *args)
results = self._do_get_action(search_filter)
if isinstance(results, dict): #RS would return a dict if there was only one record
results = [results]
if results and isinstance(results, list):
retval.extend(results)
else:
logger.warning('Unexpected data!')
break #unexpected data
if len(results) == max:
break
elif len(results) < self.vlv_page_size: #get all information already
break
else:
idx += 1
return retval
def _get_config(self, account_id):
# TODO the default value should not specific
credential = {
'Host': '',
'Port': 443,
'aw-tenant-code': '',
'Authorization': '',
'Content-Type': 'application/json',
}
account = HostedAccount(account_id)
# get mdmUrl, mdmUsername, mdmPassword, mdmToken from hosteddb
c = account.get_airwatch_credential()
try:
credential['Host'] = self._strip_hostname(c['mdmUrl'])
username = self._strip_value(c['mdmUsername'])
# the airwatch password in hosted was encrypted.
password = decrypt(self._strip_value(c['mdmPassword'], False))
credential['Authorization'] = " ".join(['Basic', base64.b64encode(':'.join([username, password]))])
credential['aw-tenant-code'] = self._strip_value(c['mdmToken'])
except Exception as e:
logger.warning('Error when getting airwatch credential: %s', e)
raise Exception(e)
return credential
def _discover(self):
assert self.state.IsInitialized()
request = DiscoveryRequest()
request.client_id = self.state.client_id
# Adds all the resources we know about so that we can get
# the safe capacities for them.
for r in self.state.resource:
request.resource_id.append(r.resource_id)
# Sends the request to a random task in the server job.
response = self.downstream_job.get_random_task().Discovery_RPC(request)
# If the response has a master_bns field we store the reference
# to the master. If not there is no master, which would suck.
if response.HasField('master_bns'):
self.master = self.downstream_job.get_task_by_name(response.master_bns)
else:
self.master = None
logger.warning('%s doesn\'t know who the master is.' %
self.state.client_id)
Counter.get('client.discovery_failure').inc()
# Goes through the response and stores all the safe capacities in the
# client state.
for safe in response.safe_capacity:
self._find_resource(safe.resource_id).safe_capacity = safe.safe_capacity
# Returns the server we just discovered to be the master.
return self.master
def _retrieve_user(self, **kwargs):
rs = self._process_once('retrieve')
if not kwargs:
logger.warning('the retrieve condition is empty or none, it will return all users in metanate')
return rs
# get a key and value from kwargs
key, value = self._get_key_value_from_dict(kwargs)
logger.info('metanate retrieve key and value are: %s - %s', key, value)
if not key:
logger.error('parameter did not contain "dn", "cn" or "objectguid"')
raise MDMiInvalidParameterError(601, 'Invalid Parameter', 'parameter did not contain "dn", "cn" or "objectguid"')
for r in rs.content:
if isinstance(r, tuple) and len(r) == 2 and isinstance(r[1], dict):
if key == 'dn':
if r[0] == value:
return r
else:
r1 = self._convert_dict_key_to_lower(r[1])
if r1.has_key(key) and isinstance(r1[key], list) and value in r1[key]:
return r
logger.error('cannot find user with condition: %s', kwargs)
return None
def get_dataset_splits(self, normalize=False):
dataset_func = self.get_dataset_combo if self.hparams.dataset == "combo" else self.get_dataset
train_set = dataset_func(set="train")
if self.test_set is not None:
test_set = dataset_func(set=self.test_set, augment=self.hparams.augment)
else:
test_set = dataset_func(set="test", augment=self.hparams.augment)
val_set = dataset_func(set="val",augment=False)
if normalize:
mean = 0.
std = 0.
loader = DataLoader(train_set, batch_size=self.hparams.bs, num_workers=self.hparams.workers, shuffle=False)
for images, _ in loader:
batch_samples = images.size(0) # batch size
# logger.debug(images.shape)
images = images.view(batch_samples, images.size(1), -1)
# logger.debug(images.shape)
mean += images.mean(2).sum(0)
std += images.std(2).sum(0)
mean /= len(loader.dataset)
std /= len(loader.dataset)
logger.debug("Mean and stdev",mean,std)
tf = transforms.Compose([
transforms.Normalize(mean=(mean,), std=(std,))
])
train_set.dataset.transform = tf
test_set.dataset.transform = tf
val_set.dataset.transform = tf
logger.warning(f"{self.hparams.dataset} - train {len(train_set)} | val {len(val_set)} | test {len(test_set)}")
return train_set, val_set, test_set
def server(path):
if path in ("judge", "ping", "compile_spj"):
logger.warning("app reached" + path)
print("app reached," + path)
_token = request.headers.get("X-Judge-Server-Token")
try:
if _token != token:
raise TokenVerificationFailed("invalid token")
try:
data = request.json
except Exception:
data = {}
ret = {"err": None, "data": getattr(JudgeServer, path)(**data)}
except (CompileError, TokenVerificationFailed, SPJCompileError,
JudgeClientError) as e:
logger.exception(e)
ret = {"err": e.__class__.__name__, "data": e.message}
except Exception as e:
logger.exception(e)
ret = {
"err": "JudgeClientError",
"data": e.__class__.__name__ + " :" + str(e)
}
else:
ret = {"err": "InvalidRequest", "data": "404"}
return Response(json.dumps(ret), mimetype='application/json')
def run_operation(self, operation):
"""Executes an operation given to it by the agent core.
Returns:
- Nothing
"""
logger.debug("agent-id: {0}, agent-version: {1}"
.format(settings.AgentId, settings.AgentVersion))
if not isinstance(operation, MonitOperation):
operation = MonitOperation(operation.raw_operation)
if operation.type == MonitOperationValue.MonitorData:
monit_data = self.get_monit_data()
operation.raw_result = json.dumps(monit_data)
operation.urn_response = MonitUrn.get_monit_data_urn()
operation.request_method = RequestMethod.POST
else:
logger.warning("Unknown operation %s. Ignoring." % operation.type)
self._send_results(operation, retry=False)
def submit(self, problem_id, language, src_code):
self.code_len = len(src_code.encode('utf-8'))
problem_id = str(problem_id).upper()
try:
language = CF.LANGUAGE[str(language).upper()]
except Exception as e:
logger.exception(e)
logger.error('language unrecognizable!')
return False
self.browser.open(CF.URL_SUBMIT)
submit_form = self.browser.get_form(class_='submit-form')
submit_form['submittedProblemCode'] = problem_id
submit_form['source'] = src_code
submit_form['programTypeId'] = language
self.browser.submit_form(submit_form)
if self.browser.url[-6:] != 'status':
logger.warning(
'Submit Failed..'
'(probably because you have submit the same file before.)')
return False
return True
def start_ds_port_forward(self, instance_name='userstore', instance_nb=0):
if not is_cluster_mode():
ds_pod_name = '%s-%s' % (instance_name, instance_nb)
ds_local_port = eval('self.%s%s_local_port' %
(instance_name, instance_nb))
cmd = self.helm_cmd + ' --namespace %s port-forward pod/%s %s:8080' % \
(tests_namespace(), ds_pod_name, ds_local_port)
ds_popen = utils.cmd.run_cmd_process(cmd)
duration = 60
start_time = time.time()
while time.time() - start_time < duration:
soc = socket.socket()
result = soc.connect_ex(("", ds_local_port))
soc.close()
if result != 0:
logger.warning(
'Port-forward for pod %s on port %s not ready, waiting 5s...'
% (ds_pod_name, ds_local_port))
time.sleep(5)
else:
logger.info('Port-forward for pod %s on port %s is ready' %
(ds_pod_name, ds_local_port))
return ds_popen
raise Exception(
'Port-forward for pod %s on port %s not ready after %ss' %
(ds_pod_name, ds_local_port, duration))
def finish_upgrade_event(data, node, now, use_gold = 0):
"""进行升级关键事件
1 启动升级事件
2 关键节点升一级
3 结束随机事件，获得功勋值
"""
#节点上必须有合法的升级随机事件
if node.event_type != NodeInfo.EVENT_TYPE_UPGRADE:
logger.warning("Wrong event[type=%d]" % node.event_type)
return False
if not node.launch_event(now):
return False
if not map_business.upgrade_key_node(data, node, now, use_gold):
return False
#获得成就值 和关键点等级相关
resource = data.resource.get()
resource.update_current_resource(now)
ac_base = data_loader.LuckyEventBasicInfo_dict[node.event_type].achievementBase
ac_coe = data_loader.LuckyEventBasicInfo_dict[node.event_type].achievementCoefficient
achievement = ac_base + ac_coe * (node.level - 1)
resource.gain_achievement(achievement)
return node.finish_event(now)
def use_vip_point_item(self, num):
"""使用vip物品
Args:
num[int] 使用的数量
Returns:
获得vip点数
计算失败返回 None
"""
consume = self.consume(num)
if not consume[0]:
return False
output_items = []
output_items.append("[item=")
output_items.append(utils.join_to_string(list(consume[1])))
output_items.append("]")
item = ''.join(output_items)
log = log_formater.output_item(self, "use vip item",
log_formater.VIP_ITEM, item)
logger.notice(log)
if not self.is_vip_point_item():
logger.warning("Not vip point item[basic id=%d]" % self.basic_id)
return None
vip_point = data_loader.ItemBasicInfo_dict[self.basic_id].value * num
return vip_point
def trigger_custom_event(data, now, node_basic_id, event_type, change_nodes):
"""触发特定的事件
可以指定发生事件的节点，事件的类型
"""
logger.debug("Trigger custom event")
map = data.map.get()
node_id = NodeInfo.generate_id(data.id, node_basic_id)
node = data.node_list.get(node_id)
candidate = _calc_candidate_event(data, node, now)
candidate.extend(_calc_candidate_event(data, node, now, False))
if len(candidate) == 0:
logger.warning("Node not prepared for event[node basic id=%d]" % node.basic_id)
return False
if event_type not in candidate:
logger.warning("Node not matched event"
"[node basic id=%d][event type=%d][available=%s]" %
(node.basic_id, event_type, utils.join_to_string(candidate)))
return False
if not _node_arise_event(data, node_id, event_type, now,
change_nodes, [], []):
return False
change_nodes.append(node)
logger.debug("node trigger event[basic id=%d][event type=%d]" %
(node.basic_id, node.event_type))
map.update_next_luck_time(now)
return True
def use_food_item(self, num):
"""使用粮包物品
Args:
item[ItemInfo out] 粮包物品
num[int] 使用的数量
Returns:
获得粮草数量
计算失败返回 None
"""
consume = self.consume(num)
if not consume[0]:
return False
output_items = []
output_items.append("[item=")
output_items.append(utils.join_to_string(list(consume[1])))
output_items.append("]")
item = ''.join(output_items)
log = log_formater.output_item(self, "use food item",
log_formater.FOOD_ITEM, item)
logger.notice(log)
if not self.is_food_item():
logger.warning("Not food item[basic id=%d]" % self.basic_id)
return None
food = data_loader.ItemBasicInfo_dict[self.basic_id].value * num
return food
def use_package_item(self, num):
"""使用vip物品
Args:
num[int] 使用的数量
Returns:
PackageBasicInfo
计算失败返回 None
"""
consume = self.consume(num)
if not consume[0]:
return False
output_items = []
output_items.append("[item=")
output_items.append(utils.join_to_string(list(consume[1])))
output_items.append("]")
item = ''.join(output_items)
log = log_formater.output_item(self, "use package item",
log_formater.PACKAGE_ITEM, item)
logger.notice(log)
if not self.is_package_item():
logger.warning("Not package item[basic id=%d]" % self.basic_id)
return None
package_id = data_loader.ItemBasicInfo_dict[self.basic_id].value
return data_loader.PackageBasicInfo_dict[package_id]
def run(self):
"""
Execute requests and write to db for every page
"""
self._prepare_tickers()
while self.cur_page <= self.tot_pgs_api or self.tot_pgs_api == -1:
query_dict = self._prepare_query_dict()
self.stock_request.params = query_dict
pg_req: Response = self.req_session.send(
self.stock_request.prepare())
try:
pg_req.raise_for_status()
except HTTPError as e:
logger.error('Error retrieving news from StockNewsAPI: %s',
str(e))
return
resp_body = pg_req.json()
if 'data' not in resp_body or len(resp_body['data']) == 0:
# additional error check
logger.warning('No articles found for specified tickers')
break
if 'total_pages' in resp_body and self.tot_pgs_api == -1:
self.tot_pgs_api = resp_body['total_pages'] if resp_body['total_pages'] < self.max_req \
else self.max_req
self.articles_enhancer.set_articles(resp_body['data'])
self.articles_enhancer.enhance()
paged_articles: List[Article] = self.articles_enhancer.articles
self.upsert_msk(paged_articles)
self.count += (len(paged_articles))
self.cur_page += 1
def judge(cls,
language_config,
src,
max_cpu_time,
max_memory,
test_case_id,
spj_version=None,
spj_config=None,
spj_compile_config=None,
spj_src=None,
output=False):
# init
compile_config = language_config.get("compile")
run_config = language_config["run"]
submission_id = uuid.uuid4().hex
if spj_version and spj_config:
spj_exe_path = os.path.join(
SPJ_EXE_DIR,
spj_config["exe_name"].format(spj_version=spj_version))
# spj src has not been compiled
if not os.path.isfile(spj_exe_path):
logger.warning(
"%s does not exists, spj src will be recompiled")
cls.compile_spj(spj_version=spj_version,
src=spj_src,
spj_compile_config=spj_compile_config)
with InitSubmissionEnv(
JUDGER_WORKSPACE_BASE,
submission_id=str(submission_id)) as submission_dir:
if compile_config:
src_path = os.path.join(submission_dir,
compile_config["src_name"])
# write source code into file
with open(src_path, "w") as f: # encoding="utf-8"
f.write(src)
# compile source code, return exe file path
exe_path = Compiler().compile(compile_config=compile_config,
src_path=src_path,
output_dir=submission_dir)
else:
exe_path = os.path.join(submission_dir, run_config["exe_name"])
with open(exe_path, "w") as f: #encoding="utf-8"
f.write(src)
print("It's running client")
judge_client = JudgeClient(run_config=language_config["run"],
exe_path=exe_path,
max_cpu_time=max_cpu_time,
max_memory=max_memory,
test_case_id=str(test_case_id),
submission_dir=submission_dir,
spj_version=spj_version,
spj_config=spj_config,
output=output)
run_result = judge_client.run()
return run_result
def create(self, template, server_level):
# If the template specifies the algorithm, that's the one
# we will use. If not there might be a default algorithm
# specified in the configuration. If that is not available
# we default to the "None" algorithm.
if template.HasField('algorithm'):
algo = template.algorithm
else:
algo = global_config.get_default_algorithm()
if algo.name == 'Static':
from algo_static import StaticAlgorithm
a = StaticAlgorithm(algo, server_level)
elif algo.name == 'None':
from algo_none import NoneAlgorithm
a = NoneAlgorithm(algo, server_level)
elif algo.name == 'ProportionalShare':
from algo_proportional import ProportionalShareAlgorithm
a = ProportionalShareAlgorithm(algo, server_level)
else:
logger.warning('Unknown algorithm: %s' % algo.name)
a = NoneAlgorithm(algo, server_level)
a.server_level = server_level
return a
def _replacement(self):
"""进行换入换出
在缓存储量超过警戒线，未达上限时执行
"""
now = int(time.time())
to_eliminate = []
for id in self.db:
if now - self.db[id].active_time >= self._BUFFER_EXPIRE_TIME:
#淘汰不活跃的数据
to_eliminate.append(id)
#一次淘汰，最多淘汰一个固定个数，避免耗时过多
if len(to_eliminate) >= self._BUFFER_ELIMINATE_NUM:
break
for id in to_eliminate:
del self.db[id]
count = len(to_eliminate)
if count == 0:
logger.warning("Database replacement failed, no inactive item[active num=%d]" %
len(self.db))
else:
logger.trace("Database replacement succeed[active num=%d][eliminate num=%d]" %
(len(self.db), count))
def add_buff(self, buff_id, now):
"""添加 buff
"""
buffs = utils.split_to_int(self.buffs)
buffs_start_time = utils.split_to_int(self.buffs_start_time)
#清除已经过期的 buff
for index in range(0, len(buffs)):
id = buffs[index]
if id == 0:
continue
end_time = (buffs_start_time[index] +
data_loader.LegendCityBuffBasicInfo_dict[id].duration)
if now >= end_time:
buffs[index] = 0
ok = False
for index in range(0, len(buffs)):
if buffs[index] == 0:
buffs[index] = buff_id
buffs_start_time[index] = now
ok = True
break
if not ok:
logger.warning("Not able to add legendcity buff")
return False
self.buffs = utils.join_to_string(buffs)
self.buffs_start_time = utils.join_to_string(buffs_start_time)
return True
def update_all_data_graph(_, buttonsTimes, relayoutData, binningValue,
clickData, refPointValue, startFitValue,
endFitValue):
global shadow_shape
dff = get_activ(sf_trigger)
layout = dict(shapes=[])
buttonsTimes, lastClickedButton = load_button_times(buttonsTimes)
zoomPointButtonTimes = buttonsTimes['zoom-point-button']
if zoomStartPoint is not None:
if zoomPointButtonTimes[0] > zoomPointButtonTimes[1]:
endPoint = get_from_clicked(
dff, buttonsTimes[lastClickedButton][0],
sf_trigger).time.values[:scattergl_limit][-1]
startPoint = zoomStartPoint[0]
shadow_shape = create_shadow_shape(startPoint, endPoint)
layout['shapes'].append(shadow_shape)
elif zoomPointButtonTimes[0] == zoomPointButtonTimes[1]:
layout['shapes'].append(shadow_shape)
if startFitValue is not None:
layout['shapes'].append(create_line(startFitValue, 'vertical'))
if endFitValue is not None:
layout['shapes'].append(create_line(endFitValue, 'vertical'))
if (refPointValue is not None) and (refPointValue != ''):
try:
set_point = float(refPointValue)
except ValueError:
logger.warning('Wrong ref point format')
layout['shapes'].append(create_line(set_point, 'horizontal'))
dff = get_binned_xy(dff, binningValue, sf_trigger)
relayout_xrange = []
relayout_yrange = []
if relayoutData:
if 'xaxis.range' in relayoutData:
relayout_xrange = relayoutData['xaxis.range']
if 'yaxis.range' in relayoutData:
relayout_yrange = relayoutData['yaxis.range']
layout['xaxis'] = dict(range=relayout_xrange,
title='Time [JD - {}]'.format(start_date_int))
layout['yaxis'] = dict(range=relayout_yrange, title='Counts')
layout['showlegend'] = False
fig = get_full_graph(dff.time, dff.counts, sf_trigger)
fig['layout'] = layout
if fit_func is not None:
functionPlot = create_function_plot(df, fit_func)
for plot in functionPlot:
fig['data'].append(plot)
return fig
def _finish_related_event_failed(data, node, now, change_nodes, new_items, new_mails):
"""失败结束相关随机事件
"""
logger.debug("finish related event after battle lose[event type=%d]" % node.event_type)
if node.event_type == NodeInfo.EVENT_TYPE_DEFEND:
#防御事件
return defend_business.finish_defend_event_fail(
data, node, now, change_nodes, new_items, new_mails)
elif node.event_type == NodeInfo.EVENT_TYPE_JUNGLE:
#野怪事件
return jungle_business.finish_jungle_event_fail(data, node, now, change_nodes)
elif node.event_type == NodeInfo.EVENT_TYPE_SPY:
#谍报事件
return True #do nothing
elif node.event_type == NodeInfo.EVENT_TYPE_DUNGEON:
#副本事件
return True #do nothing
elif node.event_type == NodeInfo.EVENT_TYPE_ARENA:
#演武场事件
return True #do nothing
elif node.event_type == NodeInfo.EVENT_TYPE_WORLDBOSS:
#世界boss事件
return worldboss_business.finish_worldboss_event(data, node, now, change_nodes)
else:
logger.warning("Wrong event[type=%d]" % node.event_type)
return False
def add_word(root, word):
"""添加word和pinyin"""
node = root # node就是一个Node()实例对象
if len(word) < 2:
return
# flag = len(word) >= 3 # 大于3个字的词用声母来表示,比如 惠享存 --> h x c
# flag = True
pinyin_of_word = ""
pinyin_list = dfa.get_pinyin_list(word) # 处理后的拼音列表
if len(pinyin_list) != len(word): # 若处理后的拼音列表长度不等于传入的中文字符长度，则抛异常
logger.warning("该方法不适用中英夹杂的词汇: {}".format(word))
return
for i in range(len(word)):
# temp = dfa.get_pinyin(word[i])[0] if flag else dfa.get_pinyin(word[i])
temp = pinyin_list[i]
pinyin_of_word += temp
temp = temp[0]
if node.children is None: # 子节点为空
node.children = {temp: Node()} # 则key：z value: Node()实例对象
elif temp not in node.children: # 若 z 不在
node.children[temp] = Node()
node = node.children[temp] # Node()
if node.word:
node.word.append(word) # list, 子节点上的词列表
node.pinyin.append(pinyin_of_word) # list, 子节点上的词拼音,索引和word同步
else:
node.word = [word] # node.word为none时，自己构建一个列表
node.pinyin = [pinyin_of_word]
node.isEnd = True # True 表示 word和pinyin不为空
def _start_related_event(data, node, now):
"""启动相关的随机事件
"""
logger.debug("start related event before battle[event type=%d]" % node.event_type)
if node.event_type == NodeInfo.EVENT_TYPE_DEFEND:
#防御事件
return defend_business.start_defend_event(data, node, now)
elif node.event_type == NodeInfo.EVENT_TYPE_JUNGLE:
#野怪事件
return jungle_business.start_jungle_event(data, node, now)
elif node.event_type == NodeInfo.EVENT_TYPE_SPY:
#谍报事件
return spy_business.start_spy_event(data, node, now)
elif node.event_type == NodeInfo.EVENT_TYPE_DUNGEON:
#副本事件
return dungeon_business.start_dungeon_event(data, node, now)
elif node.event_type == NodeInfo.EVENT_TYPE_ARENA:
#演武场事件
return arena_business.start_arena_event(data, node, now)
elif node.event_type == NodeInfo.EVENT_TYPE_WORLDBOSS:
#演武场事件
return worldboss_business.start_worldboss_event(data, node, now)
else:
logger.warning("Wrong event[type=%d]" % node.event_type)
return False
def test_loss(alpha, dist, debug=False):
logger.warning(f"dist {dist}, alpha {alpha}")
n_cls = 3
input = torch.as_tensor([n_cls - 1])
input = F.one_hot(input, num_classes=n_cls).float()
# input = input.expand(2, 1, n_cls)
logger.debug(input)
ranks = [1, 2, 3]
sord = SORDLoss(n_classes=n_cls,
ranks=ranks,
masking=True,
dist=dist,
alpha=alpha)
kl = KLLoss(n_classes=n_cls, masking=True)
# target = torch.tensor([0])
# target = target.expand(2, 1, 1)
input = torch.tensor(
[[[[0.0]], [[1.0]], [[0.0]]], [[[0.0]], [[1.0]], [[0.0]]],
[[[0.0]], [[1.0]], [[0.0]]]],
requires_grad=True)
target = torch.tensor([[[0]], [[1]], [[2]]])
# logger.debug(target)
# logger.debug("KL", kl(input, target, debug=True)/n_cls)
soft, loss = sord(input, target, debug=debug, reduce=False)
loss = loss / n_cls
soft = soft.detach().cpu().numpy()
entropy = scipy.stats.entropy(soft, axis=-1)
logger.info(f"soft target {soft}")
logger.info(f"entropy {entropy}")
def finish_worldboss_event(data, node, now, change_nodes):
"""结束世界boss的战斗
"""
#节点上必须有合法的野怪随机事件
if node.event_type != NodeInfo.EVENT_TYPE_WORLDBOSS:
logger.warning("Wrong event[type=%d]" % node.event_type)
return False
worldboss = data.worldboss.get()
if worldboss.is_killed():
#if not node.launch_event(now, overtime = True):
# return False
#if not node.finish_event(now, overtime = True):
# return False
node.clear_event()
#节点变为不活跃
map = data.map.get()
node.reset_dependency(map)
change_nodes.append(node)
return True
def main(config):
rec_predictor = RecPredictor(config)
image_list = get_image_list(config["Global"]["infer_imgs"])
batch_imgs = []
batch_names = []
cnt = 0
for idx, img_path in enumerate(image_list):
img = cv2.imread(img_path)
if img is None:
logger.warning(
"Image file failed to read and has been skipped. The path: {}".
format(img_path))
else:
img = img[:, :, ::-1]
batch_imgs.append(img)
img_name = os.path.basename(img_path)
batch_names.append(img_name)
cnt += 1
if cnt % config["Global"]["batch_size"] == 0 or (idx + 1
) == len(image_list):
if len(batch_imgs) == 0:
continue
batch_results = rec_predictor.predict(batch_imgs)
for number, result_dict in enumerate(batch_results):
filename = batch_names[number]
print("{}:\t{}".format(filename, result_dict))
batch_imgs = []
batch_names = []
if rec_predictor.benchmark:
rec_predictor.auto_logger.report()
return
def _clear_exploit_hero(self, heroes):
"""清除参与开发的英雄
"""
assert len(heroes) == EXPLOIT_HERO_COUNT
heroes_id = utils.split_to_int(self.exploit_team)
for hero in heroes:
if hero is None:
continue
if hero.id not in heroes_id:
logger.warning("Hero not match exploitation"
"[hero id=%d][node exploit heroes=%s]" %
(hero.id, node.exploit_team))
return False
index = heroes_id.index(hero.id)
heroes_id[index] = NONE_HERO
self.exploit_team = utils.join_to_string(heroes_id)
if self.exploit_team != EMPTY_HEROES:
logger.warning("Exploit heroes not clear")
return False
return True
def _save(self, state, name):
if self.save_path is None:
logger.warning('No path to save checkpoints.')
return
os.makedirs(self.save_path, exist_ok=True)
torch.save(state, os.path.join(self.save_path, name))
def arise_event(self, event_type, event_arise_time):
"""节点上出现了随机事件
"""
assert not self.is_event_arised()
logger.debug("arise event[type=%d]" % event_type)
if event_type == self.EVENT_TYPE_INVALID:
logger.warning("Invalid event type[type=%d]" % event_type)
return False
elif event_type == self.EVENT_TYPE_SCOUT:
self.status = self.NODE_STATUS_ENEMY
else:
if (event_type == self.EVENT_TYPE_ARENA
or event_type == self.EVENT_TYPE_DUNGEON
or event_type == self.EVENT_TYPE_WORLDBOSS):
self.status = self.NODE_STATUS_ENEMY
elif event_type == self.EVENT_TYPE_SEARCH:
self.status = self.NODE_STATUS_ENEMY
self.exploit_type = self.EXPLOITATION_TYPE_RANDOM_ITEM
elif event_type == self.EVENT_TYPE_DEEP_MINING:
self.status = self.NODE_STATUS_ENEMY
self.exploit_type = self.EXPLOITATION_TYPE_ENCHANT_MATERIAL
elif event_type == self.EVENT_TYPE_HERMIT:
self.status = self.NODE_STATUS_ENEMY
self.exploit_type = self.EXPLOITATION_TYPE_HERO_STAR_SOUL
self.event_type = event_type
self.event_arise_time = event_arise_time
self.event_launch_time = 0
return True
def use_energy_item(self, num):
"""使用政令符物品
Args:
num[int] 使用的数量
Returns:
获得政令值
计算失败返回 None
"""
consume = self.consume(num)
if not consume[0]:
return False
output_items = []
output_items.append("[item=")
output_items.append(utils.join_to_string(list(consume[1])))
output_items.append("]")
item = ''.join(output_items)
log = log_formater.output_item(self, "use energy item",
log_formater.ENERGY_ITEM, item)
logger.notice(log)
if not self.is_energy_item():
logger.warning("Not energy item[basic id=%d]" % self.basic_id)
return None
energy = data_loader.ItemBasicInfo_dict[self.basic_id].value * num
return energy
def login(self):
try:
self.browser.open(CF.URL_LOGIN)
enter_form = self.browser.get_form('enterForm')
except Exception as e:
logger.exception(e)
logger.error("Open url failed.")
return False
enter_form['handle'] = self.user_id
enter_form['password'] = self.password
try:
self.browser.submit_form(enter_form)
except Exception as e:
logger.exception(e)
logger.error("Submit login form failed.")
return False
try:
checks = list(
map(lambda x: x.getText()[1:].strip(),
self.browser.select('div.caption.titled')))
if self.user_id not in checks:
logger.warning("Login failed, probably incorrect password.")
return False
except Exception as e:
logger.exception(e)
logger.error("Login status check failed.")
return False
return True
def use_evolution_item(self, consume_num):
"""使用突破石物品
1 判断物品是不是突破石
2 消耗掉将魂石，计算将魂石可以获得的将魂数量
Args:
consume_num[int] 消耗的数量
Returns:
计算失败返回 False
"""
if not self.is_evolution_item():
logger.warning("Not evolution item[basic id=%d]" % self.basic_id)
return False
consume = self.consume(consume_num)
if not consume[0]:
return False
output_items = []
output_items.append("[item=")
output_items.append(utils.join_to_string(list(consume[1])))
output_items.append("]")
item = ''.join(output_items)
log = log_formater.output_item(self, "use evolution item",
log_formater.EVOLUTION_ITEM, item)
logger.notice(log)
return True
def __del__(self):
try:
if self.rest:
del self.rest
except Exception as e:
logger.warning("error when del obj")
raise Exception(e)
def use_starsoul_item(self, consume_num):
"""使用将魂石物品
1 判断物品是不是将魂石
2 判断将魂石是不是和英雄对应，如果传入的 hero 为None，不进行此判断
3 消耗掉将魂石，计算将魂石可以获得的将魂数量
Args:
consume_num[int] 消耗的数量
Returns:
使用将魂石之后可以获得的英雄的 basic id 和将魂数量，返回元组(basic_id, num)
计算失败返回 None
"""
if not self.is_starsoul_item():
logger.warning("Not starsoul item[basic id=%d]" % self.basic_id)
return None
consume = self.consume(consume_num)
if not consume[0]:
return None
output_items = []
output_items.append("[item=")
output_items.append(utils.join_to_string(list(consume[1])))
output_items.append("]")
item = ''.join(output_items)
log = log_formater.output_item(self, "use starsoul item",
log_formater.STARSOUL_ITEM, item)
logger.notice(log)
corresponding_hero_basic_id = data_loader.ItemBasicInfo_dict[
self.basic_id].value
return (corresponding_hero_basic_id, consume_num)
def use_exp_item(self, consume_num):
"""使用英雄经验丹物品
1 拥有的物品数量必须大于消耗的数量，消耗的数量必须大于0
2 物品必须是经验丹
3 消耗掉经验丹，计算可以获得的经验值
Args:
consume_num[int] 消耗的数量
Returns:
使用经验丹之后获得的经验值
计算失败返回 None
"""
if not self.is_hero_exp():
logger.warning("Not hero exp item[basic id=%d]" % self.basic_id)
return None
consume = self.consume(consume_num)
if not consume[0]:
return None
output_items = []
output_items.append("[item=")
output_items.append(utils.join_to_string(list(consume[1])))
output_items.append("]")
item = ''.join(output_items)
log = log_formater.output_item(self, "use exp item",
log_formater.EXP_ITEM, item)
logger.notice(log)
exp = data_loader.ItemBasicInfo_dict[self.basic_id].value * consume_num
return exp, consume[1]
def default_handler_to_transfer_request_to_agent(self) -> flask.Response:
"""
If a request should be run one one instance only
we can transfer it to one agent directly
:return: flask.Response
"""
# Merge data from firestore `features` collection with data from task
data_form = MultiDict()
data_form.update(flask.request.form)
if self.enable_feature_toggle:
feature_dict = self.db.get_agent_feature()
data_form.update(feature_dict)
response = self.send_request_to_agent(flask.request.method,
flask.request.path,
flask.request.args, data_form)
if response:
response_json = {}
try:
response_json = response.json()
except Exception as e:
logger.warning(
self.name,
f'It seems, there is no content in response {response}. Message: {e}'
)
return flask.make_response(flask.jsonify(response_json),
response.status_code)
else:
return flask.make_response(
flask.jsonify(
{MESSAGE_KEY: 'Failed to get report from agents'}),
HTTPStatus.INTERNAL_SERVER_ERROR)
def _update_query_info(self, union_response, data, req, timer):
union_res = internal_union_pb2.InternalQueryUnionRes()
union_res.ParseFromString(union_response)
if union_res.status != 0:
raise Exception("Query union res errro")
res = union_pb2.QueryUnionRes()
res.status = 0
res.ret = union_res.ret
if union_res.ret != union_pb2.UNION_OK:
res.ret = union_res.ret
logger.warning("User query union unexpected")
if union_res.ret == union_pb2.UNION_NOT_MATCHED:
union = data.union.get()
if not union.leave_union(union.union_id, timer.now, False):
raise Exception("Leave union failed")
defer = DataBase().commit(data)
defer.addCallback(self._query_succeed, req, res, timer)
return defer
else:
return self._patch_query_info(union_res, data, req, timer)
def modify(self, profile_id, data=None, method_name='install', http_method='POST'):
resource = "/API/v1/mdm/profiles/{profileid}/{method}".format(profileid=profile_id, method=method_name)
try:
res = self.rest.do_access(resource, http_method, self.parse_param(data), headers=self.aw_headers)
except MDMiHttpError as e:
logger.warning("%s vpn profile exception: %s" % (method_name, e))
return False
except Exception as e:
logger.warning("%s vpn profile exception: %s" % (method_name, e))
return False
return True
def service_remain_keys(self):
logger.info('Client query remain keys!')
sock = self.do_connect(defs.KEYPL_DEFAULT_TIMOUT)
if not sock:
logger.warning('Connect to key pool service failed!')
return False
try:
data = self._send_cmd(sock, defs.KEYPL_CMDS['remain_keys'])
return data.get('response')
except Exception, e:
logger.error('Client query remain keys exception: %s' % e)
raise Exception(e)
def get_all(self):
size = self.__queue.qsize()
task_data_list = []
for i in xrange(size):
try:
data = self.__queue.get_nowait()
task_data_list.append(data)
except Exception as e:
logger.warning('error occured in getting No.%d data from queue, queue size: %d, error: %s', i, size, e)
break
return task_data_list
def add_absolute(self, time, target, arg=None):
if time < clock.get_time():
logger.warning('Scheduling action in the past!')
if type(target) == types.LambdaType and not arg is None:
logger.warning('Non-None argument ignored for lambda callback')
# Adds the schedulable item (a target and argument tuple) to the
# schedule.
item = (target, arg)
self.schedule.setdefault(time, list())
self.schedule[time].append((target, arg))
return time
def parse_info_updates(self, updates_data):
"""
Parses the data provided from the command:
"yum info updates -v"
Returns:
A list of dictionaries for each package.
"""
#sys_arch = systeminfo.system_architecture()
clean_pkg_data = self._clean_up_info_updates(updates_data)
package_dicts = {}
for pkg_data in clean_pkg_data:
split_data = self._split_package_data(pkg_data)
pkg_dict = self._dict_from_split_pkg_data(split_data)
pkg_name = pkg_dict.get(PkgKeys.name, '')
if not pkg_name:
logger.warning(
"No name for dict: {0}".format(pkg_dict)
)
continue
# Avoid duplicate dicts
if pkg_name in package_dicts:
continue
pkg_dict[PkgKeys.lookup_name] = \
self._get_severity_lookup_name(pkg_dict)
full_version = pkg_dict[PkgKeys.version]
if pkg_dict.get(PkgKeys.release, ''):
full_version = '{0}-{1}'.format(
full_version, pkg_dict[PkgKeys.release]
)
pkg_dict[PkgKeys.full_version] = full_version
package_dicts[pkg_name] = pkg_dict
# Can't discriminate by arch because x86_64 arch machines
# can have i386 packages installed, which need updates.
# pkg_arch = pkg_dict.get(PkgKeys.arch, 'noarch')
# if pkg_arch == 'noarch' or pkg_arch == sys_arch:
# package_dicts.append(pkg_dict)
return package_dicts.values()
def _get_devinfo_from_aw(self, src_queue, dest_queue):
aw_dev = AirwatchDevice(self.aw_account)
list_udids = []
while src_queue.qsize() > 0:
devitems = src_queue.get(True)
for dev in devitems:
try:
udid = dev['attributes'].get('UDID')[0]
if udid and (udid != 'NA'): # try get udid
list_udids.append(udid.lower()) #keep all string in lower
else:
logger.warning('Unknow device: %s' % repr(dev))
except Exception, e:
logger.error('Unknow device, error info:%s' % repr(e))
pass
def service_is_alive(self):
logger.info('Client check service available!')
sock = self.do_connect(defs.KEYPL_DEFAULT_TIMOUT)
if not sock:
logger.warning('Connect to key pool service failed!')
return False
try:
data = self._send_cmd(sock, defs.KEYPL_CMDS['alive'])
result = data.get('response')
if result:
return True
except Exception, e:
logger.error('Client check service status exception: %s' % e)
return False
def _process_message(self, message):
logger.debug('process message: {}'.format(message))
if 'text' not in message:
return
for pattern, handler in self._commands:
match = re.search(pattern, message['text'], re.UNICODE)
if match:
return handler(
Message(self, **message),
**match.groupdict()
)
logger.warning(
'message [{}] dont match any command pattern'.format(message)
)
def stop_vm(self, vmname, timeout1=10, timeout2=2):
logger.info("Stop vm/network {0}".format(vmname))
vms = [vm for vm in self.vms.values()
if vm.name == vmname or
vm.name.startswith(vmname + self.DOM_SEPARATOR)]
vm_names = " ".join(vm.name for vm in vms)
logger.debug("Found next vm's, which match name glob {0}".format(vm_names))
for xvm in vms:
conn = self.get_vm_conn(xvm.name)
logger.debug("Stop vm {0}".format(xvm.name))
try:
vm = conn.lookupByName(xvm.name)
except libvirt.libvirtError:
logger.debug("vm {0} don't exists - skip it".format(xvm.name))
else:
logger.debug("Shutdown vm {0}".format(xvm.name))
try:
vm.shutdown()
except libvirt.libvirtError:
pass
else:
for i in range(timeout1):
time.sleep(1)
try:
vm = conn.lookupByName(xvm.name)
except libvirt.libvirtError:
return
logger.warning("VM {0} don't shoutdowned - destroy it".format(xvm.name))
vm.destroy()
for i in range(timeout2):
time.sleep(1)
try:
vm = conn.lookupByName(xvm.name)
except libvirt.libvirtError:
return
logger.error("Can't stop vm {0}".format(xvm.name))
raise CloudError("Can't stop vm {0}".format(xvm.name))
conn.close()
def api_call(self, action, **data):
url = self._api_url(action)
resp = yield from aiohttp.request('POST', url, data=data)
if resp.status == 200:
return (yield from resp.json())
elif resp.status == 502: # telegram nginx bad gateway
logger.warning(
'telegram returns a 502 error from action {}'.format(action)
)
yield from asyncio.sleep(10)
else:
api_return = yield from resp.text()
logger.critical(
'could not process the return of telegram api: {}'.format(
api_return
)
)
def _discover(self):
assert self.server_level > 0
request = DiscoveryRequest()
request.client_id = self.server_id
# Sends the request to a random task in the server job.
response = self.downstream_job.get_random_task().Discovery_RPC(request)
# If the response has a master_bns field we store the reference
# to the master. If not there is no master, which would suck.
if response.HasField('master_bns'):
self.master = self.downstream_job.get_task_by_name(response.master_bns)
else:
self.master = None
logger.warning('%s doesn\'t know who the master is.' % self.server_id)
Counter.get('server.discovery_failure').inc()
return self.master
def run(self):
self._run = True
while self._run:
if self._queue.size() == 0:
# If wait Queue is empty and retry count less than `_retry`,
# execute tasks from FailQueue, else push to DeadQueue.
if self._retry > 0 and self._fail_queue.size() != 0:
task_id, task_raw, task, exc_info = self._fail_queue.dequeue()
retry_count = self._retry_count.get(task_id, 0)
# Retry count is out of limit.
if retry_count >= self._retry:
self._dead_queue.enqueue(task_id, exc_info)
logger.warning("Task #{0} is dead!".format(task_id))
continue
self._retry_count[task_id] = retry_count + 1
logger.info("Retry task: {0}".format(task.callable))
# All queues is empty or does not need retry,
# report results.
else:
if self.no_task_in_ten_seconds() and not self._empty:
self.report()
self._empty = True
time.sleep(1)
continue
# Execute normal task.
else:
self._empty = False
task_id, task_raw, task = self._queue.dequeue()
logger.info("Try task: {0}".format(task.callable))
try:
result = task.execute()
except Exception as e:
err_msg = '{0}: {1}'.format(type(e).__name__, e.args)
retry_count = self._retry_count.get(task_id, 0)
if self._retry > 0 and retry_count < self._retry:
self._fail_queue.enqueue(task_id, task_raw, err_msg)
else:
self._dead_queue.enqueue(task_id, err_msg)
logger.error("Execute task: #{0} got {1}".format(task_id, err_msg))
else:
self._success_queue.enqueue(task_id, result)
logger.info("Task #{0} done! Got: {1}".format(task_id, result))
self.reset_time()
def __init__(self, mothership, args):
"""
Carefully initialize the connection to the Mothership and register all
methods defined by the subcless.
"""
self.initialize(args)
self.shuffle_keys = set() # Contains the local set of shuffle keys
self.stopped = False
self.Port = randint(40000,90000)
self.mothership = mothership
try:
self.hostname = socket.gethostname()
# Ensure that we can set up a server or we die trying
down = True
while down:
try:
logger.info( '%s:%d notifying %s of startup' % (socket.gethostname(), self.Port, mothership) )
sendto(socket.gethostname()+' '+str(self.Port)+' UP', (mothership, ClientRegistry.Port))
rpcserver = xmlrpcserver.XmlRpcHTTPServer((socket.gethostname(),self.Port))
down = False
except socket.error:
logger.warning( 'Couldnt connect to mothership ' + mothership )
self.Port = randint(40000,90000)
time.sleep(1)
# to register an object, do rpcserver.register('rpcname',object)
# to register a method, do rpcserver.register('rpcname',method)
rpcserver.register('map',self.rpc_map)
rpcserver.register('shuffle',self.rpc_shuffle)
rpcserver.register('terminate',self.rpc_terminate)
logger.info( 'Client setup complete.' )
while not self.stopped:
rpcserver.handle_request()
# rpcserver.serve_forever()
finally: # cleanup no matter what happens
self.terminate()
def run(self):
logger.info('Devices\' information sync with airwatch started at %s under account %d!' % (str(time.time()), self.aw_account))
try:
logger.info('Step 1: Get device information from RS.')
rs_retval = self._get_devinfo_from_rs()
logger.debug('Account %d includes %d device needed sync with airwatch!' % (self.aw_account, rs_retval))
if rs_retval <= 0:
# report
return # exit, no work to do
logger.info('Step 2: Get device information from airwatch.')
aw_retval = self._get_devinfo_from_aw(self.devinfo_original_queue, self.devinfo_refresh_queue)
logger.debug('Account %d, get %d device information from airwatch!' % (self.aw_account, aw_retval))
if (aw_retval != rs_retval):
#The devices do not exist in airwatch needed to be updated as unenroll status.
logger.warning('Account %d, Original device number (%d) and refresh device number (%d) NOT match!' % (self.aw_account, rs_retval, aw_retval))
logger.info('Step 3: Sync device information to RS.')
sync_retval = self._sync_devinfo()
logger.debug('Account %d, sync %d device information with RS finished!' % (self.aw_account, sync_retval))
if (aw_retval != sync_retval):
#causes of updating RS fail
logger.warning('Account %d, Refresh device number (%d) and Sync device number (%d) NOT match!' % (self.aw_account, aw_retval, sync_retval))
# Step 4: Update the defect devices to be unenroll.
if self.m_defect_devs:
defect_cnt = len(self.m_defect_devs)
logger.info('Step 4: Set %d devices to be "unenroll" status!' % defect_cnt)
ok_cnt = self._unenroll_dev_status(self.m_defect_devs)
if defect_cnt != ok_cnt:
logger.warning('Account %d, Set %d devices to be "unenroll status failed!"' % (self.aw_account, (defect_cnt - ok_cnt)))
# Step 5: Report
except Exception, e:
logger.error(repr(e))
def _retrieve_group(self, sync_source='MDM', **kwargs):
rs = self._process_once('retrieve', 'Groups', sync_source)
if not kwargs:
logger.warning('the retrieve condition is empty or none, it will return all groups in metanate')
return rs
# get a key and value from kwargs
key, value = self._get_key_value_from_dict(kwargs)
if not key:
logger.error('parameter did not contain "dn", "cn" or "objectguid"')
raise MDMiInvalidParameterError(601, 'Invalid Parameter', 'parameter did not contain "dn", "cn" or "objectguid"')
for r in rs.content:
if isinstance(r, tuple) and len(r) == 2 and isinstance(r[1], dict):
if key == 'dn':
if r[0].lower() == value.lower():
return r
else:
r1 = self._convert_dict_key_to_lower(r[1])
if r1.has_key(key):
if isinstance(r1[key], list):
if key == 'objectguid':
if value in r1[key]:
return r
else: # cn is case insensitive
r2 = [i.lower() if isinstance(i, basestring) else i for i in r1[key]]
if value.lower() in r2:
return r
elif isinstance(r1[key], basestring):
if key == 'objectguid':
if r1[key] == value:
return r
else: # cn is case insensitive
if r1[key].lower() == value.lower():
return r
logger.error('cannot find group with condition: %s', kwargs)
return None
def process_capacity_response(self, response):
for resp in response.resource:
assert resp.gets.capacity >= 0
resource = self.find_resource(resp.resource_id)
n = sum_leases(resource)
if resp.gets.capacity < n:
logger.warning(
'%s shortfall for %s: getting %lf, but has %lf outstanding leases' %
(self.get_server_id(), resource.resource_id,
resp.gets.capacity, n))
Counter.get('server_capacity_shortfall').inc()
Gauge.get('server.%s.shortfall' %
self.get_server_id()).set(resp.gets.capacity - n)
resource.has.CopyFrom(resp.gets)
# Schedules an action at the expirty time to clear out the lease.
scheduler.add_absolute(
resource.has.expiry_time,
lambda: self._maybe_lease_expired(resource.resource_id))
def _pool_generator(self):
"""
main generator engine. running in endless loop since generator is started.
handling connection creating and managing process,
checks status after each action and making queue from users in a case of pool overflow.
"""
logger.info('*INITIAL STATUS: actual= %s, used = %s, max = %s, limit = %s'
% (self.actual_conn, self.used, self.max_size, self.limit))
while self.actual_conn < self.max_size:
if self.actual_conn == 0 and self.used == 0:
self._create_connection()
logger.debug('creating an INITIAL connection %s'
% self.CONNECTIONS[-1])
logger.info('STATUS: actual=%s used =%s, limit = %s'
% (self.actual_conn, self.used, self.limit))
elif self.actual_conn == 0 and self.used < self.max_size:
self._create_connection()
logger.warning('creating a new connection %s'
% self.CONNECTIONS[-1])
logger.info('STATUS: actual=%s used =%s, limit = %s'
% (self.actual_conn, self.used, self.limit))
elif self.actual_conn > 0 and self.used < self.max_size:
logger.debug('gave to user an actual free connect.')
self.actual_conn -= 1
self.used += 1
self.limit = self.max_size - self.actual_conn - self.used
logger.info('*FINISH STATUS: actual=%s used =%s, limit = %s'
% (self.actual_conn, self.used, self.limit))
yield self.OUTPUT.append(self.CONNECTIONS.pop())
else:
logger.warning('SORRY! ALL %s CONNECTIONS ARE USED AT THE MOMENT!' % self.used)
print '|RETRY in 1 second|'
print '|loop is waiting time to close timed-out connections'
time.sleep(3)
gc = [x for x in self.CONNECTIONS if time.time() - x.created_time > x.time_limit]
print gc
try:
gc = (x.close() for x in self.CONNECTIONS if time.time() - x.created_time > x.time_limit)
logger.warning('KILLED %f' % gc.next().created_time)
gc.next()
except StopIteration:
logger.info('all connection are busy, retry in .. sec ')
yield self.queue('putting user data(reference) to queue')
def start_sub_process(is_first=True):
global socket_process
global dispatch_process
global schedule_process
#global service_status
global sock_file
global to_stop
if to_stop:
return
if not is_first and not socket_process.is_alive():
logger.warning("socket process was stopped, try to start it")
if is_first or (not is_first and not socket_process.is_alive()):
socket_queue = Queue()
socket_process = SocketProcess(sock_file, socket_queue)
socket_process.start()
try:
status = socket_queue.get(timeout=3)
if status != 0:
stop_children()
return
except Exception:
logger.error('Cannot start socket process at this time')
stop_children()
return
if not is_first and not dispatch_process.is_alive():
logger.warning("dispatch thread was stopped, try to start it")
if is_first or (not is_first and not dispatch_process.is_alive()):
dispatch_queue = Queue()
dispatch_process = DispatchProcess(dispatch_queue)
dispatch_process.start()
if not is_first and not schedule_process.is_alive():
logger.warning("schedule thread was stopped, try to start it")
if is_first or (not is_first and not schedule_process.is_alive()):
schedule_process = ScheduleProcess(dispatch_process)
schedule_process.start()
def prepare_guest_debian(disk_path, hostname, passwords, eth_devs, format=None, apt_proxy_ip=None):
logger.info("Prepare image for " + hostname)
if format == 'lxc':
gfs = LocalGuestFS(disk_path)
gfs.rm('/etc/init/udev.conf')
interfaces = []
for dev, (hw, ip, sz, gw) in eth_devs.items():
if ip == 'dhcp':
interfaces.append("dhclient {0}".format(dev))
else:
interfaces.append("ifconfig {0} {1}/{2} up".format(dev, ip, sz))
gfs.write('/etc/init/lxc_lan.conf', ifconfig_script.format("\n".join(interfaces)))
else:
gfs = guestfs.GuestFS()
gfs.add_drive_opts(disk_path, format=format)
logger.debug("Launch libguestfs vm")
gfs.launch()
logger.debug("ok")
os_devs = gfs.inspect_os()
if len(os_devs) > 1:
msg = "Two or more bootable partitions - disk prepare impossible " + disk_path
logger.error(msg)
raise CloudError(msg)
# for dev, fs_type in gfs.list_filesystems():
# logger.debug("Fount partition {0} with fs type {1}".format(dev, fs_type))
# # TODO: add lvm support
# if fs_type in 'ext2 ext3 reiserfs3 reiserfs4 xfs jfs btrfs':
# gfs.mount(dev, '/')
# if gfs.exists('/etc'):
# logger.debug("Fount /etc on partition {0} - will work on it".format(dev))
# break
# gfs.umount(dev)
# logger.debug("No /etc dir found - continue")
if 0 == len(os_devs):
mounts = sorted(gfs.inspect_get_mountpoints(os_devs[0]))
for mpoint, dev in mounts:
gfs.mount(dev, mpoint)
if not gfs.exists('/etc'):
msg = "Can't fount /etc dir in image " + disk_path
logger.error(msg)
raise CloudError(msg)
else:
gfs.mount(os_devs[0], '/')
#gfs.mount('/dev/vda1', '/')
if not gfs.exists('/etc'):
msg = "Can't fount /etc dir in image " + disk_path
logger.error(msg)
raise CloudError(msg)
logger.debug("Launch ok. Set hostname")
#hostname
gfs.write('/etc/hostname', hostname)
#set device names
logger.debug("Set device names and network imterfaces")
templ = 'SUBSYSTEM=="net", DRIVERS=="?*", ATTR{{address}}=="{hw}", NAME="{name}"'
rules_fc = []
interfaces = ["auto lo\niface lo inet loopback"]
for dev, (hw, ip, sz, gw) in eth_devs.items():
rules_fc.append(templ.format(hw=hw, name=dev))
interfaces.append("auto " + dev)
if ip == 'dhcp':
interfaces.append("iface {0} inet dhcp".format(dev))
else:
interfaces.append("iface {0} inet static".format(dev))
interfaces.append(" address " + ip)
network = int2ip(ip2int(ip) & ip2int(netsz2netmask(sz)))
interfaces.append(" network " + network)
interfaces.append(" netmask " + netsz2netmask(sz))
gfs.write('/etc/udev/rules.d/70-persistent-net.rules', "\n".join(rules_fc))
# gfs.write('/etc/network/interfaces', "\n".join(interfaces))
gfs.write('/etc/network/interfaces.d/eth0', "\n".join(interfaces))
# update passwords
logger.debug("Update passwords")
chars = "".join(chr(i) for i in range(ord('a'), ord('z') + 1))
chars += "".join(chr(i) for i in range(ord('A'), ord('Z') + 1))
chars += "".join(chr(i) for i in range(ord('0'), ord('9') + 1))
hashes = {}
for login, passwd in passwords.items():
salt = "".join(random.choice(chars) for _ in range(8))
hashes[login] = crypt.crypt(passwd, "$6$" + salt)
new_shadow = []
need_logins = set(hashes)
for ln in gfs.read_file('/etc/shadow').split('\n'):
ln = ln.strip()
if ln != '' and ln[0] != '#':
login = ln.split(':', 1)[0]
if login in hashes:
sh_templ = "{login}:{hash}:{rest}"
sh_line = sh_templ.format(login=login,
hash=hashes[login],
rest=ln.split(':', 2)[2])
new_shadow.append(sh_line)
need_logins.remove(login)
else:
new_shadow.append(ln)
for login in need_logins:
new_sh_templ = "{login}:{hash}:{rest}"
new_sh_line = new_sh_templ.format(login=login,
hash=hashes[login],
rest="0:0:99999:7:::")
new_shadow.append(new_sh_line)
gfs.write('/etc/shadow', "\n".join(new_shadow))
# add new users to passwd
ids = []
logins = []
passwd = gfs.read_file('/etc/passwd')
for ln in passwd.split('\n'):
ln = ln.strip()
if ln != '' and ln[0] != '#':
logins.append(ln.split(':', 1)[0])
ids.append(ln.split(':')[2])
ids.append(ln.split(':')[3])
add_lines = []
try:
mid = max(i for i in ids if i < 65000)
except ValueError:
mid = 0
mid += 1024
for login in set(hashes) - set(logins):
home = '/home/' + login
add_lines.append(":".join([login, 'x', str(mid), str(mid), "", home, '/bin/bash']))
if not gfs.exists(home):
gfs.mkdir_p(home)
mid += 1
if add_lines != []:
gfs.write('/etc/passwd', passwd.rstrip() + "\n" + "\n".join(add_lines))
# if apt_proxy_ip is not None:
# logger.debug("Set apt-proxy to http://{0}:3142".format(apt_proxy_ip))
# fc = 'Acquire::http {{ Proxy "http://{0}:3142"; }};'.format(apt_proxy_ip)
# gfs.write('/etc/apt/apt.conf.d/02proxy', fc)
logger.debug("Update hosts")
hosts = gfs.read_file('/etc/hosts')
new_hosts = ["127.0.0.1 localhost\n127.0.0.1 " + hostname]
for ln in hosts.split('#'):
if not ln.strip().startswith('127.0.0.1'):
new_hosts.append(ln)
gfs.write('/etc/hosts', "\n".join(new_hosts))
# allow ssh passwd auth
if gfs.is_file('/etc/ssh/ssh_config'):
name = '/etc/ssh/ssh_config'
elif gfs.is_file('/etc/ssh/sshd_config'):
name = '/etc/ssh/sshd_config'
else:
logger.warning("Both '/etc/ssh/sshd_config' and '/etc/ssh/ssh_config' are absent. Skip ssh config patching")
name = None
if name is not None:
sshd_conf = gfs.read_file('/etc/ssh/ssh_config')
sshd_conf_lines = sshd_conf.split("\n")
for pos, ln in enumerate(sshd_conf_lines):
if "PasswordAuthentication" in ln:
sshd_conf_lines[pos] = "PasswordAuthentication yes"
break
else:
sshd_conf_lines.append("PasswordAuthentication yes")
gfs.write('/etc/ssh/ssh_config', "\n".join(sshd_conf_lines))
Get monitor warning threshold in configuration file according to the given name.
If configuration file does not exist, the return default value.
"""
if os.path.isfile(MONITOR_CONFIG_PATH):
file = open(MONITOR_CONFIG_PATH)
try:
file = open(MONITOR_CONFIG_PATH)
thresholds = json.loads(file.read())
return thresholds['thresholds'][name][key]
except Exception, e:
logger.error('get %s monitor threshold error: %s' % (name, repr(e)))
finally:
file.close()
else:
logger.warning('monitor configuration file does not exist')
return 10
def count_task_by_num(name, success_num=0, fail_num=0):
"""
Record tasks in monitor configuration file according to the given name, and success and failure num.
"""
monitor_ini = '{path}/mdmi_monitor_{service}.ini'.format(path=MONITOR_COUNTER_PATH, service=name)
conf = ConfigParser.SafeConfigParser()
# create configuration file if it does not exist
try:
file = open(monitor_ini, 'r+')
except IOError, e:
file = open(monitor_ini, 'a+')
def _404(self, parameters):
logger.warning("Web, 404: %s\nParameters: %s" % (
self.url, parameters
))
return self._response("Error", 404)
def GetCapacity_RPC(self, request):
assert request.IsInitialized()
assert self.state.is_initialized()
# If this server is not the master it cannot handle this request.
# The client should do a new Discovery.
if not self.is_master():
self.state.assert_clean()
logger.info('%s getting a GetCapacity request when not master' %
self.server_id)
Counter.get('server.GetCapacity_RPC.not_master').inc()
return None
timer = Gauge.get('server.GetCapacity_RPC.latency')
timer.start_timer()
logger.debug(request)
now = clock.get_time()
# Cleanup the state. This removes resources and clients with expired
# leases and such.
self.state.cleanup()
# A set of resources that we need to skip in step 2 (the actual
# handing out of capacity.
resources_to_skip = set()
# First step: Go through the request and update the state with the
# information from the request.
for req in request.resource:
# Finds the resource and the client state for this resource.
(resource, cr) = self.state.find_client_resource(
request.client_id,
req.resource_id)
# If this resource does not exist we don't need to do anything
# right now.
if resource:
assert cr
# Checks whether the last request from this client was at least
# _kMinimumInterval seconds ago.
if cr.HasField('last_request_time') and now - cr.last_request_time < _kMinimumInterval:
logger.warning(
'%s GetCapacity request for resource %s within the %d second '
'threshold' %
(self.server_id, req.resource_id, _kMinimumInterval))
resources_to_skip.add(req.resource_id)
else:
# Updates the state with the information in the request.
cr.last_request_time = now
cr.priority = req.priority
cr.wants = req.wants
if req.HasField('has'):
cr.has.CopyFrom(req.has)
else:
cr.ClearField('has')
# Creates a new response object in which we will insert the responses for
# the resources contained in the request.
response = GetCapacityResponse()
# Step 2: Loop through all the individual resource requests in the request
# and hand out capacity.
for req in request.resource:
# If this is a resource we need to skip, let's skip it.
if req.resource_id in resources_to_skip:
continue
# Finds the resource and the client state for this resource.
(resource, cr) = (
self.state.find_client_resource(
request.client_id,
req.resource_id))
# Adds a response proto to the overall response.
resp = response.response.add()
resp.resource_id = req.resource_id
# If this is an unknown resource just give the client whatever it
# is asking for.
if not resource:
assert not cr
logger.warning(
'%s GetCapacity request for unmanaged resource %s' %
(self.server_id, req.resource_id))
resp.gets.expiry_time = now + _kDefaultLeaseTimeForUnknownResources
resp.gets.capacity = req.wants
else:
# Sets the safe capacity in the response if there is one
# configured for this resource.
if resource.template.HasField('safe_capacity'):
resp.safe_capacity = resource.template.safe_capacity
# Finds the algorithm implementation object for this resource.
algo = AlgorithmImpl.create(resource.template, self.server_level)
# If the resource is in learning mode we just return whatever the client
# has now and create a default lease.
if resource.learning_mode_expiry_time >= now:
if cr.HasField('has'):
has_now = cr.has.capacity
else:
has_now = 0
cr.has.CopyFrom(algo.create_lease(resource, has_now))
Counter.get('server.learning_mode_response').inc()
else:
# Otherwise we just run the algorithm. This will update the
# client state object.
algo.run_client(resource, cr)
Counter.get('server.algorithm_runs').inc()
# Copies the output from the algorithm run into the response.
resp.gets.CopyFrom(cr.has)
assert resp.IsInitialized()
logger.info(
'%s for %s resource: %s wants: %lf gets: %lf lease: %d refresh: %d' %
(self.server_id, request.client_id, req.resource_id, req.wants,
resp.gets.capacity, resp.gets.expiry_time - now,
resp.gets.refresh_interval))
assert response.IsInitialized()
timer.stop_timer()
return response
def gather_reporting_data(self, resource_id):
logger.info('Gathering reporting data')
now = clock.get_time()
# Adds a record to the data set for this timestamp.
self.data[now] = dict()
self.summaries[now] = dict()
# Adds a summary record for the clients
p = ReportingData()
p.total_wants = 0
p.total_has = 0
self.summaries[now]['clients'] = p
self.all_summaries.add('clients')
# Step 1: Goes through all the clients in the system, gets their
# reporting data and adds it to the data set.
for client in Client.all_clients():
client_id = client.get_client_id()
self.all_clients.add(client_id)
data = client.get_reporting_data(resource_id)
if data:
self.data[now][client_id] = data
logger.debug('%s: %s' % (client_id, str(data)))
p.total_wants += data.wants
p.total_has += data.has
else:
logger.warning('No reporting data received from %s' % client_id)
# Step 2: Find the master server of every job, get its reporting data
# and add it to the data set.
for job in ServerJob.all_server_jobs():
current_master = job.get_master()
# If this job does not have a master then we got nothing to do.
if not current_master:
continue
job_name = job.get_job_name()
self.all_server_jobs.add(job_name)
data = current_master.get_reporting_data(resource_id)
if data:
self.data[now][job_name] = data
logger.debug('%s: %s' % (job_name, str(data)))
key = 'level %d' % current_master.get_server_level()
self.all_summaries.add(key)
if not key in self.summaries[now]:
p = ReportingData()
p.total_wants = 0
p.total_has = 0
p.total_leases = 0
p.total_outstanding = 0
self.summaries[now][key] = p
else:
p = self.summaries[now][key]
p.total_wants += data.wants
p.total_has += data.has
p.total_leases += data.leases
p.total_outstanding += data.outstanding
else:
logger.warning(
'No reporting data received from %s' %
current_master.get_server_id())