def processDoubanFilm(path, filmName):
for root, dirs, files in os.walk(path, True):
if (len(files) == 1 and Utils.isVideoFile(files[0])):
processOneFilm(root, files[0], filmName)
elif (len(files) == 0):
Log.d(tag, "delete -- " + path)
os.rmdir(path)
def delWin(self, friend_jid):
#窗口关闭，离开会话 ps：leave()是个协程，需要将其加入并发队列
asyncio.ensure_future(
self.conversationList[str(friend_jid)]['conversation'].leave())
del self.conversationList[str(friend_jid)]
self._Sign_Close_Conv.emit(str(friend_jid))
Log.info("关闭聊天窗口", self.conversationList)
def deleteDownloadingFiles(root, files):
for file in files:
reg = "^.*downloading$"
if (re.match(reg, file)):
path = os.path.join(root, file)
Log.d(tag, "remove : " + path)
os.remove(path)
def start(self, user):
Log.info('开始登陆', user)
self.jid = aioxmpp.JID.fromstr(user['JID'])
self.password = user['PWD']
try:
# no_verify=True大坑！，注意关闭认证；参考：https://docs.zombofant.net/aioxmpp/devel/api/public/security_layer.html
# 可能要自己定义security_layer以达到通信安全
self.client = aioxmpp.PresenceManagedClient(
self.jid,
aioxmpp.make_security_layer(self.password, no_verify=True),
loop=self._loop)
self.client.set_presence(
aioxmpp.PresenceState(available=True,
show=aioxmpp.PresenceShow.FREE_FOR_CHAT),
{aioxmpp.structs.LanguageTag.fromstr('en'): '在线'})
self.client.on_failure.connect(self.on_failure) #启动失败时操作
self.client.on_stream_established.connect(
self.on_login_success) #在链接服务器时操作
self.client.on_stream_suspended.connect(
self.on_internet_disconnect) #服务器链接中断时操作
self.client.on_stream_destroyed.connect(
self.on_internet_disconnect) #服务器链接失败时操作
except ConnectionRefusedError:
self._sign_login.emit(3)
return
except Exception:
return
def create_partition(data: dict, row_list: list, part_num: int,
output_path: str, oi: list) -> None:
"""
根据指定的行列表、分块数、输出路径，生成数据集字典的分块文件
:param data: 数据集字典
:param row_list: 行列表（由index组成的列表）
:param part_num: 分块数
:param output_path: 输出路径
:param oi: 分块数据文件时保留原索引的数据表列表
:return: 无返回值
"""
if output_path is None:
Log.critical('未配置分块数据文件路径')
return
directory = os.path.join(output_path, str(part_num + 1))
if os.path.exists(directory):
return
else:
os.makedirs(directory)
for table_name in data:
tmp_df = pd.DataFrame(data[table_name])
if table_name in oi:
tmp_df_subset = tmp_df[tmp_df.index.isin(
row_list)].copy().reset_index()
else:
tmp_df_subset = tmp_df[tmp_df.index.isin(
row_list)].copy().reset_index(drop=True)
tmp_df_subset.to_csv('{}/{}.csv'.format(directory, table_name),
index=False)
return
def __init__(self, repository_path, name=None, db_session=None, branch='master'):
""" Initialize the Repository Miner
Args:
repository_path: The url to the repository
name: Optional. The unique name of this repository. Defaults to the last part of the path.
db_session: Optional if not specified it will create a new one
branch: Optional. The branch to mine. Defaults to the master branch.
"""
self.repository = Repo(repository_path)
self.branch = branch
self.PROGRAMMING_LANGUAGES = Config.programming_languages
self.EMPTY_TREE_SHA = "4b825dc642cb6eb9a060e54bf8d69288fbee4904"
# Size of the return character for calculating file size
self.RETURN_SIGN_SIZE = 2
self.init_db_sessions(db_session=db_session)
self.existing_commit_ids = set()
self.repository_id = self.__create_new_repository(self.db_session, name, repository_path)
Log.info("Start mining the repository with path: " + repository_path)
commits = self.__get_commits()
self.iterate_commits(commits)
def open_session(self, key):
# If a new session is requested opened several times
# it probably use of transparency or a error, so
# just continue to use the same variable and key
try:
self.session_jar
except:
# Don't have a session, so go on..
pass
else:
# Session allready initiated, just return..
return
if type(key) == type(''):
self.session_key = key
else:
try:
self.session_key = str(hash(key))
except:
raise Exception
Log.out('PLUGIN::SESSION -> try key: %s' % self.session_key)
self.session_jar = self._open_session_from_disk(self.session_key)
return self.session_key
def iterate_commits(self, commits):
"""Iterate all commits and do the work
Args:
commits:
"""
threads = []
log_interval = 1
if len(commits) > 1000:
log_interval = 100
for i, commit in enumerate(commits):
if i % log_interval == 0:
prc = i / len(commits) * 100
Log.info("{0:0.2f}% - processed commits: {1}".format(prc, i))
if commit.parents:
previous_commit = commit.parents[0]
else:
previous_commit = self.EMPTY_TREE_SHA
if (len(commit.parents) <= 1) and (not self.__commit_exists(str(commit))):
project_file_count = self.__get_project_file_count(self.repository_id)
project_size = self.__get_project_size(self.repository_id)
commit_orm = self.__process_commit(commit, previous_commit, project_size, project_file_count,
db_session=self.db_session)
self.db_session.commit()
# To prevent that half commits are in database (when gtsoog dies)
commit_orm.complete = True
self.db_session.commit()
def account(self, update, context):
session = Session.get_from(context.user_data)
accounts = session.datasource.account()
reply_markup = None
if isinstance(accounts, dict) and accounts.get('Success') and len(
accounts.get('Data', [])):
msg = 'Select the account'
keyboard = []
keyboardline = []
for row in accounts.get('Data', []):
if len(keyboardline) <= 1:
keyboardline.append(
InlineKeyboardButton(row.get('name'),
callback_data='account_{}'.format(
row.get('id'))))
if len(keyboardline) == 2:
keyboard.append(keyboardline)
keyboardline = []
if len(keyboardline):
keyboard.append(keyboardline)
if len(keyboard):
reply_markup = InlineKeyboardMarkup(keyboard)
Log.info(accounts)
else:
Log.error(accounts)
msg = "Could not get accounts, try later /done"
self.base_handler.reply_text(update,
context,
text=msg,
reply_markup=reply_markup)
return self.WELCOME
def on_chatwith(self,room):
jid = str(room.jid)
if jid not in self.roomList:
win = self.getWin(room)
Log.info("新开窗口", self.roomList[jid]['room'])
self.roomList[jid]['room'].on_message.connect(partial(self.on_message,self.roomList[jid]['room']))
self.roomList[jid]['win'].show()
def cal_distinct(pred_list, n_gram=1):
"""
calculate distinct
Args:
pred_id_list: list
n-gram: int n-gram default 1
Returns:
distinct_score: float dist-n score
"""
Log.info(
"calculate distinct score start: pred_id_list_size = {}, n_gram = {}".
format(len(pred_list), n_gram))
ngram_vectorizer = CountVectorizer(ngram_range=(n_gram, n_gram),
decode_error="ignore",
token_pattern=r'\b\w+\b')
ngram_arr = ngram_vectorizer.fit_transform(pred_list).toarray()
exist = (ngram_arr > 0) * 1.0
factor = np.ones(ngram_arr.shape[1])
dis_ngram_arr = np.dot(exist, factor)
sum_arr = np.sum(ngram_arr, 1)
indics = sum_arr != 0
sum_arr = sum_arr[indics]
dis_ngram_arr = dis_ngram_arr[indics]
# sum_arr[sum_arr == 0] = sys.maxsize
distinct_arr = dis_ngram_arr / sum_arr
distinct_score = np.mean(distinct_arr)
Log.info("calculate distinct score success")
return distinct_score
def vec_extrema(tgt_embed_list, pred_embed_list, word_dim=None):
"""
calculate the vector extrema
Args:
tgt_embed_list: list list of target sequence' word embedding
pred_embed_list: list list of predict sequence' word embedding
word_dim: int word embedding
Returns:
score: float score of vector extrema
"""
Log.info("calculate the vec extrema start: size = {}".format(
len(tgt_embed_list)))
if not word_dim:
word_dim = tgt_embed_list[0][0].shape[0]
vec_extrema_list = []
for tgt_embed, pred_embed in zip(tgt_embed_list, pred_embed_list):
if len(tgt_embed) == 0 or len(pred_embed) == 0:
vec_extrema_list.append(0.0)
continue
tgt_extrema_embed = cal_extrema_embed(tgt_embed, word_dim)
pred_extrema_embed = cal_extrema_embed(pred_embed, word_dim)
vec_extrema_score = cal_cosine_similarity(tgt_extrema_embed,
pred_extrema_embed)
vec_extrema_list.append(vec_extrema_score)
vec_extrema_score = np.mean(vec_extrema_list)
Log.info("calculate the vec extrema success")
return vec_extrema_score
def embed_avg(tgt_embed_list, pred_embed_list):
"""
calculate the embeddign average
Args:
tgt_embed_list: list list of target sequence' word embedding
pred_embed_list: list list of predict sequence' word embedding
Returns:
embed_avg_score: float score of embedding average
"""
Log.info("calculate the embed avg start: size = {}".format(
len(tgt_embed_list)))
embed_avg_list = []
for tgt_embed, pred_embed in zip(tgt_embed_list, pred_embed_list):
if len(tgt_embed) == 0 or len(pred_embed) == 0:
embed_avg_list.append(0.0)
continue
tgt_avg_embed = np.divide(np.sum(tgt_embed, 0),
np.linalg.norm(np.sum(tgt_embed, 0)))
pred_avg_embed = np.divide(np.sum(pred_embed, 0),
np.linalg.norm(np.sum(pred_embed, 0)))
embed_avg_score = cal_cosine_similarity(tgt_avg_embed, pred_avg_embed)
embed_avg_list.append(embed_avg_score)
embed_avg_score = np.mean(embed_avg_list)
Log.info("calculate the embed avg success!")
return embed_avg_score
def predict_on_test(self, test):
"""
:param dataset.Dataset test:
:return:
"""
saver = tf.train.Saver()
with tf.Session() as sess:
Log.log("Testing model over test set")
saver.restore(sess, self.model_name)
y_pred = []
for batch_data in self._next_batch(data=test):
feed_dict = {
**batch_data,
self.dropout_embedding: 1.0,
self.dropout_lstm: 1.0,
self.dropout_cnn: 1.0,
self.dropout_hidden: 1.0,
self.is_training: False,
}
preds = sess.run(self.labels_pred, feed_dict=feed_dict)
y_pred.extend(preds)
return y_pred
def predict(self, test):
"""
:param dataset.Dataset test:
:return:
"""
saver = tf.train.Saver()
with tf.Session() as sess:
Log.log('Testing model over test set')
saver.restore(sess, self.model_name)
y_pred = []
num_batch = len(test.labels) // self.batch_size + 1
data = {
'words': test.words,
'labels': test.labels,
}
for idx, batch in enumerate(
self._next_batch(data=data, num_batch=num_batch)):
words, labels, sequence_lengths = batch
feed_dict = {
self.word_ids: words,
self.sequence_lens: sequence_lengths,
self.dropout_embedding: 1.0,
self.dropout_lstm: 1.0,
self.dropout_cnn: 1.0,
self.dropout_hidden: 1.0,
self.is_training: False,
}
preds = sess.run(self.labels_pred, feed_dict=feed_dict)
y_pred.extend(preds)
return y_pred
def start_tcp_relay(self):
if not hasattr(settings, 'iproxy_process'):
if not path.exists('/var/run/usbmuxd.pid'):
Utils.run('usbmuxd', shell=True)
Log.w('Please press Trust on your device within the next 10 seconds. Unplug and plug back in if no Trust popup shows up.')
sleep(10)
settings.iproxy_process = Utils.run('{iproxy} 2222 22'.format(iproxy=settings.iproxy), shell=True, process=True)
def dump_keychain(self, dest='/tmp'):
dest = dest.replace('\ ', ' ')
if self.KEYCHAIN_DUMP:
Log.d('Dumping Keychain data to {dest} with {bin}'.format(bin=self.KEYCHAIN_DUMP, dest=dest))
self.run_on_ios('cd "{working}"; {keychain}'.format(working=dest, keychain=self.KEYCHAIN_DUMP), shell=True)
else:
Log.d('Error: No keychain dump binary found - was prepare_analysis run?')
def dump_file_protect(self, file):
file = file.replace('\ ', ' ')
if self.DUMP_FILE_PROTECT:
Log.d('Dumping file protection flags of {file} with {bin}'.format(bin=self.DUMP_FILE_PROTECT, file=file))
return self.run_on_ios('{dfp} "{file}"'.format(dfp=self.DUMP_FILE_PROTECT, file=file), shell=True)[0]
else:
Log.d('Error: No file protection dump binary found - was prepare_analysis run?')
def __init__(self, title, issue_id, findings, finding_details=None):
self.ISSUE_TITLE = title
self.ID = issue_id
self.FINDINGS = findings or ''
self.DETAILS = finding_details or ''
Log.d('\n'+self.issue())
def __create_new_repository(self, db_session, name, repository_url):
"""Create new repository record in database if not exists
Args:
db_session:
name:
repository_url:
Returns: repository record
"""
# Try to retrieve the repository record, if not found a new one is created.
if name is None:
name = os.path.split(repository_url)[1]
self.repository_orm = db_session.query(Repository).filter(Repository.name == name).one_or_none()
if not self.repository_orm:
# create new repository
self.repository_orm = Repository(
name=name,
url=repository_url[0:MAX_URL_LENGTH]
)
db_session.add(self.repository_orm)
db_session.flush()
db_session.commit()
else:
# read existing commit ids into memory
Log.info("Repository " + str(self.repository_orm.name) + " already in database.")
self.__read_existings_commit_ids(self.repository_orm.id)
return self.repository_orm.id
def mix_dataset(data: dict, d_name: set = None) -> dict:
"""
指定数据集字典、字典中数据集名称，对数据集进行混合操作
:param data: 数据集字典
:param d_name: 数据集名称集合，存在以下两种情况：
1. 当所有数据表在同一层目录中以X_A、X_B为数据集名读入时，传入{A, B}。
2. 当不同数据表按照数据集文件夹夹存放被读入时，不需要传入该参数
:return: 混合后的数据集最颠
"""
need_mix = {}
if d_name is None:
d_name = Run_Val.dataset_names
for k in data:
for x in d_name:
if str(k).endswith(x):
tmp_name = str(k).replace('_' + x, '')
if tmp_name in need_mix:
need_mix[tmp_name].add(k)
else:
need_mix[tmp_name] = {k}
for k, v in need_mix.items():
if len(v) > 1:
Log.info('合并数据表 【{}】 为 【{}】'.format(','.join(v), k))
data[k] = pd.concat([data.get(x) for x in v],
sort=True,
ignore_index=True)
for x in v:
del data[x]
return data
def open_session(self, key):
# If a new session is requested opened several times
# it probably use of transparency or a error, so
# just continue to use the same variable and key
try:
self.session_jar
except:
# Don't have a session, so go on..
pass
else:
# Session allready initiated, just return..
return
if type(key) == type(''):
self.session_key = key
else:
try:
self.session_key = str( hash( key ) )
except:
raise Exception
Log.out('PLUGIN::SESSION -> try key: %s' % self.session_key)
self.session_jar = self._open_session_from_disk(self.session_key)
return self.session_key
def on_privmsg(self, serv, ev):
"""
If the published message is a command, format helper as a command,
else format as a message.
Call on_privmsg for all enabled plugins.
"""
try:
helper = {
'event':ev.eventtype(),
'author':irclib.nm_to_n(ev.source()),
'author_nm':ev.source(),
'chan':ev.target(),
'msg':ev.arguments()[0].strip(),
}
if helper['msg'][0] == self.settings['cmd prefix']:
helper['event'] = 'cmd'
helper['cmd'] = helper['msg'].split(' ')[0][1:]
helper['args'] = helper['msg'].split(' ')[1:]
del helper['msg']
for p in self.enabled_plugins:
p.on_cmd(serv, ev, helper)
else:
for p in self.enabled_plugins:
p.on_privmsg(serv, ev, helper)
except Exception, e:
Log.log(Log.log_lvl.ERROR, 'Fail to process privmsg event. Catches exception %s' % e)
Log.log(Log.log_lvl.DEBUG, format_exc())
def greedy_match(tgt_embed_list, pred_embed_list):
"""
calculate the greedy matching
Args:
tgt_embed_list: list target sequence' word embedding
pred_embed_list: list predict sequence' word embedding
Returns:
greedy_score: float score of greedy match
"""
Log.info("calculate the greedy match start: size = {}".format(
len(tgt_embed_list)))
greedy_list = []
for tgt_embed, pred_embed in zip(tgt_embed_list, pred_embed_list):
if len(tgt_embed) == 0 or len(pred_embed) == 0:
greedy_list.append(0.0)
continue
greedy1 = cal_greedy(tgt_embed, pred_embed)
greedy2 = cal_greedy(pred_embed, tgt_embed)
greedy_score = (greedy1 + greedy2) / 2
greedy_list.append(greedy_score)
greedy_score = np.mean(greedy_list)
Log.info("calculate the greedy match success!")
return greedy_score
def parse_dimension(self, line):
"""Currently don't support arithmetic expressions"""
dim_name, dim_value = Utils.clean_split(line, '=')
dim_value = int(dim_value) # Explicitly convert to int
Log.log("{}: Registering dimension: {}".format(dim_name, dim_value))
dimension = {'name': dim_name, 'value': dim_value}
return dimension
def get_special(self, line):
special_features = ['psd', 'nsd', 'diagonal', 'nonnegative']
special = set()
for special_feature in special_features:
if special_feature in line:
special.add(special_feature)
Log.log("{}: Registering special behavior: {}".format(special_feature, special))
return special
def get_plist(self, file, ios=True):
try:
self.plist_to_xml(file, ios=ios)
return self.plist_to_dict(self.read_file(file, ios=ios))
except Exception:
Log.d('Error getting the plist {file}'.format(file=file))
Log.d(traceback.format_exc())
return {}
def get_url(self):
tpl = ('http://www2.nrk.no/teksttv/'
'index.asp?channel=1&page=%d&subpage=%d')
url = tpl % (self.page, self.sub)
if DEBUG:
Log.out('nrk ttv url: %s' % url)
return url
def next(self):
Log.notice('PLUGIN -> Stack contains %d elements' % len(self.stack))
for item in self.stack:
return_object = self._iter_handler(item)
if return_object is not None:
yield return_object
#item.update(return_object)
self._post_iter()
def get_special(self, line):
special_features = ['psd', 'nsd', 'diagonal', 'nonnegative']
special = set()
for special_feature in special_features:
if special_feature in line:
special.add(special_feature)
Log.log("{}: Registering special behavior: {}".format(special_feature, special))
return special
def next(self):
Log.notice('PLUGIN -> Stack contains %d elements' % len(self.stack))
for item in self.stack:
return_object = self._iter_handler(item)
if return_object is not None:
yield return_object
#item.update(return_object)
self._post_iter()
def get_url(self):
tpl = ( 'http://www2.nrk.no/teksttv/'
'index.asp?channel=1&page=%d&subpage=%d' )
url = tpl % ( self.page, self.sub )
if DEBUG:
Log.out('nrk ttv url: %s' % url)
return url
def load_compliment(self, serv, ev, helper):
try:
with open(self.polite_file, "r") as f:
self.compliments = [l.strip() for l in f.readlines()]
except:
Log.log(Log.log_lvl.ERROR, "politebot: politefile %s can't be read" % self.polite_file)
return False
else:
return True
def query_provider(self, provider, projection='', selection=''):
if '"' in projection or '"' in selection:
Log.d('Error: cannnot query providers with "')
return ('', '')
projection = '--projection \\\"{projection}\\\"'.format(projection=projection) if projection else ''
selection = '--where \\\"{selection}\\\"'.format(selection=selection) if selection else ''
query = 'shell su -c "content query --uri \'content://{provider}\' {projection} {selection}"'.format(provider=provider, projection=projection, selection=selection)
return self.ADB._run_on_device(query, shell=True)
def on_chatwith_room(self, data):
roomJID = '{}@{}'.format(data['roomName'], Config._mucService)
Log.info("发起会话", roomJID)
if roomJID not in self._ConversationList:
#一定要有昵称才可以进入聊天室
room, futrue = self.muc_service.join(JID.fromstr(roomJID),
str(self.core.jid))
self._ConversationList[roomJID] = room
Log.info("进入房间", roomJID)
def reload_extension(self, name):
Log.auto(f'reloading extension: {name}')
old = super().get_cog(name)
try:
super().reload_extension(name)
except ExtensionError as e:
Log.error(e)
super().add_cog(old)
return False
return True
def close(self):
"""
Shutdown failbot
"""
for p in self.enabled_plugins:
p._on_shutdown()
self.connection.disconnect(self.settings['quit message'])
Log.close()
exit(0)
def on_welcome(self, serv, ev):
"""
On welcome, join channels sets in settings.
"""
if self.settings['password']:
serv.privmsg('nickserv', 'identify %s' % self.settings['password'])
for c in self.settings['channels']:
channel = c[0] + ' ' + c[1] if c[1] else ''
Log.log(Log.log_lvl.INFO, 'joining %s' % channel)
serv.join(channel)
def parse_dimension(self, line):
"""Currently don't support arithmetic expressions"""
dim_name, dim_value = Utils.clean_split(line, '=')
dim_value = int(dim_value) # Explicitly convert to int
Log.log("{}: Registering dimension: {}".format(dim_name, dim_value))
dimension = {
'name': dim_name,
'value': dim_value
}
return dimension
def main():
parser = argparse.ArgumentParser(description='CVXGEN Python Binding Generator')
parser.add_argument('path', metavar='path', default='./images',
help='Give the target path')
parser.add_argument('-v', '--verbose', action='store_true', default=False,
help='Decide verbosity')
args = parser.parse_args()
Log.set_verbose(args.verbose)
path = os.path.realpath(args.path)
parsed_cvx = ParseCVX.read_file(path)
write_text = GenCPP.make_cvx_binding(parsed_cvx)
print write_text
def save_image_archive(self):
if not self.image_archive_key:
return
Log.out('PLUGIN::IMAGEARCHIVER -> save with key: "%s"' % self.image_archive_key)
if self.cache is True and self.image_archive_is_changed is True:
Session().put_in_session_jar(
self.image_archive_key,
self.image_archive,
persistent = True
)
def consume_parameter(self, line):
# -- Array handling
# Is it an array?
is_array = self.is_array(line)
if is_array is not None:
index_var, name = is_array
# - Check if we have an initializer, like x[0] or something
# Required to be 't', for now
if index_var.isdigit() or (index_var != 't'):
is_array_initializer = True
array_bounds = index_var
else:
is_array_initializer = False
array_bounds = self.get_array_bounds(line)
Log.log("Registering array {} with indexing variable, {}".format(name, index_var))
if is_array_initializer:
Log.log("{}: Is an initializer".format(name))
# -- Not an array
else:
array_bounds = None
is_array_initializer = False
name = Utils.clean_split(line, None, maxsplit=1)[0]
Log.log("Registering non-array {}".format(name))
# -- Get dimensions
dimensions = self.get_dimensions(line)
if dimensions is None:
_type = 'scalar'
elif dimensions['cols'] != '1':
_type = 'matrix'
else:
_type = 'vector'
if dimensions is not None:
Log.log("{}: Registering dimensions as {}x{}".format(name, dimensions['rows'], dimensions['cols']))
else:
Log.log("{}: Registering as sclar".format(name))
special = self.get_special(line)
parameter = {
'name': name,
'dimensions': dimensions,
'array_bounds': array_bounds,
'type': _type,
'special': special,
'initializer': is_array_initializer
}
return parameter
def _test_image(self, item):
""" Takes care of xbmc's lack of support for thumbnails
without file extension. Done by getting mime type from header
"""
ext = self.imga.archive_image(self.state, item.thumbnail, item.key.id)
if ext:
match = re.search(nrk.regex.image_identity, item.thumbnail)
if match:
item.thumbnail = nrk.uri.content_image(match.group('id'), ext)
Log.debug('PLUGIN::THUMBNAIL -> new url: "%s"' % item.thumbnail)
return item
def read(self, data):
'''Parse a list of stripped lines
TODO:
- Also include constraints
'''
section = None
sections = ['dimensions', 'parameters', 'variables', 'minimize', 'end']
content = {
'dimensions': [],
'parameters': [],
'variables': [],
}
section_dict = {
'dimensions': self.parse_dimension,
'parameters': self.parse_parameter,
'variables': self.parse_parameter,
}
for l_num, dirty_line in enumerate(data):
Log.log("On line {}".format(l_num))
line = dirty_line.strip()
if '#' in line:
line = line.split('#', 1)[0]
if line == '':
pass
elif line.startswith('#'):
continue
elif (line in sections) or (section is None):
if line == 'end':
section = None
else:
section = line
elif section == 'dimensions':
content[section].append(self.parse_dimension(line))
elif section in ['parameters', 'variables']:
content[section].append(self.parse_parameter(line))
else:
Log.warn("Unknown line {}: {}".format(l_num, line))
return content
def make_assignment(self, cvx_vars):
if cvx_var['array_bounds'] is not None:
# Deal with arrays of scalars, vectors and so on
Log.error("Could not handle {}".format(cvx_var['name']))
if cvx_var['dimension_expr'] is not None:
text = self.make_copy_loop(cvx_var)
elif cvx_var['dimension_expr'] is None:
text = cvx_var['name']
else:
Log.warn("Did not handle {}".format(cvx_var['name']))
return text
def play(self):
item = self.item
li = ListItem(item.title, thumbnailImage=item.thumbnail, path=item.url)
Log.notice('PLUGIN::SPAM -> play url %s' % item.url)
self.player = utils.PluginPlayer()
if self.state.playable:
self.dir.resolve_url(li, True)
else:
self.player.play(item.url, li)
if not self.session.data_objects['watched'].has_key(item.id):
Log.notice('PLUGIN::SPAM -> mark video as watched')
self.session.update_object('watched')[item.id] = 1
def set(self, opt, val):
if opt == 'cmd prefix':
self.settings[opt] = val
elif opt == 'verbose':
val = int(val)
if val in range(Log.log_lvl.NONE, Log.log_lvl.DEBUG + 1):
self.settings[opt] = val
Log.verbosity = self.settings[opt]
else:
return False
elif opt == 'log file':
self.settings[opt] = val
Log.setLogFile(self.settings[opt])
else:
return False
return True
def on_cmd(self, serv, ev, helper):
"""
"""
if helper['author'] in self.allowed_users and helper['cmd'] in self.cmd:
try:
ret = self.cmd[helper['cmd']]['func'](serv, ev, helper, *helper['args'])
if ret == True:
self.respond(serv, ev, helper, helper['author'] + ': done')
elif ret == False:
self.respond(serv, ev, helper, helper['author'] + ': something failed')
except TypeError:
self.respond(serv, ev, helper, helper['author'] + ': something failed, wrong args')
except SystemExit:
raise
except Exception, e:
self.respond(serv, ev, helper, helper['author'] + ': something failed, unknown')
Log.log(Log.log_lvl.ERROR, 'Admin command %s failed. Catches exception %s' % (helper['cmd'], e))
Log.log(Log.log_lvl.DEBUG, format_exc())
def _open_session_from_disk(self, key):
filepath = self.get_path(key)
if not os.path.isfile(filepath):
Log.out('PLUGIN::SESSION -> no saved data. new empty session created')
return {}
try:
file_handle = open(filepath, 'rb')
data = pickle.load(file_handle)
file_handle.close()
except pickle.UnpicklingError:
print 'PLUGIN::SESSION -> An error occured unpickling saved object'
return {}
else:
print 'PLUGIN::SESSION -> data with key "%s" read from disk' % key
return data
def __init__(self):
super(self.__class__, self).__init__()
# sync clock while restart or in the midnight
try:
self.base_time_diff = datetime.timedelta(0)
self.base_host = cfg.BASE_TIME_SERVER
self.pre_snapshot = {}
self.adjust_day = None
self.clock_diff = {}
self.clock_diff[self.base_host] = datetime.timedelta(0)
self.redis_host_set = MessageSet(cfg.AGENT_OSS_HOSTS)
self.redis_hash_map = MessageHashMap(cfg.AGENT_OSS_CLOCK)
self.running = True
self.cycle = cfg.CLOCK_QUERY_SYCLE
except:
Log.error('error happened')
def _setup_session(self):
if not self.session_key:
Log.debug('Session key not set')
self.session_key = str( hash( self.state ) )
sdata = {
'cache-time': self.settings['cache_time'],
'cache': self.settings['cache_files'] and self.cache,
'cache-path': self.cachepath,
'key': self.session_key
}
self.session = Session(sdata)
self.session_key = self.session.session_key
cache = self.settings['cache_files'] and self.cache
self.api = nrk.Api(self.settings['connection_speed'], cache)
self.imga = ImageArchiver(cache)
def reset_plugin(self, plug_name = None):
"""
Reset plugins. Reload plugin module and settings.
If plug_name is None, all plugins are reloaded
If plug_name is a list, all plugin within this list will be reloaded.
If plug_name is a str, just this plugin will be reloaded
"""
try:
reload(modules['settings.settings'])
plug_name = [] if not plug_name else [str(plug_name)] if not isinstance(plug_name, list) else plug_name
for plug in plug_name:
plug_in = [ p for p in self.enabled_plugins if p.plugin_name == plug ]
for p in plug_in:
p.base_init(settings.plugin_settings[plug] if plug in settings.plugin_settings else {})
except Exception, e:
Log.log(Log.log_lvl.ERROR, 'Failed to reset plugin %s. Catches exception %s' % (', '.join(plug_name), e))
Log.log(Log.log_lvl.DEBUG, format_exc())
return False
def _pre_iter(self):
""" Actions done before iterating through the stack """
if len(self.stack) == 1 and self.settings['transparency']:
# Got only one item, so if transparent folder is enabled in
# settings, do transparent..
if ( (self.stack[0].key.type == nrk.SHOW_CLIP) and
self.settings('transparent_media') == False ):
return True
Log.debug('PLUGIN::SPAM -> Create transparent transparency')
item = self.stack.pop(0)
item.key.transparent = True
return_object = self._iter_handler(item)
self.state = item.key
self.session.swap_session(self.state.parent_session)
self.dir.is_open = True
self.open()
return
return True
def load_plugin(self, plug_name):
"""
Load a module in plugins package.
The module must (MUST !) have one subclass of Plugin in it.
"""
import_string = 'from plugins import %s' % plug_name
try:
# don't even try to import if the plugin is already loaded
if not 'plugins.' + plug_name in modules:
mod = import_module('plugins.%s' % plug_name)
candidates = []
# Find a unique class that is subclass of Plugin in the module
for attr in dir(mod):
try:
candidate = getattr(mod, attr)
if issubclass(candidate, Plugin) and candidate is not Plugin:
candidates.append(candidate)
except TypeError:
pass
if len(candidates) != 1:
Log.log(Log.log_lvl.ERROR, 'cannot load plugin {p} : one and only one plugin class must be defined in plugins.{p}.'.format(p=plug_name))
return False
self.plugins[plug_name] = candidates[0]
return True
else:
Log.log(Log.log_lvl.WARNING, 'failed to load plugin %s. seems already loaded.' % plug_name)
return False
except ImportError:
Log.log(Log.log_lvl.ERROR, 'Cannot load %s, module do not exists' % plug_name)
return False
except Exception, e:
Log.log(Log.log_lvl.ERROR, 'Failed to load plugin %s. Catches exception ' % e)
Log.log(Log.log_lvl.DEBUG, format_exc())
return False
def execute() :
patches = PATCHES()
Log.warn("Starting patches!", remaining = len(patches))
for patch in patches :
try :
patch.start()
except Exception as e :
Log.error("Patch went wrong", exception = e)
Log.warn("All patches done.")
def disable_plugin(self, plug_name, disable_all=False):
"""
"""
try:
to_del = []
i = 0
for p in self.enabled_plugins:
if p.plugin_name == plug_name:
to_del.append(i)
if self.plugins[plug_name].unique or not disable_all:
break
i = i + 1
to_del.reverse()
for a in to_del:
del self.enabled_plugins[a]
except Exception, e:
Log.log(Log.log_lvl.ERROR, 'Failed to disable plugin %s. Catches exception %s' % (plug_name, e))
Log.log(Log.log_lvl.DEBUG, format_exc())
return False
def __init__(self, settings, plugins):
"""
"""
self.settings = {
'nickname':settings.get('nickname', 'failbot'),
'password':settings['password'],
'realname':settings.get('realname', 'failbot'),
'reconnect interval':settings.get('reconnect interval', 60),
'quit message':settings.get('quit message', 'I\'m out.'),
'verbose':settings.get('verbose', Log.log_lvl.ERROR),
'log file':settings.get('log file', None),
'server':settings['server'],
'port':settings['port'],
'channels':settings['channels'],
'cmd prefix':settings.get('cmd prefix', '!'),
}
Log.verbosity = self.settings['verbose']
Log.setLogFile(self.settings.get('log file', None))
Log.log(Log.log_lvl.DEBUG, 'Settings loaded: %s' % self.settings)
ircbot.SingleServerIRCBot.__init__(self,
server_list = [(
self.settings['server'],
self.settings['port']
)],
nickname = self.settings['nickname'],
realname = self.settings['realname'],
reconnection_interval = self.settings['reconnect interval']
)
Log.log(Log.log_lvl.INFO, 'Connection to %s:%d' % (settings['server'], settings['port']))
# load some plugins
for f in [ path.splitext(f)[0] for f in listdir(path.dirname(path.realpath(__file__)) + '/plugins')
if f.endswith('.py') and f != '__init__.py' and f != 'plugbase.py' ]:
if self.load_plugin(f):
if f in plugins:
self.enable_plugin(f)
Log.log(Log.log_lvl.INFO,
"\n".join([p[0] + (' [enabled]' if p[1] else ' [disabled]') for p in self.list_plugins()]))
def unload_plugin(self, plug_name):
"""
"""
try:
if 'plugins.' + plug_name in modules:
self.disable_plugin(plug_name, disable_all = True)
del self.plugins[plug_name]
del modules['plugins.' + plug_name]
Log.log(Log.log_lvl.INFO, 'plugin %s unloaded ' % plug_name)
return True
else:
Log.log(Log.log_lvl.WARNING, 'cannot unload plugin %. plugin not loaded' % plug_name)
return False
except Exception, e:
Log.log(Log.log_lvl.ERROR, 'Failed to unload plugin %s. Catches exception %s' % (plug_name, e))
Log.log(Log.log_lvl.DEBUG, format_exc())
return False
def open_image_archive(self, key):
self.image_archive_key = key
self.image_archive_is_changed = False
Log.out('PLUGIN::IMAGEARCHIVER -> open with key: "%s"' % key)
data = Session()._checkout_session_jar(key)
if data:
Log.out('PLUGIN::IMAGEARCHIVER ->: cache found')
self.image_archive = data
else:
Log.out('PLUGIN::IMAGEARCHIVER -> Create new archive')
self.image_archive = {}
def __init__(self, model_class=None, parameters=None, qsub=False, client=None, num_engines=None, storage_mode=None,
pickled_cluster_input_file=None, log_filename=None):
""" Constructor """
self.my_class_name = 'DistributedEnsemble'
self.log = Log(log_filename=log_filename)
if model_class is None and pickled_cluster_input_file is None:
self.log.write_log("Invalid configuration. Either provide a model class object or its pickled file.",
logging.ERROR)
raise MolnsUtilException("Invalid configuration. Either provide a model class object or its pickled file.")
if model_class is not None and pickled_cluster_input_file is not None:
self.log.write_log("Invalid configuration. Both a model class and a pickled file are provided.",
logging.ERROR)
raise MolnsUtilException("Invalid configuration. Both a model class and a pickled file are provided.")
if model_class is not None:
self.cluster_execution = False
self.model_class = cloudpickle.dumps(model_class)
else:
self.cluster_execution = True
self.pickled_cluster_input_file = pickled_cluster_input_file
# Not checking here for parameters = None, as they could be present in the model class.
self.parameters = [parameters]
self.number_of_trajectories = 0
self.seed_base = generate_seed_base()
self.storage_mode = storage_mode
# A chunk list
self.result_list = {}
self.qsub = qsub
self.num_engines = num_engines
if self.qsub is False:
# Set the Ipython.parallel client
self._update_client(client)