def connect(msg, port, host='localhost', counter=0):
s = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
s.setblocking(5)
try:
s.connect((host, port))
except:
return {'error': 'cannot connect host:' + str(host) + ' port:' + str(port)}
try:
msg['version'] = custom.version
except:
pass
r = send_msg(msg, s)
if r == 'peer died':
return 'peer died: ' + str(msg)
data = recvall(s)
if data == 'broken connection':
tools.log('broken connection: ' + str(msg))
return connect_error(msg, port, host, counter)
if data == 'no length':
tools.log('no length: ' + str(msg))
return connect_error(msg, port, host, counter)
return data
def recvall(client, data=''):
try:
data += client.recv(MAX_MESSAGE_SIZE)
except:
time.sleep(0.0001)
tools.log('not ready')
recvall(client, data)
if not data:
return 'broken connection'
if len(data) < 5: return recvall(client, data)
try:
length = int(data[0:5])
except:
return 'no length'
tries = 0
data = data[5:]
while len(data) < length:
d = client.recv(MAX_MESSAGE_SIZE - len(data))
if not d:
return 'broken connection'
data += d
try:
data = unpackage(data)
except:
pass
return data
def run(self):
self.state = None
self.end = False
tools.log("Starting",log_type=tools.LOG_MAIN,class_type=self)
name = "/tmp/"+"tmpTop.tex" ## WINDOWS : corriger le /tmp
try:
while True:
latex = self.queue.get(timeout=15)
if self.queue.empty() is not True:
continue
with open(name+".tex", "w") as f: ## WINDOWS : corriger le /tmp
f.write(latex)
cmd = "/usr/bin/pdflatex -halt-on-error -output-directory=%(dir)s %(name)s.tex" % {"name": name, "dir": "/tmp"}
args = shlex.split(cmd)
p = subprocess.Popen(args,stdout=subprocess.PIPE)
while p.poll() is None:
tools.log("Compiling ..",log_type=tools.LOG_THREAD,class_type=self)
time.sleep(0.1)
self.state = p.wait() == 0
tools.log("Compilation end : "+str(self.state),log_type=tools.LOG_THREAD,class_type=self)
self._update_state()
except queue.Empty:
tools.log("The queue is empty -> thread end",log_type=tools.LOG_THREAD,class_type=self)
self.end = True
tools.log("Ending",log_type=tools.LOG_MAIN,class_type=self)
def profile_range_draws(command, r_draws, dataset, usegpu=False):
log("\n\n=== " + dataset + " dataset. " + command.split()[1] +
('(using GPU)' if usegpu else '') + " ===")
log("Ndraws Time(s) Log-Likeli. RAM(GB) GPU(GB) Converg.")
for r in range(1, r_draws + 1):
os.system("{} {} {} {} prof".format(command, r * 100, dataset,
usegpu * 1))
def save_db_table(table_name: str, df: pd.DataFrame, fields: list):
ok = False
connect_string = 'sqlite:///traffic.sqlite3'
try:
sql_engine = sql.create_engine(connect_string, pool_recycle=3600)
db_connection = sql_engine.connect()
except Exception as ex:
print(ex)
try:
if len(fields) > 0:
df = df[fields]
df.to_sql(table_name,
db_connection,
if_exists='append',
chunksize=20000,
index=False)
tools.log(f'dataframe appended to {connect_string}')
ok = True
except ValueError as vx:
print(vx)
except Exception as ex:
print(ex)
finally:
db_connection.close()
return ok
def recvall(client, data=''):
try:
data+=client.recv(MAX_MESSAGE_SIZE)
except:
time.sleep(0.0001)
tools.log('not ready')
recvall(client, data)
if not data:
return 'broken connection'
if len(data)<5: return recvall(client, data)
try:
length=int(data[0:5])
except:
return 'no length'
tries=0
data=data[5:]
while len(data)<length:
d=client.recv(MAX_MESSAGE_SIZE-len(data))
if not d:
return 'broken connection'
data+=d
try:
data=unpackage(data)
except:
pass
return data
def pull(self, *args, log_uniform=False, id=False):
args = list(args)
assert isinstance(args[0], str)
args[0] = make_id(args[0]) if id else args[0]
# opt = trial.suggest_categorical('optimizer', ['MomentumSGD', 'Adam'])
if isinstance(args[1], list):
return self.log_and_return(
args, self.trial.suggest_categorical(*args))
# num_layers = trial.suggest_int('num_layers', 1, 3)
elif isinstance(args[1], int) and isinstance(args[2], int):
return self.log_and_return(args, self.trial.suggest_int(*args))
# learning_rate = trial.suggest_loguniform('learning_rate', 1e-5, 1e-2)
# dropout_rate = trial.suggest_uniform('dropout_rate', 0.0, 1.0)
elif isinstance(args[1], float) and isinstance(args[2], float):
if log_uniform:
return self.log_and_return(
args, self.trial.suggest_loguniform(*args))
return self.log_and_return(args, self.trial.suggest_uniform(*args))
# rate = trial.suggest_discrete_uniform('rate', 0.0, 1.0, 0.1)
elif len(args) is 4:
return self.log_and_return(
args, self.trial.suggest_discrete_uniform(*args))
else:
log("FAILED TO PULL FOR ARGS", args, color="red")
raise Exception("AI.Pull failed")
def _init_even_class_index(self):
# self._even_class_index = []
self._even_class_index = [[] for i in range(self._num_classes)]
sample_per_class = max(int(len(self._train_y) / self._num_classes), 1)
log_info = list()
for i in range(self._num_classes):
class_cnt = len(self._each_class_index[i])
tmp = []
log_info.append([i, class_cnt])
# log("init even class index, class_id={}, class_cnt={}".format(i, class_cnt))
# fixme: bug, class_cnt 可能为0
if class_cnt == 0:
pass
elif class_cnt < sample_per_class:
tmp = self._each_class_index[i] * \
int(sample_per_class / class_cnt)
tmp += random.sample(
self._each_class_index[i],
sample_per_class - len(tmp))
else:
tmp += random.sample(
self._each_class_index[i], sample_per_class)
random.shuffle(tmp)
self._even_class_index[i].extend(tmp)
log("init even class index, class_id, class_cnt={}".format(log_info))
def __init__(self, metadata, train_output_path="./", test_input_path="./"):
""" Initialization for model
:param metadata: a dict formed like:
{"class_num": 7,
"train_num": 428,
"test_num": 107,
"time_budget": 1800}
"""
self.done_training = False
self.metadata = metadata
self.train_loop_num = 0
log('Metadata: {}'.format(self.metadata))
self.data_manager = None
self.model_manager = None
self.train_output_path = train_output_path
self.test_input_path = test_input_path
self.second_model = None
self.over_num = 6
self.last_pred = None
self.start = True
def ff(queue, g, b, s):
while not b():
time.sleep(0.0001)
try:
g(queue.get(False), DB)
except:
tools.log('suggestions ' + s + ' '+str(sys.exc_info()))
def _blending_ensemble(self):
selected_k_best = [
self._k_best_predicts[i] for i, a in enumerate(self._k_best_auc)
if a > 0.0
]
each_model_k_aucs, selected_each_model_k_best = self._get_each_model_top_k_predicts(
)
if self._round_num >= 2:
selected = selected_k_best + selected_each_model_k_best
else:
selected = selected_k_best
log("model_num: {} Select k best {} predicts which have auc {}, ".
format(self._model_num, self._keep_num, self._k_best_auc) +
"each model {} best which have auc {}, ".format(
self._each_model_keep_num, each_model_k_aucs) +
"and each previous model's best predict which have auc " +
"{} ".format([
'({}:{})'.format(k, v)
for k, v in self._each_model_best_auc.items()
]))
if len(selected_k_best) >= 5:
selected_k_best = len(selected_k_best[:5])
return np.mean(selected, axis=0)
async def recheck(ctx, user: discord.Member):
try:
userid = str(user.id)
username = str(user.name)
print("[INFO] Une nouvelle vérification pour " + username +
" a été demandée.")
tools.log("[INFO] Une nouvelle vérification pour " + username +
" a été demandée.")
role = get(ctx.guild.roles, name="Verified")
if role in user.roles:
await user.remove_roles(role)
role = get(ctx.guild.roles, name="instinct")
if role in user.roles:
await user.remove_roles(role)
role = get(ctx.guild.roles, name="valor")
if role in user.roles:
await user.remove_roles(role)
role = get(ctx.guild.roles, name="mystic")
if role in user.roles:
await user.remove_roles(role)
os.remove("servers_lists\\" + userid + "_servers_list.txt")
await user.send(
"[Pokémon GO Marseille]\n:flag_us: You have been asked for a new verification, please follow the autorisation link and use ./verify to verify yourself.\n:flag_fr: Une nouvelle vérification de votre part est requise, veuillez suivre le lien d'autorisation et utilisez ./verify pour vous vérifier."
)
except KeyboardInterrupt:
return
except Exception as e:
print(
Fore.RED + Style.BRIGHT +
"[WARN] Une erreur inconnue est survenue. Veuillez vérifier les fichiers Anti-Cheat.log et Anti-Cheat_traceback.log pour en savoir plus."
+ Style.RESET_ALL)
tools.log("[ERRO] " + str(e))
tools.log_traceback(traceback.format_exc())
def get_img(url, userid):
try:
filename = url.rsplit('/', 1)[1]
r = requests.get(url, allow_redirects=True)
open(filename, 'wb').write(r.content)
global team
team = getcolor.main_color(filename)
global pokeid
pokeid = ocr.getid(filename, userid)
except KeyboardInterrupt:
return
except IndexError as i:
print(
Fore.RED + Style.BRIGHT +
"[WARN] URL soumises incorrecte. Veuillez vérifier les fichiers Anti-Cheat.log et Anti-Cheat_traceback.log pour en savoir plus."
+ Style.RESET_ALL)
tools.log("[ERRO] " + str(i))
tools.log_traceback(traceback.format_exc())
pokeid = "ERROR"
except Exception as e:
print(
Fore.RED + Style.BRIGHT +
"[WARN] Une erreur inconnue est survenue. Veuillez vérifier les fichiers Anti-Cheat.log et Anti-Cheat_traceback.log pour en savoir plus."
+ Style.RESET_ALL)
tools.log("[ERRO] " + str(e))
tools.log_traceback(traceback.format_exc())
def _get_or_create_model(self):
# use new model and not reset model, have to initialize the model
if not self._model.is_init:
log(f'get new model {self._model_name}')
# init model parameters
if self._model_name == CNN_MODEL_2D:
kwargs = {
'input_shape': self._input_shape[1:],
'num_classes': self.metadata[CLASS_NUM],
'max_layer_num': 10
}
elif self._model_name in [
LSTM_MODEL, BILSTM_MODEL, CRNN_MODEL, CRNN2D_MODEL,
CRNN2D_LARGER_MODEL, CRNN2D_VGG_MODEL, ATTGRU
]:
kwargs = {
'input_shape': self._input_shape[1:],
'num_classes': self.metadata[CLASS_NUM],
}
elif self._model_name == SVM_MODEL:
kwargs = {'kernel': 'linear', 'max_iter': 1000}
elif self._model_name == LR_MODEL:
kwargs = {'kernel': 'liblinear', 'max_iter': 100}
else:
raise Exception("No such model!")
if not self._model.is_init:
self._model.init_model(**kwargs)
log(f'This train loop use {self._model_name}, last train loop use {self._last_model_name}'
)
def getAbstract(MyWebdriver, logPath='', warningPath=''):
abstract = ''
#获取abstract
try:
MyWebdriver.WebDriverWait_until(
30, lambda x: x.find_element_by_xpath(
'/html/body/font/div/font[2]/div'))
abstractTag = MyWebdriver.find_element_by_xpath(
'/html/body/font/div/font[2]/div')
except Exception as e:
warningInfo = 'Can not get the abstract from this page\n Failed info: {0}'.format(
repr(e))
tools.warning(warningInfo, warningPath)
else:
abstracts = (abstractTag.text.split('\n')[1:]) if len(
abstractTag.text.split('\n')) > 0 else []
for abs in abstracts:
abstract += abs
successInfo = 'Successfully get the abstract from this page'
if abstract == '':
successInfo = '!!!Successfully get the abstract from this page, but the abstract is None'
tools.log(successInfo, logPath)
# print(abstract)
return abstract
def _init_even_class_index_by_each(self, each_class_index_list):
even_class_index = []
sample_per_class = max(int(len(self._train_y) / self._num_classes), 1)
log_info = list()
for i in range(self._num_classes):
class_cnt = len(each_class_index_list[i])
tmp = []
log_info.append([i, class_cnt])
# log("init even class index, class_id={}, class_cnt={}".format(i, class_cnt))
# fixme: bug, class_cnt 可能为0
if class_cnt == 0:
log("Init even class index, class_id={} cn=0".format(i))
pass
elif class_cnt < sample_per_class:
tmp = each_class_index_list[i] * \
int(sample_per_class / class_cnt)
tmp += random.sample(
each_class_index_list[i],
sample_per_class - len(tmp))
else:
tmp += random.sample(
each_class_index_list[i], sample_per_class)
random.shuffle(tmp)
even_class_index.append(tmp)
log("Init even class index, class_id, class_cnt={}".format(log_info))
return even_class_index
def getPdfURL(MyWebdriver, logPath='', warningPath=''):
pdfURL = ''
#获取pdfURL
try:
MyWebdriver.WebDriverWait_until(
30, lambda x: x.find_element_by_xpath(
'/html/body/font/div/font[2]/table/tbody/tr/td[2]/table/tbody/tr/td/font/a'
))
downloadTag = MyWebdriver.find_element_by_xpath(
'/html/body/font/div/font[2]/table/tbody/tr/td[2]/table/tbody/tr/td/font/a'
)
except Exception as e:
warningInfo = 'Can not get the pdfURL from this page\n Failed info:{0}'.format(
repr(e))
tools.warning(warningInfo, warningPath)
else:
pdfURL = downloadTag.get_attribute('href')
successInfo = 'Successfully get the pdfURL from this page'
if pdfURL == None:
pdfURL = ''
successInfo = '!!!Successfully get the pdfURL from this page, but the pdfURL is None'
tools.log(successInfo, logPath)
# print(pdfURL)
return pdfURL
def _train_val_split_index_by_y(self, cur_y_array, ratio=0.8):
all_index, train_index, val_index = [], [], []
for i in range(self._num_classes):
all_index.append(
list(np.where(cur_y_array[:, i] == 1)[0]))
log_info = list()
for i in range(self._num_classes):
val_ratio_num = int(len(all_index[i]) * (1 - ratio))
# sample_num = max(MIN_VALID_PER_CLASS, int(len(all_index[i]) * (1 - ratio)))
sample_num = max(MIN_VALID_PER_CLASS, val_ratio_num)
# log("sample_num={}, min_valid_per_class={}, sample_maxone={}".format(sample_num, MIN_VALID_PER_CLASS, val_ratio_num))
log_info.append([sample_num, MIN_VALID_PER_CLASS, val_ratio_num])
if sample_num <= len(all_index[i]):
tmp = random.sample(all_index[i], sample_num)
else:
tmp = all_index[i]
if len(tmp) > MAX_VALID_PERCLASS_SAMPLE:
tmp = tmp[:MAX_VALID_PERCLASS_SAMPLE]
val_index += tmp
differ_set = set(all_index[i]).difference(set(tmp))
# avoid some classes only have one sample
if len(differ_set) == 0:
differ_set = set(tmp)
train_index += list(differ_set)
log("Split Val all sample_num, min_valid_per_class, sample_maxone {}".format(log_info))
log("note: cur_y_array len={}, train_index_len={}, val_index_len={}".format(len(cur_y_array), len(train_index), len(val_index)))
return train_index, val_index
def test(self, dataset, remaining_time_budget=None):
"""Make predictions on the test set `dataset` (which is different from that
of the method `train`).
Args:
Same as that of `train` method, except that the labels will be empty
(all zeros) since this time `dataset` is a test set.
Returns:
predictions: A `numpy.ndarray` matrix of shape (sample_count, output_dim).
here `sample_count` is the number of examples in this dataset as test
set and `output_dim` is the number of labels to be predicted. The
values should be binary or in the interval [0,1].
"""
"""Test method of domain-specific model."""
try:
if self._domain == "tabular":
return self._tabular.test(dataset, remaining_time_budget)
# Convert test dataset to necessary format and
# store as self.domain_dataset_test
# K.set_learning_phase(1)
if self._domain in ['image', 'video']:
pred_y = self.CVModel.test(
dataset, remaining_time_budget=remaining_time_budget)
self.done_training = self.CVModel.done_training
return pred_y
# As the original metadata doesn't contain number of test examples, we
# need to add this information
if self.train_loop_num == 1:
if self._domain == 'text' and self._text_cut_len:
dataset = dataset.map(lambda x, y:
(x[:self._text_cut_len], y),
num_parallel_calls=os.cpu_count())
self._test_dataset = self._read_domain_dataset(
dataset, is_training=False)
elif self._domain == 'text' and self._model_manager.is_read_rest_2 and self._need_reread:
self._test_dataset = self._read_domain_dataset(
dataset, is_training=False, need_reread=True)
self._model_manager.is_read_rest_2 = False
log("Reread test dataset")
if self._domain in ['text', 'speech'] and \
(not self._domain_metadata['test_num'] >= 0):
self._domain_metadata['test_num'] = len(self._test_dataset)
print("test_num {}".format(
self._domain_metadata['test_num']))
# Make predictions
pred_y = self._model_manager.predict(self._test_dataset)
return pred_y
except RuntimeError as exception:
if "out of memory" in str(exception):
self.done_training = True
log("we met cuda out of memory")
else:
raise exception
def connected_msg(form):
log("来自客户端的：", form)
m, check_cookie = guest(form)
all_user = MessageBoard.all_user()
# 判断内容是否空白
if m.content == ' ' or len(m.content) == 0:
emit('flash_message', {'flash': "你说得很空白无力"})
# 排除重名
elif m.message_user is '' and m.user is None:
emit('flash_message', {'flash': "给自己一个好听的昵称吧"})
# 查看cookie是否匹配
elif (check_cookie is not '' or check_cookie is not None) \
and check_cookie != request.cookies.get('cookie') \
and m.message_user in all_user \
and m.user is None:
emit('flash_message', {'flash': "好名字都被别人取了，再想一个昵称吧"})
else:
m.save()
print('save')
# return redirect(url_for('.index'))
emit(
'new_message',
{
'user': m.user,
'message_user': m.message_user,
'id': m.id,
'ct': m.ct,
'content': m.content,
},
broadcast=True,
)
def __init__(self, metadata):
"""
Args:
metadata: an AutoDLMetadata object. Its definition can be found in
AutoDL_ingestion_program/dataset.py
"""
# set_random_seed_all(666)
self.done_training = False
self.train_loop_num = 0
self._domain = infer_domain(metadata)
log("The inferred domain of current dataset is: {}.".format(
self._domain))
self._domain_metadata = get_domain_metadata(metadata, self._domain)
self._origin_metadata = metadata
log("Metadata: {}".format(self._domain_metadata))
self._data_manager = None
self._model_manager = None
if self._domain == "image" or self._domain == "video":
self.CVModel = AutoCVModel(self._domain_metadata)
return
if self._domain == "tabular":
self._tabular = TabularModel(metadata, sess)
return
if self._domain == 'text':
if self._domain_metadata['language'] == EN:
self._embedding_dict = load_embedding_dict(
EN_EMBEDDING_PATH) if IS_LOAD_EMBEDDING else None
self._stopwords = load_stopwords(NLP_FEATURE_DIR +
'/english_stopwords.txt')
elif self._domain_metadata['language'] == ZH:
self._embedding_dict = load_embedding_dict(
ZH_EMBEDDING_PATH) if IS_LOAD_EMBEDDING else None
self._stopwords = load_stopwords(NLP_FEATURE_DIR +
'/chinese_stopwords.txt')
else:
raise Exception('Unsupport language {}'.format(
self._domain_metadata["language"]))
self.session = None
self._is_train_data_read = False
self._is_test_data_read = False
self._train_iterator = None
self._next_element = None
self._train_dataset = None
self._test_dataset = None
self._is_multilabel = False
self._class_num = self._domain_metadata[CLASS_NUM]
self._class_set = set()
self._text_cut_len = NLP_READ_CUT_LEN
self._need_reread = None
if self._domain == "text":
self.vocabulary = None
self._is_use_fast_model = True #(self._domain_metadata['language'] == EN) and self._class_num == 2 # only use in EN text
self._is_use_simple_model = self._class_num != 2
def update(self):
""" in zope this would be __set_state__ -
we have our state and create the view """
self.set_state(LC.updating)
log(self, 'update, state:', self.state)
self.dom_update()
self.set_state(LC.updated)
def SVD_consensus_check(tx, txs, out, DB):
if not E_check(tx, 'vote_id', [str, unicode]): return False
if not E_check(tx, 'decisions', [list]): return False
if not tools.reveal_time_p(DB, custom.SVD_length):
out[0]+='this is not the correct time to do SVD'
return False
if is_number(tx['vote_id']):
out[0]+='that can not be a number'
return False
jury=tools.db_get(tx['vote_id'], DB)
if len(tx['decisions'])<5:
out[0]+='need at least 5 decisions to compute SVD'
return False
if not E_check(jury, 'members', [list]):
out[0]+='that jury has not been created yet'
return False
if len(jury['members'])<3:
out[0]+='need at least 3 voters in order to compute SVD'
return False
try:
matrix=txs_tools.decision_matrix(jury, tx['decisions'], DB)
except:
tools.log(sys.exc_info())
tools.log('matrix failure')
return False
w=txs_tools.weights(tx['vote_id'], DB, jury)
k=txs_tools.decisions_keepers(tx['vote_id'], jury, DB)
for decision in tx['decisions']:
if not decision in k:
out[0]+='one of the decisions has insufficient participation*certainty or has not matured yet: ' +str(decision)+' '+str(tools.db_get(decision))
return False
if not txs_tools.fee_check(tx, txs, DB):
out[0]+='you do not have enough money'
return False
return True
def add_recent_hash(tx):
length = tools.local_get("length")
if "recent_hash" not in tx and length > 0:
b = tools.db_get(max(1, length - 2))["block_hash"]
tools.log("b: " + str(b))
tx["recent_hash"] = b
return tx
def map_sets_tf(tensor, set_size, fn, pool, pool_axis=DEFAULT_POOL_AXIS):
"""
Map_fn FN over SET_SIZE sets in TENSOR & POOL results
Args:
tensor: tf.Tensor from which we draw sets
set_size: integer # of elements from tensor to which we apply fn
fn: callable to apply to each set of set_size elements in tensor
pool: callable to apply to the results of mapping fn over sets
Returns:
pooled result of fn mapped over set_size sets in tensor
Roughly:
pool(map(fn, sets(iterable, set_size)))
"""
log("map_sets_tf", tensor, set_size, fn, pool, color="red")
indices = tf.reshape(np.indices(tensor.shape), [-1])
if set_size is 0:
return pool(tf.map_fn(fn, tensor), axis=pool_axis)
else:
return pool(tf.map_fn(
lambda index_set: fn(tf.gather_nd(tensor, index_set)),
list(sets(indices, set_size))),
axis=pool_axis)
def handleStaticBgSettings(self):
log('settings() - handleStaticBgSettings')
if (self.category == "static" and # only for 'static' category
self.other_static_bg and # only if we want it displayed on static
(not (self.screensaver and
self.other_static_onscreensaver)) # only if screen saver is off and we want it on
):
bob.bob_set_priority(128) # allow lights to be turned on
rgb = (c_int * 3)(self.other_static_red,
self.other_static_green,
self.other_static_blue)
ret = bob.bob_set_static_color(byref(rgb))
self.staticBobActive = True
else:
bob.bob_set_priority(255)
self.staticBobActive = False
if self.category == "3dTAB":
self.mode3dActiveTAB = True
self.mode3dActiveSBS = False
elif self.category == "3dSBS":
self.mode3dActiveSBS = True
self.mode3dActiveTAB = False
else:
self.mode3dActiveTAB = False
self.mode3dActiveSBS = False
def setupForMovie(self):
log('settings() - setupForMovie')
if self.movie_preset == 1: #preset smooth
saturation = 3.0
value = 10.0
speed = 20.0
autospeed = 0.0
interpolation = 0
threshold = 0.0
elif self.movie_preset == 2: #preset action
saturation = 3.0
value = 10.0
speed = 80.0
autospeed = 0.0
interpolation = 0
threshold = 0.0
elif self.movie_preset == 0: #custom
saturation = self.movie_saturation
value = self.movie_value
speed = self.movie_speed
autospeed = self.movie_autospeed
interpolation = self.movie_interpolation
threshold = self.movie_threshold
return (saturation,value,speed,autospeed,interpolation,threshold)
def spend_verify(tx, txs, out, DB):
txaddr=tools.addr(tx)
h=tx['recent_hash']
l=tools.local_get('length')
r=range(l-10, l)
r=filter(lambda l: l>0, r)
recent_blocks=map(lambda x:tools.db_get(x), r)
recent_hashes=map(lambda x: x['block_hash'], recent_blocks)
if h not in recent_hashes:
tools.log('recent hash error')
return False
recent_txs=[]
def f(b, recent_txs=recent_txs):
recent_txs=recent_txs+b['txs']
map(f, recent_blocks)
recent_txs=filter(lambda t: t['type']=='spend', recent_txs)
recent_txs=filter(lambda t: t['recent_hash']==h, recent_txs)
recent_txs=filter(lambda t: t['to']==tx['to'], recent_txs)
recent_txs=filter(lambda t: t['amount']==tx['amount'], recent_txs)
recent_txs=filter(lambda t: t['fee']==tx['fee'], recent_txs)
recent_txs=filter(lambda t: tools.addr(t)==txaddr, recent_txs)
if len(recent_txs)>0:
out[0]+='no repeated spends'
return False
if not signature_check(tx):
out[0]+='signature check'
return False
if len(tx['to'])<=30:
out[0]+='that address is too short'
out[0]+='tx: ' +str(tx)
return False
if not tools.fee_check(tx, txs, DB):
out[0]+='fee check error'
return False
return True
def setupForMusicVideo(self):
log('settings() - setupForMusicVideo')
if self.music_preset == 1: #preset Ballad
saturation = 3.0
value = 10.0
speed = 20.0
autospeed = 0.0
interpolation = 1
threshold = 0.0
elif self.music_preset == 2: #preset Rock
saturation = 3.0
value = 10.0
speed = 80.0
autospeed = 0.0
interpolation = 0
threshold = 0.0
elif self.music_preset == 3: #preset disabled
saturation = 0.0
value = 0.0
speed = 0.0
autospeed = 0.0
interpolation = 0
threshold = 0.0
elif self.music_preset == 0: #custom
saturation = self.music_saturation
value = self.music_value
speed = self.music_speed
autospeed = self.music_autospeed
interpolation = self.music_interpolation
threshold = self.music_threshold
return (saturation,value,speed,autospeed,interpolation,threshold)
def peer_check(i, peers, DB):
peer=peers[i][0]
block_count = cmd(peer, {'type': 'blockCount'})
if not isinstance(block_count, dict):
return
if 'error' in block_count.keys():
return
peers[i][2]=block_count['diffLength']
peers[i][3]=block_count['length']
length = tools.db_get('length')
diffLength= tools.db_get('diffLength')
size = max(len(diffLength), len(block_count['diffLength']))
us = tools.buffer_(diffLength, size)
them = tools.buffer_(block_count['diffLength'], size)
if them < us:
give_block(peer, DB, block_count['length'])
elif us == them:
try:
ask_for_txs(peer, DB)
except Exception as exc:
tools.log('ask for tx error')
tools.log(exc)
else:
download_blocks(peer, DB, block_count, length)
F=False
my_peers=tools.db_get('peers_ranked')
their_peers=cmd(peer, {'type':'peers'})
if type(my_peers)==list:
for p in their_peers:
if p not in my_peers:
F=True
my_peers.append(p)
if F:
tools.db_put('peers_ranked', my_peers)
def add_peer(peer, current_peers=0):
if current_peers==0:
current_peers=tools.db_get('peers_ranked')
if peer not in map(lambda x: x[0][0], current_peers):
tools.log('add peer')
current_peers.append([peer, 5, '0', 0])
tools.db_put(current_peers, 'peers_ranked')
def peer_check(peer, DB):
peers=tools.db_get('peers')
if peers[peer]['length']==0 or random.random()<0.1:
ask_for_count(peer)
out=trade_peers(peer)
if type(out)==dict and 'error' in out:
return 1
peers=tools.db_get('peers')
length = tools.db_get('length')
diffLength= tools.db_get('diffLength')
size = max(len(diffLength), len(peers[peer]['diffLength']))
us = tools.buffer_(diffLength, size)
them = tools.buffer_(peers[peer]['diffLength'], size)
if them < us:
return give_block(peer, DB, peers[peer]['length'])
elif us == them:
try:
ask_for_count(peer)
trade_peers(peer)
return ask_for_txs(peer, DB)
except Exception as exc:
tools.log('ask for tx error')
tools.log(exc)
else:
return download_blocks(peer, DB, peers[peer]['length'], length)
def initialize_to_zero_votecoin(vote_id, address, DB, add_block):
initialize_to_zero_helper(['votecoin', vote_id], address, DB)
jury=tools.db_get(vote_id, DB)
if 'members' not in jury:
tools.log('initialized to zero error')
if address not in jury['members']:
adjust_list(['members'], vote_id, False, address, DB, add_block)
def __execute_delete_procedure(name, args):
try:
conn = __create_connection_for_insert_delete()
cursor = conn.cursor()
output = cursor.callproc(name, args)
conn.commit()
tools.log("PROCEDURE CALLED [DELETE]: %s args-output: %s" % (name, __str_args(args)), insert_db=False)
except mysql.connector.Error as err:
tools.log(
type="ERROR",
code="db",
file_name="database.py",
function_name="__execute_delete_procedure",
message="ARGS: %s" % args,
exception=err)
finally:
cursor.close()
conn.close()
def slasher_verify(tx, txs, out, DB):
address=tools.addr(tx)
acc=tools.db_get(address)
if acc['secrets'][str(tx['on_block'])]['slashed']:
tools.log('Someone already slashed them, or they already took the reward.')
return False
if not sign_verify(tx['tx1'], [], [''], {}):
tools.log('one was not a valid tx')
return False
if not sign_verify(tx['tx2'], [], [''], {}):
tools.log('two was not a valid tx')
return False
tx1=copy.deepcopy(tx['tx1'])
tx2=copy.deepcopy(tx['tx2'])
tx1.pop('signatures')
tx2.pop('signatures')
tx1=unpackage(package(tx1))
tx2=unpackage(package(tx2))
msg1=tools.det_hash(tx1)
msg2=tools.det_hash(tx2)
if msg1==msg2:
tools.log('this is the same tx twice...')
return False
if tx1['on_block']!=tx2['on_block']:
tools.log('these are on different lengths')
return False
return True
def f(blocks_queue, txs_queue):
def bb(): return blocks_queue.empty()
def tb(): return txs_queue.empty()
def ff(queue, g, b, s):
while not b():
time.sleep(0.0001)
try:
g(queue.get(False))
except Exception as exc:
tools.log('suggestions ' + s)
tools.log(exc)
while True:
try:
time.sleep(0.1)
l=tools.local_get('length')+1
v=range(l-10, l)
v=filter(lambda x: x>0, v)
v=map(lambda x: tools.db_get(x), v)
v=map(lambda x: x['block_hash'], v)
if tools.local_get('stop'):
tools.dump_out(blocks_queue)
tools.dump_out(txs_queue)
return
while not bb() or not tb():
ff(blocks_queue, lambda x: add_block(x, v), bb, 'block')
ff(txs_queue, add_tx, tb, 'tx')
except Exception as exc:
tools.log(exc)
def setupForFiles(self):
log('settings() - setupForFiles')
if self.files_preset == 1: #preset smooth
saturation = 3.0
value = 10.0
speed = 20.0
autospeed = 0.0
interpolation = 0
threshold = 0.0
elif self.files_preset == 2: #preset action
saturation = 3.0
value = 10.0
speed = 80.0
autospeed = 0.0
interpolation = 0
threshold = 0.0
elif self.files_preset == 3: #preset disabled
saturation = 0.0
value = 0.0
speed = 0.0
autospeed = 0.0
interpolation = 0
threshold = 0.0
elif self.files_preset == 0: #custom
saturation = self.files_saturation
value = self.files_value
speed = self.files_speed
autospeed = self.files_autospeed
interpolation = self.files_interpolation
threshold = self.files_threshold
return (saturation,value,speed,autospeed,interpolation,threshold)
def handleStereoscopic(self, isStereoscopic):
log('settings() - handleStereoscopic(%s) - disableon3d (%s)' % (isStereoscopic, self.bobdisableon3d))
if self.bobdisableon3d and isStereoscopic:
log('settings()- disable due to 3d')
self.bobdisable = True
else:
self.resetBobDisable()
def decisions_keepers(vote_id, jury, DB):
#this is returning something of length voters.
wt=map(lambda x: x[0], weights(vote_id, DB, jury))
if wt=='error': return 'error'
total_weight=sum(wt)
matrix=decision_matrix(jury, jury['decisions'], DB)
#exclude decisions with insufficient participation*certainty
decisions=[]
if len(matrix)<3:
return []
if len(matrix[0])<5:
return []
attendance=[]
certainty=[]
for decision in range(len(matrix[0])):
a=0
c=0
for juror in range(len(matrix)):
if not numpy.isnan(matrix[juror][decision]):
a+=wt[juror]
if matrix[juror][decision]==1:
c+=wt[juror]
else:
c+=wt[juror]/2.0
attendance.append(a*1.0/total_weight)
certainty.append(abs(c-0.5)*2.0/total_weight)
out=[]
for i in range(len(certainty)):
if certainty[i]*attendance[i]>0.55:
out.append(jury['decisions'][i])
else:
tools.log('participation times certainty was too low to include this decision: ' +str(jury['decisions'][i]))
return out
def slasher_verify(tx, txs, out, DB):
address = tools.addr(tx)
acc = tools.db_get(address)
if acc["secrets"][str(tx["on_block"])]["slashed"]:
tools.log("Someone already slashed them, or they already took the reward.")
return False
if not sign_verify(tx["tx1"], [], [""], {}):
tools.log("one was not a valid tx")
return False
if not sign_verify(tx["tx2"], [], [""], {}):
tools.log("two was not a valid tx")
return False
tx1 = copy.deepcopy(tx["tx1"])
tx2 = copy.deepcopy(tx["tx2"])
tx1.pop("signatures")
tx2.pop("signatures")
tx1 = unpackage(package(tx1))
tx2 = unpackage(package(tx2))
msg1 = tools.det_hash(tx1)
msg2 = tools.det_hash(tx2)
if msg1 == msg2:
tools.log("this is the same tx twice...")
return False
if tx1["on_block"] != tx2["on_block"]:
tools.log("these are on different lengths")
return False
return True
def test(self, dataset, remain_time_budget=None):
result = self._context.stage.test(dataset, remain_time_budget)
if self._context.is_ensemble:
log("Start ensemble")
self._y_hats.append(result)
return np.asarray(self._y_hats).mean(axis=0)
else:
return result
def halt(self, sig=None, frame=None):
if sig or frame:
log(self, 'Terminated by SIGINT.')
exit(0)
log(self, 'Shutting down.')
for mod in self._modules:
mod.halt()
def call_one_for_all(self, input): # input unknown = ragged sensor
"""Each input element innervates all output elements"""
# output = tf.foldl(lambda a, item: a + self.kernel(item), input)
output = tf.map_fn(lambda item: self.kernel(item), input)
log("call_one_for_all", output.shape, color="blue")
output = tf.math.reduce_sum(output, axis=1)
log("call_one_for_all", output.shape, color="blue")
return output
def on_entryAction_key_press_event(self,widget,event):
key = Gdk.keyval_name(event.keyval)
tools.log("Key pressed :"+str(key),log_type=tools.LOG_GUI,class_type=self)
if key == "Return":
self.buttonRight.grab_focus()
return False
else:
return self.syntax_completion(widget, event)
def fee_check(tx, txs, DB):
address = addr(tx)
truthcoin_cost = cost_0(txs, DB)
acc=tools.db_get(address, DB)
if int(acc['amount']) < truthcoin_cost:
tools.log('insufficient truthcoin')
return False
return True
def handleStereoscopic(self, isStereoscopic):
log('settings() - handleStereoscopic(%s) - disableon3d (%s)' %
(isStereoscopic, self.bobdisableon3d))
if self.bobdisableon3d and isStereoscopic:
log('settings()- disable due to 3d')
self.bobdisable = True
else:
self.resetBobDisable()
def ff(queue, g, b, s):
while not b():
time.sleep(0.0001)
try:
g(queue.get(False))
except Exception as exc:
tools.log('suggestions ' + s)
tools.log(exc)
def forth(f, stack):
if len(f)==0: return stack
try:
f[0]=float(f[0])
return forth(f[1:], [f[0]]+stack)
except Exception as exc:
tools.log(exc)
return forth(f[1:], do[f[0]](stack))
def forth(f, stack):
if len(f) == 0: return stack
try:
f[0] = float(f[0])
return forth(f[1:], [f[0]] + stack)
except Exception as exc:
tools.log(exc)
return forth(f[1:], do[f[0]](stack))
def log_result(self, html_source, selection, amount):
pattern = 'Not enough money for that operation.'
msg = 'Attempted to Train %s %s' % (amount, selection)
m = re.search(pattern, html_source)
if m:
msg = 'Not enough money for %s %s' % (amount, selection)
tools.log(msg)
print ''
def ff(queue, g, b, s):
while not b():
time.sleep(0.0001)
try:
g(queue.get(False))
except Exception as exc:
tools.log('suggestions ' + s)
tools.log(exc)
def swLed(ev=None):
global system_status
if system_status is SystemStatus.READY:
system_status = SystemStatus.RECORDING
else:
system_status = SystemStatus.READY
setColor(system_status)
log(system_status)
def name(bot, update):
db = SQLite()
global idlot
update.message.reply_text(RU.description)
name = update.message.text
db.magic('update lot set head = (?) where id = {}'.format(idlot), (name, ))
tools.log('Created lot {} with name {}'.format(idlot, name))
return DESCR
def add_from_queue(queue, add_function, is_queue_empty, queue_name):
# while the queue is not empty, in other words there are suggested blocks or transactions, call the corresponding add function
while not is_queue_empty():
time.sleep(0.0001)
try:
add_function(queue.get(False))
except Exception as exc:
tools.log('suggestions ' + queue_name)
tools.log(exc)
def info(DB, args):
if len(args)<1:
return ('not enough inputs')
address=args[0]
try:
return(tools.local_get(address))
except Exception as exc:
tools.log(exc)
return(address+' is not in the local database. maybe you meant to do the command: "patty_info '+address+'"?')
def setupForStatic(self):
log('settings() - setupForStatic')
saturation = 4.0
value = 1.0
speed = 50.0
autospeed = 0.0
interpolation = 1
threshold = 0.0
return (saturation,value,speed,autospeed,interpolation,threshold)
def main(peers, DB):
map(tools.add_peer, peers)
try:
while True:
time.sleep(0.5)#changing this from 0.01 to 0.5 made blocks load way faster. the add_block queue was getting overfilled.
if tools.local_get('stop'): return
main_once(DB)
except Exception as exc:
tools.log(exc)
