def __init__(self,
name,
expires: Optional[int] = 600,
locked_by=None,
lock_process=None,
wait: int = None):
"""
Create an instance of :class:`.LockMgr`. This class is primarily intended to be used as
a context manager (i.e. ``with LockMgr('mylock') as l:``), see the main PyDoc block for :class:`.LockMgr`
for more info.
:param str name: The lock name to create (when using as a context manager)
:param int expires: How many seconds before this lock is considered stale and forcefully released?
:param str locked_by: (Optional) Who/what is using this lock. Defaults to system hostname.
:param int lock_process: (Optional) The process ID of the app using this lock
:param int wait: (Optional) Wait this many seconds for a lock to be released before giving up. If
this is ``None`` then waiting will be disabled
"""
self.expires = int(expires) if expires not in [None, False] else 0
self.wait = None if empty(wait) else int(wait)
self.locked_by = socket.gethostname() if empty(
locked_by) else locked_by
self.name, self.lock_process = name, lock_process
self._locks = [] # type: List[Lock]
self.main_lock = None
def scan_ip(self, ip: str) -> DictObject:
dt = DictObject(country="unknown",
city="unknown",
asn="unknown",
rdns='N/A')
dt.rdns = self.get_rdns(ip)
if not settings.USE_GEOIP:
dt.asn = dt.country = dt.city = 'NO_GEOIP_DB', 'NO_GEOIP_DB', 'NO_GEOIP_DB'
return dt
dt.asn = self.get_asn(ip)
if not empty(dt.asn):
self._bump_asn(dt.asn)
else:
dt.asn = "unknown"
dt.country, dt.city = self.get_location(ip)
if not empty(dt.country):
self._bump_country(dt.country)
else:
dt.country = "unknown"
if not empty(dt.city):
self._bump_city(dt.city)
else:
dt.city = "unknown"
return dt
def __post_init__(self):
conv_bool_keys = [
'non_real_time', 'is_api_registerable', 'is_api_renewable',
'is_api_transferable', 'is_epp_required', 'is_disable_mod_contact',
'is_disable_wg_allot', 'is_include_in_extended_search_only',
'is_supports_idn', 'supports_registrar_lock', 'whois_verification',
'provider_api_delete'
]
conv_int_keys = [
'min_register_years',
'max_register_years'
'min_renew_years',
'max_renew_years',
'min_transfer_years',
'max_transfer_years',
'reactivate_max_days',
'add_grace_period_days',
'renewal_min_days',
'renewal_max_days',
'sequence_number',
]
for k in conv_bool_keys:
v = getattr(self, k, None)
if not empty(v):
setattr(self, k, is_true(v))
for k in conv_int_keys:
v = getattr(self, k, None)
if not empty(v) and not isinstance(v, int):
setattr(self, k, int(v))
def __post_init__(self):
if not empty(self.id, zero=True):
self.id = int(self.id)
if not empty(self.is_owner, zero=True):
self.is_owner = is_true(self.is_owner)
if not empty(self.is_premium, zero=True):
self.is_premium = is_true(self.is_premium)
def detect_name(obj: Union[callable, View, object, type]) -> Optional[str]:
"""
Extract a snake-case name from a given object (class, instance, function or other type)::
>>> class ExampleView: pass
>>> CustomAdmin.detect_name(ExampleView)
'example_view'
>>> CustomAdmin.detect_name(ExampleView())
'example_view'
>>> def anotherExample(): pass
>>> CustomAdmin.detect_name(anotherExample)
'another_example'
>>> class HasAName:
... pvx_name = 'hello_world'
>>> CustomAdmin.detect_name(HasAName)
'hello_world'
:param obj: The object to extract the snake-case name from
:return str|None name: The snake-case name of the object, or ``None`` if failed to detect it.
"""
if hasattr(obj, 'pvx_name') and not empty(obj.pvx_name):
return obj.pvx_name
elif hasattr(obj, '__name__'):
return camel_to_snake(obj.__name__)
elif hasattr(obj, '__class__') and hasattr(obj.__class__, '__name__'):
return camel_to_snake(obj.__class__.__name__)
elif hasattr(obj, 'name') and not empty(obj.name):
return obj.name
log.warning(
"No name specified by user for view, and cannot infer from view_obj.__name__ or other attributes... obj: %s",
obj)
return None
async def test_eos_getattribute(eos_api: Api):
acc = await eos_api.__getattribute__('get_account')(
account_name='someguy12333')
assert acc.account_name == 'someguy12333'
assert not empty(acc.created)
assert not empty(acc.last_code_update)
assert 'EOS' in acc.core_liquid_balance
def get_builder(name: str = None,
file_handle=None,
contents: Union[str, list, tuple] = None,
**kwargs) -> CSPBuilder:
if empty(name) and file_handle is None and empty(contents, itr=True):
name = argv[1]
return CSPBuilder(name, file_handle, contents, **kwargs)
def _tpl_add_hosts(host: str = None, v4_host: str = None, v6_host: str = None, **kwargs) -> dict:
filter_hosts = kwargs.pop('filter_hosts', settings.FILTER_HOSTS)
set_trusted_hosts = kwargs.pop('set_trusted_hosts', True)
v4_sub = kwargs.pop('v4_subdomain', settings.V4_SUBDOMAIN)
v6_sub = kwargs.pop('v6_subdomain', settings.V6_SUBDOMAIN)
main_host = kwargs.pop('main_host', settings.MAIN_HOST)
force_main_host = kwargs.pop('force_main_host', settings.FORCE_MAIN_HOST)
if set_trusted_hosts:
request.trusted_hosts = settings.ALLOWED_HOSTS if filter_hosts else None
hst = request.host if empty(host) else host
if not any([empty(v4_host), empty(v6_host)]):
pass # both v4 and v6_host are set, so we don't want to override them.
elif force_main_host:
# If force_main_host is true, then we shouldn't use the current requested host from ``hst``,
# instead we use the pre-set V4_HOST and V6_HOST from settings (unless v4/v6_host are overridden)
v4_host = empty_if(v4_host, settings.V4_HOST)
v6_host = empty_if(v6_host, settings.V6_HOST)
else:
# If the current host is on the v4/v6 subdomain, then we need to trim the subdomain to avoid prepending a second subdomain
if hst.startswith(f'{v4_sub}.'): hst = hst.replace(f'{v4_sub}.', '', 1)
if hst.startswith(f'{v6_sub}.'): hst = hst.replace(f'{v6_sub}.', '', 1)
v4_host, v6_host = empty_if(v4_host, f"{v4_sub}.{hst}"), empty_if(v6_host, f"{v6_sub}.{hst}")
return dict(v4_host=v4_host, v6_host=v6_host, host=hst, main_host=main_host)
async def _try_unknown_method(node: str,
method: str,
params: Union[list, dict] = None,
auto_exit=True):
params = empty_if(params, [])
try:
# loop = asyncio.get_event_loop()
data = await rpc(host=node, method=method, params=params)
if empty(data[0]):
log.warning(
"Response for method '%s' from '%s' was empty. Marking as broken!",
method, node)
return sys.exit(settings.BAD_RETURN_CODE) if auto_exit else False
return data
except RPCError as e:
log.error(
"Got RPC error in _try_unknown_method() while testing method %s against %s - Ex: %s %s",
method, node, type(e), str(e))
return sys.exit(settings.BAD_RETURN_CODE) if auto_exit else False
except ServerDead as e:
log.error(
"Got ServerDead error in _try_unknown_method() while testing method %s against %s - Ex: %s %s",
method, node, type(e), str(e))
oe = e.orig_ex
if not empty(oe):
if isinstance(oe, RPCError):
log.error(
"ServerDead contained RPCError while testing method %s against %s - Ex: %s %s",
method, node, type(oe), str(oe))
return sys.exit(settings.BAD_RETURN_CODE) if auto_exit else False
except Exception as e:
log.error(
"Fatal exception in _try_unknown_method() while testing method %s against %s - Ex: %s %s",
method, node, type(e), str(e))
return sys.exit(1) if auto_exit else False
def account_id(self, symbol: str = 'XMR') -> int:
"""Get the default account ID/index for a given coin symbol"""
# First check if we've cached the account ID for this symbol
if symbol in self._account_ids:
return self._account_ids[symbol]
# Next in priority is the `account_id` setting
s = self.settings[symbol]
if not empty(s.get('account_id')):
a_id = self._account_ids[symbol] = int(s.get('account_id'))
log.debug("Using setting 'account_id' = '%s' for the monero account ID", a_id)
return a_id
# If `account` is set, then we search for an account with the label or tag matching `account`
aname = s.get('account')
if not empty(aname):
log.debug("Looking up account label/tag '%s' to find account ID", aname)
acc = self.find_account_label(label=aname, symbol=symbol)
self._account_ids[symbol] = int(acc['account_index'])
log.debug("Account ID for '%s' was: %s", aname, self._account_ids[symbol])
return self._account_ids[symbol]
log.warning("WARNING: Both settings 'account' and 'account_id' are empty. Falling back to account ID 0...")
self._account_ids[symbol] = 0
return self._account_ids[symbol]
def get_columns(database=None, table=None):
"""
SELECT COL.TABLE_SCHEMA, COL.TABLE_NAME, COL.COLUMN_NAME, COL.COLLATION_NAME, CCSA.CHARACTER_SET_NAME
FROM INFORMATION_SCHEMA.COLUMNS COL, INFORMATION_SCHEMA.COLLATION_CHARACTER_SET_APPLICABILITY CCSA
WHERE CCSA.collation_name = COL.COLLATION_NAME TABLE_NAME = 't_name';
:return:
"""
cols = [
'TABLE_SCHEMA', 'TABLE_NAME', 'COLUMN_NAME', 'COLUMN_DEFAULT',
'IS_NULLABLE', 'DATA_TYPE', 'CHARACTER_MAXIMUM_LENGTH', 'COLUMN_TYPE',
'COLUMN_KEY', 'EXTRA', 'COLLATION_NAME', 'CHARACTER_SET_NAME'
]
stmt = f"SELECT {', '.join(cols)} FROM INFORMATION_SCHEMA.COLUMNS"
params = []
if any([not empty(database), not empty(table)]):
stmt += " WHERE"
if not empty(database):
stmt += " TABLE_SCHEMA = %s"
params += [database]
if not empty(table): stmt += ' AND'
if not empty(table):
stmt += " TABLE_NAME = %s"
params += [table]
stmt += ';'
return [TableColumnResult(*r) for r in query(stmt, *params)]
def do_output(self, out_format=None, out_file=None, *args):
if empty(out_format) or empty(out_file):
msg('yellow', 'Invalid command usage for \\output.')
return self._help_output()
fmt_pyre = ['pyre', '.pyre', 'pyrewall']
if out_format in fmt_v4:
msg(
'green',
f"Outputting session as IPv4 IPTables format to file {out_file}"
)
count = self._output_lines(out_file=out_file,
lines=self.rendered_rules.v4)
elif out_format in fmt_v6:
msg(
'green',
f"Outputting session as IPv6 IPTables format to file {out_file}"
)
count = self._output_lines(out_file=out_file,
lines=self.rendered_rules.v6)
elif out_format in fmt_pyre:
msg(
'green',
f"Outputting session as native Pyrewall 'pyre' format to file {out_file}"
)
count = self._output_lines(out_file=out_file,
lines=self.rendered_rules.pyre)
else:
msg('yellow',
f"Invalid output format '{out_format}' for \\output.")
return self._help_output()
msg('green', f"Sucessfully wrote {count} lines to file {out_file}")
def __init__(self,
filename: str = None,
file_handle=None,
contents: Union[str, list, tuple] = None,
**kwargs):
self.config = configparser.ConfigParser()
self.conf_file = None
if not empty(filename):
self.conf_file = Path(filename).resolve()
self.config.read(self.conf_file)
elif file_handle is not None:
self.config.read_file(file_handle)
elif not empty(contents, itr=True):
if isinstance(contents, (tuple, list)):
contents = "\n".join(contents)
self.config.read_string(contents)
else:
raise ValueError(
"CSPBuilder expects either a filename, file handle (open()), or config string "
"contents to be passed. All 3 are None / empty. Nothing to parse."
)
self.groups = {}
self.config_dict = {}
self.flags = ''
self.excluded = kwargs.get('excluded', ['flags', 'groups', 'DEFAULT'])
self.cleaned = False
# self.section_split = kwargs.get('section_split', ': ')
self.section_split = kwargs.get('section_split', ' ')
async def base_get_blocks(steem: SteemAsync, network: str = None):
blocks = await steem.get_blocks(START_BLOCK, END_BLOCK)
assert isinstance(blocks, list)
assert len(blocks) >= TOTAL_BLOCKS
assert len(blocks) < TOTAL_BLOCKS + 5
assert not empty(blocks[50].block_id)
assert not empty(blocks[60].witness)
async def test_eos_get_account(eos_api: Api):
acc = await eos_api.get_account('someguy12333')
assert isinstance(acc, EOSAccount)
assert acc.account_name == 'someguy12333'
assert not acc.privileged
assert not empty(acc.created)
assert not empty(acc.last_code_update)
assert 'EOS' in acc.core_liquid_balance
def __str__(self):
f = f"{self.message}"
if not empty(self.host): f += f" (host: {self.host})"
if not empty(self.error_code, True):
f += f" Server error code: {self.error_code}"
if not empty(self.error_msg):
f += f" Server error message: {self.error_msg}"
return f
def avg(*vals: NumberStr,
dp: OptNumStr = '8',
rounding: str = None) -> Decimal:
vals = [conv_dec(v) for v in list(vals) if not empty(v)]
if len(vals) == 1:
return vals[0] if empty(dp) else dec_round(vals[0], dp, rounding)
_avg = conv_dec(sum(vals)) / Decimal(len(vals))
return _avg if empty(dp) else dec_round(_avg, dp, rounding)
def send(self,
amount: Decimal,
address: str,
from_address: str = None,
memo: str = None,
trigger_data: Union[dict, list] = None) -> dict:
# Try from_address first. If that's empty, try using self.coin.our_account. If both are empty, abort.
if empty(from_address):
if empty(self.coin.our_account):
raise AttributeError(
"Both 'from_address' and 'coin.our_account' are empty. Cannot send."
)
from_address = self.coin.our_account
if not self.address_valid(address):
raise exceptions.AccountNotFound(
f'Account "{address}" does not exist.')
if not self.address_valid(from_address):
raise exceptions.AccountNotFound(
f'Account "{address}" does not exist.')
memo = "" if empty(memo) else memo
prec = self.precision
sym = self.symbol.upper()
amount = dec_round(Decimal(amount), dp=prec, rounding=ROUND_DOWN)
if amount < Decimal(pow(10, -prec)):
log.warning(
'Amount %s was passed, but is lower than precision for %s',
amount, sym)
raise ArithmeticError(
'Amount {} is lower than token {}s precision of {} DP'.format(
amount, sym, prec))
bal = self.balance(from_address)
if bal < amount:
raise exceptions.NotEnoughBalance(
'Account {} has balance {} but needs {} to send this tx'.
format(from_address, bal, amount))
###
# Broadcast the transfer transaction on the network, and return the necessary data
###
log.info('Sending %f %s to @%s', amount, sym, address)
_, wif = self.get_priv(from_address)
t = self.rpc.transfer(to=address,
amount=amount,
from_account=from_address,
memo=memo,
asset=sym,
wif=wif)
return {
'txid': t['id'],
'coin': self.symbol,
'amount': amount,
'fee': Decimal(0),
'from': from_address,
'send_type': 'send'
}
def test_notempty(self):
# Basic string test
self.assertFalse(helpers.empty('hello'))
# Integer test
self.assertFalse(helpers.empty(1, zero=True))
# Iterable tests
self.assertFalse(helpers.empty(['world'], itr=True))
self.assertFalse(helpers.empty(('world', ), itr=True))
self.assertFalse(helpers.empty({'hello': 'world'}, itr=True))
def test_notempty(self):
"""Test :py:func:`.empty` with non-empty values"""
# Basic string test
self.assertFalse(helpers.empty('hello'))
# Integer test
self.assertFalse(helpers.empty(1, zero=True))
# Iterable tests
self.assertFalse(helpers.empty(['world'], itr=True))
self.assertFalse(helpers.empty(('world', ), itr=True))
self.assertFalse(helpers.empty({'hello': 'world'}, itr=True))
def lock(self,
name,
expires: int = None,
ret: bool = False,
wait: int = None):
"""
Obtains a lock using :py:func:`.get_lock` and appends it to :py:attr:`._locks` if successful.
If the argument ``ret`` is ``False`` (default), it will raise :class:`.Locked` if the lock couldn't be obtained.
Otherwise, if ``ret`` is ``True``, it will simply return ``False`` if the requested lock name is already locked.
:param str name: A unique name to identify your lock
:param int expires: (Default: 600 sec) How long before this lock is considered stale and forcefully released?
:param bool ret: (Default: False) Return ``False`` if locked, instead of raising ``Locked``.
:param int wait: (Optional) Retry obtaining the lock for this many seconds. MUST be divisible by 5.
If not empty, will retry obtaining the lock every 5 seconds until ``wait`` seconds
:raises Locked: If the requested lock ``name`` is already locked elsewhere, :class:`.Locked` will be raised
:return bool success: ``True`` if successful. If ``ret`` is true then will also return False on failure.
"""
expires = self.expires if empty(expires) else int(expires)
wait = self.wait if empty(wait) else int(wait)
log.debug('Attempting to get lock %s with expiry of %s', name, expires)
try:
lck = get_lock(name=name,
locked_by=self.locked_by,
lock_process=self.lock_process,
expires=expires)
if len(self._locks) == 0 or self.main_lock is None:
self.main_lock = lck
self._locks.append(lck)
log.debug('Lock obtained for %s', name)
return True
except Locked as e:
if empty(wait, zero=True):
log.info('A lock already exists on %s...', name)
if ret: return False
raise e
wait = int(wait)
if wait % 5 != 0:
raise ArithmeticError(
'The argument "wait" must be divisible by 5 seconds.')
log.info(
'Lock "%s" was locked - waiting up to %s seconds for lock to be released.',
name, wait)
log.info('Retrying lock in 5 seconds...')
sleep(5)
return self.lock(name=name,
expires=expires,
ret=ret,
wait=wait - 5)
def to_json_dict(self) -> dict:
d = dict(self)
if not d['error']:
if 'error_code' in d and empty(d['error_code'], True, True):
del d['error_code']
if 'messages' in d and empty(d['messages'], True, True):
del d['messages']
if 'message' in d and empty(d['message'], True, True):
del d['message']
return d
def __post_init__(self):
# Namecheap returns dates in US format - MM/DD/YYYY - so we carefully convert them using that format.
if not empty(self.created) and isinstance(self.created, str):
self.created = datetime.strptime(self.created, "%m/%d/%Y")
if not empty(self.expires) and isinstance(self.expires, str):
self.expires = datetime.strptime(self.expires, "%m/%d/%Y")
self.is_expired = is_true(self.is_expired)
self.is_locked = is_true(self.is_locked)
self.auto_renew = is_true(self.auto_renew)
self.is_premium = is_true(self.is_premium)
self.is_our_dns = is_true(self.is_our_dns)
async def provides(self) -> Set[Tuple[str, str]]:
"""
We cache the provides Set both class-locally in :attr:`._provides`, as well as via the Privex Helpers
Cache system - :mod:`privex.helpers.cache`
"""
if empty(self._provides, itr=True):
_prov = await cached.get(f"pvxex:{self.code}:provides")
if not empty(_prov):
self._provides = _prov
else:
self._provides = await self._gen_provides()
await cached.set(f"pvxex:{self.code}:provides", self._provides)
return self._provides
def json_frm(force=True,
silent=True,
cache=True,
fallback: K = dict,
req: Request = None,
call_fb=True) -> Union[dict, list, K]:
"""Wrapper around :meth:`.Request.get_json` to allow fallback to ``{}`` or ``[]`` instead of ``None``"""
req = request if empty(req) else req
j = req.get_json(force=force, silent=silent, cache=cache)
if empty(j, itr=True, zero=True):
if fallback == dict: return {}
if fallback == list: return []
if fallback == tuple: return ()
return fallback() if call_fb and callable(fallback) else fallback
return j
async def test_eos_getblock_range(eos_api: Api):
blocks = await eos_api.get_block_range(start=RANGE_START, end=RANGE_END)
assert isinstance(blocks, dict)
assert isinstance(blocks, OrderedDict)
assert len(blocks.keys()) == ((RANGE_END - RANGE_START) + 1)
assert RANGE_START in blocks
assert RANGE_END in blocks
i = RANGE_START
for block_num, block in blocks.items():
assert block_num == i
assert block.block_num == block_num
assert not empty(block.id)
assert not empty(block.producer)
assert not empty(block.timestamp)
i += 1
def detect_human(
obj: Union[callable, View, object, type]) -> Optional[str]:
"""
Extract a humanised name from an object::
>>> class ExampleView:
... pass
>>> CustomAdmin.detect_human(ExampleView)
'Example View'
>>> CustomAdmin.detect_human(ExampleView())
'Example View'
>>> def another_example():
... pass
>>> CustomAdmin.detect_human(another_example)
'Another Example'
>>> class HasAName:
... pvx_human_name = 'This class has a name'
>>> CustomAdmin.detect_human(HasAName)
'This class has a name'
:param obj: The object to extract the human name from
:return str|None name: The human name of the object, or ``None`` if failed to detect it.
"""
if hasattr(obj, 'pvx_human_name') and not empty(obj.pvx_human_name):
return obj.pvx_human_name
return human_name(obj)
def load_rules(rules: Union[str, list], ipver='v4'):
cmd = [] if is_root() else ['sudo', '-n']
cmd += ['iptables-restore'] if ipver in ['v4', '4', 'ipv4', 4
] else ['ip6tables-restore']
if isinstance(rules, str):
cmd += [rules]
log.info("Restoring IPTables file %s using command %s", rules, cmd)
res = run_prog(*cmd)
# print(f"Rules file {rules} appeared to restore successfully :)\n", file=sys.stderr)
else:
rule_list = list(rules)
rule_list = [
r.strip("\n").strip() for r in rule_list
if not empty(r.strip("\n").strip())
]
l_rules = "\n".join(rule_list)
res = run_prog(*cmd, write=l_rules)
if res.code != 0:
log.error(
f"ERROR! Non-zero return code ({res.code}) from command: {cmd}")
log.error("Command stdout: %s", res.stdout)
log.error("Command stderr: %s", res.stderr)
raise IPTablesError(
f"Non-zero return code ({res.code}) from command: {cmd}")
log.debug(f"Got successful (zero) exit code from command: {cmd}")
log.debug("Command stdout: %s", res.stdout)
log.debug("Command stderr: %s", res.stderr)
return res
def __init__(self,
symbol,
name="",
issuer="",
metadata: Union[str, dict] = None,
**kwargs):
self.raw_data = {
**kwargs,
**dict(symbol=symbol, issuer=issuer, name=name, metadata=metadata)
}
self.issuer, self.name, self.symbol = issuer, name, symbol # type: str
meta = metadata
meta = {} if empty(meta, itr=True) else (
json.loads(meta) if type(meta) is str else meta)
self.metadata = TokenMetadata(**meta) # type: TokenMetadata
self.precision = int(kwargs.get('precision', 0)) # type: int
_circ = _maxs = Decimal(0)
if 'maxSupply' in kwargs: _maxs = Decimal(kwargs['maxSupply'])
if 'max_supply' in kwargs: _maxs = Decimal(kwargs['max_supply'])
self.max_supply = self.maxSupply = _maxs # type: Decimal
if 'circulatingSupply' in kwargs:
_circ = Decimal(kwargs['circulatingSupply'])
if 'circulating_supply' in kwargs:
_circ = Decimal(kwargs['circulating_supply'])
self.circulating_supply = self.circulatingSupply = _circ # type: Decimal
self.supply = Decimal(kwargs.get('supply', '0')) # type: Decimal
def handle(self, *args, **options):
print()
print("==========================================================#\n"
"# #\n"
"# EOS Block History Scanner #\n"
"# (C) 2019 Privex Inc. Released under GNU AGPLv3 #\n"
"# #\n"
"# github.com/Privex/EOSHistory #\n"
"# #\n"
"#=========================================================#\n")
print()
# last_block, start_type = options['start_block'], options['start_type']
# if options['start_block'] is None:
#
Command.queue = options.pop('queue', settings.DEFAULT_CELERY_QUEUE)
Command.queue = settings.DEFAULT_CELERY_QUEUE if empty(
Command.queue) else Command.queue
Command.lock_sync_blocks = f'eoshist_sync:{Command.queue}:{getpass.getuser()}'
Command.lock_fill_gaps = f'eoshist_gaps:{Command.queue}:{getpass.getuser()}'
log.info(' >>> Using Celery queue "%s"', Command.queue)
log.info(
' >>> Started SYNC_BLOCKS Django command. Booting up AsyncIO event loop. '
)
asyncio.run(self.sync_blocks(**options))
