def test_history_votes(self):
hv = self.bts
account = Account("gtg", hive_instance=hv)
utc = pytz.timezone('UTC')
limit_time = utc.localize(datetime.utcnow()) - timedelta(days=2)
votes_list = []
for v in account.history(start=limit_time, only_ops=["vote"]):
votes_list.append(v)
start_num = votes_list[0]["block"]
votes_list2 = []
for v in account.history(start=start_num, only_ops=["vote"]):
votes_list2.append(v)
self.assertTrue(abs(len(votes_list) - len(votes_list2)) < 2)
def test_history2(self):
hv = self.bts
account = Account("bhive.app", hive_instance=hv)
h_list = []
max_index = account.virtual_op_count()
for h in account.history(start=max_index - 4,
stop=max_index,
use_block_num=False,
batch_size=2,
raw_output=False):
h_list.append(h)
self.assertEqual(len(h_list), 5)
for i in range(1, 5):
self.assertEqual(h_list[i]["index"] - h_list[i - 1]["index"], 1)
h_list = []
for h in account.history(start=max_index - 4,
stop=max_index,
use_block_num=False,
batch_size=6,
raw_output=False):
h_list.append(h)
self.assertEqual(len(h_list), 5)
for i in range(1, 5):
self.assertEqual(h_list[i]["index"] - h_list[i - 1]["index"], 1)
h_list = []
for h in account.history(start=max_index - 4,
stop=max_index,
use_block_num=False,
batch_size=2,
raw_output=True):
h_list.append(h)
self.assertEqual(len(h_list), 5)
for i in range(1, 5):
self.assertEqual(h_list[i][0] - h_list[i - 1][0], 1)
h_list = []
for h in account.history(start=max_index - 4,
stop=max_index,
use_block_num=False,
batch_size=6,
raw_output=True):
h_list.append(h)
self.assertEqual(len(h_list), 5)
for i in range(1, 5):
self.assertEqual(h_list[i][0] - h_list[i - 1][0], 1)
class AccountSnapshot(list):
""" This class allows to easily access Account history
:param str account_name: Name of the account
:param Hive hive_instance: Hive
instance
"""
def __init__(self, account, account_history=[], hive_instance=None):
self.hive = hive_instance or shared_hive_instance()
self.account = Account(account, hive_instance=self.hive)
self.reset()
super(AccountSnapshot, self).__init__(account_history)
def reset(self):
""" Resets the arrays not the stored account history
"""
self.own_vests = [Amount(0, self.hive.vests_symbol, hive_instance=self.hive)]
self.own_steem = [Amount(0, self.hive.steem_symbol, hive_instance=self.hive)]
self.own_sbd = [Amount(0, self.hive.sbd_symbol, hive_instance=self.hive)]
self.delegated_vests_in = [{}]
self.delegated_vests_out = [{}]
self.timestamps = [addTzInfo(datetime(1970, 1, 1, 0, 0, 0, 0))]
import bhivebase.operationids
self.ops_statistics = bhivebase.operationids.operations.copy()
for key in self.ops_statistics:
self.ops_statistics[key] = 0
self.reward_timestamps = []
self.author_rewards = []
self.curation_rewards = []
self.curation_per_1000_HP_timestamp = []
self.curation_per_1000_HP = []
self.out_vote_timestamp = []
self.out_vote_weight = []
self.in_vote_timestamp = []
self.in_vote_weight = []
self.in_vote_rep = []
self.in_vote_rshares = []
self.vp = []
self.vp_timestamp = []
self.rep = []
self.rep_timestamp = []
def search(self, search_str, start=None, stop=None, use_block_num=True):
""" Returns ops in the given range"""
ops = []
if start is not None:
start = addTzInfo(start)
if stop is not None:
stop = addTzInfo(stop)
for op in self:
if use_block_num and start is not None and isinstance(start, int):
if op["block"] < start:
continue
elif not use_block_num and start is not None and isinstance(start, int):
if op["index"] < start:
continue
elif start is not None and isinstance(start, (datetime, date, time)):
if start > formatTimeString(op["timestamp"]):
continue
if use_block_num and stop is not None and isinstance(stop, int):
if op["block"] > stop:
continue
elif not use_block_num and stop is not None and isinstance(stop, int):
if op["index"] > stop:
continue
elif stop is not None and isinstance(stop, (datetime, date, time)):
if stop < formatTimeString(op["timestamp"]):
continue
op_string = json.dumps(list(op.values()))
if re.search(search_str, op_string):
ops.append(op)
return ops
def get_ops(self, start=None, stop=None, use_block_num=True, only_ops=[], exclude_ops=[]):
""" Returns ops in the given range"""
if start is not None:
start = addTzInfo(start)
if stop is not None:
stop = addTzInfo(stop)
for op in self:
if use_block_num and start is not None and isinstance(start, int):
if op["block"] < start:
continue
elif not use_block_num and start is not None and isinstance(start, int):
if op["index"] < start:
continue
elif start is not None and isinstance(start, (datetime, date, time)):
if start > formatTimeString(op["timestamp"]):
continue
if use_block_num and stop is not None and isinstance(stop, int):
if op["block"] > stop:
continue
elif not use_block_num and stop is not None and isinstance(stop, int):
if op["index"] > stop:
continue
elif stop is not None and isinstance(stop, (datetime, date, time)):
if stop < formatTimeString(op["timestamp"]):
continue
if exclude_ops and op["type"] in exclude_ops:
continue
if not only_ops or op["type"] in only_ops:
yield op
def get_data(self, timestamp=None, index=0):
""" Returns snapshot for given timestamp"""
if timestamp is None:
timestamp = datetime.utcnow()
timestamp = addTzInfo(timestamp)
# Find rightmost value less than x
i = bisect_left(self.timestamps, timestamp)
if i:
index = i - 1
else:
return {}
ts = self.timestamps[index]
own = self.own_vests[index]
din = self.delegated_vests_in[index]
dout = self.delegated_vests_out[index]
hive = self.own_steem[index]
hbd = self.own_sbd[index]
sum_in = sum([din[key].amount for key in din])
sum_out = sum([dout[key].amount for key in dout])
hp_in = self.hive.vests_to_hp(sum_in, timestamp=ts)
hp_out = self.hive.vests_to_hp(sum_out, timestamp=ts)
hp_own = self.hive.vests_to_hp(own, timestamp=ts)
hp_eff = hp_own + hp_in - hp_out
return {"timestamp": ts, "vests": own, "delegated_vests_in": din, "delegated_vests_out": dout,
"hp_own": hp_own, "hp_eff": hp_eff, "hive": hive, "hbd": hbd, "index": index}
def get_account_history(self, start=None, stop=None, use_block_num=True):
""" Uses account history to fetch all related ops
:param start: start number/date of transactions to
return (*optional*)
:type start: int, datetime
:param stop: stop number/date of transactions to
return (*optional*)
:type stop: int, datetime
:param bool use_block_num: if true, start and stop are block numbers,
otherwise virtual OP count numbers.
"""
super(AccountSnapshot, self).__init__(
[
h
for h in self.account.history(start=start, stop=stop, use_block_num=use_block_num)
]
)
def update_rewards(self, timestamp, curation_reward, author_vests, author_steem, author_sbd):
self.reward_timestamps.append(timestamp)
self.curation_rewards.append(curation_reward)
self.author_rewards.append({"vests": author_vests, "hive": author_steem, "hbd": author_sbd})
def update_out_vote(self, timestamp, weight):
self.out_vote_timestamp.append(timestamp)
self.out_vote_weight.append(weight)
def update_in_vote(self, timestamp, weight, op):
v = Vote(op)
try:
v.refresh()
self.in_vote_timestamp.append(timestamp)
self.in_vote_weight.append(weight)
self.in_vote_rep.append(int(v["reputation"]))
self.in_vote_rshares.append(int(v["rshares"]))
except:
print("Could not found: %s" % v)
return
def update(self, timestamp, own, delegated_in=None, delegated_out=None, hive=0, hbd=0):
""" Updates the internal state arrays
:param datetime timestamp: datetime of the update
:param own: vests
:type own: amount.Amount, float
:param dict delegated_in: Incoming delegation
:param dict delegated_out: Outgoing delegation
:param hive: hive
:type hive: amount.Amount, float
:param hbd: hbd
:type hbd: amount.Amount, float
"""
self.timestamps.append(timestamp - timedelta(seconds=1))
self.own_vests.append(self.own_vests[-1])
self.own_steem.append(self.own_steem[-1])
self.own_sbd.append(self.own_sbd[-1])
self.delegated_vests_in.append(self.delegated_vests_in[-1])
self.delegated_vests_out.append(self.delegated_vests_out[-1])
self.timestamps.append(timestamp)
self.own_vests.append(self.own_vests[-1] + own)
self.own_steem.append(self.own_steem[-1] + hive)
self.own_sbd.append(self.own_sbd[-1] + hbd)
new_deleg = dict(self.delegated_vests_in[-1])
if delegated_in is not None and delegated_in:
if delegated_in['amount'] == 0:
del new_deleg[delegated_in['account']]
else:
new_deleg[delegated_in['account']] = delegated_in['amount']
self.delegated_vests_in.append(new_deleg)
new_deleg = dict(self.delegated_vests_out[-1])
if delegated_out is not None and delegated_out:
if delegated_out['account'] is None:
# return_vesting_delegation
for delegatee in new_deleg:
if new_deleg[delegatee]['amount'] == delegated_out['amount']:
del new_deleg[delegatee]
break
elif delegated_out['amount'] != 0:
# new or updated non-zero delegation
new_deleg[delegated_out['account']] = delegated_out['amount']
# skip undelegations here, wait for 'return_vesting_delegation'
# del new_deleg[delegated_out['account']]
self.delegated_vests_out.append(new_deleg)
def build(self, only_ops=[], exclude_ops=[], enable_rewards=False, enable_out_votes=False, enable_in_votes=False):
""" Builds the account history based on all account operations
:param array only_ops: Limit generator by these
operations (*optional*)
:param array exclude_ops: Exclude these operations from
generator (*optional*)
"""
if len(self.timestamps) > 0:
start_timestamp = self.timestamps[-1]
else:
start_timestamp = None
for op in sorted(self, key=lambda k: k['timestamp']):
ts = parse_time(op['timestamp'])
if start_timestamp is not None and start_timestamp > ts:
continue
# print(op)
if op['type'] in exclude_ops:
continue
if len(only_ops) > 0 and op['type'] not in only_ops:
continue
self.ops_statistics[op['type']] += 1
self.parse_op(op, only_ops=only_ops, enable_rewards=enable_rewards, enable_out_votes=enable_out_votes, enable_in_votes=enable_in_votes)
def parse_op(self, op, only_ops=[], enable_rewards=False, enable_out_votes=False, enable_in_votes=False):
""" Parse account history operation"""
ts = parse_time(op['timestamp'])
if op['type'] == "account_create":
fee_steem = Amount(op['fee'], hive_instance=self.hive).amount
fee_vests = self.hive.hp_to_vests(Amount(op['fee'], hive_instance=self.hive).amount, timestamp=ts)
# print(fee_vests)
if op['new_account_name'] == self.account["name"]:
self.update(ts, fee_vests, 0, 0)
return
if op['creator'] == self.account["name"]:
self.update(ts, 0, 0, 0, fee_steem * (-1), 0)
return
elif op['type'] == "account_create_with_delegation":
fee_steem = Amount(op['fee'], hive_instance=self.hive).amount
fee_vests = self.hive.hp_to_vests(Amount(op['fee'], hive_instance=self.hive).amount, timestamp=ts)
if op['new_account_name'] == self.account["name"]:
if Amount(op['delegation'], hive_instance=self.hive).amount > 0:
delegation = {'account': op['creator'], 'amount':
Amount(op['delegation'], hive_instance=self.hive)}
else:
delegation = None
self.update(ts, fee_vests, delegation, 0)
return
if op['creator'] == self.account["name"]:
delegation = {'account': op['new_account_name'], 'amount':
Amount(op['delegation'], hive_instance=self.hive)}
self.update(ts, 0, 0, delegation, fee_steem * (-1), 0)
return
elif op['type'] == "delegate_vesting_shares":
vests = Amount(op['vesting_shares'], hive_instance=self.hive)
# print(op)
if op['delegator'] == self.account["name"]:
delegation = {'account': op['delegatee'], 'amount': vests}
self.update(ts, 0, 0, delegation)
return
if op['delegatee'] == self.account["name"]:
delegation = {'account': op['delegator'], 'amount': vests}
self.update(ts, 0, delegation, 0)
return
elif op['type'] == "transfer":
amount = Amount(op['amount'], hive_instance=self.hive)
# print(op)
if op['from'] == self.account["name"]:
if amount.symbol == self.hive.steem_symbol:
self.update(ts, 0, 0, 0, amount * (-1), 0)
elif amount.symbol == self.hive.sbd_symbol:
self.update(ts, 0, 0, 0, 0, amount * (-1))
if op['to'] == self.account["name"]:
if amount.symbol == self.hive.steem_symbol:
self.update(ts, 0, 0, 0, amount, 0)
elif amount.symbol == self.hive.sbd_symbol:
self.update(ts, 0, 0, 0, 0, amount)
# print(op, vests)
# self.update(ts, vests, 0, 0)
return
elif op['type'] == "fill_order":
current_pays = Amount(op["current_pays"], hive_instance=self.hive)
open_pays = Amount(op["open_pays"], hive_instance=self.hive)
if op["current_owner"] == self.account["name"]:
if current_pays.symbol == self.hive.steem_symbol:
self.update(ts, 0, 0, 0, current_pays * (-1), open_pays)
elif current_pays.symbol == self.hive.sbd_symbol:
self.update(ts, 0, 0, 0, open_pays, current_pays * (-1))
if op["open_owner"] == self.account["name"]:
if current_pays.symbol == self.hive.steem_symbol:
self.update(ts, 0, 0, 0, current_pays, open_pays * (-1))
elif current_pays.symbol == self.hive.sbd_symbol:
self.update(ts, 0, 0, 0, open_pays * (-1), current_pays)
# print(op)
return
elif op['type'] == "transfer_to_vesting":
hive = Amount(op['amount'], hive_instance=self.hive)
vests = self.hive.hp_to_vests(hive.amount, timestamp=ts)
if op['from'] == self.account["name"] and op['to'] == self.account["name"]:
self.update(ts, vests, 0, 0, hive * (-1), 0) # power up from and to given account
elif op['from'] != self.account["name"] and op['to'] == self.account["name"]:
self.update(ts, vests, 0, 0, 0, 0) # power up from another account
else: # op['from'] == self.account["name"] and op['to'] != self.account["name"]
self.update(ts, 0, 0, 0, hive * (-1), 0) # power up to another account
return
elif op['type'] == "fill_vesting_withdraw":
# print(op)
vests = Amount(op['withdrawn'], hive_instance=self.hive)
self.update(ts, vests * (-1), 0, 0)
return
elif op['type'] == "return_vesting_delegation":
delegation = {'account': None, 'amount':
Amount(op['vesting_shares'], hive_instance=self.hive)}
self.update(ts, 0, 0, delegation)
return
elif op['type'] == "claim_reward_balance":
vests = Amount(op['reward_vests'], hive_instance=self.hive)
hive = Amount(op['reward_steem'], hive_instance=self.hive)
hbd = Amount(op['reward_sbd'], hive_instance=self.hive)
self.update(ts, vests, 0, 0, hive, hbd)
return
elif op['type'] == "curation_reward":
if "curation_reward" in only_ops or enable_rewards:
vests = Amount(op['reward'], hive_instance=self.hive)
if "curation_reward" in only_ops:
self.update(ts, vests, 0, 0)
if enable_rewards:
self.update_rewards(ts, vests, 0, 0, 0)
return
elif op['type'] == "author_reward":
if "author_reward" in only_ops or enable_rewards:
# print(op)
vests = Amount(op['vesting_payout'], hive_instance=self.hive)
hive = Amount(op['steem_payout'], hive_instance=self.hive)
hbd = Amount(op['sbd_payout'], hive_instance=self.hive)
if "author_reward" in only_ops:
self.update(ts, vests, 0, 0, hive, hbd)
if enable_rewards:
self.update_rewards(ts, 0, vests, hive, hbd)
return
elif op['type'] == "producer_reward":
vests = Amount(op['vesting_shares'], hive_instance=self.hive)
self.update(ts, vests, 0, 0)
return
elif op['type'] == "comment_benefactor_reward":
if op['benefactor'] == self.account["name"]:
if "reward" in op:
vests = Amount(op['reward'], hive_instance=self.hive)
self.update(ts, vests, 0, 0)
else:
vests = Amount(op['vesting_payout'], hive_instance=self.hive)
hive = Amount(op['steem_payout'], hive_instance=self.hive)
hbd = Amount(op['sbd_payout'], hive_instance=self.hive)
self.update(ts, vests, 0, 0, hive, hbd)
return
else:
return
elif op['type'] == "fill_convert_request":
amount_in = Amount(op["amount_in"], hive_instance=self.hive)
amount_out = Amount(op["amount_out"], hive_instance=self.hive)
if op["owner"] == self.account["name"]:
self.update(ts, 0, 0, 0, amount_out, amount_in * (-1))
return
elif op['type'] == "interest":
interest = Amount(op["interest"], hive_instance=self.hive)
self.update(ts, 0, 0, 0, 0, interest)
return
elif op['type'] == "vote":
if "vote" in only_ops or enable_out_votes:
weight = int(op['weight'])
if op["voter"] == self.account["name"]:
self.update_out_vote(ts, weight)
if "vote" in only_ops or enable_in_votes and op["author"] == self.account["name"]:
weight = int(op['weight'])
self.update_in_vote(ts, weight, op)
return
elif op['type'] in ['comment', 'feed_publish', 'shutdown_witness',
'account_witness_vote', 'witness_update', 'custom_json',
'limit_order_create', 'account_update',
'account_witness_proxy', 'limit_order_cancel', 'comment_options',
'delete_comment', 'interest', 'recover_account', 'pow',
'fill_convert_request', 'convert', 'request_account_recovery']:
return
# if "vests" in str(op).lower():
# print(op)
# else:
# print(op)
def build_hp_arrays(self):
""" Builds the own_hp and eff_hp array"""
self.own_hp = []
self.eff_hp = []
for (ts, own, din, dout) in zip(self.timestamps, self.own_vests,
self.delegated_vests_in,
self.delegated_vests_out):
sum_in = sum([din[key].amount for key in din])
sum_out = sum([dout[key].amount for key in dout])
hp_in = self.hive.vests_to_hp(sum_in, timestamp=ts)
hp_out = self.hive.vests_to_hp(sum_out, timestamp=ts)
hp_own = self.hive.vests_to_hp(own, timestamp=ts)
hp_eff = hp_own + hp_in - hp_out
self.own_hp.append(hp_own)
self.eff_hp.append(hp_eff)
def build_rep_arrays(self):
""" Build reputation arrays """
self.rep_timestamp = [self.timestamps[1]]
self.rep = [reputation_to_score(0)]
current_reputation = 0
for (ts, rshares, rep) in zip(self.in_vote_timestamp, self.in_vote_rshares, self.in_vote_rep):
if rep > 0:
if rshares > 0 or (rshares < 0 and rep > current_reputation):
current_reputation += rshares >> 6
self.rep.append(reputation_to_score(current_reputation))
self.rep_timestamp.append(ts)
def build_vp_arrays(self):
""" Build vote power arrays"""
self.vp_timestamp = [self.timestamps[1]]
self.vp = [HIVE_100_PERCENT]
for (ts, weight) in zip(self.out_vote_timestamp, self.out_vote_weight):
self.vp.append(self.vp[-1])
if self.vp[-1] < HIVE_100_PERCENT:
regenerated_vp = ((ts - self.vp_timestamp[-1]).total_seconds()) * HIVE_100_PERCENT / HIVE_VOTE_REGENERATION_SECONDS
self.vp[-1] += int(regenerated_vp)
if self.vp[-1] > HIVE_100_PERCENT:
self.vp[-1] = HIVE_100_PERCENT
self.vp[-1] -= self.hive._calc_resulting_vote(self.vp[-1], weight)
if self.vp[-1] < 0:
self.vp[-1] = 0
self.vp_timestamp.append(ts)
def build_curation_arrays(self, end_date=None, sum_days=7):
""" Build curation arrays"""
self.curation_per_1000_HP_timestamp = []
self.curation_per_1000_HP = []
if sum_days <= 0:
raise ValueError("sum_days must be greater than 0")
index = 0
curation_sum = 0
days = (self.reward_timestamps[-1] - self.reward_timestamps[0]).days // sum_days * sum_days
if end_date is None:
end_date = self.reward_timestamps[-1] - timedelta(days=days)
for (ts, vests) in zip(self.reward_timestamps, self.curation_rewards):
if vests == 0:
continue
hp = self.hive.vests_to_hp(vests, timestamp=ts)
data = self.get_data(timestamp=ts, index=index)
index = data["index"]
if "hp_eff" in data and data["hp_eff"] > 0:
curation_1k_hp = hp / data["hp_eff"] * 1000 / sum_days * 7
else:
curation_1k_hp = 0
if ts < end_date:
curation_sum += curation_1k_hp
else:
self.curation_per_1000_HP_timestamp.append(end_date)
self.curation_per_1000_HP.append(curation_sum)
end_date = end_date + timedelta(days=sum_days)
curation_sum = 0
def __str__(self):
return self.__repr__()
def __repr__(self):
return "<%s %s>" % (
self.__class__.__name__, str(self.account["name"]))
print("hive_acc.get_account_votes() {}".format(
hive_acc.get_account_votes()))
# get_withdraw_routes
print("bhive_acc.get_withdraw_routes() {}".format(
bhive_acc.get_withdraw_routes()))
print("hive_acc.get_withdraw_routes() {}".format(
hive_acc.get_withdraw_routes()))
# get_conversion_requests
print("bhive_acc.get_conversion_requests() {}".format(
bhive_acc.get_conversion_requests()))
print("hive_acc.get_conversion_requests() {}".format(
hive_acc.get_conversion_requests()))
# export
# history
bhive_hist = []
for h in bhive_acc.history(only_ops=["transfer"]):
bhive_hist.append(h)
if len(bhive_hist) >= 10:
break
hive_hist = []
for h in hive_acc.history(filter_by="transfer", start=0):
hive_hist.append(h)
if len(hive_hist) >= 10:
break
print("bhive_acc.history() {}".format(bhive_hist))
print("hive_acc.history() {}".format(hive_hist))
# history_reverse
bhive_hist = []
for h in bhive_acc.history_reverse(only_ops=["transfer"]):
bhive_hist.append(h)
if len(bhive_hist) >= 10:
print("steem_acc.get_account_votes() {}".format(
steem_acc.get_account_votes()))
# get_withdraw_routes
print("bsteem_acc.get_withdraw_routes() {}".format(
bsteem_acc.get_withdraw_routes()))
print("steem_acc.get_withdraw_routes() {}".format(
steem_acc.get_withdraw_routes()))
# get_conversion_requests
print("bsteem_acc.get_conversion_requests() {}".format(
bsteem_acc.get_conversion_requests()))
print("steem_acc.get_conversion_requests() {}".format(
steem_acc.get_conversion_requests()))
# export
# history
bsteem_hist = []
for h in bsteem_acc.history(only_ops=["transfer"]):
bsteem_hist.append(h)
if len(bsteem_hist) >= 10:
break
steem_hist = []
for h in steem_acc.history(filter_by="transfer", start=0):
steem_hist.append(h)
if len(steem_hist) >= 10:
break
print("bsteem_acc.history() {}".format(bsteem_hist))
print("steem_acc.history() {}".format(steem_hist))
# history_reverse
bsteem_hist = []
for h in bsteem_acc.history_reverse(only_ops=["transfer"]):
bsteem_hist.append(h)
if len(bsteem_hist) >= 10:
def test_history_block_num(self):
hv = self.bts
zero_element = 0
account = Account("fullnodeupdate", hive_instance=hv)
h_all_raw = []
for h in account.history_reverse(raw_output=True):
h_all_raw.append(h)
h_list = []
for h in account.history(start=h_all_raw[-1][1]["block"],
stop=h_all_raw[-11 +
zero_element][1]["block"],
use_block_num=True,
batch_size=10,
raw_output=True):
h_list.append(h)
self.assertEqual(h_list[0][0], zero_element)
self.assertEqual(h_list[-1][0], 10)
self.assertEqual(h_list[0][1]['block'], h_all_raw[-1][1]['block'])
self.assertEqual(h_list[-1][1]['block'],
h_all_raw[-11 + zero_element][1]['block'])
h_list = []
for h in account.history_reverse(
start=h_all_raw[-11 + zero_element][1]["block"],
stop=h_all_raw[-1][1]["block"],
use_block_num=True,
batch_size=10,
raw_output=True):
h_list.append(h)
self.assertEqual(h_list[0][0], 10)
self.assertEqual(h_list[-1][0], zero_element)
self.assertEqual(h_list[0][1]['block'],
h_all_raw[-11 + zero_element][1]['block'])
self.assertEqual(h_list[-1][1]['block'], h_all_raw[-1][1]['block'])
h_list = []
for h in account.get_account_history(
10,
10,
use_block_num=True,
start=h_all_raw[-2 + zero_element][1]["block"],
stop=h_all_raw[-10 + zero_element][1]["block"],
order=1,
raw_output=True):
h_list.append(h)
self.assertEqual(h_list[0][0], 1)
self.assertEqual(h_list[-1][0], 9)
self.assertEqual(h_list[0][1]['block'],
h_all_raw[-2 + zero_element][1]['block'])
self.assertEqual(h_list[-1][1]['block'],
h_all_raw[-10 + zero_element][1]['block'])
h_list = []
for h in account.get_account_history(
10,
10,
use_block_num=True,
start=h_all_raw[-10 + zero_element][1]["block"],
stop=h_all_raw[-2 + zero_element][1]["block"],
order=-1,
raw_output=True):
h_list.append(h)
self.assertEqual(h_list[0][0], 9)
self.assertEqual(h_list[-1][0], 1)
self.assertEqual(h_list[0][1]['block'],
h_all_raw[-10 + zero_element][1]['block'])
self.assertEqual(h_list[-1][1]['block'],
h_all_raw[-2 + zero_element][1]['block'])
