def accout_names_2_object_names(sentence, keys=False):
if not setup.is_translating:
return sentence
exceptions = ["eosio"]
map = account_map()
for name in map:
account_object_name = map[name]
if name in exceptions:
continue
sentence = sentence.replace(name, account_object_name)
if keys:
account = cleos.GetAccount(
name, is_info=False, is_verbose=False)
owner_key = account.owner()
if owner_key:
sentence = sentence.replace(
owner_key, account_object_name + "@owner")
active_key = account.active()
if active_key:
sentence = sentence.replace(
active_key, account_object_name + "@active")
return sentence
def restore_accounts(self):
'''Restore into the global namespace all the account objects
represented in the wallet.
'''
self.open_unlock()
account_map = manager.account_map()
new_map = {}
wallet_keys = cleos.WalletKeys(is_verbose=0)
if len(account_map) > 0:
logger.INFO('''
######### Restore cached account objects:
''')
for name, object_name in account_map.items():
try:
account_ = cleos.GetAccount(name,
is_info=False,
is_verbose=False)
if account_.owner_key in wallet_keys.json and \
account_.active_key in wallet_keys.json:
new_map[name] = object_name
from eosfactory.shell.account import create_account
create_account(object_name, name, restore=True)
except errors.AccountDoesNotExistError:
pass
manager.save_account_map(new_map)
else:
logger.INFO('''
* The wallet is empty.
''')
def print_stats(accounts, params, last_col="%s", col="%15s"):
def find(element, json):
try:
keys = element.split('.')
rv = json
for key in keys:
rv = rv[key]
except:
rv = "n/a"
return rv
jsons = []
for account in accounts:
json = cleos.GetAccount(account, is_info=False, is_verbose=0).json
json["account_object_name"] = account.account_object_name
jsons.append(json)
header = ""
for json in jsons:
header = header + col % (json["account_object_name"])
output = ".\n" + header + "\n"
for param in params:
for json in jsons:
output = output + col % find(param, json)
output = output + " " + last_col % (param) + "\n"
logger.OUT(output, translate=False)
def info(account_object):
msg = manager.accout_names_2_object_names(
"Account object name: {}\n{}".format(
account_object_name,
str(cleos.GetAccount(account_object.name, is_verbose=0))),
True)
print(msg)
def info(self):
stop_if_account_is_not_set(self)
msg = manager.accout_names_2_object_names(
"Account object name: {}\n{}".format(
self.account_object_name,
str(cleos.GetAccount(self.name, is_verbose=0))), True)
# restore the physical account name
msg = re.sub(r"(?<=^name: )\w+", self.name, msg, flags=re.M)
print(msg)
def is_local_testnet_running(account_eosio):
try:
account_ = cleos.GetAccount(account_eosio.name,
is_info=False,
is_verbose=0)
except:
return False
try: # remote eosio may have the ["keys"] array empty.
return account_eosio.owner_key.key_public == account_.owner_key
except:
False
def add_methods_and_finalize(cls, account_object_name, account):
'''Ascribes methodes to the given *account*, and finalizes the creation
of this *account*.
'''
account.account_object_name = account_object_name
if not isinstance(account, cls):
account.__class__.__bases__ += (cls,)
get_account = cleos.GetAccount(account, is_info=False, is_verbose=0)
logger.TRACE('''
* Cross-checked: account object ``{}`` mapped to an existing
account ``{}``.
'''.format(account_object_name, account.name), translate=False)
return put_account_to_wallet_and_on_stack(account_object_name, account)
def stats(self, params, last_col="%s", col="%15s", to_string=False):
def find(element, json):
try:
keys = element.split('.')
rv = json
for key in keys:
rv = rv[key]
except:
rv = "n/a"
return rv
json = cleos.GetAccount(self, is_info=False, is_verbose=0).json
json["account_object_name"] = self.account_object_name
output = ""
for param in params:
output = output + col % find(param, json)
output = output + " " + last_col % (param) + "\n"
if to_string:
return output
else:
logger.OUT(output, translate=False)
def __init__(
self, creator, name, owner_key, active_key,
stake_net, stake_cpu,
permission=None,
buy_ram_kbytes=0, buy_ram="",
transfer=False,
expiration_sec=30,
skip_signature=0, dont_broadcast=0, forceUnique=0,
max_cpu_usage=0, max_net_usage=0,
ref_block=None,
is_verbose = 1
):
stake_net = "{} EOS".format(stake_net)
stake_cpu = "{} EOS".format(stake_cpu)
if name is None:
name = account_name()
interface.Account.__init__(self, name)
self.owner_key = None # private keys
self.active_key = None
if active_key is None:
active_key = owner_key
args = [
interface.account_arg(creator), self.name,
interface.key_arg(owner_key, is_owner_key=True, is_private_key=False),
interface.key_arg(active_key, is_owner_key=False, is_private_key=False)
]
args.append("--json")
args.extend([
"--stake-net", stake_net,
"--stake-cpu", stake_cpu])
if buy_ram_kbytes:
args.extend(["--buy-ram-kbytes", str(buy_ram_kbytes)])
if buy_ram:
args.extend(["--buy-ram", str(buy_ram)])
if transfer:
args.extend(["--transfer"])
if not permission is None:
p = interface.permission_arg(permission)
for perm in p:
args.extend(["--permission", perm])
if skip_signature:
args.append("--skip-sign")
if dont_broadcast:
args.append("--dont-broadcast")
if forceUnique:
args.append("--force-unique")
if max_cpu_usage:
args.extend(["--max-cpu-usage-ms", str(max_cpu_usage)])
if max_net_usage:
args.extend(["--max-net-usage", str(max_net_usage)])
if not ref_block is None:
args.extend(["--ref-block", ref_block])
cleos._Cleos.__init__(
self, args, "system", "newaccount", is_verbose)
self.json = cleos.GetAccount(
self.name, is_verbose=0, is_info=False).json
if self.is_verbose:
print(self.__str__())
def info(self):
print(str(cleos.GetAccount(self.name, is_verbose=1)))
def info(self):
msg = manager.accout_names_2_object_names(
"account object name: {}\nname: {}\n{}".format(
self.account_object_name, self.name,
cleos.GetAccount(self.name, is_verbose=False).out_msg), True)
print(msg)
def info(account_object):
print("Account object name: {}\n{}".format(
account_object_name,
str(cleos.GetAccount(account_object.name, is_verbose=0))))
def append_account_methods_and_finish(account_object_name, account_object):
def code(account_object, code="", abi="", wasm=False):
result = cleos.GetCode(account_object, is_verbose=False)
logger.INFO('''
* code()
''')
logger.OUT(str(result))
account_object.code = types.MethodType(code, account_object)
def is_code(account_object):
get_code = cleos.GetCode(account_object.name, is_verbose=False)
if get_code.code_hash == \
"0000000000000000000000000000000000000000000000000000000000000000":
return ""
else:
return get_code.code_hash
account_object.is_code = types.MethodType(is_code, account_object)
def set_contract(account_object,
contract_dir,
wast_file="",
abi_file="",
permission=None,
expiration_sec=30,
skip_signature=0,
dont_broadcast=0,
forceUnique=0,
max_cpu_usage=0,
max_net_usage=0,
ref_block=None):
result = cleos.SetContract(account_object,
contract_dir,
wast_file,
abi_file,
permission,
expiration_sec,
skip_signature,
dont_broadcast,
forceUnique,
max_cpu_usage,
max_net_usage,
ref_block,
is_verbose=False)
logger.OUT(result)
account_object.set_contract = result
account_object.set_contract = types.MethodType(set_contract,
account_object)
def push_action(account_object,
action,
data,
permission=None,
expiration_sec=30,
skip_signature=0,
dont_broadcast=0,
forceUnique=0,
max_cpu_usage=0,
max_net_usage=0,
ref_block=None,
json=False):
data = _data_json(data)
result = cleos.PushAction(account_object,
action,
data,
permission,
expiration_sec,
skip_signature,
dont_broadcast,
forceUnique,
max_cpu_usage,
max_net_usage,
ref_block,
is_verbose=False,
json=True)
logger.INFO('''
* Push action ``{}``:
'''.format(action))
logger.INFO('''
{}
'''.format(re.sub(' +', ' ', data)))
account_object.action = result
try:
account_object._console = result.console
logger.DEBUG(account_object._console)
except:
pass
if json:
logger.OUT(result.out_msg)
account_object.action = result
account_object.push_action = types.MethodType(push_action, account_object)
def show_action(account_object, action, data, permission=None):
''' Implements the `push action` command without broadcasting.
'''
account_object.push_action(action,
data,
permission,
dont_broadcast=1,
json=True)
account_object.show_action = types.MethodType(show_action, account_object)
def table(account_object,
table_name,
scope="",
binary=False,
limit=10,
key="",
lower="",
upper=""):
logger.INFO('''
* Table ``{}`` for ``{}``
'''.format(table_name, scope))
result = cleos.GetTable(account_object,
table_name,
scope,
binary,
limit,
key,
lower,
upper,
is_verbose=False)
try:
account_map = manager.account_map()
scope = account_map[str(scope)]
except:
pass
logger.OUT(result.out_msg)
return result
account_object.table = types.MethodType(table, account_object)
def __str__(account_object):
return account_object.name
account_object.__str__ = types.MethodType(__str__, account_object)
def buy_ram(account_object,
amount_kbytes,
receiver=None,
expiration_sec=30,
skip_signature=0,
dont_broadcast=0,
forceUnique=0,
max_cpu_usage=0,
max_net_usage=0,
ref_block=None):
if manager.is_local_testnet():
return
if receiver is None:
receiver = account_object
buy_ram_kbytes = 1
result = cleosys.BuyRam(account_object,
receiver,
amount_kbytes,
buy_ram_kbytes,
expiration_sec,
skip_signature,
dont_broadcast,
forceUnique,
max_cpu_usage,
max_net_usage,
ref_block,
is_verbose=0)
logger.INFO('''
* Transfered RAM from {} to {} kbytes: {}
'''.format(result.payer, result.receiver, result.amount))
account_object.buy_ram = types.MethodType(buy_ram, account_object)
def delegate_bw(account_object,
stake_net_quantity,
stake_cpu_quantity,
receiver=None,
permission=None,
transfer=False,
expiration_sec=30,
skip_signature=0,
dont_broadcast=0,
forceUnique=0,
max_cpu_usage=0,
max_net_usage=0,
ref_block=None,
is_verbose=1):
if manager.is_local_testnet():
return
if receiver is None:
receiver = account_object
result = cleosys.DelegateBw(account_object,
receiver,
stake_net_quantity,
stake_cpu_quantity,
permission,
transfer,
expiration_sec,
skip_signature,
dont_broadcast,
forceUnique,
max_cpu_usage,
max_net_usage,
ref_block,
is_verbose=0)
logger.INFO('''
* Delegated stake from {} to {} NET: {} CPU: {}
'''.format(result.payer, result.receiver, result.stake_net_quantity,
result.stake_cpu_quantity))
account_object.delegate_bw = types.MethodType(delegate_bw, account_object)
def info(account_object):
print("Account object name: {}\n{}".format(
account_object_name,
str(cleos.GetAccount(account_object.name, is_verbose=0))))
account_object.info = types.MethodType(info, account_object)
get_account = cleos.GetAccount(account_object, is_info=False, is_verbose=0)
logger.TRACE('''
* Cross-checked: account object ``{}`` mapped to an existing account ``{}``.
'''.format(account_object_name, account_object.name),
translate=False)
return put_account_to_wallet_and_on_stack(account_object_name,
account_object)
def info(self):
get_account = cleos.GetAccount(self.name, is_verbose=False)
print("account object name: {}\n{}".format(self.account_object_name,
get_account))
def info(self):
print("account object name: {}\nname: {}\n{}".format(
self.account_object_name, self.name,
cleos.GetAccount(self.name, is_verbose=False).out_msg))