def new(cls, contract, type_expr):
assert is_pkh(contract[:36]) or is_kt(
contract[:36]), f'expected contract, got {contract}'
if len(contract) > 36:
assert contract[36] == '%', f'expected contract, got {contract}'
return cls(val=contract,
val_expr={'string': contract},
type_expr={
'prim': cls.prim,
'args': [type_expr]
})
def __init__(self, key, interval=5, shell=mainnet):
"""
:param key: secret key (encrypted/unencrypted), public key or public key hash, all base58 encoded
:param interval: number of blocks to check (tolerance)
:param shell: ShellQuery instance
"""
if not isinstance(key, Key):
if is_pkh(key):
key = shell.public_key(key)
key = Key.from_encoded_key(key)
self._key = key
self._interval = interval
self._shell = shell
def __init__(self, shell=None, key=None):
if shell is None:
shell = default_shell
if isinstance(shell, str):
networks = {
'mainnet': mainnet,
'babylonnet': babylonnet,
'carthagenet': carthagenet,
'zeronet': zeronet,
'sandboxnet': localhost.sandboxnet,
'bbbox': localhost.bbbox,
'labnet': labnet,
'mainnet-pool': pool.mainnet
}
if shell in networks:
self.shell = networks[shell]
else:
self.shell = ShellQuery(node=RpcNode(uri=shell))
elif isinstance(shell, ShellQuery):
self.shell = shell
else:
raise NotImplementedError(shell)
if key is None:
key = default_key if is_installed() else default_key_hash
if isinstance(key, str):
keys = {
'alice': alice_key
}
if key in keys:
self.key = keys[key]
elif is_key(key):
self.key = Key.from_encoded_key(key)
elif is_pkh(key):
self.key = KeyHash(key)
elif exists(expanduser(key)):
self.key = Key.from_faucet(key)
else:
self.key = Key.from_alias(key)
elif isinstance(key, Key):
self.key = key
else:
raise NotImplementedError(key)
def test_is_pkh(self, value, expected):
self.assertEqual(expected, is_pkh(value))
def new(cls, key_hash):
assert is_pkh(key_hash), f'expected key hash, got {key_hash}'
return cls(val=key_hash,
val_expr={'string': key_hash},
type_expr={'prim': cls.prim})
def new(cls, address):
assert is_pkh(address) or is_kt(
address), f'expected address, got {address}'
return cls(val=address,
val_expr={'string': address},
type_expr={'prim': cls.prim})