def check_legacy_parent_of_imported_privkey_wallet(
parent_wallet: ParentWallet,
keypairs: Optional[Dict[str, str]] = None) -> None:
assert len(parent_wallet.get_child_wallets()) == 1
child_wallet: ImportedPrivkeyWallet = parent_wallet.get_child_wallets()[0]
parent_keystores = parent_wallet.get_keystores()
assert len(parent_keystores) == 1
child_keystores = child_wallet.get_keystores()
assert len(child_keystores) == 1
assert parent_keystores[0] is child_keystores[0]
keystore_data = parent_keystores[0].dump()
assert 'type' in keystore_data
assert len(keystore_data) == 2
assert keystore_data['type'] == 'imported'
if keypairs is not None:
assert keystore_data['keypairs'] == keypairs
else:
assert "keypairs" in keystore_data
child_wallet_data = child_wallet.dump()
# A newly created wallet.
expected_count = 3
if "stored_height" in child_wallet_data:
# A wallet that has synced after it was created.
expected_count = 4
assert len(child_wallet_data) == expected_count
assert child_wallet_data['id'] == 0
assert child_wallet_data[
'wallet_type'] == ImportedPrivkeyWallet.wallet_type
keystore_usage = child_wallet_data['keystore_usage']
assert len(keystore_usage) == 1
assert len(keystore_usage[0]) == 1
assert keystore_usage[0]['index'] == 0
def check_legacy_parent_of_standard_wallet(
parent_wallet: ParentWallet,
seed_words: Optional[str] = None,
is_bip39: bool = False,
password: Optional[str] = None) -> None:
assert len(parent_wallet.get_child_wallets()) == 1
child_wallet: Standard_Wallet = parent_wallet.get_child_wallets()[0]
parent_keystores = parent_wallet.get_keystores()
assert len(parent_keystores) == 1
child_keystores = child_wallet.get_keystores()
assert len(child_keystores) == 1
assert parent_keystores[0] is child_keystores[0]
keystore_encrypted = parent_wallet.has_password()
if keystore_encrypted:
assert password is not None
assert not child_keystores[0].has_seed(
) or child_keystores[0].get_seed(password)
assert type(child_keystores[0].get_passphrase(password)) is str
assert child_keystores[0].get_master_private_key(password)
keystore_data = parent_keystores[0].dump()
entry_count = 4
if is_bip39:
entry_count = 3
assert len(keystore_data) == entry_count
assert keystore_data['type'] == 'bip32'
assert 'xpub' in keystore_data
assert 'xprv' in keystore_data
assert "encrypted" not in parent_wallet.name() or keystore_encrypted
if is_bip39:
assert "seed" not in keystore_data
else:
if seed_words is None:
assert "seed" in keystore_data
else:
assert keystore_data['seed'] == seed_words
child_wallet_data = child_wallet.dump()
# A newly created wallet.
expected_count = 3
if "stored_height" in child_wallet_data:
# A wallet that has synced after it was created.
assert "labels" in child_wallet_data
expected_count = 5
assert len(child_wallet_data) == expected_count
assert child_wallet_data['id'] == 0
assert child_wallet_data['wallet_type'] == 'standard'
keystore_usage = child_wallet_data['keystore_usage']
assert len(keystore_usage) == 1
assert len(keystore_usage[0]) == 1
assert keystore_usage[0]['index'] == 0
def check_legacy_parent_of_imported_address_wallet(
parent_wallet: ParentWallet) -> None:
assert len(parent_wallet.get_child_wallets()) == 1
child_wallet: ImportedAddressWallet = parent_wallet.get_child_wallets()[0]
assert len(parent_wallet.get_keystores()) == 0
assert len(child_wallet.get_keystores()) == 0
child_wallet_data = child_wallet.dump()
# A newly created wallet.
expected_count = 2
if "stored_height" in child_wallet_data:
# A wallet that has synced after it was created.
expected_count = 3
assert len(child_wallet_data) == expected_count
assert child_wallet_data['id'] == 0
assert child_wallet_data[
'wallet_type'] == ImportedAddressWallet.wallet_type
assert "keystore_usage" not in child_wallet_data
def check_legacy_parent_of_standard_wallet(parent_wallet: ParentWallet,
seed_words: Optional[str] = None,
is_bip39: bool = False) -> None:
assert len(parent_wallet.get_child_wallets()) == 1
child_wallet: Standard_Wallet = parent_wallet.get_child_wallets()[0]
parent_keystores = parent_wallet.get_keystores()
assert len(parent_keystores) == 1
child_keystores = child_wallet.get_keystores()
assert len(child_keystores) == 1
assert parent_keystores[0] is child_keystores[0]
keystore_data = parent_keystores[0].dump()
entry_count = 4
if is_bip39:
entry_count = 3
assert len(keystore_data) == entry_count
assert keystore_data['type'] == 'bip32'
assert 'xpub' in keystore_data
assert 'xprv' in keystore_data
if is_bip39:
assert "seed" not in keystore_data
else:
if seed_words is None:
assert "seed" in keystore_data
else:
assert keystore_data['seed'] == seed_words
child_wallet_data = child_wallet.dump()
# A newly created wallet.
expected_count = 3
if "stored_height" in child_wallet_data:
# A wallet that has synced after it was created.
assert "labels" in child_wallet_data
expected_count = 5
assert len(child_wallet_data) == expected_count
assert child_wallet_data['id'] == 0
assert child_wallet_data['wallet_type'] == 'standard'
keystore_usage = child_wallet_data['keystore_usage']
assert len(keystore_usage) == 1
assert len(keystore_usage[0]) == 1
assert keystore_usage[0]['index'] == 0
def check_legacy_parent_of_multisig_wallet(
parent_wallet: ParentWallet) -> None:
assert len(parent_wallet.get_child_wallets()) == 1
child_wallet: Multisig_Wallet = parent_wallet.get_child_wallets()[0]
wallet_type = child_wallet.wallet_type
m, n = multisig_type(wallet_type)
parent_keystores = parent_wallet.get_keystores()
assert len(parent_keystores) == 2
child_keystores = child_wallet.get_keystores()
assert len(child_keystores) == n
for i in range(n):
assert parent_keystores[i] is child_keystores[i]
for i in range(n):
keystore_data = parent_keystores[0].dump()
if len(keystore_data) == 4:
assert keystore_data['type'] == 'bip32'
assert keystore_data['seed'] is not None # == seed_words
assert keystore_data['xpub'] is not None
assert keystore_data['xprv'] is not None
else:
assert len(keystore_data) == 3
assert keystore_data['type'] == 'bip32'
assert keystore_data['xpub'] is not None
assert keystore_data['xprv'] is None
child_wallet_data = child_wallet.dump()
# A newly created wallet.
entry_count = 3
if "stored_height" in child_wallet_data:
assert "labels" in child_wallet_data
# A wallet that has synced after it was created.
entry_count = 5
assert len(child_wallet_data) == entry_count
assert child_wallet_data['id'] == 0
assert child_wallet_data['wallet_type'] == wallet_type
keystore_usage = []
for i in range(n):
keystore_usage.append({'index': i, 'name': f'x{i+1}/'})
assert child_wallet_data['keystore_usage'] == keystore_usage
def check_legacy_parent_of_hardware_wallet(
parent_wallet: ParentWallet) -> None:
assert len(parent_wallet.get_child_wallets()) == 1
child_wallet = parent_wallet.get_child_wallets()[0]
parent_keystores = parent_wallet.get_keystores()
assert len(parent_keystores) == 1
child_keystores = child_wallet.get_keystores()
assert len(child_keystores) == 1
assert parent_keystores[0] is child_keystores[0]
keystore_data = parent_keystores[0].dump()
# General hardware wallet.
entry_count = 5
if keystore_data['hw_type'] == "ledger":
# Ledger wallets extend the keystore.
assert "cfg" in keystore_data
entry_count = 6
assert len(keystore_data) == entry_count
assert keystore_data['type'] == 'hardware'
assert 'hw_type' in keystore_data
assert 'label' in keystore_data
assert "derivation" in keystore_data
child_wallet_data = child_wallet.dump()
# A newly created wallet.
expected_count = 3
if "stored_height" in child_wallet_data:
# A wallet that has synced after it was created.
assert "labels" in child_wallet_data
expected_count = 5
assert len(child_wallet_data) == expected_count
assert child_wallet_data['id'] == 0
assert child_wallet_data['wallet_type'] == 'standard'
keystore_usage = child_wallet_data['keystore_usage']
assert len(keystore_usage) == 1
assert len(keystore_usage[0]) == 1
assert keystore_usage[0]['index'] == 0
