def test_recognition_and_comparisons(self):
a = Address(self.addr)
a2 = address(self.addr)
self.assertIsInstance(a2, Address)
self.assertEqual(a, a2)
self.assertEqual(a, self.addr)
self.assertEqual(self.addr, a)
self.assertEqual(a.is_testnet(), self.testnet)
self.assertEqual(a2.is_testnet(), self.testnet)
ia = IntegratedAddress(self.iaddr)
ia2 = address(self.iaddr)
self.assertIsInstance(ia, IntegratedAddress)
self.assertEqual(ia, ia2)
self.assertEqual(ia, self.iaddr)
self.assertEqual(self.iaddr, ia)
self.assertEqual(ia.is_testnet(), self.testnet)
self.assertEqual(ia2.is_testnet(), self.testnet)
self.assertEqual(ia2.get_base_address(), a)
sa = SubAddress(self.subaddr)
sa2 = address(self.subaddr)
self.assertIsInstance(sa2, SubAddress)
self.assertEqual(sa, sa2)
self.assertEqual(sa, self.subaddr)
self.assertEqual(self.subaddr, sa)
self.assertEqual(sa.is_testnet(), self.testnet)
self.assertEqual(sa2.is_testnet(), self.testnet)
def test_from_and_to_string(self):
a = Address(self.addr)
self.assertEqual(str(a), self.addr)
self.assertEqual("{:s}".format(a), self.addr)
self.assertEqual(a.spend_key(), self.psk)
self.assertEqual(a.view_key(), self.pvk)
self.assertEqual(hash(a), hash(self.addr))
ba = Address(self.addr.encode())
self.assertEqual(ba, a)
ba = address(self.addr.encode())
self.assertEqual(ba, a)
ia = IntegratedAddress(self.iaddr)
self.assertEqual(ia.payment_id(), self.pid)
self.assertEqual(str(ia), self.iaddr)
self.assertEqual("{:s}".format(ia), self.iaddr)
self.assertEqual(ia.spend_key(), self.psk)
self.assertEqual(ia.view_key(), self.pvk)
self.assertEqual(ia.base_address(), a)
ba = IntegratedAddress(self.iaddr.encode())
self.assertEqual(ba, ia)
ba = address(self.iaddr.encode())
self.assertEqual(ba, ia)
sa = SubAddress(self.subaddr)
self.assertEqual(str(sa), self.subaddr)
self.assertEqual("{:s}".format(sa), self.subaddr)
ba = SubAddress(self.subaddr.encode())
self.assertEqual(ba, sa)
ba = address(self.subaddr.encode())
self.assertEqual(ba, sa)
def test_recognition_and_comparisons(self):
a = Address(self.addr)
a2 = address(self.addr)
self.assertIsInstance(a2, Address)
self.assertEqual(a, a2)
self.assertEqual(a, self.addr)
self.assertEqual(self.addr, a)
self.assertEqual(hash(a), hash(self.addr))
self.assertEqual(a.is_mainnet(), self.mainnet)
self.assertEqual(a.is_testnet(), self.testnet)
self.assertEqual(a.is_stagenet(), self.stagenet)
self.assertEqual(a2.is_mainnet(), self.mainnet)
self.assertEqual(a2.is_testnet(), self.testnet)
self.assertEqual(a2.is_stagenet(), self.stagenet)
ia = IntegratedAddress(self.iaddr)
ia2 = address(self.iaddr)
self.assertIsInstance(ia, IntegratedAddress)
self.assertEqual(ia, ia2)
self.assertEqual(ia, self.iaddr)
self.assertEqual(self.iaddr, ia)
self.assertEqual(hash(ia), hash(self.iaddr))
self.assertEqual(ia.is_mainnet(), self.mainnet)
self.assertEqual(ia.is_testnet(), self.testnet)
self.assertEqual(ia.is_stagenet(), self.stagenet)
self.assertEqual(ia2.is_mainnet(), self.mainnet)
self.assertEqual(ia2.is_testnet(), self.testnet)
self.assertEqual(ia2.is_stagenet(), self.stagenet)
self.assertEqual(ia2.base_address(), a)
self.assertEqual(ia.view_key(), a.view_key())
self.assertEqual(ia.spend_key(), a.spend_key())
sa = SubAddress(self.subaddr)
sa2 = address(self.subaddr)
self.assertIsInstance(sa2, SubAddress)
self.assertEqual(sa, sa2)
self.assertEqual(sa, self.subaddr)
self.assertEqual(self.subaddr, sa)
self.assertEqual(hash(sa), hash(self.subaddr))
self.assertEqual(sa.is_mainnet(), self.mainnet)
self.assertEqual(sa.is_testnet(), self.testnet)
self.assertEqual(sa.is_stagenet(), self.stagenet)
self.assertEqual(sa2.is_mainnet(), self.mainnet)
self.assertEqual(sa2.is_testnet(), self.testnet)
self.assertEqual(sa2.is_stagenet(), self.stagenet)
self.assertNotEqual(a, 0)
def test_idempotence(self):
a = Address(self.addr)
a_idem = Address(a)
self.assertEqual(a, a_idem)
a_idem = Address(str(a))
self.assertEqual(a, a_idem)
a_idem = address(a)
self.assertEqual(a, a_idem)
ia = IntegratedAddress(self.iaddr)
ia_idem = IntegratedAddress(ia)
self.assertEqual(ia, ia_idem)
ia_idem = IntegratedAddress(str(ia))
self.assertEqual(ia, ia_idem)
ia_idem = address(ia)
self.assertEqual(ia, ia_idem)
def setUp(self):
self.tx1 = Transaction(
timestamp=datetime(2018, 1, 29, 15, 0, 25),
height=1087606,
hash='a0b876ebcf7c1d499712d84cedec836f9d50b608bb22d6cb49fd2feae3ffed14',
fee=Decimal('0.00352891'))
self.pm1 = IncomingPayment(
amount=Decimal('1'),
local_address=address('Bf6ngv7q2TBWup13nEm9AjZ36gLE6i4QCaZ7XScZUKDUeGbYEHmPRdegKGwLT8tBBK7P6L32RELNzCR6QzNFkmogDjvypyV'),
payment_id=PaymentID('0166d8da6c0045c51273dd65d6f63734beb8a84e0545a185b2cfd053fced9f5d'),
transaction=self.tx1)
# setup for one-time output tests
self.json1 = { # Actual as_json response from TX ee5bcb6430c39757ff27f8d607287572f3956a0ee16bb1d2378891f93746c8f9
'version': 2, 'unlock_time': 0, 'vin': [{'key': {'amount': 0, 'key_offsets':
[25471133, 261981, 36602, 18967, 13096, 16260, 54279, 3105, 5403, 786, 555],
'k_image': '4b48346e954a74be9a334b03cadf8aa020542d201fb6ae7416246d19fd04fdb7'}}],
'vout': [{'amount': 0, 'target': {'key': 'c55e793b4d673dcf73587e5141b777ef24e255d48826c75ce110ffc23ff762b9'}},
{'amount': 0, 'target': {'key': '93b263454cd3cc349245ad60c9c248332b885a1f2d7b5792cfc24fd87434d62a'}}],
'extra': [1, 209, 170, 43, 245, 190, 68, 82, 131, 116, 79, 134, 175, 104, 216, 127, 99, 49, 127, 141, 255, 65, 204, 101,
81, 244, 111, 253, 155, 75, 111, 14, 159, 2, 9, 1, 24, 56, 108, 94, 20, 88, 150, 94], 'rct_signatures': {'type': 5,
'txnFee': 58560000, 'ecdhInfo': [{'amount': '6c13cf459cb9ed96'}, {'amount': '373bc40c7f600bf4'}], 'outPk':
['80521a77ebe954a5daa6f14b13cc74337f999bc68177a58e76f768c18f2fa421',
'5997e64b90d59f7f810ddbc801f747c4fa43e2de593e4ea48531e16d776c00fd']}}
self.outind1 = [25884175, 25884176]
self.tx2 = Transaction(json=self.json1, output_indices=self.outind1)
self.oto1 = Output(index=25973289, amount=Decimal('0.000000000000'))
self.oto2 = Output(pubkey='0faff18f7149a0db5aa0dc3c9116887740ccbb5dc4d1eeff87895288e55e5052')
def address_is_valid_monero(value):
ad = AuctionDaemon()
try:
a = address(value)
if ad.connected:
net_type = ad.daemon.info()['nettype']
if net_type == 'stagenet' and a.is_stagenet():
return True
elif net_type == 'testnet' and a.is_testnet():
return True
elif net_type == 'mainnet' and a.is_mainnet():
return True
else:
raise ValidationError(
_('%(value)s is not a valid %(net_type)s address'),
params={
'value': value,
'net_type': net_type
})
return True
except ValueError:
raise ValidationError(
_('%(value)s is an invalid Monero address'),
params={'value': value},
)
def validate_address(addr):
try:
try:
a = address(addr)
return {'network': str(a.net), 'is_valid': True}
except ValueError as v:
return {'error': str(v), 'is_valid': False}
except Exception as e:
abort(500, str(e))
def setUp(self):
self.tx1 = Transaction(
timestamp=datetime(2018, 1, 29, 15, 0, 25),
height=1087606,
hash='a0b876ebcf7c1d499712d84cedec836f9d50b608bb22d6cb49fd2feae3ffed14',
fee=Decimal('0.00352891'))
self.pm1 = IncomingPayment(
amount=Decimal('1'),
local_address=address('Bf6ngv7q2TBWup13nEm9AjZ36gLE6i4QCaZ7XScZUKDUeGbYEHmPRdegKGwLT8tBBK7P6L32RELNzCR6QzNFkmogDjvypyV'),
payment_id=PaymentID('0166d8da6c0045c51273dd65d6f63734beb8a84e0545a185b2cfd053fced9f5d'),
transaction=self.tx1)
def test_filter_address(self):
pmts = self.wallet.incoming(
local_address=
'BhE3cQvB7VF2uuXcpXp28Wbadez6GgjypdRS1F1Mzqn8Advd6q8VfaX8ZoEDobjejrMfpHeNXoX8MjY8q8prW1PEALgr1En'
)
self.assertEqual(len(pmts), 2)
self.assertEqual(
pmts,
self.wallet.incoming(local_address=address(
'BhE3cQvB7VF2uuXcpXp28Wbadez6GgjypdRS1F1Mzqn8Advd6q8VfaX8ZoEDobjejrMfpHeNXoX8MjY8q8prW1PEALgr1En'
)))
pmts = self.wallet.incoming(local_address=(
'BhE3cQvB7VF2uuXcpXp28Wbadez6GgjypdRS1F1Mzqn8Advd6q8VfaX8ZoEDobjejrMfpHeNXoX8MjY8q8prW1PEALgr1En',
'Bf6ngv7q2TBWup13nEm9AjZ36gLE6i4QCaZ7XScZUKDUeGbYEHmPRdegKGwLT8tBBK7P6L32RELNzCR6QzNFkmogDjvypyV'
))
self.assertEqual(len(pmts), 3)
def public_address(self, net='mainnet'):
"""Returns the master :class:`Address <monero.address.Address>` represented by the seed.
:param net: the network, one of 'mainnet', 'testnet', 'stagenet'. Default is 'mainnet'.
:rtype: :class:`Address <monero.address.Address>`
"""
if net not in ('mainnet', 'testnet', 'stagenet'):
raise ValueError(
"Invalid net argument. Must be one of ('mainnet', 'testnet', 'stagenet').")
netbyte = 18 if net == 'mainnet' else 53 if net == 'testnet' else 24
data = "{:x}{:s}{:s}".format(netbyte, self.public_spend_key(), self.public_view_key())
h = keccak_256()
h.update(unhexlify(data))
checksum = h.hexdigest()
return address(base58.encode(data + checksum[0:8]))
def __init__(self, **kwargs):
self.transfers = []
tx = Transaction(
timestamp=datetime(2018, 1, 29, 15, 0, 25),
height=1087606,
hash=
"a0b876ebcf7c1d499712d84cedec836f9d50b608bb22d6cb49fd2feae3ffed14",
fee=Decimal("0.00352891"),
confirmations=3,
)
pm = IncomingPayment(
amount=Decimal("1"),
local_address=address(
"Bf6ngv7q2TBWup13nEm9AjZ36gLE6i4QCaZ7XScZUKDUeGbYEHmPRdegKGwLT8tBBK"
"7P6L32RELNzCR6QzNFkmogDjvypyV"),
payment_id=PaymentID(
"0166d8da6c0045c51273dd65d6f63734beb8a84e0545a185b2cfd053fced9f5d"
),
transaction=tx,
)
self.transfers.append(pm)
tx = Transaction(
timestamp=datetime(2018, 1, 29, 13, 17, 18),
height=1087530,
hash=
"5c3ab739346e9d98d38dc7b8d36a4b7b1e4b6a16276946485a69797dbf887cd8",
fee=Decimal("0.000962550000"),
)
pm = IncomingPayment(
amount=Decimal("10.000000000000"),
local_address=address(
"9tQoHWyZ4yXUgbz9nvMcFZUfDy5hxcdZabQCxmNCUukKYicXegsDL7nQpcUa3A1pF6"
"K3fhq3scsyY88tdB1MqucULcKzWZC"),
payment_id=PaymentID("f75ad90e25d71a12"),
transaction=tx,
)
self.transfers.append(pm)
tx = Transaction(
timestamp=datetime(2018, 1, 29, 13, 17, 18),
height=1087608,
hash=
"4ea70add5d0c7db33557551b15cd174972fcfc73bf0f6a6b47b7837564b708d3",
fee=Decimal("0.000962550000"),
confirmations=1,
)
pm = IncomingPayment(
amount=Decimal("4.000000000000"),
local_address=address(
"9tQoHWyZ4yXUgbz9nvMcFZUfDy5hxcdZabQCxmNCUukKYicXegsDL7nQpcUa3A1pF6"
"K3fhq3scsyY88tdB1MqucULcKzWZC"),
payment_id=PaymentID("f75ad90e25d71a12"),
transaction=tx,
)
self.transfers.append(pm)
tx = Transaction(
timestamp=datetime(2018, 1, 29, 13, 17, 18),
height=1087530,
hash=
"e9a71c01875bec20812f71d155bfabf42024fde3ec82475562b817dcc8cbf8dc",
fee=Decimal("0.000962550000"),
)
pm = IncomingPayment(
amount=Decimal("2.120000000000"),
local_address=address(
"9tQoHWyZ4yXUgbz9nvMcFZUfDy5hxcdZabQCxmNCUukKYicXegsDL7nQpcUa3A1pF6"
"K3fhq3scsyY88tdB1MqucULcKzWZC"),
payment_id=PaymentID("cb248105ea6a9189"),
transaction=tx,
)
self.transfers.append(pm)
tx = Transaction(
timestamp=datetime(2018, 1, 29, 14, 57, 47),
height=1087601,
hash=
"5ef7ead6a041101ed326568fbb59c128403cba46076c3f353cd110d969dac808",
fee=Decimal("0.000962430000"),
)
pm = IncomingPayment(
amount=Decimal("1240.0000000"),
local_address=address(
"BhE3cQvB7VF2uuXcpXp28Wbadez6GgjypdRS1F1Mzqn8Advd6q8VfaX8ZoEDobjejr"
"MfpHeNXoX8MjY8q8prW1PEALgr1En"),
payment_id=PaymentID("0000000000000000"),
transaction=tx,
)
self.transfers.append(pm)
tx = Transaction(
timestamp=datetime(2018, 1, 29, 13, 17, 18),
height=1087606,
hash=
"cc44568337a186c2e1ccc080b43b4ae9db26a07b7afd7edeed60ce2fc4a6477f",
fee=Decimal("0.000962550000"),
)
pm = IncomingPayment(
amount=Decimal("10.000000000000"),
local_address=address(
"9tQoHWyZ4yXUgbz9nvMcFZUfDy5hxcdZabQCxmNCUukKYicXegsDL7nQpcUa3A1pF6"
"K3fhq3scsyY88tdB1MqucULcKzWZC"),
payment_id=PaymentID("0000000000000000"),
transaction=tx,
)
self.transfers.append(pm)
tx = Transaction(
timestamp=datetime(2018, 1, 29, 21, 13, 28),
height=None,
hash=
"d29264ad317e8fdb55ea04484c00420430c35be7b3fe6dd663f99aebf41a786c",
fee=Decimal("0.000961950000"),
)
pm = IncomingPayment(
amount=Decimal("3.140000000000"),
local_address=address(
"9tQoHWyZ4yXUgbz9nvMcFZUfDy5hxcdZabQCxmNCUukKYicXegsDL7nQpcUa3A1pF6"
"K3fhq3scsyY88tdB1MqucULcKzWZC"),
payment_id=PaymentID("03f6649304ea4cb2"),
transaction=tx,
)
self.transfers.append(pm)
def __init__(self):
self.transfers = []
tx = Transaction(
timestamp=datetime(2018, 1, 29, 15, 0, 25),
height=1087606,
hash=
'a0b876ebcf7c1d499712d84cedec836f9d50b608bb22d6cb49fd2feae3ffed14',
fee=Decimal('0.00352891'))
pm = IncomingPayment(
amount=Decimal('1'),
local_address=address(
'Bf6ngv7q2TBWup13nEm9AjZ36gLE6i4QCaZ7XScZUKDUeGbYEHmPRdegKGwLT8tBBK7P6L32RELNzCR6QzNFkmogDjvypyV'
),
payment_id=PaymentID(
'0166d8da6c0045c51273dd65d6f63734beb8a84e0545a185b2cfd053fced9f5d'
),
transaction=tx)
self.transfers.append(pm)
tx = Transaction(
timestamp=datetime(2018, 1, 29, 14, 57, 47),
height=1087601,
hash=
'f34b495cec77822a70f829ec8a5a7f1e727128d62e6b1438e9cb7799654d610e',
fee=Decimal('0.008661870000'))
pm = IncomingPayment(
amount=Decimal('3.000000000000'),
local_address=address(
'BhE3cQvB7VF2uuXcpXp28Wbadez6GgjypdRS1F1Mzqn8Advd6q8VfaX8ZoEDobjejrMfpHeNXoX8MjY8q8prW1PEALgr1En'
),
payment_id=PaymentID('f75ad90e25d71a12'),
transaction=tx)
self.transfers.append(pm)
tx = Transaction(
timestamp=datetime(2018, 1, 29, 13, 17, 18),
height=1087530,
hash=
'5c3ab739346e9d98d38dc7b8d36a4b7b1e4b6a16276946485a69797dbf887cd8',
fee=Decimal('0.000962550000'))
pm = IncomingPayment(
amount=Decimal('10.000000000000'),
local_address=address(
'9tQoHWyZ4yXUgbz9nvMcFZUfDy5hxcdZabQCxmNCUukKYicXegsDL7nQpcUa3A1pF6K3fhq3scsyY88tdB1MqucULcKzWZC'
),
payment_id=PaymentID('f75ad90e25d71a12'),
transaction=tx)
self.transfers.append(pm)
tx = Transaction(
timestamp=datetime(2018, 1, 29, 13, 17, 18),
height=1087530,
hash=
'4ea70add5d0c7db33557551b15cd174972fcfc73bf0f6a6b47b7837564b708d3',
fee=Decimal('0.000962550000'))
pm = IncomingPayment(
amount=Decimal('4.000000000000'),
local_address=address(
'9tQoHWyZ4yXUgbz9nvMcFZUfDy5hxcdZabQCxmNCUukKYicXegsDL7nQpcUa3A1pF6K3fhq3scsyY88tdB1MqucULcKzWZC'
),
payment_id=PaymentID('f75ad90e25d71a12'),
transaction=tx)
self.transfers.append(pm)
tx = Transaction(
timestamp=datetime(2018, 1, 29, 13, 17, 18),
height=1087530,
hash=
'e9a71c01875bec20812f71d155bfabf42024fde3ec82475562b817dcc8cbf8dc',
fee=Decimal('0.000962550000'))
pm = IncomingPayment(
amount=Decimal('2.120000000000'),
local_address=address(
'9tQoHWyZ4yXUgbz9nvMcFZUfDy5hxcdZabQCxmNCUukKYicXegsDL7nQpcUa3A1pF6K3fhq3scsyY88tdB1MqucULcKzWZC'
),
payment_id=PaymentID('cb248105ea6a9189'),
transaction=tx)
self.transfers.append(pm)
tx = Transaction(
timestamp=datetime(2018, 1, 29, 14, 57, 47),
height=1087601,
hash=
'5ef7ead6a041101ed326568fbb59c128403cba46076c3f353cd110d969dac808',
fee=Decimal('0.000962430000'))
pm = IncomingPayment(
amount=Decimal('7.000000000000'),
local_address=address(
'BhE3cQvB7VF2uuXcpXp28Wbadez6GgjypdRS1F1Mzqn8Advd6q8VfaX8ZoEDobjejrMfpHeNXoX8MjY8q8prW1PEALgr1En'
),
payment_id=PaymentID('0000000000000000'),
transaction=tx)
self.transfers.append(pm)
tx = Transaction(
timestamp=datetime(2018, 1, 29, 13, 17, 18),
height=1087530,
hash=
'cc44568337a186c2e1ccc080b43b4ae9db26a07b7afd7edeed60ce2fc4a6477f',
fee=Decimal('0.000962550000'))
pm = IncomingPayment(
amount=Decimal('10.000000000000'),
local_address=address(
'9tQoHWyZ4yXUgbz9nvMcFZUfDy5hxcdZabQCxmNCUukKYicXegsDL7nQpcUa3A1pF6K3fhq3scsyY88tdB1MqucULcKzWZC'
),
payment_id=PaymentID('0000000000000000'),
transaction=tx)
self.transfers.append(pm)
tx = Transaction(
timestamp=datetime(2018, 1, 29, 21, 13, 28),
height=None,
hash=
'd29264ad317e8fdb55ea04484c00420430c35be7b3fe6dd663f99aebf41a786c',
fee=Decimal('0.000961950000'))
pm = IncomingPayment(
amount=Decimal('3.140000000000'),
local_address=address(
'9tQoHWyZ4yXUgbz9nvMcFZUfDy5hxcdZabQCxmNCUukKYicXegsDL7nQpcUa3A1pF6K3fhq3scsyY88tdB1MqucULcKzWZC'
),
payment_id=PaymentID('03f6649304ea4cb2'),
transaction=tx)
self.transfers.append(pm)
def destpair(s):
addr, amount = s.split(':')
return (address(addr), as_monero(amount))
import sys
from monero.address import address
from monero.numbers import PaymentID
USAGE = "{0} <address> <payment_id>"
try:
addr = address(sys.argv[1])
pid = PaymentID(sys.argv[2])
except IndexError:
print(USAGE.format(*sys.argv), file=sys.stderr)
sys.exit(-1)
print(addr.with_payment_id(pid))
def test_recognition_and_comparisons(self):
a = Address(self.addr)
a2 = address(self.addr)
self.assertIsInstance(a2, Address)
self.assertEqual(a, a2)
self.assertEqual(a, self.addr)
self.assertEqual(self.addr, a)
self.assertEqual(hash(a), hash(self.addr))
self.assertEqual(a.net, self.net)
with pytest.deprecated_call():
self.assertEqual(a.is_mainnet(), self.net == const.NET_MAIN)
with pytest.deprecated_call():
self.assertEqual(a.is_testnet(), self.net == const.NET_TEST)
with pytest.deprecated_call():
self.assertEqual(a.is_stagenet(), self.net == const.NET_STAGE)
self.assertEqual(a2.net, self.net)
with pytest.deprecated_call():
self.assertEqual(a2.is_mainnet(), self.net == const.NET_MAIN)
with pytest.deprecated_call():
self.assertEqual(a2.is_testnet(), self.net == const.NET_TEST)
with pytest.deprecated_call():
self.assertEqual(a2.is_stagenet(), self.net == const.NET_STAGE)
ia = IntegratedAddress(self.iaddr)
ia2 = address(self.iaddr)
self.assertIsInstance(ia, IntegratedAddress)
self.assertEqual(ia, ia2)
self.assertEqual(ia, self.iaddr)
self.assertEqual(self.iaddr, ia)
self.assertEqual(hash(ia), hash(self.iaddr))
self.assertEqual(ia.net, self.net)
with pytest.deprecated_call():
self.assertEqual(ia.is_mainnet(), self.net == const.NET_MAIN)
with pytest.deprecated_call():
self.assertEqual(ia.is_testnet(), self.net == const.NET_TEST)
with pytest.deprecated_call():
self.assertEqual(ia.is_stagenet(), self.net == const.NET_STAGE)
self.assertEqual(ia2.net, self.net)
with pytest.deprecated_call():
self.assertEqual(ia2.is_mainnet(), self.net == const.NET_MAIN)
with pytest.deprecated_call():
self.assertEqual(ia2.is_testnet(), self.net == const.NET_TEST)
with pytest.deprecated_call():
self.assertEqual(ia2.is_stagenet(), self.net == const.NET_STAGE)
self.assertEqual(ia2.base_address(), a)
self.assertEqual(ia.view_key(), a.view_key())
self.assertEqual(ia.spend_key(), a.spend_key())
sa = SubAddress(self.subaddr)
sa2 = address(self.subaddr)
self.assertIsInstance(sa2, SubAddress)
self.assertEqual(sa, sa2)
self.assertEqual(sa, self.subaddr)
self.assertEqual(self.subaddr, sa)
self.assertEqual(hash(sa), hash(self.subaddr))
self.assertEqual(sa.net, self.net)
with pytest.deprecated_call():
self.assertEqual(sa.is_mainnet(), self.net == const.NET_MAIN)
with pytest.deprecated_call():
self.assertEqual(sa.is_testnet(), self.net == const.NET_TEST)
with pytest.deprecated_call():
self.assertEqual(sa.is_stagenet(), self.net == const.NET_STAGE)
self.assertEqual(sa2.net, self.net)
with pytest.deprecated_call():
self.assertEqual(sa2.is_mainnet(), self.net == const.NET_MAIN)
with pytest.deprecated_call():
self.assertEqual(sa2.is_testnet(), self.net == const.NET_TEST)
with pytest.deprecated_call():
self.assertEqual(sa2.is_stagenet(), self.net == const.NET_STAGE)
self.assertNotEqual(a, 0)
