def test0_1(self):
""" Case to create wallet without private key successfully.
"""
# Given, When
wallet1, _ = Wallet.create_wallet_by_private_key('password1234*')
# Then
self.assertIsNotNone(wallet1.wallet_info, 'wallet_info field is empty.')
# Given, When
wallet2, _ = Wallet.create_wallet_by_private_key(
'password1234*', "df7784bc856bc3e96d5b2733957ea0a47ff39d60aaf8a3406a74b8580e8395cc")
# Then
self.assertEqual(wallet2.address, "hx66425784bfddb5b430136b38268c3ce1fb68e8c5")
self.assertIsNotNone(wallet2.wallet_info, 'wallet_info field is empty.')
ret = bool(wallet2.transfer_value(
'password1234*', to_address=wallet1.address,
value="3300000000000000000", fee=10000000000000000))
# Then
self.assertEqual(True, ret)
# Need to do wait for a while because it takes time to make consensus among nodes.
# We recommend 0.3 sec at least.
time.sleep(1)
balance = wallet1.get_balance()
self.assertIsNot(balance, 0, "Current balance is 0.")
self.assertEqual(balance, 3300000000000000000, "Wallet balance is wrong.")
def test3(self):
""" Case the private key is composed of 32 bytes and transfer several icx twice successfully.
:return:
"""
# Given, When
wallet1, _ = Wallet.create_wallet_by_private_key(
'password1234*',
"df7784bc856bc3e96d5b2733957ea0a47ff39d60aaf8a3406a74b8580e8395cc")
# Then
self.assertEqual(wallet1.address,
"hx66425784bfddb5b430136b38268c3ce1fb68e8c5")
self.assertIsNotNone(wallet1.wallet_info,
'wallet_info field is empty.')
wallet2, _ = Wallet.create_wallet_by_private_key(
'password1234*',
"71fc378d3a3fb92b57474af156f376711a8a89d277c9b60a923a1db75575b1cc")
# Then
self.assertIsNotNone(wallet2.wallet_info,
'wallet_info field is empty.')
self.assertEqual(wallet2.address,
"hxcc7b1f5fb98ca1eeaf9586bc08048814cb0d4d3d")
try:
ret = bool(
wallet1.transfer_value(
'password1234*',
to_address="hxcc7b1f5fb98ca1eeaf9586bc08048814cb0d4d3d",
value="533000000000000000",
fee=10000000000000000))
# Then
self.assertEqual(True, ret)
# Then
self.assertEqual(True, ret)
ret2 = bool(
wallet2.transfer_value(
'password1234*',
to_address="hx66425784bfddb5b430136b38268c3ce1fb68e8c5",
value="22200000000000000",
fee=10000000000000000))
# Then
self.assertEqual(True, ret2)
except FileNotFoundError:
self.assertFalse(True)
def test2(self):
""" Case the private key is composed of 32 bytes and transfer icx successfully.
"""
# Given, When
wallet, _ = Wallet.create_wallet_by_private_key(
'password1234*',
"df7784bc856bc3e96d5b2733957ea0a47ff39d60aaf8a3406a74b8580e8395cc")
# Then
self.assertIsNotNone(wallet.wallet_info, 'wallet_info field is empty.')
self.assertEqual(wallet.address,
"hx66425784bfddb5b430136b38268c3ce1fb68e8c5")
try:
ret = bool(
wallet.transfer_value(
'password1234*',
to_address="hxa974f512a510299b53c55535c105ed962fd01ee3",
value="50000000000000000000",
fee=10000000000000000))
# Then
self.assertEqual(True, ret)
except FileNotFoundError:
self.assertFalse(True)
def test1(self):
""" Case the private key is not composed of 32 bytes.
"""
try:
# Given, When
wallet1, _ = Wallet.create_wallet_by_private_key('password1234*', '71fc378d3a3fb92b57474af156f9d277c9b60a923a1db75575b1cc')
# Then
except TypeError:
self.assertTrue(True)
def test0(self):
""" Case to create wallet successfully.
"""
# Given, When
wallet1, _ = Wallet.create_wallet_by_private_key('password1234*','71fc378d3a3fb92b57474af156f376711a8a89d277c9b60a923a1db75575b1cc')
# Then
self.assertIsNotNone(wallet1.wallet_info, 'wallet_info field is empty.')
self.assertEqual(wallet1.address, "hxcc7b1f5fb98ca1eeaf9586bc08048814cb0d4d3d")
def test0(self):
""" Case to verify the wallet address from the wallet generated from private key
"""
# Given, When
wallet, _ = Wallet.create_wallet_by_private_key(
'Adas21312*',
'71fc378d3a3fb92b57474af156f376711a8a89d277c9b60a923a1db75575b1cc')
# Then
self.assertEqual(wallet.get_address(),
"hxcc7b1f5fb98ca1eeaf9586bc08048814cb0d4d3d")