def test_personal_importRawKey(accounts, rpc_client):
initial_accounts = rpc_client('personal_listAccounts')
private_key = mk_random_privkey()
new_account = rpc_client('personal_importRawKey', [private_key, 'a-password'])
n_new_account = normalize_address(new_account)
assert n_new_account in {normalize_address(acct) for acct in rpc_client('personal_listAccounts')}
assert rpc_client('personal_unlockAccount', [new_account, 'a-password']) is True
def test_personal_importRawKey(accounts, rpc_client):
initial_accounts = rpc_client('personal_listAccounts')
private_key = mk_random_privkey()
new_account = rpc_client('personal_importRawKey',
[private_key, 'a-password'])
n_new_account = normalize_address(new_account)
assert n_new_account in {
normalize_address(acct)
for acct in rpc_client('personal_listAccounts')
}
assert rpc_client('personal_unlockAccount',
[new_account, 'a-password']) is True
def password_account(rpc_client, accounts, account_password,
account_private_key, account_public_key):
from testrpc.client.utils import normalize_address
address = rpc_client(
'personal_importRawKey',
[account_private_key, account_password],
)
assert normalize_address(address) == normalize_address(account_public_key)
initial_balance = 1000000000000000000000 # 1,000 ether
rpc_client('eth_sendTransaction', [{
'from': accounts[0],
'to': address,
'value': initial_balance,
}])
assert rpc_client('eth_getBalance', [address]) == initial_balance
return address
def test_eth_coinbase(accounts, rpc_client):
result = rpc_client('eth_coinbase')
assert normalize_address(result) == normalize_address(accounts[0])
def test_personal_listAccounts(accounts, rpc_client):
actual = rpc_client('personal_listAccounts')
n_actual = {normalize_address(acct) for acct in actual}
n_expected = {normalize_address(acct) for acct in accounts}
assert n_actual == n_expected
def accounts():
from ethereum import tester
return [normalize_address(acct) for acct in tester.accounts]
def test_personal_listAccounts(accounts, rpc_client):
actual = rpc_client('personal_listAccounts')
n_actual = {normalize_address(acct) for acct in actual}
n_expected = {normalize_address(acct) for acct in accounts}
assert n_actual == n_expected
def test_eth_coinbase(accounts, rpc_client):
result = rpc_client('eth_coinbase')
assert normalize_address(result) == normalize_address(accounts[0])