def test_transaction(c, source_account_id):
print('\ntest_transaction')
source_account = c.get_account(source_account_id)
# Create a temporary account to transact with.
dest_account = c.create_account()
dest_account_id = dest_account['account_id']
# Send transactions and ensure they show up in the transaction list.
transaction_log = c.build_and_submit_transaction(
source_account_id, 0.1, dest_account['main_address'])
tx_index = int(transaction_log['submitted_block_index'])
balance = c.poll_balance(dest_account_id, tx_index + 1)
assert pmob2mob(balance['unspent_pmob']) == Decimal('0.1')
# Send back the remaining money.
transaction_log = c.build_and_submit_transaction(
dest_account_id, 0.0996, source_account['main_address'])
tx_index = int(transaction_log['submitted_block_index'])
balance = c.poll_balance(dest_account_id, tx_index + 1)
assert pmob2mob(balance['unspent_pmob']) == Decimal('0.0')
# Check transaction logs.
transaction_log_map = c.get_all_transaction_logs_for_account(
dest_account_id)
amounts = [pmob2mob(t['value_pmob']) for t in transaction_log_map.values()]
assert sorted(float(a) for a in amounts) == [0.0996, 0.1], str(amounts)
assert all(t['status'] == 'tx_status_succeeded'
for t in transaction_log_map.values())
c.remove_account(dest_account_id)
print('PASS')
def test_prepared_transaction(c, source_account_id):
print('\ntest_prepared_transaction')
source_account = c.get_account(source_account_id)
# Create a temporary account.
dest_account = c.create_account()
dest_account_id = dest_account['account_id']
# Send a prepared transaction with a receipt.
tx_proposal = c.build_transaction(source_account_id, 0.1,
dest_account['main_address'])
assert len(tx_proposal['outlay_list']) == 1
receipts = c.create_receiver_receipts(tx_proposal)
assert len(receipts) == 1
receipt = receipts[0]
status = c.check_receiver_receipt_status(dest_account['main_address'],
receipt)
assert status['receipt_transaction_status'] == 'TransactionPending'
transaction_log = c.submit_transaction(tx_proposal, source_account_id)
tx_index = int(transaction_log['submitted_block_index'])
balance = c.poll_balance(dest_account_id, tx_index + 1)
assert pmob2mob(balance['unspent_pmob']) == Decimal('0.1')
status = c.check_receiver_receipt_status(dest_account['main_address'],
receipt)
assert status['receipt_transaction_status'] == 'TransactionSuccess'
# Send back the remaining money.
transaction_log = c.build_and_submit_transaction(
dest_account_id, 0.0996, source_account['main_address'])
tx_index = int(transaction_log['submitted_block_index'])
balance = c.poll_balance(dest_account_id, tx_index + 1)
assert pmob2mob(balance['unspent_pmob']) == Decimal('0.0')
c.remove_account(dest_account_id)
print('PASS')
def test_gift_codes(c, source_account_id):
print('\ntest_gift_codes')
source_account = c.get_account(source_account_id)
# Create a gift code.
response = c.build_gift_code(source_account_id, 0.1, 'abc')
gift_code_b58 = response['gift_code_b58']
tx_proposal = response['tx_proposal']
c.submit_gift_code(gift_code_b58, tx_proposal, source_account_id)
# Make sure the gift code was funded correctly.
response = c.poll_gift_code_status(gift_code_b58, 'GiftCodeAvailable')
assert pmob2mob(response['gift_code_value']) == Decimal('0.1')
# Create a temporary account.
dest_account = c.create_account()
dest_account_id = dest_account['account_id']
# Claim the gift code.
# Claimed means the txo was sent, not that it arrived. Poll for the Txo to land.
txo_id_hex = c.claim_gift_code(dest_account_id, gift_code_b58)
c.poll_txo(txo_id_hex)
balance = c.get_balance_for_account(dest_account_id)
assert pmob2mob(balance['unspent_pmob']) == Decimal('0.0996')
# Send back the remaining money. We incurred two fees to submit and claim the gift code.
transaction_log = c.build_and_submit_transaction(
dest_account_id, 0.0992, source_account['main_address'])
tx_index = int(transaction_log['submitted_block_index'])
balance = c.poll_balance(dest_account_id, tx_index + 1)
assert pmob2mob(balance['unspent_pmob']) == Decimal('0.0')
c.remove_account(dest_account_id)
print('PASS')
def test_subaddresses(c, source_account_id):
print('\ntest_subaddresses')
addresses = c.get_addresses_for_account(source_account_id)
source_address = list(addresses.keys())[0]
# Create a temporary account.
dest_account = c.create_account()
dest_account_id = dest_account['account_id']
# Create a subaddress for the destination account.
addresses = c.get_addresses_for_account(dest_account_id)
assert len(addresses) == 2 # Main address and change address.
address = c.assign_address_for_account(dest_account_id, 'Address Name')
dest_address = address['public_address']
addresses = c.get_addresses_for_account(dest_account_id)
assert len(addresses) == 3
assert addresses[dest_address]['metadata'] == 'Address Name'
# Send the subaddress some money.
transaction_log = c.build_and_submit_transaction(source_account_id, 0.1,
dest_address)
tx_index = int(transaction_log['submitted_block_index'])
balance = c.poll_balance(dest_account_id, tx_index + 1)
assert pmob2mob(balance['unspent_pmob']) == Decimal('0.1')
# The second address has money credited to it, but the main one doesn't.
balance = c.get_balance_for_address(dest_address)
assert pmob2mob(balance['unspent_pmob']) == Decimal('0.1')
balance = c.get_balance_for_address(dest_account['main_address'])
assert pmob2mob(balance['unspent_pmob']) == Decimal('0.0')
# Send the money back.
transaction_log = c.build_and_submit_transaction(dest_account_id, 0.0996,
source_address)
tx_index = int(transaction_log['submitted_block_index'])
balance = c.poll_balance(dest_account_id, tx_index + 1)
assert pmob2mob(balance['unspent_pmob']) == Decimal('0.0')
# The per-address balances account for sent funds.
balance = c.get_balance_for_address(dest_account['main_address'])
assert pmob2mob(balance['unspent_pmob']) == Decimal('0.0')
balance = c.get_balance_for_address(dest_address)
assert pmob2mob(balance['unspent_pmob']) == Decimal('0.0')
c.remove_account(dest_account_id)
print('PASS')
def tests_with_wallet(c, source_wallet):
print('\nLoading source wallet', source_wallet)
# Import an account with money.
data = _load_import(source_wallet)
source_account = c.import_account(**data)
source_account_id = source_account['account_id']
# Check its balance and make sure it has txos.
balance = c.poll_balance(source_account_id)
assert pmob2mob(balance['unspent_pmob']) >= 1
txos = c.get_all_txos_for_account(source_account_id)
assert len(txos) > 0
try:
test_transaction(c, source_account_id)
test_prepared_transaction(c, source_account_id)
test_subaddresses(c, source_account_id)
test_gift_codes(c, source_account_id)
except Exception:
raise
else:
c.remove_account(source_account['account_id'])