def deploy(account, src):
if not eosapi.get_account(account):
print('account does not exists, create it.')
r = eosapi.create_account2('eosio', account, initeos.key1,
initeos.key2)
assert r
'''
abs_src_file = os.path.dirname(__file__)
last_update = eosapi.get_code_update_time_ms(account)
modify_time = os.path.getmtime(abs_src_file)*1000
if last_update >= modify_time:
return
'''
actions = []
_src_dir = os.path.dirname(__file__)
abi_file = os.path.join(_src_dir, 'tester.abi')
setabi = eosapi.pack_setabi(abi_file, eosapi.N(account))
act = ['eosio', 'setabi', setabi, {account: 'active'}]
actions.append(act)
args = eosapi.pack_args(
"eosio", 'setcode', {
'account': account,
'vmtype': 10,
'vmversion': 0,
'code': src.encode('utf8').hex()
})
act = ['eosio', 'setcode', args, {account: 'active'}]
actions.append(act)
r, cost = eosapi.push_actions(actions)
print(r['except'])
print(r['elapsed'])
def setUp(account='evm', main_class='<stdin>:Tester', src_file='tester.sol'):
global contract_abi
if not eosapi.get_account(account):
print('evm account not exist, create it.')
r = eosapi.create_account2('eosio', account, initeos.key1, initeos.key2)
assert r
abs_src_file = os.path.join(os.path.dirname(__file__), src_file)
last_update = eosapi.get_code_update_time_ms(account)
modify_time = os.path.getmtime(abs_src_file)*1000
if last_update >= modify_time:
return
# print(bin)
contract_abi, bin = compile(src_file, main_class)
deploy(account, bin)
def test_call():
src_file = 'callee.sol'
main_class = '<stdin>:Callee'
account = 'callee'
if not eosapi.get_account(account):
print('account not exist, create it.')
r = eosapi.create_account2('eosio', account, initeos.key1, initeos.key2)
assert r
abs_src_file = os.path.join(os.path.dirname(__file__), src_file)
last_update = eosapi.get_code_update_time_ms(account)
modify_time = os.path.getmtime(abs_src_file)*1000
if last_update < modify_time:
contract_abi, bin = compile(src_file, main_class)
deploy(account, bin)
call('testCall', ('0x00000000000000000000000041a3152800000000', 120))
n = eosapi.N(account)
itr = rodb.find_i256(n, n, n, 0)
assert itr >= 0
assert rodb.get_i256(itr) == 120