def BLOCK(self, result, info=""):
if not result:
self.m_result = "block"
raise Error(info)
def test_main(self):
result = False
logger.open("TestGover13.log", "TestGover13")
try:
if (not pause("ensure that node A and node B is in the nodes network and node A has more than 10000 ont.")):
raise Error("pre-condition unsatisfied")
(wallet_A_address, wallet_B_address, vote_price, node_B_puiblic_key, blocks_per_round, punish_ratio) = get_config()
'''
# to ensure that the following operations are in the same round
while(True):
if getblockcount() % blocks_per_round <= 2:
time.sleep(1)
continue
else:
break
'''
consensus_rounds = (int) (getblockcount() / blocks_per_round)
# step 1 wallet A vote for node B
(result, response) = vote_for_peer(wallet_A_address, [node_B_puiblic_key], [vote_price])
print (response)
#if not result:
# raise Error("vote_for_peer error")
# step 2 wait until the second round
while(True):
if (getblockcount() / blocks_per_round - consensus_rounds == 1):
(result, response) = black_node([node_B_puiblic_key])
#if not result:
# raise Error("black_node error")
break
else:
print(getblockcount())
time.sleep(5)
continue
# step 3 wallet A withdraw ont in the third round
while(True):
if (getblockcount() / blocks_per_round - consensus_rounds == 2):
# should failed
(result, response) = withdraw_ont(wallet_A_address, [node_B_puiblic_key], [vote_price])
break
else:
print(getblockcount())
time.sleep(5)
continue
#if not result:
# raise Error("withdraw_ont error")
# step 4 wallet A withdraw ont in the forth round
while(True):
if (getblockcount() / blocks_per_round - consensus_rounds == 3):
(result, response) = withdraw_ont(wallet_A_address, [node_B_puiblic_key], [str(int(punish_ratio*3000))])
break
else:
print(getblockcount())
time.sleep(5)
continue
#if not result:
# raise Error("withdraw_ont error")
# this should be failed
(result, response) = withdraw_ont(wallet_A_address, [node_B_puiblic_key], ["1"])
#if not result:
# raise Error("withdraw_ont error")
except Exception as e:
print(e.msg)
logger.close(result)
def ASSERT(self, result, info=""):
self.m_assertcount = self.m_assertcount + 1
if not result:
self.m_result = "fail"
raise Error(info)
