def menu4_8(params):
peer_stub = params[0]
test_start_time = datetime.datetime.now()
print("Input Maximum Create Tx Random Times: default 1000")
max_times = input(" >> ")
if max_times == "":
max_times = 1000
print("Input Maximum Sleep Seconds Random: default 10")
max_sleep = input(" >> ")
if max_sleep == "":
max_sleep = 10
while True:
random_times = random.randrange(0, int(max_times))
random_sleep = random.randrange(0, int(max_sleep))
print(f"Random Test try: {random_times} times and {random_sleep} seconds sleep, "
f"total test mins({util.datetime_diff_in_mins(test_start_time)})")
try:
for i in range(random_times):
peer_stub.CreateTx(
loopchain_pb2.CreateTxRequest(
data=f"TEST transaction data by demotool {i}",
channel=test_globals["channel_name"]
)
)
time.sleep(random_sleep)
except KeyboardInterrupt:
break
def menu4_2(params):
peer_stub = params[0]
print("Create Tx Performance Test")
grpc_performance_test(
peer_stub, "CreateTx",
loopchain_pb2.CreateTxRequest(
data="TEST transaction data by demotool"))
def menu4_13(params):
peer_stub = params[0]
print("Input Repeat Times: default 100000")
repeat_times = input(" >> ")
if repeat_times == "":
repeat_times = 100000
repeat_times = int(repeat_times)
print("Input Test Interval Seconds: default 10")
test_interval = input(" >> ")
if test_interval == "":
test_interval = 10
test_interval = int(test_interval)
print("Allow fail times during test: default 3 (immediately stop)")
allow_fails = input(" >> ")
if allow_fails == "":
allow_fails = 3
allow_fails_reset = int(allow_fails)
allow_fails = allow_fails_reset
test_times = 0
fail_times = 0
while repeat_times > 0:
response = peer_stub.CreateTx(
loopchain_pb2.CreateTxRequest(
data=f"TEST transaction data by demotool",
channel=test_globals["channel_name"]
)
)
tx_hash = response.tx_hash
print(f"Create Tx({tx_hash}) remain times({repeat_times})")
time.sleep(test_interval)
response = peer_stub.GetTx(loopchain_pb2.GetTxRequest(
tx_hash=tx_hash,
channel=test_globals["channel_name"]
), conf.GRPC_TIMEOUT)
if response.response_code != message_code.Response.success:
allow_fails -= 1
fail_times += 1
else:
allow_fails = allow_fails_reset
print("Find Tx: " + str(response))
print(f"({test_times}) test times, ({allow_fails}) allow fails, ({fail_times}) fail times")
time.sleep(test_interval)
test_times += 1
if allow_fails <= 0:
response = requests.get("http://127.0.0.1:9002" + "/api/v1/peer/status-list")
print("Radio Station Last Status List: ")
print(util.pretty_json(response.text))
menu7()
repeat_times -= 1
def create_transaction(self, data):
# logging.debug("Grpc Create Tx Data : " + data)
return self.__stub_to_peer_service.CreateTx(
loopchain_pb2.CreateTxRequest(data=data), self.REST_GRPC_TIMEOUT)
def create_transaction(self, data, channel):
# logging.debug("Grpc Create Tx Data : " + data)
return PeerServiceStub().call(
"CreateTx",
loopchain_pb2.CreateTxRequest(data=data, channel=channel),
PeerServiceStub.REST_GRPC_TIMEOUT)
def create_transaction(self, data):
return self.__stub_to_peer_service.CreateTx(
loopchain_pb2.CreateTxRequest(data=data), conf.GRPC_TIMEOUT)