def step_impl(context):
# Temporarily sleep for 2 sec. This delay should be able to be removed once we start using the python sdk
time.sleep(2)
# Grab the key/value pair from the deploy
key = value = None
print(context.chaincode['args'])
print(json.loads(context.chaincode['args']))
args = json.loads(context.chaincode['args'])
for arg in args:
if arg == 'init':
keyIndex = args.index(arg)+1
valueIndex = args.index(arg)+2
key = args[keyIndex]
value = args[valueIndex]
assert key is not None, "The last message was not a deploy: {0}".format(context.chaincode['args'])
chaincode = {
"path": context.chaincode['path'],
"language": context.chaincode['language'],
"name": context.chaincode['name'],
"args": r'["query","{0}"]'.format(key),
}
orderers = endorser_util.get_orderers(context)
peers = endorser_util.get_peers(context)
result = endorser_util.query_chaincode(context, chaincode, peers[0], endorser_util.TEST_CHANNEL_ID)
print(result)
assert result[peers[0]] == "Query Result: {0}\n".format(value), "Expect {0} = {1}, received from the deploy: {2}".format(key, value, result[peers[0]])
def step_impl(context):
# Temporarily sleep for 2 sec. This delay should be able to be removed once we start using the python sdk
time.sleep(2)
# Grab the key/value pair from the deploy
key = value = None
print(context.chaincode['args'])
print(json.loads(context.chaincode['args']))
args = json.loads(context.chaincode['args'])
for arg in args:
if arg == 'init':
keyIndex = args.index(arg) + 1
valueIndex = args.index(arg) + 2
key = args[keyIndex]
value = args[valueIndex]
assert key is not None, "The last message was not a deploy: {0}".format(
context.chaincode['args'])
chaincode = {
"path": context.chaincode['path'],
"language": context.chaincode['language'],
"name": context.chaincode['name'],
"args": r'["query","{0}"]'.format(key),
}
orderers = endorser_util.get_orderers(context)
peers = endorser_util.get_peers(context)
result = endorser_util.query_chaincode(context, chaincode, peers[0],
endorser_util.TEST_CHANNEL_ID)
print(result)
assert result[peers[0]] == "Query Result: {0}\n".format(
value), "Expect {0} = {1}, received from the deploy: {2}".format(
key, value, result[peers[0]])
def random_invoke_impl(context, name, args, length, peer):
payload = ''.join(
random.choice(string.ascii_letters) for _ in range(length))
random_key = str(random.randint(0, sys.maxint))
context.payload = {"payload": payload, "len": length}
context.random_key = random_key
chaincode = {
"args": args.format(random_value=payload, random_key=random_key),
"name": name
}
orderers = endorser_util.get_orderers(context)
context.result = endorser_util.invoke_chaincode(
context, chaincode, orderers, peer, endorser_util.TEST_CHANNEL_ID)
def invokes_impl(context, numInvokes, channel, name, args, component):
chaincode = {"args": args, "name": name}
orderers = endorser_util.get_orderers(context)
for count in range(int(numInvokes)):
context.result = endorser_util.invoke_chaincode(
context, chaincode, orderers, component, channel)
def invokes_impl(context, numInvokes, channel, name, args, component):
chaincode = {"args": args,
"name": name}
orderers = endorser_util.get_orderers(context)
for count in range(int(numInvokes)):
context.result = endorser_util.invoke_chaincode(context, chaincode, orderers, component, channel)
def step_impl(context, channelID, peer):
orderers = endorser_util.get_orderers(context)
endorser_util.fetch_channel(context, [peer],
orderers,
channelID,
location=".")
def step_impl(context, channelID, peer):
orderers = endorser_util.get_orderers(context)
endorser_util.join_channel(context, [peer], orderers, channelID)
