def enableTls(context, tlsEnabled):
if not hasattr(context, "composition"):
context.composition = Composition(context, startContainers=False)
context.composition.environ[
"ORDERER_GENERAL_TLS_ENABLED"] = convertBoolean(tlsEnabled)
context.composition.environ["CORE_PEER_TLS_ENABLED"] = convertBoolean(
tlsEnabled)
def enableTls(context, tlsEnabled, projectName=None):
if not hasattr(context, "composition"):
context.composition = Composition(context,
projectName=projectName,
startContainers=False)
context.composition.environ[
"ORDERER_GENERAL_TLS_ENABLED"] = convertBoolean(tlsEnabled)
context.composition.environ["CORE_PEER_TLS_ENABLED"] = convertBoolean(
tlsEnabled)
context.composition.environ[
"FABRIC_CA_SERVER_TLS_ENABLED"] = convertBoolean(tlsEnabled)
def create_channel(self, context, orderer, channelId=TEST_CHANNEL_ID):
configDir = "/var/hyperledger/configs/{0}".format(context.composition.projectName)
setup = self.get_env_vars(context, "peer0.org1.example.com")
timeout = str(120 + common_util.convertToSeconds(context.composition.environ.get('CONFIGTX_ORDERER_BATCHTIMEOUT', '0s')))
command = ["peer", "channel", "create",
"--file", "/var/hyperledger/configs/{0}/{1}.tx".format(context.composition.projectName, channelId),
"--channelID", channelId,
"--timeout", timeout,
"--orderer", '{0}:7050'.format(orderer)]
if context.tls:
command = command + ["--tls",
common_util.convertBoolean(context.tls),
"--cafile",
'{0}/ordererOrganizations/example.com/orderers/{1}/msp/tlscacerts/tlsca.example.com-cert.pem'.format(configDir, orderer)]
command.append('"')
output = context.composition.docker_exec(setup+command, ['cli'])
print("[{0}]: {1}".format(" ".join(setup+command), output))
if "SERVICE_UNAVAILABLE" in output['cli']:
time.sleep(5)
print("Received: {0}, Trying again...".format(output['cli']))
output = context.composition.docker_exec(setup+command, ['cli'])
assert "Error:" not in output, "Unable to successfully create channel {}".format(channelId)
return output
def instantiate_chaincode(self, context, chaincode, peers):
configDir = "/var/hyperledger/configs/{0}".format(context.composition.projectName)
args = chaincode.get('args', '[]').replace('"', r'\"')
output = {}
for peer in peers:
peerParts = peer.split('.')
org = '.'.join(peerParts[1:])
setup = self.get_env_vars(context, peer)
command = ["peer", "chaincode", "instantiate",
"--name", chaincode['name'],
"--version", str(chaincode.get('version', 0)),
"--lang", chaincode['language'],
"--channelID", str(chaincode.get('channelID', TEST_CHANNEL_ID)),
"--ctor", r"""'{\"Args\": %s}'""" % (args)]
if context.tls:
command = command + ["--tls",
common_util.convertBoolean(context.tls),
"--cafile",
'{0}/ordererOrganizations/example.com/orderers/orderer0.example.com/msp/tlscacerts/tlsca.example.com-cert.pem'.format(configDir)]
if "orderers" in chaincode:
command = command + ["--orderer", '{0}:7050'.format(chaincode["orderers"][0])]
if "user" in chaincode:
command = command + ["--username", chaincode["user"]]
if "policy" in chaincode:
command = command + ["--policy", chaincode["policy"]]
command.append('"')
output[peer] = context.composition.docker_exec(setup + command, [peer])
print("[{0}]: {1}".format(" ".join(setup + command), output))
return output
def create_channel(self, context, orderers, channelId=TEST_CHANNEL_ID):
configDir = "/var/hyperledger/configs/{0}".format(context.composition.projectName)
setup = self.get_env_vars(context, "peer0.org1.example.com")
timeout = str(120 + common_util.convertToSeconds(context.composition.environ.get('CONFIGTX_ORDERER_BATCHTIMEOUT', '0s')))
command = ["peer", "channel", "create",
"--file", "/var/hyperledger/configs/{0}/{1}.tx".format(context.composition.projectName, channelId),
"--channelID", channelId,
"--timeout", timeout,
"--orderer", '{0}:7050'.format(orderers[0])]
if context.tls:
command = command + ["--tls",
common_util.convertBoolean(context.tls),
"--cafile",
'{0}/ordererOrganizations/example.com/orderers/orderer0.example.com/msp/tlscacerts/tlsca.example.com-cert.pem'.format(configDir)]
command.append('"')
output = context.composition.docker_exec(setup+command, ['cli'])
print("[{0}]: {1}".format(" ".join(setup+command), output))
assert "Error:" not in output, "Unable to successfully create channel {}".format(channelId)
# # For now, copy the channel block to the config directory
# output = context.composition.docker_exec(["cp",
# "{0}.block".format(channelId),
# configDir],
# ['cli'])
# print("[{0}]: {1}".format(" ".join(command), output))
return output
def invoke_chaincode(self, context, chaincode, orderer, peer, channelId=TEST_CHANNEL_ID, targs="", user="******"):
# channelId, targs and user are optional parameters with defaults set if they are not included
configDir = "/var/hyperledger/configs/{0}".format(context.composition.projectName)
args = chaincode.get('args', '[]').replace('"', r'\"')
peerParts = peer.split('.')
org = '.'.join(peerParts[1:])
setup = self.get_env_vars(context, peer, user=user)
command = ["peer", "chaincode", "invoke",
"--name", chaincode['name'],
"--ctor", r"""'{\"Args\": %s}'""" % (args),
"--channelID", channelId]
if context.tls:
command = command + ["--tls",
common_util.convertBoolean(context.tls),
"--cafile",
'{0}/ordererOrganizations/example.com/orderers/orderer0.example.com/msp/tlscacerts/tlsca.example.com-cert.pem'.format(configDir)]
if targs:
#to escape " so that targs are compatible with cli command
targs = targs.replace('"', r'\"')
command = command + ["--transient", targs]
command = command + ["--orderer", '{0}:7050'.format(orderer)]
command.append('"')
output = context.composition.docker_exec(setup+command, [peer])
print("Invoke[{0}]: {1}".format(" ".join(setup+command), str(output)))
output = self.retry(context, output, peer, setup, command)
return output
def upgrade_chaincode(self, context, orderer, peer, channelId=TEST_CHANNEL_ID, user="******"):
configDir = "/var/hyperledger/configs/{0}".format(context.composition.projectName)
setup = self.get_env_vars(context, peer, user=user)
command = ["peer", "chaincode", "upgrade",
"--name", context.chaincode['name'],
"--version", str(context.chaincode.get('version', 1)),
"--channelID", str(context.chaincode.get('channelID', channelId))]
if context.chaincode["args"]:
command = command + ["--ctor", r"""'{\"Args\": %s}'""" % (str(context.chaincode["args"].replace('"', r'\"')))]
if context.tls:
command = command + ["--tls",
common_util.convertBoolean(context.tls),
"--cafile",
'{0}/ordererOrganizations/example.com/orderers/orderer0.example.com/msp/tlscacerts/tlsca.example.com-cert.pem'.format(configDir)]
if "orderers" in context.chaincode:
command = command + ["--orderer", '{}:7050'.format(orderer)]
if "user" in context.chaincode:
command = command + ["--username", context.chaincode["user"]]
if context.chaincode.get("policy", None) is not None:
command = command + ["--policy", context.chaincode["policy"].replace('"', r'\"')]
command.append('"')
output = context.composition.docker_exec(setup+command, ['peer0.org1.example.com'])
print("[{0}]: {1}".format(" ".join(setup + command), output))
return output
def create_channel(self, context, orderer, channelId=TEST_CHANNEL_ID, user="******"):
configDir = "/var/hyperledger/configs/{0}".format(context.composition.projectName)
setup = self.get_env_vars(context, "peer0.org1.example.com", user=user)
# Ideally this would NOT be a 5 minute timeout, but more like a 2 minute timeout.
timeout = 300 + common_util.convertToSeconds(context.composition.environ.get('CONFIGTX_ORDERER_BATCHTIMEOUT', '0s'))
command = ["peer", "channel", "create",
"--file", "/var/hyperledger/configs/{0}/{1}.tx".format(context.composition.projectName, channelId),
"--channelID", channelId,
"--timeout", "{}s".format(timeout),
"--orderer", '{0}:7050'.format(orderer)]
if context.tls:
command = command + ["--tls",
common_util.convertBoolean(context.tls),
"--cafile",
'{0}/ordererOrganizations/example.com/orderers/{1}/msp/tlscacerts/tlsca.example.com-cert.pem'.format(configDir, orderer)]
if hasattr(context, "mutual_tls") and context.mutual_tls:
org = "org1.example.com"
command = command + ["--clientauth",
"--certfile",
'{0}/peerOrganizations/{1}/users/{2}@{1}/tls/client.crt'.format(configDir, org, user),
"--keyfile",
'{0}/peerOrganizations/{1}/users/{2}@{1}/tls/client.key'.format(configDir, org, user)]
command.append('"')
output = context.composition.docker_exec(setup+command, ['cli'])
print("[{0}]: {1}".format(" ".join(setup+command), output))
if "SERVICE_UNAVAILABLE" in output['cli']:
time.sleep(5)
print("Received: {0}, Trying again...".format(output['cli']))
output = context.composition.docker_exec(setup+command, ['cli'])
assert "Error:" not in output, "Unable to successfully create channel {}".format(channelId)
return output
def generateNetworkConfig(self, context):
with open("./configs/network-config.json", "r") as fd:
networkConfig = fd.read()
grpcType = "grpc"
proto = "http"
if context.tls:
grpcType = "grpcs"
proto = "https"
networkConfigFile = "{0}/configs/{1}/network-config.json".format(os.path.abspath('.'),
context.projectName)
with open("{1}/configs/{0}/ordererOrganizations/example.com/ca/ca.example.com-cert.pem".format(context.projectName, os.path.abspath('.')), "r") as fd:
certs = fd.read().replace("\n", "\\r\\n")
for org in ["org1.example.com", "org2.example.com"]:
with open("{2}/configs/{0}/peerOrganizations/{1}/ca/ca.{1}-cert.pem".format(context.projectName, org, os.path.abspath('.')), "r") as fd:
certs += fd.read().replace("\n", "\\r\\n")
with open(networkConfigFile, "w+") as fd:
structure = {"config": "{0}/configs/{1}".format(os.path.abspath('.'),
context.projectName),
"tls": common_util.convertBoolean(context.tls),
"grpcType": grpcType,
"proto": proto,
"cacerts": certs,
"networkId": context.projectName}
updated = json.loads(networkConfig % (structure))
fd.write(json.dumps(updated, indent=2))
return networkConfigFile
def bootstrapped_impl(context,
ordererType,
database,
tlsEnabled=False,
timeout=300,
ouEnabled=False):
assert ordererType in config_util.ORDERER_TYPES, "Unknown network type '%s'" % ordererType
curpath = os.path.realpath('.')
# Get the correct composition file
context.composeFile = getCompositionFiles(context, curpath, ordererType,
database)
# Should TLS be enabled
context.tls = tlsEnabled
compose_util.enableTls(context, tlsEnabled)
# Perform bootstrap process
context.ordererProfile = config_util.PROFILE_TYPES.get(
ordererType, "SampleInsecureSolo")
channelID = context.interface.SYS_CHANNEL_ID
if hasattr(context, "composition"):
context.projectName = context.composition.projectName
elif not hasattr(context, "projectName"):
context.projectName = str(uuid.uuid1()).replace('-', '')
# Determine number of orderers
numOrderers = 1
if ordererType == 'kafka':
numOrderers = 3
# Get Configs setup
if ouEnabled:
config_util.buildCryptoFile(
context,
2,
2,
numOrderers,
2,
ouEnable=common_util.convertBoolean(ouEnabled))
config_util.generateCrypto(
context, "./configs/{0}/crypto.yaml".format(context.projectName))
else:
config_util.generateCrypto(context)
config_util.generateConfig(context, channelID, config_util.CHANNEL_PROFILE,
context.ordererProfile)
compose_impl(context, context.composeFile, projectName=context.projectName)
wait_for_bootstrap_completion(context, timeout)
def instantiate_chaincode(self,
context,
peer="peer0.org1.example.com",
user="******"):
configDir = "/var/hyperledger/configs/{0}".format(
context.composition.projectName)
args = context.chaincode.get('args', '[]').replace('"', r'\"')
output = {}
peerParts = peer.split('.')
org = '.'.join(peerParts[1:])
setup = self.get_env_vars(context, peer, user=user)
command = [
"peer", "chaincode", "instantiate", "--name",
context.chaincode['name'], "--version",
str(context.chaincode.get('version', 0)), "--lang",
context.chaincode['language'], "--channelID",
str(context.chaincode.get('channelID',
self.TEST_CHANNEL_ID)), "--ctor",
r"""'{\"Args\": %s}'""" % (args)
]
if context.tls:
command = command + [
"--tls",
common_util.convertBoolean(context.tls), "--cafile",
'{0}/ordererOrganizations/example.com/orderers/orderer0.example.com/msp/tlscacerts/tlsca.example.com-cert.pem'
.format(configDir)
]
if hasattr(context, "mutual_tls") and context.mutual_tls:
command = command + [
"--clientauth", "--certfile",
'{0}/peerOrganizations/{1}/users/{2}@{1}/tls/client.crt'.
format(configDir, org, user), "--keyfile",
'{0}/peerOrganizations/{1}/users/{2}@{1}/tls/client.key'.
format(configDir, org, user)
]
if "orderers" in context.chaincode:
command = command + ["--orderer", 'orderer0.example.com:7050']
if "user" in context.chaincode:
command = command + ["--username", context.chaincode["user"]]
if context.chaincode.get("policy", None) is not None:
command = command + [
"--policy", context.chaincode["policy"].replace('"', r'\"')
]
command.append('"')
output[peer] = context.composition.docker_exec(setup + command, [peer])
print("[{0}]: {1}".format(" ".join(setup + command), output))
return output
def generateNetworkConfig(self, context):
with open("./configs/network-config.json", "r") as fd:
networkConfig = fd.read()
grpcType = "grpc"
if context.tls:
grpcType = "grpcs"
networkConfigFile = "{0}/configs/{1}/network-config.json".format(os.path.abspath('.'),
context.projectName)
with open(networkConfigFile, "w+") as fd:
structure = {"config": "{0}/configs/{1}".format(os.path.abspath('.'),
context.projectName),
"tls": common_util.convertBoolean(context.tls),
"grpcType": grpcType,
"networkId": context.projectName}
updated = networkConfig % (structure)
fd.write(updated)
return networkConfigFile
def invoke_chaincode(self, context, chaincode, orderers, peer, channelId=TEST_CHANNEL_ID):
configDir = "/var/hyperledger/configs/{0}".format(context.composition.projectName)
args = chaincode.get('args', '[]').replace('"', r'\"')
peerParts = peer.split('.')
org = '.'.join(peerParts[1:])
setup = self.get_env_vars(context, peer)
command = ["peer", "chaincode", "invoke",
"--name", chaincode['name'],
"--ctor", r"""'{\"Args\": %s}'""" % (args),
"--channelID", channelId]
if context.tls:
command = command + ["--tls",
common_util.convertBoolean(context.tls),
"--cafile",
'{0}/ordererOrganizations/example.com/orderers/orderer0.example.com/msp/tlscacerts/tlsca.example.com-cert.pem'.format(configDir)]
command = command + ["--orderer", '{0}:7050'.format(orderers[0])]
command.append('"')
output = context.composition.docker_exec(setup+command, [peer])
print("Invoke[{0}]: {1}".format(" ".join(setup+command), str(output)))
return output
def buildCryptoFile(context,
numOrgs,
numPeers,
numOrderers,
numUsers,
orgName=None,
ouEnable=False):
testConfigs = makeProjectConfigDir(context)
# Orderer Stanza
ordererHostStr = ""
for count in range(int(numOrderers)):
ordererHostStr += ORDERER_HOST.format(count=count)
ordererStr = ORDERER_STR + ordererHostStr
# Peer Stanza
peerStanzas = ""
for count in range(int(numOrgs)):
name = "Org{0}ExampleCom".format(count + 1)
domain = "org{0}.example.com".format(count + 1)
if orgName is not None:
name = orgName.title().replace('.', '')
domain = orgName
if type(ouEnable) == bool:
ouEnableStr = common_util.convertBoolean(ouEnable)
elif ouEnable == name:
ouEnableStr = "true"
else:
ouEnableStr = "false"
peerStanzas += PEER_ORG_STR.format(name=name,
domain=domain,
numPeers=numPeers,
numUsers=numUsers,
ouEnable=ouEnableStr)
peerStr = "PeerOrgs:" + peerStanzas
cryptoStr = ordererStr + "\n\n" + peerStr
with open("{0}/crypto.yaml".format(testConfigs), "w") as fd:
fd.write(cryptoStr)