def test_install_chaincode_success(self):
self.client.state_store = file_key_value_store(self.kv_store_path)
with open(self.peer0Org1_tls_certs) as f:
pem = f.read()
opts = (
('grpc.ssl_target_name_override', self.peer0Org1_tls_hostname),)
peer0_org1 = create_peer(endpoint=self.peer0Org1_req_endpoint,
pem=pem, opts=opts)
org1_admin = get_peer_org_admin(self.client, 'org1.example.com')
crypto = ecies()
tran_prop_req = create_tx_prop_req(CC_INSTALL, CC_PATH, CC_TYPE_GOLANG,
CC_NAME, CC_VERSION)
tx_context = create_tx_context(org1_admin, crypto, tran_prop_req)
queue = Queue(1)
sleep(5)
response = self.client.send_install_proposal(tx_context, [peer0_org1])
response.subscribe(
on_next=lambda x: queue.put(x),
on_error=lambda x: queue.put(x)
)
res = queue.get(timeout=5)
proposal_response, _ = res[0][0]
self.assertEqual(proposal_response.response.status, 200)
def test_install_chaincode_success(self):
"""
Test a chaincode installation success.
:return:
"""
opts = (('grpc.ssl_target_name_override',
self.peer0_org1_tls_hostname), )
peer0_org1 = create_peer(endpoint=self.peer0_org1_endpoint,
tls_cacerts=self.peer0_org1_tls_certs,
opts=opts)
org1_admin = get_peer_org_user('org1.example.com', "Admin",
self.client.state_store)
crypto = ecies()
tran_prop_req = create_tx_prop_req(CC_INSTALL, CC_PATH, CC_TYPE_GOLANG,
CC_NAME, CC_VERSION)
tx_context = create_tx_context(org1_admin, crypto, tran_prop_req)
queue = Queue(1)
sleep(5)
response = self.client.send_install_proposal(tx_context, [peer0_org1])
response.subscribe(on_next=lambda x: queue.put(x),
on_error=lambda x: queue.put(x))
res = queue.get(timeout=5)
proposal_response, _ = res[0][0]
self.assertEqual(proposal_response.response.status, 200)
def test_instantiate_chaincode(self):
channel = self.client.new_channel(self.channel_name)
org1 = 'org1.example.com'
peer_config = test_network['org1.example.com']['peers']['peer0']
tls_cacerts = peer_config['tls_cacerts']
opts = (('grpc.ssl_target_name_override',
peer_config['server_hostname']), )
endpoint = peer_config['grpc_request_endpoint']
peer = create_peer(endpoint=endpoint,
tls_cacerts=tls_cacerts,
opts=opts)
org1_admin = get_peer_org_user(org1, 'Admin', self.client.state_store)
crypto = ecies()
# for chain code install
tran_prop_req_in = create_tx_prop_req(prop_type=CC_INSTALL,
cc_path=CC_PATH,
cc_type=CC_TYPE_GOLANG,
cc_name=CC_NAME,
cc_version=CC_VERSION)
# install chain code
tx_context_in = create_tx_context(org1_admin, crypto, tran_prop_req_in)
# for chain code deploy
args = ['a', '100', 'b', '40']
tran_prop_req_dep = create_tx_prop_req(prop_type=CC_INSTANTIATE,
cc_type=CC_TYPE_GOLANG,
cc_name=CC_NAME,
cc_version=CC_VERSION,
args=args,
fcn='init')
# deploy the chain code
tx_context_dep = create_tx_context(org1_admin, crypto,
tran_prop_req_dep)
# create a channel
request = build_channel_request(self.client, self.channel_tx,
self.channel_name)
self.client._create_channel(request)
# join channel
join_req = build_join_channel_req(org1, channel, self.client)
channel.join_channel(join_req)
self.client.send_install_proposal(tx_context_in, [peer])
# send the transaction to the channel
res = channel.send_instantiate_proposal(tx_context_dep, [peer])
tran_req = build_tx_req(res)
tx_context = create_tx_context(org1_admin, crypto, TXProposalRequest())
response = send_transaction(channel.orderers, tran_req, tx_context)
self.assertEqual(response[0].status, 200)
def test_instantiate_chaincode(self):
peer_config = test_network['org1.example.com']['peers']['peer0']
tls_cacerts = peer_config['tls_cacerts']
endpoint = peer_config['grpc_request_endpoint']
opts = (('grpc.ssl_target_name_override',
peer_config['server_hostname']), )
peer = create_peer(endpoint=endpoint,
tls_cacerts=tls_cacerts,
opts=opts)
tran_prop_req_in = create_tx_prop_req(prop_type=CC_INSTALL,
cc_path=CC_PATH,
cc_type=CC_TYPE_GOLANG,
cc_name=CC_NAME,
cc_version=CC_VERSION)
args = ['a', '100', 'b', '40']
tran_prop_req_dep = create_tx_prop_req(prop_type=CC_INSTANTIATE,
cc_type=CC_TYPE_GOLANG,
cc_name=CC_NAME,
cc_version=CC_VERSION,
fcn='init',
args=args)
org1 = 'org1.example.com'
crypto = ecies()
org1_admin = get_peer_org_user(org1, 'Admin', self.client.state_store)
tx_context_in = create_tx_context(org1_admin, crypto, tran_prop_req_in)
request = build_channel_request(self.client, self.channel_tx,
self.channel_name)
res = self.client._create_channel(request)
q = Queue(1)
res.subscribe(on_next=lambda x: q.put(x), on_error=lambda x: q.put(x))
status, _ = q.get(timeout=5)
if status.status == 200:
logger.info("create channel successfully")
time.sleep(5)
channel = self.client.new_channel(self.channel_name)
join_req = build_join_channel_req(org1, channel, self.client)
channel.join_channel(join_req)
res = self.client.send_install_proposal(tx_context_in, [peer])
res.subscribe(on_next=lambda x: q.put(x), on_error=lambda x: q.put(x))
status, _ = q.get(timeout=5)[0][0]
if status.response.status == 200:
logger.info("chaincode installed successfully")
time.sleep(5)
tx_context_dep = create_tx_context(org1_admin, crypto,
tran_prop_req_dep)
res = channel.send_instantiate_proposal(tx_context_dep, [peer])
assert (res)
def __init__(self, profile, channel_name, org_name, peer_name, user_name):
super().__init__(profile, channel_name, org_name, peer_name, user_name)
endpoint = self.client.get_net_info('peers', self.peer_name, 'url')
tlscert = self.client.get_net_info(
'peers', self.peer_name, 'tlsCACerts', 'path')
peer = create_peer(endpoint=endpoint, tls_cacerts=tlscert)
self._channel_event_hub = self.channel.newChannelEventHub(
peer, self.user)
self._event_regid = ''
self._event = ''
self._chaincode = ''
def __init__(self, profile, channel_name, org_name, peer_name, user_name):
self.client = Client(profile)
self._channel_name = channel_name
self._org_name = org_name
self._peer_name = peer_name
self._user_name = user_name
self._user = self.client.get_user(self._org_name, self._user_name)
endpoint = self.client.get_net_info('peers', self._peer_name, 'url')
tlscert = self.client.get_net_info('peers', self._peer_name,
'tlsCACerts', 'path')
loop = asyncio.get_event_loop()
peer = create_peer(endpoint=endpoint, tls_cacerts=tlscert)
loop.run_until_complete(
self.client.init_with_discovery(self._user, peer,
self._channel_name))
self._channel = self.client.new_channel(self._channel_name)
def __configure(self):
"""Get network configuration and make it available from self."""
self.peers = []
env = "local_" if LOCAL_DEPLOY else "gcp_"
peers = TRUSTAS_NETWORK['org1.example.com']['peers']
for pidx, peer_config in peers.items():
if not pidx.startswith("peer"):
continue
endpoint = peer_config[ env + 'grpc_request_endpoint' ]
tls_cacerts = peer_config['tls_cacerts']
opts = (('grpc.ssl_target_name_override',
peer_config['server_hostname']), )
peer = create_peer(endpoint=endpoint, tls_cacerts=tls_cacerts, opts=opts)
self.peers.append(peer)
self.org1 = 'org1.example.com'
self.crypto = ecies()
self.ixp_admin = get_peer_org_user(self.org1, 'Admin',
self.client.state_store)
def test_invoke_chaincode_sucess(self):
channel = self.client.new_channel(self.channel_name)
org1 = "org1.example.com"
peer_config = test_network['org1.example.com']['peers']['peer0']
tls_cacerts = peer_config['tls_cacerts']
opts = (('grpc.ssl_target_name_override',
peer_config['server_hostname']), )
endpoint = peer_config['grpc_request_endpoint']
org1_peer = create_peer(endpoint=endpoint,
tls_cacerts=tls_cacerts,
opts=opts)
org1_admin = get_peer_org_user(org1, "Admin", self.client.state_store)
crypto = ecies()
tran_prop_req_install = create_tx_prop_req(prop_type=CC_INSTALL,
cc_path=CC_PATH,
cc_type=CC_TYPE_GOLANG,
cc_name=CC_NAME,
cc_version=CC_VERSION)
tx_context_install = create_tx_context(org1_admin, crypto,
tran_prop_req_install)
args_dep = ['a', '200', 'b', '300']
tran_prop_req_dep = create_tx_prop_req(prop_type=CC_INSTANTIATE,
cc_type=CC_TYPE_GOLANG,
cc_name=CC_NAME,
cc_version=CC_VERSION,
args=args_dep,
fcn='init')
tx_context_dep = create_tx_context(org1_admin, crypto,
tran_prop_req_dep)
args = ['a', 'b', '100']
tran_prop_req = create_tx_prop_req(prop_type=CC_INVOKE,
cc_type=CC_TYPE_GOLANG,
cc_name=CC_NAME,
cc_version=CC_VERSION,
fcn='invoke',
args=args)
tx_context = create_tx_context(org1_admin, crypto, tran_prop_req)
request = build_channel_request(self.client, self.channel_tx,
self.channel_name)
self.client._create_channel(request)
sleep(5)
join_req = build_join_channel_req(org1, channel, self.client)
channel.join_channel(join_req)
sleep(5)
self.client.send_install_proposal(tx_context_install, [org1_peer])
sleep(5)
res = channel.send_instantiate_proposal(tx_context_dep, [org1_peer])
sleep(5)
tran_req = build_tx_req(res)
send_transaction(channel.orderers, tran_req, tx_context)
sleep(5)
tx_context_tx = create_tx_context(org1_admin, crypto,
TXProposalRequest())
res = channel.send_tx_proposal(tx_context, [org1_peer])
tran_req = build_tx_req(res)
response = send_transaction(channel.orderers, tran_req, tx_context_tx)
q = Queue(1)
response.subscribe(on_next=lambda x: q.put(x),
on_error=lambda x: q.put(x))
res, _ = q.get(timeout=5)
self.assertEqual(res.status, 200)
async def invoke_chaincode(self):
org1 = "org1.example.com"
peer_config = test_network['org1.example.com']['peers']['peer0']
tls_cacerts = peer_config['tls_cacerts']
opts = (('grpc.ssl_target_name_override',
peer_config['server_hostname']), )
endpoint = peer_config['grpc_request_endpoint']
self.peer = create_peer(endpoint=endpoint,
tls_cacerts=tls_cacerts,
opts=opts)
self.org1_admin = get_peer_org_user(org1, "Admin",
self.client.state_store)
# channel create
request = build_channel_request(self.client, self.channel_tx,
self.channel_name)
responses = await self.client._create_or_update_channel(request)
self.assertTrue(all([x.status == 200 for x in responses]))
self.channel = self.client.new_channel(self.channel_name)
# join channel
join_req = await build_join_channel_req(org1, self.channel,
self.client)
responses = self.channel.join_channel(join_req)
res = await asyncio.gather(*responses)
self.assertTrue(all([x.response.status == 200 for x in res]))
# install
tran_prop_req_install = create_tx_prop_req(prop_type=CC_INSTALL,
cc_path=CC_PATH,
cc_type=CC_TYPE_GOLANG,
cc_name=CC_NAME,
cc_version=CC_VERSION)
tx_context_install = create_tx_context(self.org1_admin,
self.org1_admin.cryptoSuite,
tran_prop_req_install)
responses, proposal, header = self.client.send_install_proposal(
tx_context_install, [self.peer])
await asyncio.gather(*responses)
# instantiate
args_dep = ['a', '200', 'b', '300']
tran_prop_req_dep = create_tx_prop_req(prop_type=CC_INSTANTIATE,
cc_type=CC_TYPE_GOLANG,
cc_name=CC_NAME,
cc_version=CC_VERSION,
args=args_dep,
fcn='init')
tx_context_dep = create_tx_context(self.org1_admin,
self.org1_admin.cryptoSuite,
tran_prop_req_dep)
responses, proposal, header = self.channel.send_instantiate_proposal(
tx_context_dep, [self.peer])
res = await asyncio.gather(*responses)
tran_req = build_tx_req((res, proposal, header))
tx_context = create_tx_context(self.org1_admin,
self.org1_admin.cryptoSuite,
TXProposalRequest())
await get_stream_result(
send_transaction(self.client.orderers, tran_req, tx_context))
# wait for event instantiate
channel_event_hub = self.channel.newChannelEventHub(
self.peer, self.org1_admin)
stream = channel_event_hub.connect(filtered=False)
channel_event_hub.registerTxEvent(tx_context_dep.tx_id,
disconnect=True)
try:
await asyncio.wait_for(stream, timeout=30)
except asyncio.TimeoutError:
raise TimeoutError('waitForEvent timed out.')
except Exception as e:
if not isinstance(e, grpc._channel._Rendezvous) \
or not e.cancelled():
raise e
finally:
channel_event_hub.disconnect()
# invoke part
args = ['a', 'b', '100']
tran_prop_req = create_tx_prop_req(prop_type=CC_INVOKE,
cc_type=CC_TYPE_GOLANG,
cc_name=CC_NAME,
fcn='invoke',
args=args)
tx_context = create_tx_context(self.org1_admin,
self.org1_admin.cryptoSuite,
tran_prop_req)
responses, p, h = self.channel.send_tx_proposal(
tx_context, [self.peer])
res = await asyncio.gather(*responses)
tran_req = build_tx_req((res, p, h))
tx_context_tx = create_tx_context(self.org1_admin,
self.org1_admin.cryptoSuite,
tran_req)
await get_stream_result(
send_transaction(self.channel.orderers, tran_req, tx_context_tx))
# wait for chaincode events
channel_event_hub = self.channel.newChannelEventHub(
self.peer, self.org1_admin)
stream = channel_event_hub.connect(filtered=False)
self.evts = {}
# with tx event
# channel_event_hub.registerTxEvent(tx_context.tx_id,
# unregister=True, disconnect=True,
# onEvent=self.onTxEvent)
# with chaincode event
self.registerChaincodeEvent(tx_context.tx_id, CC_NAME, '^invoked*',
channel_event_hub)
try:
await asyncio.wait_for(stream, timeout=30)
except asyncio.TimeoutError:
raise TimeoutError('waitForEvent timed out.')
except Exception as e:
if not isinstance(e, grpc._channel._Rendezvous) \
or not e.cancelled():
raise e
finally:
channel_event_hub.disconnect()
return tx_context.tx_id
def test_invoke_chaincode_sucess(self):
loop = asyncio.get_event_loop()
channel = self.client.new_channel(self.channel_name)
org1 = "org1.example.com"
peer_config = test_network['org1.example.com']['peers']['peer0']
tls_cacerts = peer_config['tls_cacerts']
opts = (('grpc.ssl_target_name_override',
peer_config['server_hostname']), )
endpoint = peer_config['grpc_request_endpoint']
org1_peer = create_peer(endpoint=endpoint,
tls_cacerts=tls_cacerts,
opts=opts)
org1_admin = get_peer_org_user(org1, "Admin", self.client.state_store)
crypto = ecies()
tran_prop_req_install = create_tx_prop_req(prop_type=CC_INSTALL,
cc_path=CC_PATH,
cc_type=CC_TYPE_GOLANG,
cc_name=CC_NAME,
cc_version=CC_VERSION)
tx_context_install = create_tx_context(org1_admin, crypto,
tran_prop_req_install)
args_dep = ['a', '200', 'b', '300']
tran_prop_req_dep = create_tx_prop_req(prop_type=CC_INSTANTIATE,
cc_type=CC_TYPE_GOLANG,
cc_name=CC_NAME,
cc_version=CC_VERSION,
args=args_dep,
fcn='init')
tx_context_dep = create_tx_context(org1_admin, crypto,
tran_prop_req_dep)
args = ['a', 'b', '100']
tran_prop_req = create_tx_prop_req(prop_type=CC_INVOKE,
cc_type=CC_TYPE_GOLANG,
cc_name=CC_NAME,
fcn='invoke',
args=args)
tx_context = create_tx_context(org1_admin, crypto, tran_prop_req)
request = build_channel_request(self.client, self.channel_tx,
self.channel_name)
loop.run_until_complete(self.client._create_or_update_channel(request))
join_req = loop.run_until_complete(
build_join_channel_req(org1, channel, self.client))
responses = channel.join_channel(join_req)
res = loop.run_until_complete(asyncio.gather(*responses))
self.assertTrue(all([x.response.status == 200 for x in res]))
responses, proposal, header = self.client.send_install_proposal(
tx_context_install, [org1_peer])
loop.run_until_complete(asyncio.gather(*responses))
responses, proposal, header = channel.send_instantiate_proposal(
tx_context_dep, [org1_peer])
res = loop.run_until_complete(asyncio.gather(*responses))
tran_req = build_tx_req((res, proposal, header))
send_transaction(channel.orderers, tran_req, tx_context)
loop.run_until_complete(
get_stream_result(
send_transaction(channel.orderers, tran_req, tx_context)))
tx_context_tx = create_tx_context(org1_admin, crypto,
TXProposalRequest())
responses, proposal, header = channel.send_tx_proposal(
tx_context, [org1_peer])
res = loop.run_until_complete(asyncio.gather(*responses))
tran_req = build_tx_req((res, proposal, header))
responses = loop.run_until_complete(
get_stream_result(
send_transaction(channel.orderers, tran_req, tx_context_tx)))
self.assertTrue(all([x.status == 200 for x in responses]))
def invoke_chaincode(self):
self.channel = self.client.new_channel(self.channel_name)
org1 = "org1.example.com"
peer_config = test_network['org1.example.com']['peers']['peer0']
tls_cacerts = peer_config['tls_cacerts']
opts = (('grpc.ssl_target_name_override',
peer_config['server_hostname']), )
endpoint = peer_config['grpc_request_endpoint']
self.org1_peer = create_peer(endpoint=endpoint,
tls_cacerts=tls_cacerts,
opts=opts)
self.org1_admin = get_peer_org_user(org1, "Admin",
self.client.state_store)
crypto = ecies()
tran_prop_req_install = create_tx_prop_req(prop_type=CC_INSTALL,
cc_path=CC_PATH,
cc_type=CC_TYPE_GOLANG,
cc_name=CC_NAME,
cc_version=CC_VERSION)
tx_context_install = create_tx_context(self.org1_admin, crypto,
tran_prop_req_install)
args_dep = ['a', '200', 'b', '300']
tran_prop_req_dep = create_tx_prop_req(prop_type=CC_INSTANTIATE,
cc_type=CC_TYPE_GOLANG,
cc_name=CC_NAME,
cc_version=CC_VERSION,
args=args_dep,
fcn='init')
tx_context_dep = create_tx_context(self.org1_admin, crypto,
tran_prop_req_dep)
args = ['a', 'b', '100']
tran_prop_req = create_tx_prop_req(prop_type=CC_INVOKE,
cc_type=CC_TYPE_GOLANG,
cc_name=CC_NAME,
cc_version=CC_VERSION,
fcn='invoke',
args=args)
tx_context = create_tx_context(self.org1_admin, crypto, tran_prop_req)
request = build_channel_request(self.client, self.channel_tx,
self.channel_name)
self.client._create_channel(request)
join_req = build_join_channel_req(org1, self.channel, self.client)
self.channel.join_channel(join_req)
self.client.send_install_proposal(tx_context_install, [self.org1_peer])
res = self.channel.send_instantiate_proposal(tx_context_dep,
[self.org1_peer])
tran_req = build_tx_req(res)
send_transaction(self.channel.orderers, tran_req, tx_context)
tx_context_tx = create_tx_context(self.org1_admin, crypto,
TXProposalRequest())
res = self.channel.send_tx_proposal(tx_context, [self.org1_peer])
tran_req = build_tx_req(res)
res = send_transaction(self.channel.orderers, tran_req, tx_context_tx)
tx_id = tx_context_dep.tx_id
return tx_id
},
'eventUrl': 'peer1-owkin:7053',
'grpcOptions': {
'grpc.http2.keepalive_time': 15,
'grpc.ssl_target_name_override': 'peer1-owkin'
},
'tlsCACerts': {
'path': '/substra/data/orgs/owkin/ca-cert.pem'
},
'url': 'peer1-owkin:7051'
}
peer1_owkin = create_peer(endpoint=peer_config['url'],
tls_cacerts=peer_config['tlsCACerts']['path'],
client_key=peer_config['clientKey']['path'],
client_cert=peer_config['clientServer']['path'],
opts=[(k, v)
for k, v in peer_config['grpcOptions'].items()
])
key_path = glob.glob('/substra/data/orgs/owkin/admin/msp/keystore/*')[0]
cert_path = '/substra/data/orgs/owkin/admin/msp/signcerts/cert.pem'
admin_owkin = create_user(name='admin',
org='owkin',
state_store=FileKeyValueStore('/tmp/kvs/'),
msp_id='owkinMSP',
key_path=key_path,
cert_path=cert_path)
client = Client()
def test_discovery(self):
org1 = 'org1.example.com'
peer_config = test_network['org1.example.com']['peers']['peer0']
tls_cacerts = peer_config['tls_cacerts']
opts = (('grpc.ssl_target_name_override',
peer_config['server_hostname']), )
endpoint = peer_config['grpc_request_endpoint']
peer = create_peer(endpoint=endpoint,
tls_cacerts=tls_cacerts,
opts=opts)
# org1_admin = get_peer_org_user(org1, 'Admin',
# self.client.state_store)
# Channel create
response = self.client.channel_create(
'orderer.example.com',
self.channel_name,
self.user,
config_yaml=self.config_yaml,
channel_profile=self.channel_profile)
self.assertTrue(response)
# Channel join
channel = self.client.get_channel(self.channel_name)
self.assertIsNotNone(channel)
response = self.client.channel_join(
requestor=self.user,
channel_name=self.channel_name,
peers=['peer0.' + org1, 'peer1.' + org1],
orderer='orderer.example.com')
self.assertTrue(response)
# CC install
response = self.client.chaincode_install(
requestor=self.user,
peers=['peer0.' + org1, 'peer1.' + org1],
cc_path=CC_PATH,
cc_name=CC_NAME,
cc_version=CC_VERSION)
self.assertTrue(response)
# CC instantiate
args = ['a', '200', 'b', '300']
response = self.client.chaincode_instantiate(
requestor=self.user,
channel_name=self.channel_name,
peers=['peer0.' + org1],
args=args,
cc_name=CC_NAME,
cc_version=CC_VERSION)
self.assertTrue(response)
# Query instantiated cc
response = self.client.query_instantiated_chaincodes(
requestor=self.user,
channel_name=self.channel_name,
peers=['peer0.' + org1, 'peer1.' + org1])
'''
chaincodes {
name: "example_cc"
version: "1.0"
path: "github.com/example_cc"
input: "<nil>"
escc: "escc"
vscc: "vscc"
}
'''
# TEST: config
# this one contain 3 queries
results = channel._discovery(requestor=self.user,
target=peer,
config=True,
interests=[{
'chaincodes': [{
'name': CC_NAME
}]
}])
self.assertEqual(
results.results[1].config_result.msps['OrdererMSP'].name,
'OrdererMSP')
self.assertEqual(
list(results.results[0].members.peers_by_org.keys())[0], 'Org1MSP')
self.assertEqual(results.results[2].cc_query_res.content[0].chaincode,
CC_NAME)
# TEST: query_peer
results = self.client.query_peers(self.user, peer)
self.assertEqual(
results['local_peers']['Org1MSP']['peers'][0]['endpoint'],
'peer0.org1.example.com:7051')
# Test init with discovery
client_discovery = Client()
client_discovery.init_with_discovery(self.user, peer,
self.channel_name)
self.assertEqual(len(client_discovery._orderers), 1)
self.assertEqual(len(client_discovery._peers), 3)
self.assertEqual(len(client_discovery._organizations), 3)
