def getABStubForComposeService(self, context, composeService):
'Return a Stub for the supplied composeService, will cache'
if composeService in self.atomicBroadcastStubsDict:
return self.atomicBroadcastStubsDict[composeService]
# Get the IP address of the server that the user registered on
channel = getGRPCChannel(*bdd_test_util.getPortHostMapping(context.compose_containers, composeService, 7050))
newABStub = ab_pb2.beta_create_AtomicBroadcast_stub(channel)
self.atomicBroadcastStubsDict[composeService] = newABStub
return newABStub
def getABStubForComposeService(self, context, composeService): 'Return a Stub for the supplied composeService, will cache' if composeService in self.atomicBroadcastStubsDict: return self.atomicBroadcastStubsDict[composeService] # Get the IP address of the server that the user registered on channel = getGRPCChannel(*bdd_test_util.getPortHostMapping(context.compose_containers, composeService, 7050)) newABStub = ab_pb2.beta_create_AtomicBroadcast_stub(channel) self.atomicBroadcastStubsDict[composeService] = newABStub return newABStub
def getABStubForComposeService(self, context, composeService):
'Return a Stub for the supplied composeService, will cache'
if composeService in self.atomicBroadcastStubsDict:
return self.atomicBroadcastStubsDict[composeService]
# Get the IP address of the server that the user registered on
root_certificates = self.directory.getTrustedRootsForOrdererNetworkAsPEM()
ipAddress, port = bdd_test_util.getPortHostMapping(context.compose_containers, composeService, 7050)
# print("ipAddress in getABStubForComposeService == {0}:{1}".format(ipAddress, port))
channel = bdd_grpc_util.getGRPCChannel(ipAddress=ipAddress, port=port, root_certificates=root_certificates, ssl_target_name_override=composeService)
newABStub = ab_pb2_grpc.AtomicBroadcastStub(channel)
self.atomicBroadcastStubsDict[composeService] = newABStub
return newABStub
def getABStubForComposeService(self, context, composeService):
'Return a Stub for the supplied composeService, will cache'
if composeService in self.atomicBroadcastStubsDict:
return self.atomicBroadcastStubsDict[composeService]
# Get the IP address of the server that the user registered on
root_certificates = self.directory.getTrustedRootsForOrdererNetworkAsPEM()
ipAddress, port = bdd_test_util.getPortHostMapping(context.compose_containers, composeService, 7050)
# print("ipAddress in getABStubForComposeService == {0}:{1}".format(ipAddress, port))
channel = bdd_grpc_util.getGRPCChannel(ipAddress=ipAddress, port=port, root_certificates=root_certificates, ssl_target_name_override=composeService)
newABStub = ab_pb2_grpc.AtomicBroadcastStub(channel)
self.atomicBroadcastStubsDict[composeService] = newABStub
return newABStub
def getABStubForComposeService(self, context, composeService, port=7050):
'Return a Stub for the supplied composeService, will cache'
if composeService in self.atomicBroadcastStubsDict:
return self.atomicBroadcastStubsDict[composeService]
# Get the IP address of the server that the user registered on
root_certificates = self.directory.getTrustedRootsForOrdererNetworkAsPEM()
peer_root_certificates = self.directory.getTrustedRootsForPeerNetworkAsPEM()
ipAddress, port_to_use = bdd_test_util.getPortHostMapping(context.compose_containers, composeService, port)
# print("ipAddress in getABStubForComposeService == {0}:{1}".format(ipAddress, port))
channel = bdd_grpc_util.getGRPCChannel(ipAddress=ipAddress, port=port_to_use, root_certificates="".join([peer_root_certificates, root_certificates]), ssl_target_name_override=composeService)
# Added logic to choose between ab.Deliver and events.Deliver for orderer vs peer respectively.
newABStub = ab_pb2_grpc.AtomicBroadcastStub(channel) if bootstrap_util.OrdererGensisBlockCompositionCallback.DISCRIMINATOR in composeService else events_pb2_grpc.DeliverStub(channel)
self.atomicBroadcastStubsDict[composeService] = newABStub
return newABStub
def getEndorserStubs(context, composeServices, directory, nodeAdminTuple):
stubs = []
user = directory.getUser(nodeAdminTuple.user)
signingOrg = directory.getOrganization(nodeAdminTuple.organization)
for composeService in composeServices:
ipAddress, port = bdd_test_util.getPortHostMapping(context.compose_containers, composeService, 7051)
# natForPeerSigner = directory.findNodeAdminTuple(userName="******".format(composeService), contextName=composeService, orgName="peerOrg0")
# signerCert = directory.getCertAsPEM(natForPeerSigner)
root_certificates = directory.getTrustedRootsForPeerNetworkAsPEM()
channel = bdd_grpc_util.getGRPCChannel(ipAddress=ipAddress, port=port, root_certificates=root_certificates,
ssl_target_name_override=composeService)
newEndorserStub = peer_pb2_grpc.EndorserStub(channel)
stubs.append(newEndorserStub)
return stubs
def getEndorserStubs(context, composeServices, directory, nodeAdminTuple):
stubs = []
user = directory.getUser(nodeAdminTuple.user)
signingOrg = directory.getOrganization(nodeAdminTuple.organization)
for composeService in composeServices:
ipAddress, port = bdd_test_util.getPortHostMapping(context.compose_containers, composeService, 7051)
# natForPeerSigner = directory.findNodeAdminTuple(userName="******".format(composeService), contextName=composeService, orgName="peerOrg0")
# signerCert = directory.getCertAsPEM(natForPeerSigner)
root_certificates = directory.getTrustedRootsForPeerNetworkAsPEM()
channel = bdd_grpc_util.getGRPCChannel(ipAddress=ipAddress, port=port, root_certificates=root_certificates,
ssl_target_name_override=composeService)
newEndorserStub = peer_pb2_grpc.EndorserStub(channel)
stubs.append(newEndorserStub)
return stubs