def testReplyWhenRepliesFromExactlyFPlusOneNodesAreSame(looper, client1): """ When only :math:`2f+1` replies from the nodes are matching, the client would accept the reply """ request = sendRandomRequest(client1) # exactly f + 1 => (3) nodes have correct responses # modify some (numOfResponses of type REPLY - (f + 1)) => 4 responses to # have a different operations looper.run( eventually(assertLength, client1.inBox, 2 * nodeCount * request.reqId, retryWait=.25, timeout=15)) replies = (msg for msg, frm in client1.inBox if msg[OP_FIELD_NAME] == REPLY and msg[f.RESULT.nm][f.REQ_ID.nm] == request.reqId) # change two responses to something different for i in range(2): msg = next(replies) msg[f.RESULT.nm][TXN_ID] = str(i) + "Some random id" checkResponseCorrectnessFromNodes(client1.inBox, request.reqId, F)
def testReplyWhenRepliesFromExactlyFPlusOneNodesAreSame( looper, client1, wallet1): """ When only :math:`f+1` replies from the nodes are matching, the client would accept the reply """ request = sendRandomRequest(wallet1, client1) # exactly f + 1 => (3) nodes have correct responses # modify some (numOfResponses of type REPLY - (f + 1)) => 4 responses to # have a different operations responseTimeout = waits.expectedTransactionExecutionTime(nodeCount) looper.run( eventually(checkResponseRecvdFromNodes, client1, nodeCount, request.reqId, retryWait=1, timeout=responseTimeout)) replies = (msg for msg, frm in client1.inBox if msg[OP_FIELD_NAME] == REPLY and msg[f.RESULT.nm][f.REQ_ID.nm] == request.reqId) # change two responses to something different for i in range(2): msg = next(replies) msg[f.RESULT.nm][f.SIG.nm] = str(i) + "Some random id" checkResponseCorrectnessFromNodes(client1.inBox, request.reqId, F)
def testReplyWhenRepliesFromExactlyFPlusOneNodesAreSame(looper, client1, wallet1): """ When only :math:`2f+1` replies from the nodes are matching, the client would accept the reply """ request = sendRandomRequest(wallet1, client1) # exactly f + 1 => (3) nodes have correct responses # modify some (numOfResponses of type REPLY - (f + 1)) => 4 responses to # have a different operations looper.run( eventually(checkResponseRecvdFromNodes, client1, 2 * nodeCount, request.reqId, retryWait=1, timeout=20)) replies = (msg for msg, frm in client1.inBox if msg[OP_FIELD_NAME] == REPLY and msg[f.RESULT.nm][f.REQ_ID.nm] == request.reqId) # change two responses to something different for i in range(2): msg = next(replies) msg[f.RESULT.nm][TXN_ID] = str(i) + "Some random id" checkResponseCorrectnessFromNodes(client1.inBox, request.reqId, F)
def testReplyWhenRepliesFromAllNodesAreSame(looper, client1): """ When there are not faulty nodes, the client must get a reply from all the nodes. """ request = sendRandomRequest(client1) looper.run( eventually(assertLength, client1.inBox, 2 * nodeCount * request.reqId, retryWait=.25, timeout=15)) checkResponseCorrectnessFromNodes(client1.inBox, request.reqId, F)
def testReplyWhenRepliesFromAllNodesAreSame(looper, client1, wallet1): """ When there are not faulty nodes, the client must get a reply from all the nodes. """ request = sendRandomRequest(wallet1, client1) looper.run( eventually(checkResponseRecvdFromNodes, client1, 2 * nodeCount, request.reqId, retryWait=1, timeout=20)) checkResponseCorrectnessFromNodes(client1.inBox, request.reqId, F)
def testReplyWhenRepliesFromAllNodesAreSame(looper, client1, wallet1): """ When there are not faulty nodes, the client must get a reply from all the nodes. """ request = sendRandomRequest(wallet1, client1) looper.run( eventually(checkResponseRecvdFromNodes, client1, 2 * nodeCount, request.reqId, retryWait=1, timeout=20)) checkResponseCorrectnessFromNodes(client1.inBox, request.reqId, F)
def testReplyWhenRepliesFromAllNodesAreSame(looper, client1): """ When there are not faulty nodes, the client must get a reply from all the nodes. """ request = sendRandomRequest(client1) looper.run( eventually(assertLength, client1.inBox, 2 * nodeCount * request.reqId, retryWait=.25, timeout=15)) checkResponseCorrectnessFromNodes(client1.inBox, request.reqId, F)
def test_state_proof_checked_in_client_request(looper, txnPoolNodeSet, client1, wallet1): """ Checks that client cat use state proofs instead of quorum for replies. To implement this test state proof is added to replies for 'greeting' requests in TestNode. Parsing added to TestClient. """ request = sendRandomRequest(wallet1, client1) responseTimeout = waits.expectedTransactionExecutionTime(nodeCount) looper.run( eventually(check_proved_reply_received, client1, request.identifier, request.reqId, retryWait=1, timeout=responseTimeout)) checkResponseCorrectnessFromNodes(client1.inBox, request.reqId, F)
def testReplyWhenRepliesFromExactlyFPlusOneNodesAreSame(looper, client1): """ When only :math:`2f+1` replies from the nodes are matching, the client would accept the reply """ request = sendRandomRequest(client1) # exactly f + 1 => (3) nodes have correct responses # modify some (numOfResponses of type REPLY - (f + 1)) => 4 responses to # have a different operations looper.run( eventually(assertLength, client1.inBox, 2 * nodeCount * request.reqId, retryWait=.25, timeout=15)) replies = (msg for msg, frm in client1.inBox if msg['op'] == REPLY and msg['reqId'] == request.reqId) # change two responses to something different for i in range(2): msg = next(replies) msg['result']['txnId'] = str(i) + "Some random id" checkResponseCorrectnessFromNodes(client1.inBox, request.reqId, F)