def test_invoke(self):
self.shutdown_test_env()
self.start_test_env()
time.sleep(5)
client = Client()
chain = client.new_chain(CHAIN_ID)
client.set_state_store(file_key_value_store(self.kv_store_path))
chain.add_peer(Peer())
submitter = get_submitter()
signing_identity = submitter.signing_identity
# cc_invoke_req = create_invocation_proposal_req(
# CHAINCODE_NAME, CHAINCODE_VERSION, signing_identity,
# args=['move', 'a', 'b', '100'])
queue = Queue(1)
#
# chain.invoke_chaincode(cc_invoke_req) \
# .subscribe(lambda x: queue.put(x))
prop = queue.get(timeout=10)
proposal_bytes = prop.proposal_bytes
sig = prop.signature
# verify the signature against the hash of proposal_bytes
digest = signing_identity.msp.crypto_suite.hash(proposal_bytes)
self.assertEqual(
signing_identity.verify(str.encode(digest.hexdigest()),
sig),
True)
self.shutdown_test_env()
def test_create_new_chain(self):
client = Client()
client.set_state_store(file_key_value_store(self.kv_store_path))
test_chain = client.new_chain('test')
self.assertEqual(test_chain, client.get_chain('test'))
no_chain = client.get_chain('test1')
self.assertIsNone(no_chain)
def test_install(self):
time.sleep(5)
client = Client()
chain = client.new_chain(CHAIN_ID)
client.set_state_store(file_key_value_store(self.kv_store_path))
chain.add_peer(Peer())
chain.add_orderer(Orderer())
submitter = get_submitter()
signing_identity = submitter.signing_identity
cc_install_req = create_installment_proposal_req(
CHAINCODE_NAME, CHAINCODE_PATH, CHAINCODE_VERSION)
queue = Queue(1)
chain.install_chaincode(cc_install_req, signing_identity) \
.subscribe(on_next=lambda x: queue.put(x),
on_error=lambda x: queue.put(x))
response, _ = queue.get(timeout=5)
# TODO: create channel not implement yet
print(response.status)
self.assertEqual(404, response.status)