BOOTSTRAP_IP, POET_IP)
print("Waiting for node to boot up")
#tools.tail(fluentd)
tools.wait_for_log("App started", fluentd)
print("Bootstrap booted")
# collect id and ip.
bootIP = tools.getExternalIP(advclient, bootstrap)
if bootIP == "":
print("bootstrap failed")
if bootIP != BOOTSTRAP_IP:
print("bootstrap loaded with wrong ip")
bootID = tools.getPublicKey(fluentd)
print("Bootnode is at - " + bootstrap.name + ": " + bootIP + ":7513/" +
bootID)
create_nodes(params.genesis_accounts, bootIP, bootID, POET_IP,
NETWORK_NAME)
print("Started " + str(netsize) + " more instances booting from bootnode")
tools.parse_logs(fluentd, queries.events)
except KeyboardInterrupt:
print("Run stopped")
except:
traceback.print_exc()
finally:
print("Starting to shutdown nodes")
if fluentd is not None:
def getpubkey(cont):
id = tools.getPublicKey(client.containers.get(cont))
return True, cont, id
advclient = docker.APIClient(base_url='unix://var/run/docker.sock')
tools.cleanUp(client.containers.list())
time.sleep(1)
print "Creating bootstrap container"
bootstrap = client.containers.run("spaceanton/spacemesh:spacemesh_p2p", detach=True, ports={9090:9999}, environment={"BOOTPARAMS": "--gossip --randcon 3 --bucketsize 100"})
print "Waiting for node to boot up"
tools.waitForRPC(bootstrap)
tools.registerProtocol(advclient, bootstrap, "gossip_test", 8081)
# collect id and ip.
bootIP = tools.getExternalIP(advclient, bootstrap)
bootID = tools.getPublicKey(bootstrap)
print "Bootnode is at - "+ bootstrap.name + ": " + bootIP + ":7513/" + bootID
# Start a network with size `netsize` boot each client and add to the list
# After that run the needed tests.
netsize = 30
idxes = {}
contlist = []
def createNodes(netsize, bootIP, bootID):
for i in range(netsize):
node = client.containers.run("spaceanton/spacemesh:spacemesh_p2p", detach=True, ports={"9090": None}, environment={"BOOTPARAMS": "--bootstrap --gossip --randcon " + str(randcon) + " --bucketsize 20 --bootnodes \"" + bootIP + ":7513/" + bootID + "\""})
contlist.append({"cont": node})
idxes[node.name] = i