def deploy_dc():
for host in unique_server:
with connect(host, "dc-eval", False) as r:
r.execute("git clone https://github.com/dedis/Dissent.git")
r.execute("cd Dissent; qmake application.pro; make -j")
r.execute("cd Dissent/conf/local; ln -s ../../dissent .")
with connect(unique_server[0], "dc-eval", False) as r:
r.execute("cd Dissent; qmake keygen.pro; make -j")
def generate_key():
with connect(unique_server[0], "dc-eval", False) as r:
# print server_n * len(unique_server) + client_n * len(unique_client) * connection
# r.execute("cd Dissent/conf/local && rm -rf keys && ./keygen --nkeys %d" % (server_n * len(unique_server) + client_n * len(unique_server) * connection ) )
# r.execute("cd Dissent/conf/local && rm -rf public private; cp -r keys/* .")
for host in unique_server[1:]:
with connect(host, "dc-eval", False) as rt:
rt.execute("cd Dissent/conf/local && rm -rf keys")
for host in unique_server[1:]:
r.execute("cd Dissent/conf/local; scp -r keys %s@%s:/home/jianyu/%s-dc-eval/Dissent/conf/local/" % (config.user, host, host))
for host in unique_server[1:]:
with connect(host, "dc-eval", False) as rt:
rt.execute("cd Dissent/conf/local && rm -rf public private ; mv keys/* .")
def sample(client_k):
temp = []
for host in unique_client:
for j in client_n:
temp.append((host, client_port[j]))
ping_client = set(random.sample(temp, k=client_k)
def run_all():
# server
for i in range(len(unique_server)):
#time.sleep(1)
with connect(unique_server[i], "dc-eval", False) as r:
for j in range(server_n):
r.execute("cd Dissent/conf/local ; rm *log; ./dissent server%d.conf &> /dev/null &" % (i*server_n + j))
time.sleep(2)
# client
session_id = 0;
for i in range(len(unique_client)):
with connect(unique_client[i], "dc-eval", False) as r:
for j in range(client_n):
if (unique_client[i], client_port[j]) in ping_client:
r.execute("cd Dissent/conf/local ; rm *log ; ./dissent client%d.conf %d" % (i*client_n + j, (i*client_n + j), session_id))
else:
r.execute("cd Dissent/conf/local ; rm *log ; ./dissent client%d.conf" % (i*client_n + j, (i*client_n + j)))
#time.sleep(delay)
setup_environment()
def signal_handler(sig, frame):
unique_execute("killall dissent", will_wait=False)
cleanup_environment()
sys.exit(0)
signal.signal(signal.SIGINT, signal_handler)
dc_dep()
deploy_dc()
#unique_execute("killall dissent", will_wait=False)
#unique_execute("sed -i 's/10000/20000/g' Dissent/src/Connections/ConnectionManager.cpp && cd Dissent && qmake application.pro && make -j", will_wait=False)
#remake()
#generate_key()
#init()
run_all()
print "done"
time.sleep(1000000)
def deployClient():
for idx, client in enumerate(clients):
with connect(client['host'], client['name'], False) as r:
r.execute("git clone [email protected]:jianyu-m/loopix.git")
N = hexlify(os.urandom(8))
all_providers = getProvidersNames()
prvName = random.choice(all_providers)
r.execute(
"cd loopix/loopix/; python setup_client.py %d %s Client%s %s" %
(client['port'], client['host'], N, prvName))
r.get('loopix/loopix/publicClient.bin', 'publicClient-%s.bin' % N)
def deployProvider():
for idx, provider in enumerate(providers):
with connect(provider['host'], provider['name'], False) as r:
r.execute("git clone [email protected]:jianyu-m/loopix.git")
r.put("config.json", "loopix/loopix/")
N = hexlify(os.urandom(8))
r.execute(
"cd loopix/loopix/; python setup_provider.py %d %s Provider%s"
% (provider['port'], provider['host'], N))
r.get('loopix/loopix/publicProvider.bin',
'publicProvider-%s.bin' % N)
def deployMixnode():
for idx, mix in enumerate(mixes):
with connect(mix['host'], mix['name'], False) as r:
r.execute("git clone [email protected]:jianyu-m/loopix.git")
r.put("config.json", "loopix/loopix/")
N = hexlify(os.urandom(8))
r.execute(
"cd loopix/loopix/; python setup_mixnode.py %d %s Mix%s %s" %
(mix['port'], mix['host'], N, 0))
r.get('loopix/loopix/publicMixnode.bin',
'publicMixnode-%s.bin' % N)
def runClient():
for client in clients:
with connect(client['host'], client['name'] + "/loopix/loopix/",
False) as r:
r.execute("twistd -y run_client.py")
def runProvider():
for provider in providers:
with connect(provider['host'], provider['name'] + "/loopix/loopix/",
False) as r:
r.execute("twistd -y run_provider.py")
def runMixnode():
for mix in mixes:
with connect(mix['host'], mix['name'] + "/loopix/loopix/", False) as r:
r.execute("twistd -y run_mixnode.py")
def loaddir():
for instance in instances:
with connect(instance['host'], instance['name'], False) as r:
r.put("example.db", "loopix/loopix/")
def init():
for host in unique_server:
with connect(host, "dc-eval", False) as rt:
rt.execute("cd Dissent/conf/local; rm *conf *log")
# generate server.conf
#os.system("ls ../Dissent/conf/local/private/* | awk -F / '{print $6}' | sort > all_ids")
all_ids = []
with open("all_ids") as f:
for line in f.readlines():
all_ids.append(line[:-1])
print len(all_ids)
info = "[general]\n"
info += "local_nodes=1\n"
info += "remote_endpoints="
for i in range(len(unique_server)):
for j in range(server_n):
if i == len(unique_server) - 1 and j == server_n - 1:
info += "\"tcp://%s:%s\"\n\n" % (unique_server[i], server_port[j])
else:
info += "\"tcp://%s:%s\"," % (unique_server[i], server_port[j])
info += "server_ids="
for i in range(len(unique_server)):
for j in range(server_n):
if i == len(unique_server) - 1 and j == server_n - 1:
info += "\"%s\"\n\n" % (s_ids[i * server_n + j])
#info += "\"%s\"\n\n" % (all_ids[i * server_n + j])
else:
#info += "\"%s\"," % (all_ids[i * server_n + j])
info += "\"%s\"," % (s_ids[i * server_n + j])
info += "round_type=\"null/csdcnet\"\n"
#info += "round_type=\"null/csdcnet\"\n"
info += "auth=true\n"
info += "path_to_private_keys=private\n"
info += "path_to_public_keys=public\n\n"
info += "console=false\n"\
"exit_tunnel=true\n"\
"multithreading=true\n\n"
for i in range(len(unique_server)):
for idx in range(server_n):
server_conf = "server%d.conf" % (i * server_n + idx)
sid = i*server_n + idx
print "server %d" % (sid)
with open(server_conf, 'w') as f:
f.write(info)
f.write("local_endpoints=\"tcp://%s:%s\"\n" % (unique_server[i], server_port[idx]))
f.write("local_id=\"%s\"\n" % (s_ids[sid]))
#f.write("local_id=\"%s\"\n" % (all_ids[sid]))
f.write("log=\"server%d.log\"\n" % (sid))
with connect(unique_server[i], "dc-eval", False) as r:
r.put(server_conf, "Dissent/conf/local/" + server_conf)
# generate client.conf
info = "[general]\n"
info += "local_nodes=%d\n" % (connection)
info += "remote_endpoints="
for i in range(len(unique_server)):
for j in range(server_n):
if i == len(unique_server) - 1 and j == server_n - 1:
info += "\"tcp://%s:%s\"\n\n" % (unique_server[i], server_port[j])
else:
info += "\"tcp://%s:%s\"," % (unique_server[i], server_port[j])
info += "server_ids="
for i in range(len(unique_server)):
for j in range(server_n):
if i == len(unique_server) - 1 and j == server_n - 1:
info += "\"%s\"\n\n" % (s_ids[i * server_n + j])
#info += "\"%s\"\n\n" % (all_ids[i * server_n + j])
else:
#info += "\"%s\"," % (all_ids[i * server_n + j])
info += "\"%s\"," % (s_ids[i * server_n + j])
info += "round_type=\"null/csdcnet\"\n"
info += "path_to_private_keys=private\n"
info += "path_to_public_keys=public\n\n"
info += "exit_tunnel=false\n"\
"multithreading=true\n\n"
#info += "web_server_url=http://127.0.0.1:8080\nentry_tunnel_url = \"tcp://127.0.0.1:8081\"\n"
cnt = 0
all_ids = [x for x in (set(all_ids) - set(s_ids))]
for i in range(len(unique_client)):
for j in range(client_n):
cid = (i * client_n + j) * connection
client_conf = "client%d.conf" % (i * client_n + j)
with open(client_conf, 'w') as f:
f.write(info)
f.write("auth=true\n")
if i == len(unique_client):
#if i == len(unique_client) - 1:
f.write("console=true\n")
else:
f.write("console=false\n")
f.write("web_server_url=http://127.0.0.1:%d\nentry_tunnel_url = \"tcp://127.0.0.1:%d\"\n" % (8080 + j, 7080 + j))
f.write("local_endpoints=\"tcp://127.0.0.1:%s\"\n" % (client_port[j]))
while all_ids[cnt] in s_ids:
print cnt
cnt += 1
f.write("local_id=\"%s\"" % (all_ids[cnt]))
cnt += 1
#f.write("local_id=\"%s\"" % (all_ids[server_n * len(unique_server) + cid]))
print "client %d" % (server_n * len(unique_server) + cid)
for k in range(1, connection):
while all_ids[cnt] in s_ids:
print cnt
cnt += 1
f.write(", \"%s\"" % (all_ids[cnt]))
cnt += 1
print "client %d" % (server_n * len(unique_server) + cid + k)
f.write("\n")
f.write("log=\"clients%d.log\"\n" % (cid / connection))
with connect(unique_client[i], "dc-eval", False) as r:
r.put(client_conf, "Dissent/conf/local/" + client_conf)
def remake():
for host in unique_server:
with connect(host, "dc-eval", False) as rt:
rt.execute("sed -i 's/20000/10000/g' Dissent/src/Connections/ConnectionManager.cpp && cd Dissent && qmake application.pro && make -j")
def run_all():
# server
for i in range(len(unique_server)):
#time.sleep(1)
with connect(unique_server[i], "dc-eval", False) as r: