from l3ns.base.network import Network, NetworkConcurrent
from l3ns import defaults
import sys
if sys.argv[2] == 'c':
defaults.network = NetworkConcurrent('15.2.0.0/16', max_workers=8)
else:
defaults.network = Network('15.2.0.0/16')
N = int(sys.argv[1])
s = DockerSubnet(name='polygon', size=N+10)
nodes = [
DockerNode(
'l3ns_node_1',
image='l3ns/kademlia')]
s.add_node(nodes[0])
for i in range(N-1):
n = DockerNode(
'l3ns_node_' + str(i + 2),
image='l3ns/kademlia',
command=nodes[int(i/10)].get_ip())
nodes.append(n)
s.add_node(n)
defaults.network.start(interactive=True)
from l3ns.ldc import DockerNode, DockerSubnet
from l3ns.base.network import Network, NetworkConcurrent
from l3ns import defaults
defaults.network = Network('16.0.0.0/8')
dockers = []
nodes = 3
s = DockerSubnet(name='polygon', size=10)
for i in range(nodes):
node = DockerNode('node' + str(i + 2),
image='eth',
command='sh -c "distr/setup_account.sh ' + str(i + 2) +
'"')
dockers.append(node)
s.add_node(node)
for node in dockers:
print(node.get_ip())
defaults.network.start(interactive=True)
from l3ns.ldc import DockerNode, DockerSubnet
from l3ns import defaults, net
from l3ns.overlays.ospf import OspfOverlay
defaults.subnet_class = DockerSubnet
routers = DockerNode.generate_routers('router', 2)
router_net = net.create_subnet('router_net', routers, size=4)
overlay = OspfOverlay(routers)
nodes = DockerNode.generate_nodes('node', 2, image='alpine', command='tail -f /dev/null')
for n, r in zip(nodes, routers):
n.connect_to(r)
net.start(interactive=True)
# ports={'20335/tcp': 20335, '30335/tcp': 30335, '20003/tcp': 20003},
# volumes={os.getcwd()+'/config/protocol.privnet.docker.one.yml':{'bind':'/config/protocol.privnet.docker.yml', 'mode':'ro'}, os.getcwd()+'/config/wallet1.json':{'bind':'/wallet3.json', 'mode':'ro'}}, command='/usr/bin/privnet-entrypoint.sh node --config-path /config --privnet')
# node4 = DockerNode('node4', image='env_neo_go_image',
# ports={'20336/tcp': 20336, '30336/tcp': 30336, '20004/tcp': 20004},
# volumes={os.getcwd()+'/config/protocol.privnet.docker.one.yml':{'bind':'/config/protocol.privnet.docker.yml', 'mode':'ro'}, os.getcwd()+'/config/wallet1.json':{'bind':'/wallet4.json', 'mode':'ro'}}, command='/usr/bin/privnet-entrypoint.sh node --config-path /config --privnet')
node1 = DockerNode(
'node1',
image='env_neo_go_image',
ports={
'20333/tcp': 20333,
'30333/tcp': 30333,
'20001/tcp': 20001
},
volumes={
os.getcwd() + '/config/protocol.privnet.docker.one.yml': {
'bind': '/config/protocol.privnet.yml',
'mode': 'ro'
},
os.getcwd() + '/.docker/wallets/wallet1.json': {
'bind': '/wallet1.json',
'mode': 'rw'
}
},
command=
'/usr/bin/privnet-entrypoint.sh node --config-path /config --privnet')
node2 = DockerNode(
'node2',
image='env_neo_go_image',
ports={
'20334/tcp': 20334,
'30334/tcp': 30334,
from l3ns.ldc import DockerNode
from l3ns import defaults
n1 = DockerNode('test1', image='alpine', command='tail -f /dev/null')
n2 = DockerNode('test2', image='alpine', command='tail -f /dev/null')
n1.connect_to(n2)
print(n1.get_ip())
print(n2.get_ip())
defaults.network.start(interactive=True)
from l3ns.ldc import DockerNode, DockerSubnet
from l3ns import defaults
subnet = DockerSubnet('l3ns_kademlia')
n1 = DockerNode('kademlia1', image='l3ns/kademlia')
subnet.add_node(n1)
n2 = DockerNode('kademlia2', image='l3ns/kademlia', command=n1.get_ip())
subnet.add_node(n2)
defaults.network.start(interactive=True)
from l3ns.ldc import DockerNode, DockerSubnet
from l3ns.base.network import Network, NetworkConcurrent
from l3ns import defaults
import sys
if sys.argv[2] == 'c':
defaults.network = NetworkConcurrent('15.0.0.0/16', max_workers=8)
else:
defaults.network = Network('15.0.0.0/16')
N = int(sys.argv[1])
s = DockerSubnet(name='polygon', size=N + 10)
nodes = []
for i in range(N):
n = DockerNode('l3ns_node_' + str(i + 1),
image='l3ns/ts_ping',
command='tail -f /dev/null' if not len(nodes) else
'ping {} | ts "[%H:%M:%S]"'.format(nodes[int(i /
10)].get_ip()))
nodes.append(n)
s.add_node(n)
defaults.network.start(interactive=True)
inteerconnect = 10
m = N // 500 + 1 # количество подсетей
N = N // m # количество контейнеров в подсети
print(m, N, m * N)
routers = []
router_net = DockerSubnet('router_net', [], size=m * inteerconnect + 10)
lans = []
for i in range(m):
lan_nodes = []
lans.append(lan_nodes)
lan_routers = DockerNode.generate_routers(f'router{i}_', inteerconnect)
routers += lan_routers
for r in lan_routers:
router_net.add_node(r)
lan_nodes.extend(lan_routers)
lan_nodes.extend([
DockerNode(
f'node_{i}_{j+1}',
image='alpine',
command=f'ping {random.choice(random.choice(lans)).get_ip()}')
for j in range(N)
])
lan_net = DockerSubnet(f'net_{i}', lan_nodes)
if sys.argv[2] == 'c':
defaults.network = NetworkConcurrent('15.0.0.0/16', max_workers=2)
else:
defaults.network = Network('15.0.0.0/16')
N = int(sys.argv[1])
nodes = []
N1 = int(N / 2)
s1 = DockerSubnet(name='polygon1', size=N1 + 10)
s2 = DockerSubnet(name='polygon2', size=N1 + 10)
for i in range(N1):
n = DockerNode(image='alpine',
command='tail -f /dev/null'
if not len(nodes) else 'ping {}'.format(nodes[-1].get_ip()),
name='l3ns_node_' + str(i + 1))
nodes.append(n)
s1.add_node(n)
for i in range(N - N1):
n = DockerNode(image='alpine',
command='tail -f /dev/null' if len(nodes) == N1 else
'ping {}'.format(nodes[N1].get_ip()),
name='l3ns_node_' + str(N1 + i + 1))
nodes.append(n)
s2.add_node(n)
defaults.network.start(interactive=True)