def main():
net = Network('15.0.0.0/8')
node1 = net.create_node('Node0',
image='lab/mit',
entrypoint="sleep infinity",
ports={
'8008/tcp': 8008,
'9080/tcp': 9080
},
enable_internet=True,
privileged=True)
node2 = net.create_node('Node1',
image='lab/mit',
entrypoint="sleep infinity",
ports={'8009/tcp': 8009},
enable_internet=True,
privileged=True)
node3 = net.create_node('Node2',
image='lab/mit',
entrypoint="sleep infinity",
ports={'8010/tcp': 8010},
enable_internet=True,
privileged=True)
net.create_subnet('net', (node1, node2, node3))
net.configure(verbose=True)
net.render('../../labs/kind', verbose=True)
def main():
parser = ArgumentParser()
parser.add_argument("lab_path", type=str, help='path to the lab directory')
args = parser.parse_args()
main_net = Network('15.0.0.0/8')
size = 3
core = main_net.generate_nodes('core_', size)
nodes = main_net.generate_nodes('n', size * 2, image='kademlia')
main_net.create_subnet('core_net', core)
for i in range(len(core)):
main_net.create_subnet('radial_' + str(i),
(core[i], nodes[2 * i], nodes[2 * i + 1]))
main_net.create_overlay(Overlay.RIP, 'RIP_1', core)
main_net.configure(verbose=True)
for node in nodes[1:]:
node.add_options(environment={'KADEMLIA_ARGS': nodes[0].get_ip()})
main_net.render(args.lab_path, verbose=True)
def main():
net = Network('15.0.0.0/8')
# create network nodes that will represent client and server
server = net.create_node('server',
image='madt/docker_compose',
enable_internet=True,
privileged=True)
clients = net.generate_nodes('client',
6,
image='madt/pyget',
environment={"SERVER": 'whoami.local'})
with open('docker-compose.yml') as docker_compose_yml_file:
server.add_dir('.', '/app')
# create a local network that will connect all those nodes
routers = net.generate_nodes('router', 3)
net.create_subnet('subnet1', (routers[0], *clients[:3]))
net.create_subnet('subnet2', (routers[1], *clients[3:]))
net.create_subnet('subnet3', routers)
net.create_subnet('subnet4', (routers[2], server))
net.create_overlay(Overlay.RIP, 'RIP', routers)
# distribute IP addresses
net.configure(verbose=True)
# pass server IP to the clients
for client in clients:
client.add_options(extra_hosts={'whoami.local': server.get_ip()})
# save lab
net.render('../../labs/compose', verbose=True)
def main():
parser = ArgumentParser()
parser.add_argument("lab_path", type=str, help='path to the lab directory')
args = parser.parse_args()
main_net = Network('15.0.0.0/8')
core = main_net.generate_nodes('core_', 3)
routers = main_net.generate_nodes('r', 2)
ospf_routers = main_net.generate_nodes('ospfr', 2)
nodes = main_net.generate_nodes('n', 11, image='kademlia')
gateway = main_net.create_node('gateway')
main_net.make_mesh(core) # WAS IT DEPRECATED?
# make subnets connecting each pair of nodes
main_net.make_mesh((core[0], *routers)) # WAS IT DEPRECATED?
main_net.create_subnet('ospf_1', (ospf_routers[0], core[2]))
main_net.create_subnet('ospf_2', (ospf_routers[1], core[2]))
main_net.create_subnet('lc1', (*nodes[:2], routers[0]))
main_net.create_subnet('lc2', (*nodes[2:4], routers[1], gateway))
main_net.create_subnet('lc3', (*nodes[4:7], core[1]))
main_net.create_subnet('lc4', (*nodes[7:9], ospf_routers[0]))
main_net.create_subnet('lc5', (*nodes[9:], ospf_routers[1]))
main_net.create_overlay(Overlay.RIP, 'RIP_1', (core[0], *routers))
main_net.create_overlay(Overlay.OSPF, 'OSPF_1', (core[2], *ospf_routers))
main_net.create_overlay(
Overlay.BGP, 'big_boi',
[[*nodes[:4], *routers, gateway, core[0]], [*nodes[4:7], core[1]],
[*nodes[7:], *ospf_routers, core[2]]])
local_net = main_net.create_local_network(gateway)
local_routers = local_net.generate_nodes('lan_router', 2)
local_net.create_subnet('LAN0', (*local_routers, gateway))
for idx, r in enumerate(local_routers):
node = local_net.create_node('lan_node' + str(idx + 1),
image='kademlia')
local_net.create_subnet('LAN' + str(idx + 1), (node, r))
nodes.append(node)
local_net.create_overlay(Overlay.RIP, 'RIP_1', local_routers)
main_net.configure(verbose=True)
for node in nodes[1:]:
node.add_options(environment={'KADEMLIA_ARGS': nodes[0].get_ip()})
main_net.render(args.lab_path, verbose=True)
def main():
parser = ArgumentParser()
parser.add_argument("lab_path", type=str, help='path to the lab directory')
args = parser.parse_args()
global subnets
# Define network
net = Network('15.0.0.0/8')
# Create initial outer nodes and a subnet
outer_nodes = [
*net.generate_nodes('core_', children),
]
net.create_subnet('core', outer_nodes)
# Iteratively create other nodes
for i in range(iterations):
new_outer_nodes = []
for node in outer_nodes:
idx = outer_nodes.index(node) + 1
new_nodes = net.generate_nodes('L{0}_N{1}_'.format(i, idx),
children)
net.create_subnet('L{0}_D{1}'.format(i, idx), (node, *new_nodes))
subnets += 1
new_outer_nodes.extend(new_nodes)
central_nodes.extend(outer_nodes)
outer_nodes = new_outer_nodes
# OSPF - Open Shortest Path First
net.create_overlay(Overlay.OSPF, 'OSPF', central_nodes)
# Setup the node docker image
for node in outer_nodes:
node.image = 'kademlia'
net.configure(verbose=True)
for node in outer_nodes[1:]:
node.add_options(
environment={'KADEMLIA_ARGS': outer_nodes[0].get_ip()})
net.render(args.lab_path, verbose=True)
print('NET SIZE: ', len(central_nodes) + len(outer_nodes))
print('SUBNETS: ', subnets)
def main():
madt = Network('15.0.0.0/8')
# create 20 nodes with names sensor_1, sensor_2 etc.
nodes = madt.generate_nodes('sensor_', 20, image='madt/kademlia')
# create a local network that will connect all those nodes
madt.create_subnet('net', nodes)
# distribute IP addresses
madt.configure(verbose=True)
for n in nodes[1:]: # pass initial connection arguments to kademlia
n.add_options(environment={'KADEMLIA_ARGS': nodes[0].get_ip()})
# save lab
madt.render('../../labs/kademlia', verbose=True)
def main():
net = Network('16.0.0.0/8')
node_count = 3
eths = []
for i in range(node_count):
num = str(i+2)
#create docker image for i-node
eth = net.create_node('eth'+num, image='eth', entrypoint='sh -c "distr/setup_account.sh ' + num + '"')
eths.append(eth)
#create subnet
net.create_subnet('net', eths)
# distribute IP addresses
net.configure(verbose=True)
# save lab
net.render('../../labs/eth', verbose=True)
def main():
parser = ArgumentParser()
parser.add_argument("lab_path", type=str, help='path to the lab directory')
args = parser.parse_args()
net = Network('15.0.0.0/8')
nodes = net.generate_nodes('n', 3, image='kademlia')
net.create_subnet('net', nodes)
net.configure(verbose=True)
for node in nodes[1:]:
node.add_options(environment={'KADEMLIA_ARGS': nodes[0].get_ip()})
net.render(args.lab_path, verbose=True)
def main():
net = Network('15.0.0.0/8')
# create a local network that will connect all those nodes
server = net.create_node('server', image='roastario/notary-and-network-map:4.0',entrypoint='sh -c "/start.sh && while true; do sleep 1000; done"',ports={'10200/tcp': 10200, '8080/tcp': 8080}, privileged=True)
client1 = net.create_node('client1', image='party-a', entrypoint='sh -c "/run-corda.sh && while true; do sleep 1000; done"',ports={'2222/tcp': 2221}, privileged=True)
client2 = net.create_node('client2', image='party-b', entrypoint='sh -c "/run-corda.sh && while true; do sleep 1000; done"',ports={'2222/tcp': 2222}, privileged=True)
client3 = net.create_node('client3', image='party-c', entrypoint='sh -c "/run-corda.sh && while true; do sleep 1000; done"',ports={'2222/tcp': 2223}, privileged=True)
net.create_subnet('net_corda54675', (server, client1, client2, client3))
net.configure(verbose=True)
server.add_options(environment=['PUBLIC_ADDRESS=notary-and-network-map', 'MY_PUBLIC_ADDRESS=notary-and-network-map'])
# save lab
net.render('../madt/labs/corda-yo', verbose=True)
def main():
net = Network('15.0.0.0/8')
# create network nodes that will represent client and server
server = net.create_node('server', image='madt/nginx')
client = net.create_node(
'client',
image='inutano/wget',
entrypoint=
'sh -c "while true; do wget -O - -T 3 $SERVER; sleep 1; done"')
# create a local network that will connect all those nodes
net.create_subnet('net', (server, client))
# distribute IP addresses
net.configure(verbose=True)
# pass server IP to the client
client.add_options(environment={'SERVER': server.get_ip()})
# save lab
net.render('../../labs/basic_tutorial', verbose=True)
def main():
parser = ArgumentParser()
parser.add_argument("lab_path", type=str, help='path to the lab directory')
args = parser.parse_args()
net = Network('15.0.0.0/8')
routers = net.generate_nodes('r', 3)
net.create_subnet('core', routers)
for idx, router in enumerate(routers):
n = net.create_node('n' + str(idx + 1))
net.create_subnet('net' + str(idx + 1), (router, n))
n.add_file('/me.txt', 'IM NODE #' + str(idx))
net.create_overlay(Overlay.RIP, 'RIP', routers)
net.render(args.lab_path, verbose=True)
def main():
parser = ArgumentParser()
parser.add_argument("lab_path", type=str, help='path to the lab directory')
args = parser.parse_args()
net = Network('15.0.0.0/8')
nodes = net.generate_nodes('n', 3)
net.create_subnet('net', nodes)
local_net = net.create_local_network(nodes[0])
ln = local_net.create_node('l_n1')
local_net.create_subnet('LAN', (ln, nodes[0]))
net.configure(verbose=True)
net.render(args.lab_path, verbose=True)
def main():
net = Network('15.0.0.0/8')
# create network nodes
node1 = net.create_node('node1',
image='env_neo_go_one_image',
ports={
'20333/tcp': 20333,
'30333/tcp': 30333,
'20001/tcp': 20001
})
node2 = net.create_node('node2',
image='env_neo_go_two_image',
ports={
'20334/tcp': 20334,
'30334/tcp': 30334,
'20002/tcp': 20002
})
node3 = net.create_node('node3',
image='env_neo_go_three_image',
ports={
'20335/tcp': 20335,
'30335/tcp': 30335,
'20003/tcp': 20003
})
node4 = net.create_node('node4',
image='env_neo_go_four_image',
ports={
'20336/tcp': 20336,
'30336/tcp': 30336,
'20004/tcp': 20004
})
# create a local network that will connect all those nodes
net.create_subnet('net', (node1, node2, node3, node4))
# distribute IP addresses
net.configure(verbose=True)
# save lab
net.render('../../labs/basic_tutorial', verbose=True)
def main():
madt = Network('15.0.0.0/8')
# create network nodes that will represent client and server
server = madt.create_node('server', image='madt/nginx')
clients = madt.generate_nodes('client', 1, image='madt/pyget')
# create a local network that will connect all those nodes
routers = madt.generate_nodes('ospfr', 2)
madt.create_subnet('subnet1', (routers[0], clients[0]))
#madt.create_subnet('subnet2', (routers[1], *clients[3:]))
madt.create_subnet('subnet3', routers)
madt.create_subnet('subnet4', (routers[1], server))
madt.create_overlay(Overlay.OSPF, 'OSPF', routers)
# distribute IP addresses
madt.configure(verbose=True)
# pass server IP to the clients
for client in clients:
client.add_options(environment={'SERVER': server.get_ip()})
# save lab
madt.render('../../labs/monitoring', verbose=True)
def main():
parser = ArgumentParser()
parser.add_argument("lab_path", type=str, help='path to the lab directory')
args = parser.parse_args()
net = Network('15.0.0.0/8')
core = net.generate_nodes('core_', 3)
routers = net.generate_nodes('r', 2)
ospf_routers = net.generate_nodes('ospfr', 2)
nodes = net.generate_nodes('n', 11, image='kademlia')
net.make_mesh(core) # WAS IT DEPRECATED?
# make subnets connecting each pair of nodes
net.make_mesh((core[0], *routers)) # WAS IT DEPRECATED?
net.create_subnet('ospf_1', (ospf_routers[0], core[2]))
net.create_subnet('ospf_2', (ospf_routers[1], core[2]))
net.create_subnet('lc1', (*nodes[:2], routers[0]))
net.create_subnet('lc2', (*nodes[2:4], routers[1]))
net.create_subnet('lc3', (*nodes[4:7], core[1]))
net.create_subnet('lc4', (*nodes[7:9], ospf_routers[0]))
net.create_subnet('lc5', (*nodes[9:], ospf_routers[1]))
net.create_overlay(Overlay.RIP, 'RIP_1', (core[0], *routers))
net.create_overlay(Overlay.OSPF, 'OSPF_1', (core[2], *ospf_routers))
net.create_overlay(Overlay.BGP, 'big_boi', [
[*nodes[:4], *routers, core[0]], [*nodes[4:7], core[1]], [*nodes[7:], *ospf_routers, core[2]]
])
net.configure(verbose=True)
for node in nodes[1:]:
node.add_options(environment={'KADEMLIA_ARGS': nodes[0].get_ip()})
net.render(args.lab_path, verbose=True)
def main():
madt = Network('15.0.0.0/8')
server = madt.create_node('server', image='madt/nginx')
clients = madt.generate_nodes(
'client',
6,
image='inutano/wget',
entrypoint=
'sh -c "while true; do wget -O - -T 3 $SERVER; sleep 1; done"')
routers = madt.generate_nodes('router', 3)
madt.create_subnet('subnet1', (routers[0], *clients[:3]))
madt.create_subnet('subnet2', (routers[1], *clients[3:]))
madt.create_subnet('subnet3', routers)
madt.create_subnet('subnet4', (routers[2], server))
madt.create_overlay(Overlay.RIP, 'RIP', routers)
madt.configure(verbose=True)
for client in clients:
client.add_options(environment={'SERVER': server.get_ip()})
madt.render('../../labs/dynamic_routing', verbose=True)
def main():
net = Network('15.0.0.0/8')
node1 = net.create_node('peer0.org1.example.com',
image='hyperledger/fabric-peer:latest',
enviroment={"", "", ""},
entrypoint="sleep infinity",
ports={'7051/tcp': 7051},
privileged=True)
node2 = net.create_node('peer0.org2.example.com',
image='hyperledger/fabric-peer:latest',
enviroment={"", "", ""},
entrypoint="sleep infinity",
ports={'9051/tcp': 7051},
privileged=True)
node3 = net.create_node('orderer.example.com',
image='hyperledger/fabric-orderer:latest',
enviroment={"", "", ""},
entrypoint="sleep infinity",
ports={'7050/tcp': 7050},
privileged=True)
net.create_subnet('net', (node1, node2, node3))
net.configure(verbose=True)
net.render('../../madt/labs/HL_Fabric', verbose=True)
from madt_lib.network import Network, Overlay
kt = Network('15.0.0.0/8')
# create network nodes that will represent client and server
server = kt.create_node('server', image='madt/nginx')
clients = kt.generate_nodes('client', 6, image='madt/pyget')
# create a local network that will connect all those nodes
routers = kt.generate_nodes('router', 3)
kt.create_subnet('subnet1', (routers[0], *clients[:3]))
kt.create_subnet('subnet2', (routers[1], *clients[3:]))
kt.create_subnet('subnet3', routers)
kt.create_subnet('subnet4', (routers[2], server))
kt.create_overlay(Overlay.RIP, 'RIP', routers)
# distribute IP addresses
kt.configure(verbose=True)
# pass server IP to the clients
for client in clients:
client.add_options(environment={'SERVER': server.get_ip()})
# save lab
kt.render('/home/demo/labs/monitoring', verbose=True)
# create network nodes that will represent client and server
server = kt.create_node('server',
image='madt/docker_compose',
enable_internet=True,
privileged=True)
clients = kt.generate_nodes('client',
6,
image='madt/pyget',
environment={"SERVER": 'whoami.local'})
with open('docker-compose.yml') as docker_compose_yml_file:
server.add_dir('.', '/app')
# create a local network that will connect all those nodes
routers = kt.generate_nodes('router', 3)
kt.create_subnet('subnet1', (routers[0], *clients[:3]))
kt.create_subnet('subnet2', (routers[1], *clients[3:]))
kt.create_subnet('subnet3', routers)
kt.create_subnet('subnet4', (routers[2], server))
kt.create_overlay(Overlay.RIP, 'RIP', routers)
# distribute IP addresses
kt.configure(verbose=True)
# pass server IP to the clients
for client in clients:
client.add_options(extra_hosts={'whoami.local': server.get_ip()})
# save lab
kt.render('/home/demo/labs/compose', verbose=True)
from madt_lib.network import Network
kt = Network('15.0.0.0/8')
# create network nodes that will represent client and server
server = kt.create_node('server', image='madt/nginx')
client = kt.create_node(
'client',
image='inutano/wget',
entrypoint='sh -c "while true; do wget -O - -T 3 $SERVER; sleep 1; done"')
# create a local network that will connect all those nodes
kt.create_subnet('net', (server, client))
# distribute IP addresses
kt.configure(verbose=True)
# pass server IP to the client
client.add_options(environment={'SERVER': server.get_ip()})
# save lab
kt.render('../../labs/basic_tutorial', verbose=True)
main_net.create_subnet('lc4', (*nodes[7:9], ospf_routers[0]))
main_net.create_subnet('lc5', (*nodes[9:], ospf_routers[1]))
main_net.create_overlay(Overlay.RIP, 'RIP_1', (core[0], *routers))
main_net.create_overlay(Overlay.OSPF, 'OSPF_1', (core[2], *ospf_routers))
main_net.create_overlay(
Overlay.BGP, 'big_boi',
[[*nodes[:4], *routers, gateway, core[0]], [*nodes[4:7], core[1]],
[*nodes[7:], *ospf_routers, core[2]]])
local_net = main_net.create_local_network(gateway)
local_routers = local_net.generate_nodes('lan_router', 2)
local_net.create_subnet('LAN0', (*local_routers, gateway))
for idx, r in enumerate(local_routers):
n = local_net.create_node('lan_node' + str(idx + 1), image='kademlia')
local_net.create_subnet('LAN' + str(idx + 1), (n, r))
nodes.append(n)
local_net.create_overlay(Overlay.RIP, 'RIP_1', local_routers)
main_net.configure(verbose=True)
for n in nodes[1:]:
n.add_options(environment={'KADEMLIA_ARGS': nodes[0].get_ip()})
main_net.render(sys.argv[1], verbose=True)
from madt_lib.network import Network
kt = Network('15.0.0.0/8')
# create 20 nodes with names sensor_1, sensor_2 etc.
nodes = kt.generate_nodes('sensor_', 20, image='madt/kademlia')
# create a local network that will connect all those nodes
kt.create_subnet('net', nodes)
# distribute IP addresses
kt.configure(verbose=True)
for n in nodes[1:]: # pass initial connection arguments to kademlia
n.add_options(environment={'KADEMLIA_ARGS': nodes[0].get_ip()})
# save lab
kt.render('/home/demo/labs/kademlia', verbose=True)
from madt_lib.network import Network, Overlay
kt = Network('15.0.0.0/8')
server = kt.create_node('server', image='madt/nginx')
clients = kt.generate_nodes(
'client',
6,
image='inutano/wget',
entrypoint='sh -c "while true; do wget -O - -T 3 $SERVER; sleep 1; done"')
routers = kt.generate_nodes('router', 3)
kt.create_subnet('subnet1', (routers[0], *clients[:3]))
kt.create_subnet('subnet2', (routers[1], *clients[3:]))
kt.create_subnet('subnet3', routers)
kt.create_subnet('subnet4', (routers[2], server))
kt.create_overlay(Overlay.RIP, 'RIP', routers)
kt.configure(verbose=True)
for client in clients:
client.add_options(environment={'SERVER': server.get_ip()})
kt.render('/home/demo/labs/dynamic_routing', verbose=True)
def main():
net = Network('15.0.0.0/8')
node_count = 6
thunders = []
# path = 'my:/home/svetlov/Downloads/madt/tutorials/madt_thunder/build/tendermint:Z'
# create network nodes that will represent client and server
for x in range(1,6):
thunders.append(net.create_node('node'+str(x),
privileged=True,
image="tendermint/validator",
ports={'26656/tcp': 26659+2*(x-1), '26657/tcp': 26660+2*(x-1)},
environment={'ID':str(x-1),'LOG':'${LOG:-tendermint.log}'},
))
# create sleep node to simulated adding new nodes
for x in range(6,7):
thunders.append(net.create_node('node'+str(x),
privileged=True,
image="tendermint/validator",
ports={'26656/tcp': 26659+2*(x-1), '26657/tcp': 26660+2*(x-1)},
environment={'ID':str(x-1),'LOG':'${LOG:-tendermint.log}'},
# entrypoint="sleep "+str(int(x>4)*x*10)
entrypoint="sleep 100000",
))
x=7
thunders.append(net.create_node('node'+str(x),
privileged=True,
image="tendermint/nonvalidator",
ports={'26656/tcp': 26659+2*(7-1), '26657/tcp': 26660+2*(x-1)},
environment={'ID':str(x-1),'LOG':'${LOG:-tendermint.log}'},
# entrypoint="sleep "+str(int(x>4)*x*10)
#entrypoint="sleep 100000",
))
# thunder1 = net.create_node('node1',
# privileged=True,
# image="tendermint/validator",
# ports={'26656/tcp': 26656, '26657/tcp': 26657},
# environment={'ID':'0','LOG':'${LOG:-tendermint.log}'})
# thunder2 = net.create_node('node2',
# privileged=True,
# image="tendermint/validator",
# ports={'26656/tcp': 26659, '26657/tcp': 26660},
# environment={'LOG':'${LOG:-tendermint.log}', 'ID':'1'})
# thunder3 = net.create_node('node3',
# privileged=True,
# image="tendermint/validator",
# environment={'LOG':'${LOG:-tendermint.log}', 'ID':'2'},
# ports={'26656/tcp': 26661, '26657/tcp': 26662},
# )
# thunder4 = net.create_node('node4',
# privileged=True,
# image="tendermint/validator",
# environment={'LOG':'${LOG:-tendermint.log}', 'ID':'3'},
# ports={'26656/tcp': 26663, '26657/tcp': 26664},
# )
# thunder5 = net.create_node('node5',
# privileged=True,
# image="tendermint/nonvalidator",
# environment={'LOG':'${LOG:-tendermint.log}', 'ID':'4'},
# ports={'26656/tcp': 26665, '26657/tcp': 26666},
# entrypoint="sleep 10000000",
# #volumes=path
# )
# create a local network that will connect all those nodes
net.create_subnet('net', thunders)
# net.create_subnet('net', (thunder1,thunder2,thunder3,thunder4))
# distribute IP addresses
net.configure(verbose=True)
net.render('../../labs/my', verbose=True)
nodes = net.generate_nodes('n', 11, image='kademlia')
net.make_mesh(core)
# make subnets connecting each pair of nodes
net.make_mesh((core[0], *routers))
net.create_subnet('ospf_1', (ospf_routers[0], core[2]))
net.create_subnet('ospf_2', (ospf_routers[1], core[2]))
net.create_subnet('lc1', (*nodes[:2], routers[0]))
net.create_subnet('lc2', (*nodes[2:4], routers[1]))
net.create_subnet('lc3', (*nodes[4:7], core[1]))
net.create_subnet('lc4', (*nodes[7:9], ospf_routers[0]))
net.create_subnet('lc5', (*nodes[9:], ospf_routers[1]))
net.create_overlay(Overlay.RIP, 'RIP_1', (core[0], *routers))
net.create_overlay(Overlay.OSPF, 'OSPF_1', (core[2], *ospf_routers))
net.create_overlay(Overlay.BGP, 'big_boi',
[[*nodes[:4], *routers, core[0]], [*nodes[4:7], core[1]],
[*nodes[7:], *ospf_routers, core[2]]])
net.configure(verbose=True)
for n in nodes[1:]:
n.add_options(environment={'KADEMLIA_ARGS': nodes[0].get_ip()})
net.render(sys.argv[1], verbose=True)