def web_proxy(region, stack_name):
ec2_conn = create_ec2_connection(region)
manager_instance = get_manager_instance(ec2_conn, stack_name)
master_instance = get_master_instance(ec2_conn, stack_name)
worker_instances = get_worker_instances(ec2_conn, stack_name)
tunnels = []
ts = '{0:<22}{1:<17}{2:<17}{3:<7}localhost:{4}'
print(ts.format('name', 'public', 'private', 'remote', 'local'))
# CM
tunnels.append(non_blocking_tunnel(manager_instance.ip_address,
manager_instance.private_ip_address,
7180, 7180, 'ec2-user',
get_ec2_private_key_file()))
print(ts.format(
'CM WebUI', manager_instance.ip_address,
manager_instance.private_ip_address, 7180, 7180))
# YARN RM
tunnels.append(non_blocking_tunnel(master_instance.ip_address,
master_instance.private_ip_address,
8088, 8088, 'ec2-user',
get_ec2_private_key_file()))
print(ts.format(
'YARN RM', master_instance.ip_address,
master_instance.private_ip_address, 8088, 8088))
# YARN JobHistory
tunnels.append(non_blocking_tunnel(master_instance.ip_address,
master_instance.private_ip_address,
19888, 19888, 'ec2-user',
get_ec2_private_key_file()))
print(ts.format(
'YARN JobHistory', master_instance.ip_address,
master_instance.private_ip_address, 19888, 19888))
try:
# block on an arbitrary ssh tunnel
tunnels[-1].wait()
finally:
for tunnel in tunnels:
tunnel.terminate()
def non_blocking_tunnel(instance, remote_port, local_port=None, user='******',
private_key=None):
if local_port is None:
local_port = remote_port
if private_key is None:
private_key = get_ec2_private_key_file()
p = Popen('ssh -nNT -i {private_key} -o UserKnownHostsFile=/dev/null '
'-o StrictHostKeyChecking=no -L {local}:{private_ip}:{remote} '
'{user}@{public_ip}'.format(
private_key=private_key, public_ip=instance.ip_address,
private_ip=instance.private_ip_address, user=user,
local=local_port, remote=remote_port),
shell=True)
return p
def install_private_key():
put(get_ec2_private_key_file(), 'id.pem')
run('chmod 600 id.pem')
def cm_tunnel_ctx(manager_instance):
# shortcut fn returns a context object that sets up a tunnel on
# localhost:64999
return tunnel_ctx(manager_instance.ip_address,
manager_instance.private_ip_address, 7180, 64999,
'ec2-user', get_ec2_private_key_file())
from cm_api.api_client import ApiResource
from eggo.error import EggoError
from eggo.config import (
get_aws_access_key_id, get_aws_secret_access_key, get_ec2_key_pair,
get_ec2_private_key_file)
from eggo.aws import (
create_cf_connection, create_cf_stack, get_subnet_id, delete_stack,
get_security_group_id, create_ec2_connection, get_tagged_instances,
wait_for_instance_state)
from eggo.util import non_blocking_tunnel, tunnel_ctx
from eggo.operations import generate_eggo_env_vars
env.user = '******'
env.key_filename = get_ec2_private_key_file()
def cm_tunnel_ctx(manager_instance):
# shortcut fn returns a context object that sets up a tunnel on
# localhost:64999
return tunnel_ctx(manager_instance.ip_address,
manager_instance.private_ip_address, 7180, 64999,
'ec2-user', get_ec2_private_key_file())
def install_private_key():
put(get_ec2_private_key_file(), 'id.pem')
run('chmod 600 id.pem')
def install_private_key():
put(get_ec2_private_key_file(), "id.pem")
run("chmod 600 id.pem")
