def main(args, evpc=None):
"""
For every AWS profile + region, dump every VPC to STDOUT.
:param args: The parsed arguments and flags from the CLI.
:returns: None
"""
sessions = get_all_sessions()
# We assume all sessions have the same list of regions.
# This might not always be true. This is an optimization.
regions = get_region_names(sessions[0])
vpcs = {}
for session in sessions:
boto3.setup_default_session(profile_name=session.profile)
vpcs[session.profile] = {}
for region_name in regions:
if region_name not in vpcs[session.profile]:
vpcs[session.profile][region_name] = {}
ec2 = boto3.resource('ec2', region_name=region_name)
for vpc in ec2.vpcs.all():
vpc_tags = make_tag_dict(vpc)
vpc_name = vpc_tags.get('Name', vpc.id)
vpcs[session.profile][region_name][vpc_name] = vpc.id
print(output_formatter(vpcs, args.output_format))
def main(args, evpc=None):
"""
For every AWS profile + region, dump every VPC to STDOUT.
:param args: The parsed arguments and flags from the CLI.
:returns: None
"""
sessions = get_all_sessions()
# We assume all sessions have the same list of regions.
# This might not always be true. This is an optimization.
regions = get_region_names(sessions[0])
vpcs = {}
for session in sessions:
boto3.setup_default_session(profile_name=session.profile)
vpcs[session.profile] = {}
for region_name in regions:
if region_name not in vpcs[session.profile]:
vpcs[session.profile][region_name] = {}
ec2 = boto3.resource('ec2', region_name=region_name)
for vpc in ec2.vpcs.all():
vpc_tags = make_tag_dict(vpc)
vpc_name = vpc_tags.get('Name', vpc.id)
vpcs[session.profile][region_name][vpc_name] = vpc.id
print(output_formatter(vpcs, args.output_format))
def security_groups(args, evpc):
"""Output Security Groups in a Botoform compatible format."""
sgs = {}
for sg in evpc.security_groups.all():
sgs[sg.group_name] = []
for perm in sg.ip_permissions:
ip_protocol = perm['IpProtocol']
from_port = perm.get('FromPort', -1)
to_port = perm.get('ToPort', -1)
port_range = from_port
if from_port != to_port:
port_range = '{}-{}'.format(from_port, to_port)
if len(perm['IpRanges']) >= 1:
for iprange in perm['IpRanges']:
rule = []
rule.append(iprange['CidrIp'])
rule.append(ip_protocol)
rule.append(port_range)
sgs[sg.group_name].append(rule)
if len(perm['UserIdGroupPairs']) >= 1:
for pair in perm['UserIdGroupPairs']:
rule = []
related_sg = evpc.boto.ec2.SecurityGroup(
id=pair['GroupId'])
rule.append(related_sg.group_name)
rule.append(ip_protocol)
rule.append(port_range)
sgs[sg.group_name].append(rule)
print(output_formatter({'security_groups': sgs}, args.output_format))
def instances(args, evpc):
"""Output a list of instance names."""
if args.identifiers or args.roles or args.exclude:
instances = evpc.find_instances(args.identifiers, args.roles,
args.exclude)
else:
instances = evpc.instances
print(output_formatter(map(str, instances), args.output_format))
def security_groups(args, evpc):
"""
Output Security Groups to standard out in :ref:`Botoform Schema <schema reference>`.
:param args: The parsed arguments and flags from the CLI.
:param evpc: An instance of :meth:`botoform.enriched.vpc.EnrichedVPC`.
:returns: security_groups to standard out in :ref:`Botoform Schema <schema reference>`.
"""
sgs = {"security_groups": evpc.enriched_security_groups}
print(output_formatter(sgs, args.output_format))
def security_groups(args, evpc):
"""
Output Security Groups to standard out in :ref:`Botoform Schema <schema reference>`.
:param args: The parsed arguments and flags from the CLI.
:param evpc: An instance of :meth:`botoform.enriched.vpc.EnrichedVPC`.
:returns: security_groups to standard out in :ref:`Botoform Schema <schema reference>`.
"""
sgs = {'security_groups' : evpc.enriched_security_groups}
print(output_formatter(sgs, args.output_format))
def instances(args, evpc):
"""
Output instance roles to standard out in :ref:`Botoform Schema <schema reference>`.
:param args: The parsed arguments and flags from the CLI.
:param evpc: An instance of :meth:`botoform.enriched.vpc.EnrichedVPC`.
:returns: instance_roles to standard out in :ref:`Botoform Schema <schema reference>`.
"""
if args.identifiers or args.roles or args.exclude:
instances = evpc.find_instances(args.identifiers, args.roles, args.exclude)
else:
instances = evpc.instances
print(output_formatter(map(str, instances), args.output_format))
def main(args, evpc=None):
"""
List all VPC names to STDOUT for a given AWS profile + region.
:param args: The parsed arguments and flags from the CLI.
:returns: None
"""
vpc_names = []
bconn = BotoConnections(args.region, args.profile)
for vpc in bconn.ec2.vpcs.all():
vpc_tags = make_tag_dict(vpc)
vpc_name = vpc_tags.get("Name", vpc.id)
vpc_names.append(vpc_name)
print(output_formatter(vpc_names, args.output_format))
def security_groups(args, evpc):
"""
Output Security Groups to standard out in :ref:`Botoform Schema <schema reference>`.
:param args: The parsed arguments and flags from the CLI.
:param evpc: An instance of :meth:`botoform.enriched.vpc.EnrichedVPC`.
:returns: security_groups to standard out in :ref:`Botoform Schema <schema reference>`.
"""
sgs = {}
for sg in evpc.security_groups.all():
sgs[sg.group_name] = []
for perm in sg.ip_permissions:
ip_protocol = perm['IpProtocol']
from_port = perm.get('FromPort', -1)
to_port = perm.get('ToPort', -1)
port_range = from_port
if from_port != to_port:
port_range = '{}-{}'.format(from_port, to_port)
if len(perm['IpRanges']) >= 1:
for iprange in perm['IpRanges']:
rule = []
rule.append(iprange['CidrIp'])
rule.append(ip_protocol)
rule.append(port_range)
sgs[sg.group_name].append(rule)
if len(perm['UserIdGroupPairs']) >= 1:
for pair in perm['UserIdGroupPairs']:
rule = []
related_sg = evpc.boto.ec2.SecurityGroup(id=pair['GroupId'])
rule.append(related_sg.group_name)
rule.append(ip_protocol)
rule.append(port_range)
sgs[sg.group_name].append(rule)
print(output_formatter({'security_groups' : sgs}, args.output_format))
