def get_default_sg(self, **kwargs):
connections = kwargs.get('connections') or self.connections
option = kwargs.get('option') or 'neutron'
sg = SecurityGroupFixture(connections,
secgrp_name='default', option=option)
sg.read()
return sg
def get_default_sg(self, **kwargs):
connections = kwargs.get('connections') or self.connections
option = kwargs.get('option') or 'neutron'
sg = SecurityGroupFixture(connections,
secgrp_name='default', option=option)
sg.read()
return sg
def get_default_sg(self):
return SecurityGroupFixture(self.inputs,
self.connections,
self.inputs.domain_name,
self.inputs.project_name,
secgrp_name='default',
option='neutron')
def create_sec_group(self, name, secgrpid=None, entries=None):
secgrp_fixture = self.useFixture(SecurityGroupFixture(
self.connections, self.inputs.domain_name,
self.inputs.project_name, secgrp_name=name,
uuid=secgrpid, secgrp_entries=entries,option='neutron'))
result, msg = secgrp_fixture.verify_on_setup()
assert result, msg
return secgrp_fixture
def create_security_group(self, name=None, rules=None, **kwargs):
connections = kwargs.get('connections') or self.connections
option = kwargs.get('option') or 'neutron'
name = name or get_random_name('secgrp')
secgrp_fixture = self.useFixture(SecurityGroupFixture(
connections, secgrp_name=name,
secgrp_entries=rules, option=option))
return secgrp_fixture
def create_sg(self):
self.sg_allow_tcp = 'sec_group_allow_tcp' + '_' + get_random_name()
rule = [{
'direction':
'<>',
'protocol':
'tcp',
'dst_addresses': [{
'subnet': {
'ip_prefix': '0.0.0.0',
'ip_prefix_len': 0
}
}],
'dst_ports': [{
'start_port': 0,
'end_port': -1
}],
'src_ports': [{
'start_port': 0,
'end_port': -1
}],
'src_addresses': [{
'security_group': 'local'
}],
}, {
'direction':
'<>',
'protocol':
'tcp',
'src_addresses': [{
'subnet': {
'ip_prefix': '0.0.0.0',
'ip_prefix_len': 0
}
}],
'src_ports': [{
'start_port': 0,
'end_port': -1
}],
'dst_ports': [{
'start_port': 0,
'end_port': -1
}],
'dst_addresses': [{
'security_group': 'local'
}],
}]
secgrp_fixture = self.useFixture(
SecurityGroupFixture(self.inputs,
self.connections,
self.inputs.domain_name,
self.inputs.project_name,
secgrp_name='vip_sg',
secgrp_entries=rule,
option='neutron'))
result, msg = secgrp_fixture.verify_on_setup()
assert result, msg
return secgrp_fixture
def create_sg(self, name=None, entries=None):
sg_fixture = self.useFixture(
SecurityGroupFixture(self.connections,
self.inputs.domain_name,
self.inputs.project_name,
secgrp_name=name,
secgrp_entries=entries))
return sg_fixture
def config_sec_group(self, name, secgrpid=None, entries=None):
option = self.option
if self.option == 'openstack':
option = 'neutron'
secgrp_fixture = self.useFixture(
SecurityGroupFixture(self.inputs,
self.connections,
self.inputs.domain_name,
self.inputs.project_name,
secgrp_name=name,
uuid=secgrpid,
secgrp_entries=entries,
option=option))
result, msg = secgrp_fixture.verify_on_setup()
assert result, msg
return secgrp_fixture
def create_sg_quantum(self):
if hasattr(self.topo, 'sg_list'):
self.sg_uuid = {}
self.secgrp_fixture = {}
for sg_name in self.topo.sg_list:
result = True
msg = []
self.secgrp_fixture[sg_name] = self.useFixture(
SecurityGroupFixture(
connections=self.project_connections,
domain_name=self.topo.domain,
project_name=self.topo.project,
secgrp_name=sg_name,
secgrp_entries=self.topo.sg_rules[sg_name],option='neutron'))
self.sg_uuid[sg_name] = self.secgrp_fixture[sg_name].secgrp_id
if self.skip_verify == 'no':
ret, msg = self.secgrp_fixture[sg_name].verify_on_setup()
assert ret, "Verifications for security group is :%s failed and its error message: %s" % (
sg_name, msg)
return self
