def build_config_from_base_and_addon(self, directory, cmd):
#from fabs.ucsm import ucsm
with open(os.path.join(directory, 'base.conf')) as f:
conf_as_string = f.read()
addon_config_name = cmd.split(' with ')[-1]
with open(os.path.join(directory, addon_config_name)) as f:
conf_as_string += f.read()
conf_as_string += self.devstack_conf_addon
conf_as_string = conf_as_string.replace('{controller_ip}', self.status.get_first(role='controller', parameter='ip'))
conf_as_string = conf_as_string.replace('{controller_name}', self.status.get_first(role='controller', parameter='hostname'))
conf_as_string = conf_as_string.replace('{nova_ips}', ','.join(self.status.get(role='compute', parameter='ip')))
conf_as_string = conf_as_string.replace('{nova_ips}', ','.join(self.status.get(role='compute', parameter='ip')))
#conf_as_string = conf_as_string.replace('{neutron_ips}', ','.join(self.status.get(role='network', parameter='ip')))
if 'ucsm' in addon_config_name:
ucsm_ip = self.status.get_first(role='ucsm', parameter='ip')
ucsm_user = self.status.get_first(role='ucsm', parameter='user')
ucsm_password = self.status.get_first(role='ucsm', parameter='password')
ucsm_host_list = self.status.get_first(role='ucsm', parameter='host_list')
network_node_host = self.status.get_first(role='ucsm', parameter='network_node_host')
#ucsm_service_profile = 'test-profile'
#ucsm(host=ucsm_ip, username=ucsm_user, password=ucsm_password, service_profile_name=ucsm_service_profile)
conf_as_string = conf_as_string.replace('{ucsm_ip}', ucsm_ip)
conf_as_string = conf_as_string.replace('{ucsm_username}', ucsm_user)
conf_as_string = conf_as_string.replace('{ucsm_password}', ucsm_password)
#l_hostnames = self.status.get(role='compute', parameter='hostname') + self.status.get(role='controller', parameter='hostname')
conf_as_string = conf_as_string.replace('{ucsm_host_list}', ucsm_host_list)
conf_as_string = conf_as_string.replace('{network_node_host}', network_node_host)
log.info(msg='Config for OS deployer:\n' + conf_as_string)
return conf_as_string
def create_paas(self, phase):
log.info('\n\nStarting {0} phase'.format(phase))
paas_phase = self.topology.get(phase, [])
if not paas_phase:
log.info('Nothing defined in {0} section'.format(phase))
return
for segment in paas_phase:
# possible values: net, mac, ip, hostname, user, password, cmd.
segment.update({key: segment.get(key, 'Unknown_' + key).format(lab_id=self.lab_id)
for key in ['hostname', 'net', 'mac', 'ip', 'host_list', 'network_node_host'] if not segment.get(key)})
segment['user'] = segment.get('user', 'ubuntu')
segment['password'] = segment.get('password', 'ubuntu')
segment['role'] = segment['hostname'].split('-')[-1]
commands = segment['cmd']
if not segment['hostname'].startswith('Unknown'):
if segment['ip'].startswith('Unknown'):
ip = self.status.hostname_2_ip[segment['hostname']]
else:
ip = segment['ip']
elif not segment['mac'].startswith('Unknown'):
ip = self.status.mac_2_ip[segment['mac']]
elif segment['net'].startswith('local'):
ip = '127.0.0.1'
elif segment['net'].startswith('2001:'):
ip = lab.ip_for_mac_and_prefix(segment['mac'], prefix=segment['net'])
else:
raise exceptions.UserWarning('no way to determine where to execute! you provided hostname={hostname} net={net} mac={mac}')
for cmd in commands:
cmd = cmd.format(lab_id=self.lab_id)
if ip in ['localhost', '127.0.0.1']:
local(cmd)
else:
with settings(host_string='{user}@{ip}'.format(user=segment['user'], ip=ip), password=segment['password'], connection_attempts=50, warn_only=False):
if cmd.startswith('deploy_devstack'):
self.deploy_by_devstack(cmd)
elif cmd.startswith('deploy_by_packstack'):
self.deploy_by_packstack(cmd=cmd)
elif cmd.startswith('deploy_dibbler'):
self.deploy_dibbler(cmd)
elif cmd.startswith('put_config'):
self.put_config(cmd)
elif cmd.startswith('get_artifact'):
self.get_artifact(cmd)
elif cmd.startswith('run_tempest'):
self.run_tempest(cmd)
elif cmd.startswith('run_neutron_api_tests'):
self.run_neutron_api_tests()
elif cmd.startswith('register_as'):
self.status.set(role=segment['role'], ip=segment['ip'],
mac=segment['mac'], hostname=segment['hostname'],
user=segment['user'], password=segment['password'],
host_list=segment['host_list'],
network_node_host=segment['network_node_host'])
else:
sudo(cmd)
def create_networks(self):
log.info('\n\nStarting IaaS phase- creating nets')
for network_template in self.topology['networks']:
xml = network_template.format(lab_id=self.lab_id)
if not self.is_only_xml:
net = _conn().networkDefineXML(xml)
net.create()
net.setAutostart(True)
self.save_xml(name=self.search_for(self.name_re, xml), xml=xml)
def create_networks(self):
log.info('\n\nStarting IaaS phase- creating nets')
for network_template in self.topology['networks']:
xml = network_template.format(lab_id=self.lab_id)
if not self.is_only_xml:
net = _conn().networkDefineXML(xml)
net.create()
net.setAutostart(True)
self.save_xml(name=self.search_for(self.name_re, xml), xml=xml)
def delete_of_something(self, list_of_something):
for something in list_of_something():
if 'lab-{0}'.format(self.lab_id) in something.name():
try:
something.destroy()
except libvirt.libvirtError:
print >> sys.stderr, '{0} is not active, undefining...'.format(something.name())
something.undefine()
log.info('{0} was deleted'.format(something.name()))
def delete_of_something(self, list_of_something):
for something in list_of_something():
if 'lab-{0}'.format(self.lab_id) in something.name():
try:
something.destroy()
except libvirt.libvirtError:
print >> sys.stderr, '{0} is not active, undefining...'.format(
something.name())
something.undefine()
log.info('{0} was deleted'.format(something.name()))
def run_pre_or_post(self, pre_or_post):
log.info('\n\nStarting {0} phase'.format(pre_or_post))
list_of_commands = self.topology.get(pre_or_post, [])
if not list_of_commands:
log.info('Nothing defined in {0} section'.format(pre_or_post))
return
else:
for cmd in list_of_commands:
if cmd.startswith('run_tempest_local'):
self.run_tempest_local()
else:
local(cmd.format(lab_id=self.lab_id))
def create_domains(self):
log.info('\n\nStarting IaaS phase- creating VMs')
for domain_template in self.topology['servers']:
image_url = self.search_for(self.image_url_re, domain_template)
domain_name = self.search_for(self.name_re, domain_template)
image_local, kernel_local = self.wget_image(local_dir=lab.DISKS_DIR, image_url=image_url)
disk_local, cloud_init_local = self.create_disk(image_local, domain_name)
xml = domain_template.format(lab_id=self.lab_id, disk=disk_local, kernel=kernel_local, disk_cloud_init=cloud_init_local)
if not self.is_only_xml:
domain = _conn().defineXML(xml)
domain.create()
self.save_xml(name=domain_name, xml=xml)
def create_paas(self):
log.info('\n\nStarting PAAS phase')
for net_mac_cmd in self.topology['paas']:
net = net_mac_cmd['net'].format(lab_id=self.lab_id)
mac = net_mac_cmd['mac'].format(lab_id=self.lab_id)
cmd = net_mac_cmd['cmd'].format(lab_id=self.lab_id)
if net == 'local':
local(cmd)
else:
ip = self.ip_for_mac(net=net, mac=mac)
with settings(host_string='ubuntu@' + ip):
sudo(cmd)
def create_paas(self):
log.info('\n\nStarting PAAS phase')
for net_mac_cmd in self.topology['paas']:
net = net_mac_cmd['net'].format(lab_id=self.lab_id)
mac = net_mac_cmd['mac'].format(lab_id=self.lab_id)
cmd = net_mac_cmd['cmd'].format(lab_id=self.lab_id)
if net == 'local':
local(cmd)
else:
ip = self.ip_for_mac(net=net, mac=mac)
with settings(host_string='ubuntu@' + ip):
sudo(cmd)
def log(self):
log.info('\n\n Report on lab: ' + str(self.lab_id))
for hostname in sorted(self.hostname_2_ip.keys()):
log.info(hostname + ': ' + self.hostname_2_ip[hostname])
log.info('\n')
for role in sorted(self.info.keys()):
log.info(role + ' ip: ' + ' '.join(self.get(role=role, parameter='ip')))
def create_domains(self):
log.info('\n\nStarting IaaS phase- creating VMs')
for domain_template in self.topology['servers']:
image_url = self.search_for(self.image_url_re, domain_template)
domain_name = self.search_for(self.name_re, domain_template)
image_local, kernel_local = self.wget_image(
local_dir=lab.DISKS_DIR, image_url=image_url)
disk_local, cloud_init_local = self.create_disk(
image_local, domain_name)
xml = domain_template.format(lab_id=self.lab_id,
disk=disk_local,
kernel=kernel_local,
disk_cloud_init=cloud_init_local)
if not self.is_only_xml:
domain = _conn().defineXML(xml)
domain.create()
self.save_xml(name=domain_name, xml=xml)
def venv(private=False):
log.info("Installing packages from requirements")
# local("sudo apt-get install -y $(cat requirements_packages)")
venv_path = CVENV
if private:
venv_path = LVENV
if not os.path.exists(venv_path):
log.info("Creating virtual environment in {dir}".format(dir=venv_path))
local("virtualenv --setuptools %s" % venv_path)
else:
log.info("Virtual environment in {dir} already exists".format(dir=venv_path))
def venv(private=False):
log.info("Installing packages from requirements")
# local("sudo apt-get install -y $(cat requirements_packages)")
venv_path = CVENV
if private:
venv_path = LVENV
if not os.path.exists(venv_path):
log.info("Creating virtual environment in {dir}".format(dir=venv_path))
local("virtualenv --setuptools %s" % venv_path)
else:
log.info("Virtual environment in {dir} already exists".format(dir=venv_path))
def create_networks(self):
from bs4 import BeautifulSoup
log.info('\n\nStarting IaaS phase- creating nets')
list_of_networks = self.topology.get('networks', [])
if not list_of_networks:
log.info('Nothing defined in networks section')
return
for network_template in self.topology['networks']:
if 'ipv6_prefix' in network_template:
xml = network_template.format(lab_id=self.lab_id, ipv6_prefix=self.define_ipv6_prefix())
else:
xml = network_template.format(lab_id=self.lab_id)
b = BeautifulSoup(xml, 'lxml')
net_name = b.find('name').string
self.save_xml(name='net-' + net_name, xml=xml)
if not self.is_only_xml:
net = _conn().networkDefineXML(xml)
net.create()
net.setAutostart(True)
log.info('Network {} created'.format(net_name))
def create_domains(self):
from bs4 import BeautifulSoup
log.info('\n\nStarting IaaS phase- creating VMs')
list_of_domains = self.topology.get('servers', [])
if not list_of_domains:
log.info('Nothing defined in servers section')
return
for domain_template in self.topology['servers']:
b = BeautifulSoup(domain_template, 'lxml')
hostname = b.find('name').string.format(lab_id=self.lab_id)
host_type = hostname.split('-')[-1]
# todo kshileev - what if we have two mac adresses
# and only second one is for ip resolving is needed?
mac = b.find('mac')['address'].format(lab_id=self.lab_id)
image_url = b.find(string=re.compile('^http'))
image_path = lab.wget_file(local_dir=lab.IMAGES_DIR, file_url=image_url)
main_disk_path = self.create_main_disk(image_path=image_path, hostname=hostname, is_no_backing='disk_no_backing' in domain_template)
if 'disk_cloud_init' in domain_template:
cloud_init_disk_path = self.create_cloud_init_disk(hostname=hostname)
else:
cloud_init_disk_path = 'NoCloudInitDiskRequested'
xml = domain_template.format(lab_id=self.lab_id,
disk=main_disk_path,
disk_no_backing=main_disk_path,
disk_cloud_init=cloud_init_disk_path)
self.save_xml(name=hostname, xml=xml)
if not self.is_only_xml:
domain = _conn().defineXML(xml)
domain.create()
net = b.find('interface').find('source')['network'].format(lab_id=self.lab_id)
ip = lab.ip_for_mac_by_looking_at_libvirt_leases(net=net, mac=mac)
self.status.set(role=host_type, ip=ip, mac=mac, hostname=hostname)
log.info(msg='Domain {0} created'.format(hostname))
def requirements():
log.info("Installing python modules from requirements")
local("pip install -Ur requirements")
def test():
""" For testing purposes only """
log.info("Testing something")
a = local("which python")
print a.real_command
def destroy():
""" Destroying all lab machines and networks """
log.info("Destroying lab {lab}".format(lab=LAB))
local("python ./tools/cloud/create.py -l {lab} -x".format(lab=LAB))
def requirements():
log.info("Installing python modules from requirements")
local("pip install -Ur requirements")
def destroy():
""" Destroying all lab machines and networks """
log.info("Destroying lab {lab}".format(lab=LAB))
local("python ./tools/cloud/create.py -l {lab} -x".format(lab=LAB))
