from sfa.planetlab.plxrn import PlXrn
from sfa.openstack.osxrn import OSXrn, hrn_to_os_slicename
from sfa.rspecs.version_manager import VersionManager
-from sfa.openstack.image import ImageManager
from sfa.openstack.security_group import SecurityGroup
from sfa.util.sfalogging import logger
return user_data
def instance_to_sliver(instance, slice_xrn=None):
- # should include?
- # * instance.image_ref
- # * instance.kernel_id
- # * instance.ramdisk_id
- import nova.db.sqlalchemy.models
- name=None
- type=None
sliver_id = None
- if isinstance(instance, dict):
- # this is an isntance type dict
- name = instance['name']
- type = instance['name']
- elif isinstance(instance, nova.db.sqlalchemy.models.Instance):
- # this is an object that describes a running instance
- name = instance.display_name
- type = instance.instance_type.name
- else:
- raise SfaAPIError("instnace must be an instance_type dict or" + \
- " a nova.db.sqlalchemy.models.Instance object")
if slice_xrn:
xrn = Xrn(slice_xrn, 'slice')
sliver_id = xrn.get_sliver_id(instance.project_id, instance.hostname, instance.id)
sliver = Sliver({'slice_id': sliver_id,
- 'name': name,
- 'type': type,
- 'tags': []})
+ 'name': instance.name,
+ 'type': instance.name,
+ 'cpus': str(instance.vcpus),
+ 'memory': str(instance.ram),
+ 'storage': str(instance.disk)})
return sliver
-
-
-def ec2_id(id=None, type=None):
- ec2_id = None
- if type == 'ovf':
- type = 'ami'
- if id and type:
- ec2_id = CloudController.image_ec2_id(id, type)
- return ec2_id
-
+def image_to_rspec_disk_image(image):
+ img = DiskImage()
+ img['name'] = image['name']
+ img['description'] = image['name']
+ img['os'] = image['name']
+ img['version'] = image['name']
+ return img
+
class OSAggregate:
def __init__(self, driver):
return rspec.toxml()
def get_availability_zones(self):
- try:
- # pre essex releases
- zones = self.driver.shell.db.zone_get_all()
- except:
- # essex release
- zones = self.driver.shell.db.dnsdomain_list()
+ # essex release
+ zones = self.driver.shell.nova_manager.dns_domains.domains()
if not zones:
zones = ['cloud']
return zones
def get_slice_nodes(self, slice_xrn):
- image_manager = ImageManager(self.driver)
-
zones = self.get_availability_zones()
name = hrn_to_os_slicename(slice_xrn)
- instances = self.driver.shell.db.instance_get_all_by_project(name)
+ instances = self.driver.shell.nova_manager.servers.findall(name=name)
rspec_nodes = []
for instance in instances:
rspec_node = Node()
- interfaces = []
- for fixed_ip in instance.fixed_ips:
- if_xrn = PlXrn(auth=self.driver.hrn,
- interface='node%s:eth0' % (instance.hostname))
- interface = Interface({'component_id': if_xrn.urn})
- interface['ips'] = [{'address': fixed_ip['address'],
- 'netmask': fixed_ip['network'].netmask,
- 'type': 'ipv4'}]
- interface['floating_ips'] = []
- for floating_ip in fixed_ip.floating_ips:
- interface['floating_ips'].append(floating_ip.address)
- interfaces.append(interface)
- if instance.availability_zone:
- node_xrn = OSXrn(instance.availability_zone, 'node')
- else:
- node_xrn = OSXrn('cloud', 'node')
+
+ #TODO: find a way to look up an instances availability zone in essex
+ #if instance.availability_zone:
+ # node_xrn = OSXrn(instance.availability_zone, 'node')
+ #else:
+ # node_xrn = OSXrn('cloud', 'node')
+ node_xrn = instance.metatata.get('component_id')
+ if not node_xrn:
+ node_xrn = OSXrn('cloud', 'node')
rspec_node['component_id'] = node_xrn.urn
rspec_node['component_name'] = node_xrn.name
- rspec_node['component_manager_id'] = Xrn(self.driver.hrn, 'authority+cm').get_urn()
- sliver = instance_to_sliver(instance)
- disk_image = image_manager.get_disk_image(instance.image_ref)
- sliver['disk_image'] = [disk_image.to_rspec_object()]
+ rspec_node['component_manager_id'] = Xrn(self.driver.hrn, 'authority+cm').get_urn()
+ flavor = self.driver.shell.nova_manager.flavors.find(id=instance.flavor['id'])
+ sliver = instance_to_sliver(flavor)
rspec_node['slivers'] = [sliver]
- rspec_node['interfaces'] = interfaces
+ image = self.driver.shell.image_manager.get_images(id=instance.image['id'])
+ if isinstance(image, list) and len(image) > 0:
+ image = image[0]
+ disk_image = image_to_rspec_disk_image(image)
+ sliver['disk_image'] = [disk_image]
+
+ # build interfaces
+ interfaces = []
+ addresses = instance.addresses
+ for private_ip in addresses.get('private', []):
+ if_xrn = PlXrn(auth=self.driver.hrn,
+ interface='node%s:eth0' % (instance.hostId))
+ interface = Interface({'component_id': if_xrn.urn})
+ interface['ips'] = [{'address': private_ip['addr'],
+ #'netmask': private_ip['network'],
+ 'type': private_ip['version']}]
+ interfaces.append(interface)
+ rspec_node['interfaces'] = interfaces
+
# slivers always provide the ssh service
rspec_node['services'] = []
- for interface in interfaces:
- if 'floating_ips' in interface:
- for hostname in interface['floating_ips']:
- login = Login({'authentication': 'ssh-keys',
- 'hostname': hostname,
- 'port':'22', 'username': 'root'})
- service = Services({'login': login})
- rspec_node['services'].append(service)
+ for public_ip in addresses.get('public', []):
+ login = Login({'authentication': 'ssh-keys',
+ 'hostname': public_ip['addr'],
+ 'port':'22', 'username': 'root'})
+ service = Services({'login': login})
+ rspec_node['services'].append(service)
rspec_nodes.append(rspec_node)
return rspec_nodes
def get_aggregate_nodes(self):
zones = self.get_availability_zones()
# available sliver/instance/vm types
- instances = self.driver.shell.db.instance_type_get_all()
+ instances = self.driver.shell.nova_manager.flavors.list()
if isinstance(instances, dict):
instances = instances.values()
# available images
- image_manager = ImageManager(self.driver)
- disk_images = image_manager.get_available_disk_images()
- disk_image_objects = [image.to_rspec_object() \
- for image in disk_images]
+ images = self.driver.shell.image_manager.get_images_detailed()
+ disk_images = [image_to_rspec_disk_image(img) for img in images if img['container_format'] in ['ami', 'ovf']]
rspec_nodes = []
for zone in zones:
rspec_node = Node()
slivers = []
for instance in instances:
sliver = instance_to_sliver(instance)
- sliver['disk_image'] = disk_image_objects
+ sliver['disk_image'] = disk_images
slivers.append(sliver)
rspec_node['slivers'] = slivers
return rspec_nodes
- def create_project(self, slicename, users, options={}):
- """
- Create the slice if it doesn't alredy exist. Create user
- accounts that don't already exist
- """
- from nova.exception import ProjectNotFound, UserNotFound
- for user in users:
- username = Xrn(user['urn']).get_leaf()
- try:
- self.driver.shell.auth_manager.get_user(username)
- except UserNotFound:
- self.driver.shell.auth_manager.create_user(username)
- self.verify_user_keys(username, user['keys'], options)
-
- try:
- slice = self.driver.shell.auth_manager.get_project(slicename)
- except ProjectNotFound:
- # assume that the first user is the project manager
- proj_manager = Xrn(users[0]['urn']).get_leaf()
- self.driver.shell.auth_manager.create_project(slicename, proj_manager)
-
- def verify_user_keys(self, username, keys, options={}):
- """
- Add requested keys.
- """
- append = options.get('append', True)
- existing_keys = self.driver.shell.db.key_pair_get_all_by_user(username)
- existing_pub_keys = [key.public_key for key in existing_keys]
- removed_pub_keys = set(existing_pub_keys).difference(keys)
- added_pub_keys = set(keys).difference(existing_pub_keys)
- pubkeys = []
- # add new keys
- for public_key in added_pub_keys:
- key = {}
- key['user_id'] = username
- key['name'] = username
- key['public_key'] = public_key
- self.driver.shell.db.key_pair_create(key)
-
- # remove old keys
- if not append:
- for key in existing_keys:
- if key.public_key in removed_pub_keys:
- self.driver.shell.db.key_pair_destroy(username, key.name)
+ def create_instance_key(self, slice_hrn, user):
+ key_name = "%s:%s" (slice_name, Xrn(user['urn']).get_hrn())
+ pubkey = user['keys'][0]
+ key_found = False
+ existing_keys = self.driver.shell.nova_manager.keypairs.findall(name=key_name)
+ for existing_key in existing_keys:
+ if existing_key.public_key != pubkey:
+ self.driver.shell.nova_manager.keypairs.delete(existing_key)
+ elif existing_key.public_key == pubkey:
+ key_found = True
+ if not key_found:
+ self.driver.shll.nova_manager.keypairs.create(key_name, pubkey)
+ return key_name
+
def create_security_group(self, slicename, fw_rules=[]):
# use default group by default
icmp_type_code = kwds.get('icmp_type_code'))
- def reserve_instance(self, image_id, kernel_id, ramdisk_id, \
- instance_type, key_name, user_data, group_name):
- conn = self.driver.euca_shell.get_euca_connection()
- logger.info('Reserving an instance: image: %s, kernel: ' \
- '%s, ramdisk: %s, type: %s, key: %s' % \
- (image_id, kernel_id, ramdisk_id,
- instance_type, key_name))
- try:
- reservation = conn.run_instances(image_id=image_id,
- kernel_id=kernel_id,
- ramdisk_id=ramdisk_id,
- instance_type=instance_type,
- key_name=key_name,
- user_data = user_data,
- security_groups=[group_name])
- #placement=zone,
- #min_count=min_count,
- #max_count=max_count,
-
- except Exception, err:
- logger.log_exc(err)
-
-
- def run_instances(self, slicename, rspec, keyname, pubkeys):
- """
- Create the security groups and instances.
- """
- # the default image to use for instnaces that dont
- # explicitly request an image.
- # Just choose the first available image for now.
- image_manager = ImageManager(self.driver)
- available_images = image_manager.get_available_disk_images()
- default_image_id = None
- default_aki_id = None
- default_ari_id = None
- default_image = available_images[0]
- default_image_id = ec2_id(default_image.id, default_image.container_format)
- default_aki_id = ec2_id(default_image.kernel_id, 'aki')
- default_ari_id = ec2_id(default_image.ramdisk_id, 'ari')
- # get requested slivers
+ def run_instances(self, slicename, rspec, key_name, pubkeys):
+ #logger.debug('Reserving an instance: image: %s, flavor: ' \
+ # '%s, key: %s, name: %s' % \
+ # (image_id, flavor_id, key_name, slicename))
+
+ authorized_keys = "\n".join(pubkeys)
+ files = {'/root/.ssh/authorized_keys': authorized_keys}
rspec = RSpec(rspec)
- user_data = pubkeys_to_user_data(pubkeys)
requested_instances = defaultdict(list)
# iterate over clouds/zones/nodes
for node in rspec.version.get_nodes_with_slivers():
- instance_types = node.get('slivers', [])
- if isinstance(instance_types, list):
- # iterate over sliver/instance types
- for instance_type in instance_types:
- fw_rules = instance_type.get('fw_rules', [])
- group_name = self.create_security_group(slicename, fw_rules)
- ami_id = default_image_id
- aki_id = default_aki_id
- ari_id = default_ari_id
- req_image = instance_type.get('disk_image')
- if req_image and isinstance(req_image, list):
- req_image_name = req_image[0]['name']
- disk_image = image_manager.get_disk_image(name=req_image_name)
- if disk_image:
- ami_id = ec2_id(disk_image.id, disk_image.container_format)
- aki_id = ec2_id(disk_image.kernel_id, 'aki')
- ari_id = ec2_id(disk_image.ramdisk_id, 'ari')
- # start the instance
- self.reserve_instance(image_id=ami_id,
- kernel_id=aki_id,
- ramdisk_id=ari_id,
- instance_type=instance_type['name'],
- key_name=keyname,
- user_data=user_data,
- group_name=group_name)
+ instances = node.get('slivers', [])
+ if not instances:
+ continue
+ for instance in instances:
+ metadata = {}
+ flavor_id = self.driver.shell.nova_manager.flavors.find(name=instance['name'])
+ image = instance.get('disk_image')
+ if image and isinstance(image, list):
+ image = image[0]
+ image_id = self.driver.shell.nova_manager.images.find(name=image['name'])
+ fw_rules = instance.get('fw_rules', [])
+ group_name = self.create_security_group(slicename, fw_rules)
+ metadata['security_groups'] = [group_name]
+ metadata['component_id'] = node['component_id']
+ try:
+ self.driver.shell.nova_manager.servers.create(flavor=flavor_id,
+ image=image_id,
+ key_name = key_name,
+ security_group = group_name,
+ files=files,
+ meta=metadata,
+ name=slicename)
+ except Exception, err:
+ logger.log_exc(err)
+
- def delete_instances(self, project_name):
- instances = self.driver.shell.db.instance_get_all_by_project(project_name)
+ def delete_instances(self, instance_name):
+ instances = self.driver.shell.nova_manager.servers.findall(name=instance_name)
security_group_manager = SecurityGroup(self.driver)
for instance in instances:
# deleate this instance's security groups
- for security_group in instance.security_groups:
+ for security_group in instance.metadata.get('security_groups', []):
# dont delete the default security group
- if security_group.name != 'default':
- security_group_manager.delete_security_group(security_group.name)
+ if security_group != 'default':
+ security_group_manager.delete_security_group(security_group)
# destroy instance
- self.driver.shell.db.instance_destroy(instance.id)
+ self.driver.shell.nova_manager.servers.delete(instance)
return 1
- def stop_instances(self, project_name):
- instances = self.driver.shell.db.instance_get_all_by_project(project_name)
+ def stop_instances(self, instance_name):
+ instances = self.driver.shell.nova_manager.servers.findall(name=instance_name)
for instance in instances:
- self.driver.shell.db.instance_stop(instance.id)
+ self.driver.shell.nova_manager.servers.pause(instance)
return 1
def update_instances(self, project_name):
class SecurityGroup:
def __init__(self, driver):
- self.driver = driver
+ self.client = driver.shell.nova_manager
def create_security_group(self, name):
- conn = self.driver.euca_shell.get_euca_connection()
try:
- conn.create_security_group(name=name, description="")
+ self.client.security_groups.create(name=name, description="")
except Exception, ex:
logger.log_exc("Failed to add security group")
def delete_security_group(self, name):
- conn = self.driver.euca_shell.get_euca_connection()
try:
- conn.delete_security_group(name=name)
+ self.client.security_groups(name=name)
except Exception, ex:
logger.log_exc("Failed to delete security group")
port_range=None, icmp_type_code=None,
source_group_name=None, source_group_owner_id=None):
- from_port, to_port = self._validate_port_range(port_range)
- icmp_type = self._validate_icmp_type_code(icmp_type_code)
- if icmp_type and icmp_type[0] and icmp_type[1]:
- from_port, to_port = icmp_type[0], icmp_type[1]
+ try:
+ from_port, to_port = self._validate_port_range(port_range)
+ icmp_type = self._validate_icmp_type_code(icmp_type_code)
+ if icmp_type and icmp_type[0] and icmp_type[1]:
+ from_port, to_port = icmp_type[0], icmp_type[1]
- if group_name:
- conn = self.driver.euca_shell.get_euca_connection()
- try:
- conn.authorize_security_group(
- group_name=group_name,
- src_security_group_name=source_group_name,
- src_security_group_owner_id=source_group_owner_id,
+ group = self.client.security_groups.find(name=group_name)
+ self.client.security_group_rules.create(
+ group_id=group.id,
ip_protocol=protocol,
from_port=from_port,
to_port=to_port,
cidr_ip=cidr_ip,
)
- except Exception, ex:
- logger.log_exc("Failed to add rule to group %s" % group_name)
+ except Exception, ex:
+ logger.log_exc("Failed to add rule to group %s" % group_name)
def remove_rule_from_group(self, group_name=None, protocol='tcp', cidr_ip='0.0.0.0/0',
port_range=None, icmp_type_code=None,
source_group_name=None, source_group_owner_id=None):
-
- from_port, to_port = self._validate_port_range(port_range)
- icmp_type = self._validate_icmp_type_code(icmp_type_code)
- if icmp_type:
- from_port, to_port = icmp_type[0], icmp_type[1]
-
- if group_name:
- conn = self.driver.euca_shell.get_euca_connection()
- try:
- conn.revoke_security_group(
- group_name=group_name,
- src_security_group_name=source_group_name,
- src_security_group_owner_id=source_group_owner_id,
- ip_protocol=protocol,
- from_port=from_port,
- to_port=to_port,
- cidr_ip=ip,
- )
- except Exception, ex:
- logger.log_exc("Failed to remove rule from group %s" % group_name)
+ try:
+ from_port, to_port = self._validate_port_range(port_range)
+ icmp_type = self._validate_icmp_type_code(icmp_type_code)
+ if icmp_type:
+ from_port, to_port = icmp_type[0], icmp_type[1]
+ group = self.client.security_groups.find(name=group_name)
+ filter = {
+ 'id': group.id,
+ 'from_port': from_port,
+ 'to_port': to_port,
+ 'cird_ip': ip,
+ 'ip_protocol':protocol,
+ }
+ rule = self.client.security_group_rules.find(**filter)
+ if rule:
+ self.client.security_group_rules.delete(rule)
+ except Exception, ex:
+ logger.log_exc("Failed to remove rule from group %s" % group_name)
git://git.onelab.eu / sfa.git / commitdiff