def allocate(self, urn, rspec_string, expiration, options={}):
xrn = Xrn(urn)
aggregate = OSAggregate(self)
# assume first user is the caller and use their context
# for the ec2/euca api connection. Also, use the first users
# key as the project key.
key_name = None
if len(users) > 1:
key_name = aggregate.create_instance_key(xrn.get_hrn(), users[0])
# collect public keys
users = options.get('geni_users', [])
pubkeys = []
for user in users:
pubkeys.extend(user['keys'])
rspec = RSpec(rspec_string)
instance_name = hrn_to_os_slicename(slice_hrn)
tenant_name = OSXrn(xrn=slice_hrn, type='slice').get_tenant_name()
slivers = aggregate.run_instances(instance_name, tenant_name, \
rspec_string, key_name, pubkeys)
# update all sliver allocation states setting then to geni_allocated
sliver_ids = [sliver.id for sliver in slivers]
dbsession = self.api.dbsession()
SliverAllocation.set_allocations(sliver_ids, 'geni_provisioned',
dbsession)
return aggregate.describe(urns=[urn], version=rspec.version)
def perform_operational_action(self, urns, action, options={}):
aggregate = OSAggregate(self)
action = action.lower()
if action == 'geni_start':
action_method = aggregate.start_instances
elif action == 'geni_stop':
action_method = aggregate.stop_instances
elif action == 'geni_restart':
action_method = aggreate.restart_instances
else:
raise UnsupportedOperation(action)
# fault if sliver is not full allocated (operational status is geni_pending_allocation)
description = self.describe(urns, None, options)
for sliver in description['geni_slivers']:
if sliver['geni_operational_status'] == 'geni_pending_allocation':
raise UnsupportedOperation(
action,
"Sliver must be fully allocated (operational status is not geni_pending_allocation)"
)
#
# Perform Operational Action Here
#
instances = aggregate.get_instances(urns)
for instance in instances:
tenant_name = self.driver.shell.auth_manager.client.tenant_name
action_method(tenant_name, instance.name, instance.id)
description = self.describe(urns)
geni_slivers = self.describe(urns, None, options)['geni_slivers']
return geni_slivers
def register_authority(self, sfa_record, hrn):
aggregate = OSAggregate(self)
auth_name = OSXrn(xrn=hrn, type='authority').get_tenant_name()
description = sfa_record.get('description', None)
# Create a authority tenant
auth_tenant = aggregate.create_tenant(tenant_name=auth_name, description=description)
return auth_tenant
def register_user(self, sfa_record, hrn, pub_key):
aggregate = OSAggregate(self)
# Get the authority tenant info for initialization of a user
auth_hrn = Xrn(hrn).get_authority_hrn()
auth_tenant_name = OSXrn(xrn=auth_hrn, type='authority').get_tenant_name()
auth_tenant = self.shell.auth_manager.tenants.find(name=auth_tenant_name)
# Create a user based on the auth tenant
user_name = sfa_record.get('hrn')
email = sfa_record.get('email', None)
user = aggregate.create_user(user_name=user_name, password=user_name, \
tenant_id=auth_tenant.id, email=email, enabled=True)
keys = sfa_record.get('keys', [])
for key in keys:
keyname = OSXrn(xrn=hrn, type='user').get_slicename()
# Update connection for the current user
self.shell.compute_manager.connect(username=user.name, tenant=auth_tenant.name, \
password=user.name)
self.shell.compute_manager.keypairs.create(name=keyname, public_key=key)
# Update initial connection info
self.init_compute_manager_conn()
return user
def provision(self, urns, options=None):
if options is None: options={}
# update sliver allocation states and set them to geni_provisioned
aggregate = OSAggregate(self)
# Update connection for the current client
xrn = Xrn(urns[0], type='slice')
user_name = xrn.get_authority_hrn() + '.' + xrn.leaf.split('-')[0]
tenant_name = OSXrn(xrn=urns[0], type='slice').get_hrn()
self.shell.compute_manager.connect(username=user_name, tenant=tenant_name, password=user_name)
instances = aggregate.get_instances(xrn)
# Allocate new floating IP per the instance
servers = aggregate.check_floatingip(instances, True)
aggregate.create_floatingip(tenant_name, servers)
sliver_ids=[]
for instance in instances:
sliver_id = OSXrn(name=('koren'+'.'+ instance.name), id=instance.id, type='node+openstack').get_urn()
sliver_ids.append(sliver_id)
dbsession=self.api.dbsession()
SliverAllocation.set_allocations(sliver_ids, 'geni_provisioned', dbsession)
version_manager = VersionManager()
rspec_version = version_manager.get_version(options['geni_rspec_version'])
return self.describe(urns, rspec_version, options=options)
def list_resources (self, slice_urn, slice_hrn, creds, options):
cached_requested = options.get('cached', True)
version_manager = VersionManager()
# get the rspec's return format from options
rspec_version = version_manager.get_version(options.get('geni_rspec_version'))
version_string = "rspec_%s" % (rspec_version)
#panos adding the info option to the caching key (can be improved)
if options.get('info'):
version_string = version_string + "_"+options.get('info', 'default')
# look in cache first
if cached_requested and self.cache and not slice_hrn:
rspec = self.cache.get(version_string)
if rspec:
logger.debug("OpenStackDriver.ListResources: returning cached advertisement")
return rspec
#panos: passing user-defined options
#print "manager options = ",options
aggregate = OSAggregate(self)
rspec = aggregate.get_rspec(slice_xrn=slice_urn, version=rspec_version,
options=options)
# cache the result
if self.cache and not slice_hrn:
logger.debug("OpenStackDriver.ListResources: stores advertisement in cache")
self.cache.add(version_string, rspec)
return rspec
def create_sliver (self, slice_urn, slice_hrn, creds, rspec_string, users, options):
aggregate = OSAggregate(self)
# assume first user is the caller and use their context
# for the ec2/euca api connection. Also, use the first users
# key as the project key.
key_name = None
if len(users) > 1:
key_name = aggregate.create_instance_key(slice_hrn, users[0])
# collect public keys
pubkeys = []
for user in users:
pubkeys.extend(user['keys'])
rspec = RSpec(rspec_string)
instance_name = hrn_to_os_slicename(slice_hrn)
tenant_name = OSXrn(xrn=slice_hrn, type='slice').get_tenant_name()
instances = aggregate.run_instances(instance_name, tenant_name, rspec_string, key_name, pubkeys)
rspec_nodes = []
for instance in instances:
rspec_nodes.append(aggregate.instance_to_rspec_node(slice_urn, instance))
version_manager = VersionManager()
manifest_version = version_manager._get_version(rspec.version.type, rspec.version.version, 'manifest')
manifest_rspec = RSpec(version=manifest_version, user_options=options)
manifest_rspec.version.add_nodes(rspec_nodes)
return manifest_rspec.toxml()
def delete (self, urns, options=None):
if options is None: options={}
# collect sliver ids so we can update sliver allocation states after
# we remove the slivers.
aggregate = OSAggregate(self)
instances = aggregate.get_instances(urns)
sliver_ids = []
for instance in instances:
sliver_hrn = "%s.%s" % (self.driver.hrn, instance.id)
sliver_ids.append(Xrn(sliver_hrn, type='sliver').urn)
# delete the instance
aggregate.delete_instance(instance)
# delete sliver allocation states
dbsession=self.api.dbsession()
SliverAllocation.delete_allocations(sliver_ids, dbsession)
# return geni_slivers
geni_slivers = []
for sliver_id in sliver_ids:
geni_slivers.append(
{'geni_sliver_urn': sliver['sliver_id'],
'geni_allocation_status': 'geni_unallocated',
'geni_expires': None})
return geni_slivers
def allocate (self, urn, rspec_string, expiration, options=None):
if options is None: options={}
xrn = Xrn(urn)
aggregate = OSAggregate(self)
# assume first user is the caller and use their context
# for the ec2/euca api connection. Also, use the first users
# key as the project key.
key_name = None
if len(users) > 1:
key_name = aggregate.create_instance_key(xrn.get_hrn(), users[0])
# collect public keys
users = options.get('geni_users', [])
pubkeys = []
for user in users:
pubkeys.extend(user['keys'])
rspec = RSpec(rspec_string)
instance_name = hrn_to_os_slicename(slice_hrn)
tenant_name = OSXrn(xrn=slice_hrn, type='slice').get_tenant_name()
slivers = aggregate.run_instances(instance_name, tenant_name, \
rspec_string, key_name, pubkeys)
# update all sliver allocation states setting then to geni_allocated
sliver_ids = [sliver.id for sliver in slivers]
dbsession=self.api.dbsession()
SliverAllocation.set_allocations(sliver_ids, 'geni_provisioned',dbsession)
return aggregate.describe(urns=[urn], version=rspec.version)
def status (self, urns, options=None):
if options is None: options={}
aggregate = OSAggregate(self)
desc = aggregate.describe(urns)
status = {'geni_urn': desc['geni_urn'],
'geni_slivers': desc['geni_slivers']}
return status
def delete(self, urns, options={}):
# collect sliver ids so we can update sliver allocation states after
# we remove the slivers.
aggregate = OSAggregate(self)
instances = aggregate.get_instances(urns)
sliver_ids = []
for instance in instances:
sliver_hrn = "%s.%s" % (self.driver.hrn, instance.id)
sliver_ids.append(Xrn(sliver_hrn, type='sliver').urn)
# delete the instance
aggregate.delete_instance(instance)
# delete sliver allocation states
dbsession = self.api.dbsession()
SliverAllocation.delete_allocations(sliver_ids, dbsession)
# return geni_slivers
geni_slivers = []
for sliver_id in sliver_ids:
geni_slivers.append({
'geni_sliver_urn': sliver['sliver_id'],
'geni_allocation_status': 'geni_unallocated',
'geni_expires': None
})
return geni_slivers
def perform_operational_action (self, urns, action, options=None):
if options is None: options={}
aggregate = OSAggregate(self)
action = action.lower()
if action == 'geni_start':
action_method = aggregate.start_instances
elif action == 'geni_stop':
action_method = aggregate.stop_instances
elif action == 'geni_restart':
action_method = aggreate.restart_instances
else:
raise UnsupportedOperation(action)
# fault if sliver is not full allocated (operational status is geni_pending_allocation)
description = self.describe(urns, None, options)
for sliver in description['geni_slivers']:
if sliver['geni_operational_status'] == 'geni_pending_allocation':
raise UnsupportedOperation(action, \
"Sliver must be fully allocated (operational status is not geni_pending_allocation)")
#
# Perform Operational Action Here
#
xrn = Xrn(urns[0], type='slice')
instances = aggregate.get_instances(xrn)
for instance in instances:
tenant_name = self.shell.auth_manager.client.tenant_name
action_method(tenant_name, instance.name, instance.id)
description = self.describe(urns)
geni_slivers = self.describe(urns, None, options)['geni_slivers']
return geni_slivers
def status(self, urns, options={}):
aggregate = OSAggregate(self)
desc = aggregate.describe(urns)
status = {
'geni_urn': desc['geni_urn'],
'geni_slivers': desc['geni_slivers']
}
return status
def status (self, urns, options=None):
if options is None: options={}
aggregate = OSAggregate(self)
# TODO: Change to more dynamic
version_manager = VersionManager()
version_dict = {'type':'KOREN', 'version':'1', 'content_type':'manifest'}
version = version_manager.get_version(version_dict)
desc = aggregate.describe(urns, version=version, options=options)
status = {'geni_urn': desc['geni_urn'],
'geni_slivers': desc['geni_slivers']}
return status
def provision(self, urns, options={}):
# update sliver allocation states and set them to geni_provisioned
aggregate = OSAggregate(self)
instances = aggregate.get_instances(urns)
sliver_ids = []
for instance in instances:
sliver_hrn = "%s.%s" % (self.driver.hrn, instance.id)
sliver_ids.append(Xrn(sliver_hrn, type='sliver').urn)
dbsession=self.api.dbsession()
SliverAllocation.set_allocations(sliver_ids, 'geni_provisioned',dbsession)
version_manager = VersionManager()
rspec_version = version_manager.get_version(options['geni_rspec_version'])
return self.describe(urns, rspec_version, options=options)
def provision(self, urns, options={}):
# update sliver allocation states and set them to geni_provisioned
aggregate = OSAggregate(self)
instances = aggregate.get_instances(urns)
sliver_ids = []
for instance in instances:
sliver_hrn = "%s.%s" % (self.driver.hrn, instance.id)
sliver_ids.append(Xrn(sliver_hrn, type='sliver').urn)
dbsession = self.api.dbsession()
SliverAllocation.set_allocations(sliver_ids, 'geni_provisioned',
dbsession)
version_manager = VersionManager()
rspec_version = version_manager.get_version(
options['geni_rspec_version'])
return self.describe(urns, rspec_version, options=options)
def register_slice(self, sfa_record, hrn):
aggregate = OSAggregate(self)
# Get the user names (SFA client names)
users = []
researchers = sfa_record.get('reg-researchers', [])
pi = sfa_record.get('pi')
if len(researchers):
for researcher in researchers:
name = OSXrn(xrn=researcher, type='user').get_hrn()
users.append(name)
elif pi:
name = OSXrn(xrn=pi, type='user').get_hrn()
users.append(name)
else:
logger.warnning("You should input options with researcher(s) or pi.")
users = list(set(users))
# Check if this is username-slicename or not
# TODO: for now, we just support 1 user to make tenant
if sfa_record.get('hrn').find('-') == -1:
tenant_name = ( OSXrn(xrn=sfa_record.get('hrn'), type='slice').get_authority_hrn() + '.' \
+ OSXrn(xrn=users[0], type='user').get_leaf() + '-' \
+ OSXrn(xrn=sfa_record.get('hrn'), type='slice').get_leaf() )
else:
tenant_name = ( OSXrn(xrn=sfa_record.get('hrn'), type='slice').get_authority_hrn() + '.' \
+ OSXrn(xrn=sfa_record.get('hrn'), type='slice').get_leaf() )
description = sfa_record.get('description', None)
tenant = aggregate.create_tenant(tenant_name, description)
# Add suitable roles to the user
admin_role = self.shell.auth_manager.roles.find(name='admin')
member_role = self.shell.auth_manager.roles.find(name='_member_')
if len(researchers):
for researcher in researchers:
researcher_name = OSXrn(xrn=researcher, type='user').get_hrn()
user = self.shell.auth_manager.users.find(name=researcher_name)
if self.shell.auth_manager.roles.roles_for_user(user, tenant).count(member_role) == 0:
self.shell.auth_manager.roles.add_user_role(user, member_role, tenant)
elif pi:
pi_name = OSXrn(xrn=pi, type='user').get_hrn()
user = self.shell.auth_manager.users.find(name=pi_name)
if self.shell.auth_manager.roles.roles_for_user(user, tenant).count(admin_role) == 0:
self.shell.auth_manager.roles.add_user_role(user, admin_role, tenant)
else:
logger.warnning("You should input options with researcher(s) or pi.")
return tenant
def register_federation(self, user_hrn, slice_hrn, keys, email=None):
aggregate = OSAggregate(self)
# Create a slice of the federation user
tenant = aggregate.create_tenant(tenant_name=slice_hrn, description=user_hrn)
# Create a user of the federation user
user = aggregate.create_user(user_name=user_hrn, password=user_hrn, \
tenant_id=tenant.id, email=email, enabled=True)
# Check if the user has roles or not
member_role = self.shell.auth_manager.roles.find(name='Member')
if self.shell.auth_manager.roles.roles_for_user(user, tenant).count(member_role) == 0:
self.shell.auth_manager.roles.add_user_role(user, member_role, tenant)
# Check if keys exist or not
if keys is not None:
# Check if the user has keys or not
if len(keys) < 1:
key = None
else:
key = keys[0]
keyname = OSXrn(xrn=user_hrn, type='user').get_slicename()
# Update connection for the current client
self.shell.compute_manager.connect(username=user.name, tenant=tenant.name, password=user_hrn)
keypair_list = self.shell.compute_manager.keypairs.list()
for keypair in keypair_list:
if keyname == keypair.name:
break
else:
self.shell.compute_manager.keypairs.create(name=keyname, public_key=key)
# Update initial connection info
self.init_compute_manager_conn()
logger.info( "The federation user[%s] has the slice[%s] as member role." % \
(user.name, tenant.name) )
return user
def describe(self, urns, version=None, options={}):
aggregate = OSAggregate(self)
return aggregate.describe(urns, version=version, options=options)
def delete(self, urns, options=None):
if options is None: options={}
aggregate = OSAggregate(self)
# Update connection for the current client
xrn = Xrn(urns[0], type='slice')
user_name = xrn.get_authority_hrn() + '.' + xrn.leaf.split('-')[0]
tenant_name = OSXrn(xrn=urns[0], type='slice').get_hrn()
self.shell.compute_manager.connect(username=user_name, tenant=tenant_name, password=user_name)
# collect sliver ids so we can update sliver allocation states after
# we remove the slivers.
instances = aggregate.get_instances(xrn)
# Release the floating IPs of instances
servers = aggregate.check_floatingip(instances, False)
aggregate.delete_floatingip(servers)
sliver_ids = []
id_set = set()
for instance in instances:
sliver_id = OSXrn(name=('koren'+'.'+ instance.name), id=instance.id, type='node+openstack').get_urn()
sliver_ids.append(sliver_id)
# delete the instance related with requested tenant
aggregate.delete_instance(instance)
id_set.add(instance.tenant_id)
tenant_ids = list(id_set)
for tenant_id in tenant_ids:
# Delete both the router(s) and interfaces related with requested tenant
aggregate.delete_router(tenant_id=tenant_id)
# Delete both the network and subnet related with requested tenant
aggregate.delete_network(tenant_id=tenant_id)
# Delete sliver allocation states
dbsession=self.api.dbsession()
SliverAllocation.delete_allocations(sliver_ids, dbsession)
# Return geni_slivers
geni_slivers = []
for sliver_id in sliver_ids:
geni_slivers.append(
{ 'geni_sliver_urn': sliver_id,
'geni_allocation_status': 'geni_unallocated',
# 'geni_expires': datetime_to_string(utcparse(time.time())) })
'geni_expires': None })
return geni_slivers
def delete_sliver (self, slice_urn, slice_hrn, creds, options):
aggregate = OSAggregate(self)
tenant_name = OSXrn(xrn=slice_hrn, type='slice').get_tenant_name()
project_name = hrn_to_os_slicename(slice_hrn)
return aggregate.delete_instances(project_name, tenant_name)
def allocate (self, urn, rspec_string, expiration, options=None):
if options is None: options={}
aggregate = OSAggregate(self)
rspec = RSpec(rspec_string)
xrn = Xrn(urn)
slice_hrn = xrn.get_hrn()
tenant_name = OSXrn(xrn=slice_hrn, type='slice').get_hrn()
instance_name = hrn_to_os_slicename(slice_hrn)
tenants = self.shell.auth_manager.tenants.findall()
# collect public keys & get the user name
users = options.get('geni_users', [])
pubkeys = []
key_name = None
if len(users) >= 1:
for user in users:
# TODO: We currently support one user name.
user_name = Xrn(user.get('urn')).get_hrn()
pubkeys.extend(user['keys'])
for tenant in tenants:
# Check if the tenant of the user exists in local OS or not
if tenant_name == tenant.name:
try:
self.shell.auth_manager.users.find(name=user_name)
except:
user = self.register_federation(user_hrn=user_name, \
slice_hrn=tenant_name, keys=pubkeys, email=None)
break
else:
user = self.register_federation(user_hrn=user_name, \
slice_hrn=tenant_name, keys=None, email=None)
# Update connection for the current client
self.shell.compute_manager.connect(username=user_name, tenant=tenant_name, password=user_name)
keypair_list = self.shell.compute_manager.keypairs.list()
keyname = OSXrn(xrn=user_name, type='user').get_slicename()
for keypair in keypair_list:
if keyname == keypair.name:
key_name = keypair.name
break
else:
raise SfaNotImplemented("No handle!")
# Update initial connection info
self.init_compute_manager_conn()
# key_name = aggregate.create_instance_key(slice_hrn, users[0])
# In case of federation or non-options
elif len(users) < 1:
if options.get('actual_caller_hrn') is None:
user_name = xrn.get_authority_hrn() + '.' + xrn.leaf.split('-')[0]
else:
user_name = options.get('actual_caller_hrn')
for tenant in tenants:
# Check if the tenant of the user in local OS or not
if tenant_name == tenant.name:
try:
self.shell.auth_manager.users.find(name=user_name)
except:
user = self.register_federation(user_hrn=user_name, \
slice_hrn=tenant_name, keys=pubkeys, email=None)
break
else:
user = self.register_federation(user_hrn=user_name, \
slice_hrn=tenant_name, keys=None, email=None)
# TODO: Wrapper for federation needs at least one pubkey of the user extracted by 'options'!!
# name = OSXrn(xrn=user_name, type='user').get_slicename()
# key_name = self.shell.compute_manager.keypairs.get(name).name
else:
raise SfaNotImplemented("No handle!")
slivers = aggregate.run_instances(tenant_name, user_name, rspec_string, key_name, pubkeys)
# Update sliver allocations
for sliver in slivers:
component_id = sliver.metadata.get('component_id')
sliver_id = OSXrn(name=('koren'+'.'+ sliver.name), id=sliver.id, type='node+openstack').get_urn()
record = SliverAllocation( sliver_id=sliver_id,
component_id=component_id,
allocation_state='geni_allocated')
record.sync(self.api.dbsession())
return aggregate.describe(urns=[urn], version=rspec.version)
def update_sliver(self, slice_urn, slice_hrn, rspec, creds, options):
name = hrn_to_os_slicename(slice_hrn)
tenant_name = OSXrn(xrn=slice_hrn, type='slice').get_tenant_name()
aggregate = OSAggregate(self)
return aggregate.update_instances(name)
def describe(self, urns, version=None, options=None):
if options is None: options={}
aggregate = OSAggregate(self)
return aggregate.describe(urns, version=version, options=options)
def list_resources (self, version=None, options=None):
if options is None: options={}
aggregate = OSAggregate(self)
rspec = aggregate.list_resources(version=version, options=options)
return rspec
def stop_slice (self, slice_urn, slice_hrn, creds):
tenant_name = OSXrn(xrn=slice_hrn, type='slice').get_tenant_name()
name = OSXrn(xrn=slice_urn).name
aggregate = OSAggregate(self)
return aggregate.stop_instances(name, tenant_name)
def list_resources(self, version=None, options={}):
aggregate = OSAggregate(self)
rspec = aggregate.list_resources(version=version, options=options)
return rspec
def describe(self, urns, version=None, options={}):
aggregate = OSAggregate(self)
return aggregate.describe(urns, version=version, options=options)
