def __init__(self,
create=False,
subject=None,
string=None,
filename=None,
uuid=None,
hrn=None,
urn=None,
lifeDays=1825,
email=None):
self.uuid = None
self.hrn = None
self.urn = None
self.email = None # for adding to the SubjectAltName
Certificate.__init__(self, lifeDays, create, subject, string, filename)
if subject:
print "Creating GID for subject: %s" % subject
if uuid:
self.uuid = int(uuid)
if hrn:
self.hrn = hrn
self.urn = hrn_to_urn(hrn, 'unknown')
if urn:
self.urn = urn
self.hrn, type = urn_to_hrn(urn)
if email:
self.set_email(email)
def encode(self):
if self.urn:
urn = self.urn
else:
urn = hrn_to_urn(self.hrn, None)
str = "URI:" + urn
if self.uuid:
str += ", " + "URI:" + uuid.UUID(int=self.uuid).urn
if self.email:
str += ", " + "email:" + self.email
self.set_data(str, 'subjectAltName')
def encode(self):
if self.urn:
urn = self.urn
else:
urn = hrn_to_urn(self.hrn, None)
str = "URI:" + urn
if self.uuid:
str += ", " + "URI:" + uuid.UUID(int=self.uuid).urn
if self.email:
str += ", " + "email:" + self.email
self.set_data(str, 'subjectAltName')
def create_auth(self, xrn, create_parents=False):
hrn, type = urn_to_hrn(str(xrn))
# create the parent authority if necessary
parent_hrn = get_authority(hrn)
parent_urn = hrn_to_urn(parent_hrn, 'authority')
if (parent_hrn) and (not self.auth_exists(parent_urn)) and (create_parents):
self.create_auth(parent_urn, create_parents)
(directory, gid_filename, privkey_filename,) = \
self.get_auth_filenames(hrn)
# create the directory to hold the files
try:
os.makedirs(directory)
# if the path already exists then pass
except OSError, (errno, strerr):
if errno == 17:
pass
def __init__(self, create=False, subject=None, string=None, filename=None, uuid=None, hrn=None, urn=None, lifeDays=1825, email=None):
self.uuid = None
self.hrn = None
self.urn = None
self.email = None # for adding to the SubjectAltName
Certificate.__init__(self, lifeDays, create, subject, string, filename)
if subject:
print "Creating GID for subject: %s" % subject
if uuid:
self.uuid = int(uuid)
if hrn:
self.hrn = hrn
self.urn = hrn_to_urn(hrn, 'unknown')
if urn:
self.urn = urn
self.hrn, type = urn_to_hrn(urn)
if email:
self.set_email(email)
def create_gid(self, xrn, uuid, pkey, CA=False, email=None):
hrn, type = urn_to_hrn(xrn)
if not type:
type = 'authority'
parent_hrn = get_authority(hrn)
# Using hrn_to_urn() here to make sure the urn is in the right format
# If xrn was a hrn instead of a urn, then the gid's urn will be
# of type None
urn = hrn_to_urn(hrn, type)
subject = self.get_subject(hrn)
if not subject:
subject = hrn
gid = GID(subject=subject, uuid=uuid, hrn=hrn, urn=urn, email=email)
# is this a CA cert
if hrn == self.config.SFA_INTERFACE_HRN or not parent_hrn:
# root or sub authority
gid.set_intermediate_ca(True)
elif type and 'authority' in type:
# authority type
gid.set_intermediate_ca(False)
elif CA:
gid.set_intermediate_ca(True)
else:
gid.set_intermediate_ca(False)
# set issuer
if not parent_hrn or hrn == self.config.SFA_INTERFACE_HRN:
# if there is no parent hrn, then it must be self-signed. this
# is where we terminate the recursion
gid.set_issuer(pkey, subject)
else:
# we need the parent's private key in order to sign this GID
parent_auth_info = self.get_auth_info(parent_hrn)
parent_gid = parent_auth_info.get_gid_object()
gid.set_issuer(parent_auth_info.get_pkey_object(), parent_gid.get_extended_subject())
gid.set_parent(parent_auth_info.get_gid_object())
gid.set_pubkey(pkey)
gid.encode()
gid.sign()
return gid
def get_nodes(self,
options={},
slice_leaf=None,
projectName=None,
created_vms=[],
new_nodes=[]):
if 'slice' in options.keys():
nodes = self.shell.GetNodes(options['slice'], projectName)
if not nodes:
nodes = new_nodes
else:
nodes = self.shell.GetNodes()
rspec_nodes = []
for node in nodes:
rspec_node = Node()
site = self.get_testbed_info()
rspec_node['component_id'] = hrn_to_urn(
config.HRN + '.' + str(node.name), 'node')
rspec_node['component_name'] = node.name
rspec_node[
'component_manager_id'] = "urn:publicid:IDN+" + config.OCF_ISLAND_AUTHORITY + ":" + config.OCF_AM_TYPE + "+cm"
rspec_node['hostname'] = str(node.name).lower() + '.ctx.i2cat.net'
rspec_node['exclusive'] = 'false'
rspec_node['hardware_types'] = [
OcfVtServer({
'name':
str(node.name),
'operating_system_type':
str(node.operatingSystemType),
'operating_system_distribution':
str(node.operatingSystemDistribution),
'operating_system_version':
str(node.operatingSystemVersion),
'virtualization_technology':
node.virtTech,
'cpus_number':
str(node.numberOfCPUs),
'cpu_frequency':
str(node.CPUFrequency),
'memory':
str(node.memory),
'hdd_space_GB':
str(node.discSpaceGB),
'agent_url':
str(node.agentURL),
})
]
if not slice_leaf:
ip_ranges = node.subscribedIp4Ranges.all()
mac_ranges = node.subscribedMacRanges.all()
network_ifaces = node.networkInterfaces.all()
rspec_node['services'] = list()
if ip_ranges:
for ip_range in ip_ranges:
rspec_node['services'].append(
Range({
'type': 'IP_Range',
'name': ip_range.name,
'start_value': ip_range.startIp,
'end_value': ip_range.endIp
}))
if mac_ranges:
for mac_range in mac_ranges:
rspec_node['services'].append(
Range({
'type': 'MAC_Range',
'name': mac_range.name,
'start_value': mac_range.startMac,
'end_value': mac_range.endMac
}))
if network_ifaces:
for network_iface in network_ifaces:
#rspec_node['services'].append(NetworkInterface({'from_server_interface_name':network_iface.name,
network_iface_name = self.server_iface_to_vm_iface(
network_iface.name)
rspec_node['services'].append(
NetworkInterface({
'from_server_interface_name':
network_iface_name,
'to_network_interface_id':
network_iface.switchID,
'to_network_interface_port':
str(network_iface.port)
}))
if site['longitude'] and site['latitude']:
location = Location({
'longitude': site['longitude'],
'latitude': site['latitude'],
'country': 'Spain'
})
rspec_node['location'] = location
slices = list()
cVMs = dict()
if slice_leaf:
slices = (self.shell.GetSlice(slice_leaf, projectName))
slices['vms'].extend(
VMAggregate.FilterList(
{
'slice-name': slice_leaf,
'node-name': node.name
}, created_vms))
#cVMs['vms'] = createdVMs
slivers = list()
if slices:
services = list()
for vm in slices['vms']:
if vm['node-name'] == node.name:
slivers.append(
VM({
'name': vm['vm-name'],
'state': vm['vm-state'],
'ip': vm['vm-ip'],
}))
services.append(
Login({
'authentication': "ssh-keys",
'hostname': vm['vm-ip'],
'port': "22",
'username': '******',
}))
rspec_node['services'] = services
rspec_node['slivers'] = slivers
rspec_nodes.append(rspec_node)
return rspec_nodes
def get_nodes(self, options={},slice_leaf = None,projectName=None,created_vms=[],new_nodes=[]):
if 'slice' in options.keys():
nodes = self.shell.GetNodes(options['slice'],projectName)
if not nodes:
nodes = new_nodes
else:
nodes = self.shell.GetNodes()
rspec_nodes = []
for node in nodes:
rspec_node = Node()
site=self.get_testbed_info()
rspec_node['component_id'] = hrn_to_urn(config.HRN+'.'+str(node.name),'node')
rspec_node['component_name'] = node.name
rspec_node['component_manager_id'] = "urn:publicid:IDN+" + config.OCF_ISLAND_AUTHORITY + ":" + config.OCF_AM_TYPE + "+cm"
rspec_node['hostname'] = str(node.name).lower() + '.ctx.i2cat.net'
rspec_node['exclusive'] = 'false'
rspec_node['hardware_types'] = [OcfVtServer({'name':str(node.name),
'operating_system_type':str(node.operatingSystemType),
'operating_system_distribution':str(node.operatingSystemDistribution),
'operating_system_version':str(node.operatingSystemVersion),
'virtualization_technology':node.virtTech,
'cpus_number':str(node.numberOfCPUs),
'cpu_frequency':str(node.CPUFrequency),
'memory':str(node.memory),
'hdd_space_GB':str(node.discSpaceGB),
'agent_url':str(node.agentURL), })]
if not slice_leaf:
ip_ranges = node.subscribedIp4Ranges.all()
mac_ranges = node.subscribedMacRanges.all()
network_ifaces = node.networkInterfaces.all()
rspec_node['services'] = list()
if ip_ranges:
for ip_range in ip_ranges:
rspec_node['services'].append(Range({'type':'IP_Range',
'name':ip_range.name,
'start_value': ip_range.startIp,
'end_value': ip_range.endIp}))
if mac_ranges:
for mac_range in mac_ranges:
rspec_node['services'].append(Range({'type':'MAC_Range',
'name':mac_range.name,
'start_value': mac_range.startMac,
'end_value': mac_range.endMac}))
if network_ifaces:
for network_iface in network_ifaces:
rspec_node['services'].append(NetworkInterface({'from_server_interface_name':network_iface.name,
'to_network_interface_id': network_iface.switchID,
'to_network_interface_port':str(network_iface.port)}))
if site['longitude'] and site['latitude']:
location = Location({'longitude': site['longitude'], 'latitude': site['latitude'], 'country': 'Spain'})
rspec_node['location'] = location
slices = list()
cVMs = dict()
if slice_leaf:
slices = (self.shell.GetSlice(slice_leaf,projectName))
slices['vms'].extend(VMAggregate.FilterList({'slice-name':slice_leaf,'node-name':node.name},created_vms))
#cVMs['vms'] = createdVMs
slivers = list()
if slices:
for vm in slices['vms']:
if vm['node-name'] == node.name:
slivers.append(VM({'name':vm['vm-name'],
'state':vm['vm-state'],
'ip':vm['vm-ip'],
}))
rspec_node['slivers'] = slivers
rspec_nodes.append(rspec_node)
return rspec_nodes
def to_pg_rspec(rspec, content_type = None):
if not isinstance(rspec, RSpec):
sfa_rspec = RSpec(rspec)
else:
sfa_rspec = rspec
if not content_type or content_type not in \
['ad', 'request', 'manifest']:
content_type = sfa_rspec.version.content_type
version_manager = VersionManager()
pg_version = version_manager._get_version('protogeni', '2', 'request')
pg_rspec = RSpec(version=pg_version)
# get networks
networks = sfa_rspec.version.get_networks()
for network in networks:
# get nodes
sfa_node_elements = sfa_rspec.version.get_node_elements(network=network)
for sfa_node_element in sfa_node_elements:
# create node element
node_attrs = {}
node_attrs['exclusive'] = 'false'
if 'component_manager_id' in sfa_node_element.attrib:
node_attrs['component_manager_id'] = sfa_node_element.attrib['component_manager_id']
else:
node_attrs['component_manager_id'] = hrn_to_urn(network, 'authority+cm')
if 'component_id' in sfa_node_element.attrib:
node_attrs['compoenent_id'] = sfa_node_element.attrib['component_id']
if sfa_node_element.find('hostname') != None:
hostname = sfa_node_element.find('hostname').text
node_attrs['component_name'] = hostname
node_attrs['client_id'] = hostname
node_element = pg_rspec.xml.add_element('node', node_attrs)
if content_type == 'request':
sliver_element = sfa_node_element.find('sliver')
sliver_type_elements = sfa_node_element.xpath('./sliver_type', namespaces=sfa_rspec.namespaces)
available_sliver_types = [element.attrib['name'] for element in sliver_type_elements]
valid_sliver_types = ['emulab-openvz', 'raw-pc']
# determine sliver type
requested_sliver_type = 'emulab-openvz'
for available_sliver_type in available_sliver_types:
if available_sliver_type in valid_sliver_types:
requested_sliver_type = available_sliver_type
if sliver_element != None:
pg_rspec.xml.add_element('sliver_type', {'name': requested_sliver_type}, parent=node_element)
else:
# create node_type element
for hw_type in ['plab-pc', 'pc']:
hdware_type_element = pg_rspec.xml.add_element('hardware_type', {'name': hw_type}, parent=node_element)
# create available element
pg_rspec.xml.add_element('available', {'now': 'true'}, parent=node_element)
# create locaiton element
# We don't actually associate nodes with a country.
# Set country to "unknown" until we figure out how to make
# sure this value is always accurate.
location = sfa_node_element.find('location')
if location != None:
location_attrs = {}
location_attrs['country'] = location.get('country', 'unknown')
location_attrs['latitude'] = location.get('latitude', 'None')
location_attrs['longitude'] = location.get('longitude', 'None')
pg_rspec.xml.add_element('location', location_attrs, parent=node_element)
return pg_rspec.toxml()
def get_nodes(self, options={}, slice_leaf=None, projectName=None, created_vms=[], new_nodes=[]):
if "slice" in options.keys():
nodes = self.shell.GetNodes(options["slice"], projectName)
if not nodes:
nodes = new_nodes
else:
nodes = self.shell.GetNodes()
rspec_nodes = []
for node in nodes:
rspec_node = Node()
site = self.get_testbed_info()
rspec_node["component_id"] = hrn_to_urn(config.HRN + "." + str(node.name), "node")
rspec_node["component_name"] = node.name
rspec_node["component_manager_id"] = (
"urn:publicid:IDN+" + config.OCF_ISLAND_AUTHORITY + ":" + config.OCF_AM_TYPE + "+cm"
)
rspec_node["hostname"] = str(node.name).lower() + ".ctx.i2cat.net"
rspec_node["exclusive"] = "false"
rspec_node["hardware_types"] = [
OcfVtServer(
{
"name": str(node.name),
"operating_system_type": str(node.operatingSystemType),
"operating_system_distribution": str(node.operatingSystemDistribution),
"operating_system_version": str(node.operatingSystemVersion),
"virtualization_technology": node.virtTech,
"cpus_number": str(node.numberOfCPUs),
"cpu_frequency": str(node.CPUFrequency),
"memory": str(node.memory),
"hdd_space_GB": str(node.discSpaceGB),
"agent_url": str(node.agentURL),
}
)
]
if not slice_leaf:
ip_ranges = node.subscribedIp4Ranges.all()
mac_ranges = node.subscribedMacRanges.all()
network_ifaces = node.networkInterfaces.all()
rspec_node["services"] = list()
if ip_ranges:
for ip_range in ip_ranges:
rspec_node["services"].append(
Range(
{
"type": "IP_Range",
"name": ip_range.name,
"start_value": ip_range.startIp,
"end_value": ip_range.endIp,
}
)
)
if mac_ranges:
for mac_range in mac_ranges:
rspec_node["services"].append(
Range(
{
"type": "MAC_Range",
"name": mac_range.name,
"start_value": mac_range.startMac,
"end_value": mac_range.endMac,
}
)
)
if network_ifaces:
for network_iface in network_ifaces:
# rspec_node['services'].append(NetworkInterface({'from_server_interface_name':network_iface.name,
network_iface_name = self.server_iface_to_vm_iface(network_iface.name)
rspec_node["services"].append(
NetworkInterface(
{
"from_server_interface_name": network_iface_name,
"to_network_interface_id": network_iface.switchID,
"to_network_interface_port": str(network_iface.port),
}
)
)
if site["longitude"] and site["latitude"]:
location = Location(
{"longitude": site["longitude"], "latitude": site["latitude"], "country": "Spain"}
)
rspec_node["location"] = location
slices = list()
cVMs = dict()
if slice_leaf:
slices = self.shell.GetSlice(slice_leaf, projectName)
slices["vms"].extend(
VMAggregate.FilterList({"slice-name": slice_leaf, "node-name": node.name}, created_vms)
)
# cVMs['vms'] = createdVMs
slivers = list()
if slices:
services = list()
for vm in slices["vms"]:
if vm["node-name"] == node.name:
slivers.append(VM({"name": vm["vm-name"], "state": vm["vm-state"], "ip": vm["vm-ip"]}))
services.append(
Login(
{
"authentication": "ssh-keys",
"hostname": vm["vm-ip"],
"port": "22",
"username": "******",
}
)
)
rspec_node["services"] = services
rspec_node["slivers"] = slivers
rspec_nodes.append(rspec_node)
return rspec_nodes