from sfa.util.specdict import *
from sfa.util.faults import *
from sfa.util.record import SfaRecord
+from sfa.rspecs.pg_rspec import PGRSpec
from sfa.rspecs.sfa_rspec import SfaRSpec
+from sfa.rspecs.pg_rspec_converter import PGRSpecConverter
+from sfa.rspecs.rspec_parser import parse_rspec
from sfa.util.policy import Policy
from sfa.util.prefixTree import prefixTree
from sfa.util.sfaticket import *
#threads.run(server.get_resources, cred, xrn, origin_hrn)
results = threads.get_results()
+ #results.append(open('/root/protogeni.rspec', 'r').read())
rspec = SfaRSpec()
for result in results:
- rspec.merge(result)
+ try:
+ tmp_rspec = parse_rspec(result)
+ if isinstance(tmp_rspec, SfaRSpec):
+ rspec.merge(result)
+ elif isinstance(tmp_rspec, PGRSpec):
+ rspec.merge(PGRSpecConverter.to_sfa_rspec(result))
+ else:
+ api.logger.info("SM.ListResources: invalid aggregate rspec")
+ except:
+ api.logger.info("SM.ListResources: Failed to merge aggregate rspec")
# cache the result
if caching and api.cache and not xrn:
- api.cache.add(version_string, rspec)
+ api.cache.add(version_string, rspec.toxml())
return rspec.toxml()
def get_network(self):
network = None
- nodes = self.xml.xpath('//rspecv2:node[@component_manager_uuid][1]', self.namespaces)
+ nodes = self.xml.xpath('//rspecv2:node[@component_manager_uuid][1]', namespaces=self.namespaces)
if nodes:
network = nodes[0].get('component_manager_uuid')
return network
return set(networks)
def get_node_elements(self):
- nodes = self.xml.xpath('//rspecv2:node', self.namespaces)
+ nodes = self.xml.xpath('//rspecv2:node', namespaces=self.namespaces)
return nodes
def get_nodes(self, network=None):
- return self.xml.xpath('//rspecv2:node[@component_uuid]/@component_uuid', self.namespaces)
+ return self.xml.xpath('//rspecv2:node[@component_uuid]/@component_uuid', namespaces=self.namespaces)
def get_nodes_with_slivers(self, network=None):
if network:
- return self.xml.xpath('//node[@component_manager_uuid="%s"][sliver_type]/@component_uuid' % network, self.namespaces)
+ return self.xml.xpath('//node[@component_manager_uuid="%s"][sliver_type]/@component_uuid' % network, namespaces=self.namespaces)
else:
- return self.xml.xpath('//node[sliver_type]/@component_uuid' % network, self.namespaces)
+ return self.xml.xpath('//node[sliver_type]/@component_uuid' % network, namespaces=self.namespaces)
def get_nodes_without_slivers(self, network=None):
pass
for node in nodes:
urn = ""
if check_for_dupes and \
- self.xml.xpath('//rspecv2:node[@component_uuid="%s"]' % urn, self.namespaces):
+ self.xml.xpath('//rspecv2:node[@component_uuid="%s"]' % urn, namespaces=self.namespaces):
# node already exists
continue
node_tag = etree.SubElement(self.xml, 'node')
+ if 'network' in node:
+ node_tag.set('component_manager_id', network)
+ if 'urn' in node:
+ node_tag.set('component_id', node['urn'])
+ if 'hostname' in node:
+ node_tag.set('name', node['hostname'])
node_type_tag = etree.SubElement(node_tag, 'node_type', type_name='pcvm', type_slots='100')
available_tag = etree.SubElement(node_tag, 'available').text = 'true'
exclusive_tag = etree.SubElement(node_tag, 'exclusive').text = 'false'
- location_tag = etree.SubElement(node_tag, 'location')
- interface_tag = etree.SubElement(node_tag, 'interface')
+ location_tag = etree.SubElement(node_tag, 'location', location="US")
+ if 'site' in node:
+ if 'longitude' in node['site']:
+ location_tag.set('longitude', site['longitude'])
+ if 'latitude' in node['site']:
+ location_tag.set('latitude', site['latitude'])
+ #if 'interfaces' in node:
def add_slivers(self, slivers, check_for_dupes=False):
@staticmethod
def to_sfa_node(site, node, i=0):
- cm_urn = node.get('component_manager_uuid')
- c_name = node.get('component_name')
- c_urn = node.get('component_uuid')
- c_hrn, _ = urn_to_hrn(c_urn)
+ urn = node.get('component_uuid')
+ hrn, _ = urn_to_hrn(urn)
+ hostname = Xrn.urn_split(urn)[-1]
node_tag = etree.SubElement(site, "node")
- node_tag.set("component_manager_uuid", cm_urn)
- node_tag.set("component_name", c_name)
- node_tag.set("component_uuid", c_urn)
- hostname_tag = etree.SubElement(node_tag, "hostname").text = c_hrn
- urn_tag = etree.SubElement(node_tag, "urn").text = c_hrn
+ hostname_tag = etree.SubElement(node_tag, "hostname").text = hostname
+ urn_tag = etree.SubElement(node_tag, "urn").text = urn
for child in node.getchildren():
node_tag.append(transform(child).getroot())
def to_sfa_network(pg_rspec, xml):
network_urn = pg_rspec.get_network()
network, _ = urn_to_hrn(network_urn)
- nodes = pg_rspec.get_nodes()
+ nodes = pg_rspec.get_node_elements()
network_tag = etree.SubElement(xml, "network")
network_tag.set("name", network)
network_tag.set("id", network)
- site_tag = etree.SubElement(network_tag, "Site")
- site_tag.set("id", network)
- name = etree.SubElement(site_tag, "name").text = network
i = 0
for node in nodes:
- PGRSpecConverter.to_sfa_node(site_tag, node, i)
+ PGRSpecConverter.to_sfa_node(network_tag, node, i)
@staticmethod
def to_sfa_rspec(rspec):
from sfa.rspecs.pg_rspec import PGRSpec
from sfa.rspecs.rspec import RSpec
from lxml import etree
-from
def parse_rspec(in_rspec):
rspec = RSpec(rspec=in_rspec)