table_name = 'peers'
primary_key = 'peer_id'
+ join_tables = ['peer_site', 'peer_person', 'peer_key', 'peer_node',
+ 'peer_slice_attribute_type', 'peer_slice_attribute', 'peer_slice']
fields = {
'peer_id': Parameter (int, "Peer identifier"),
'peername': Parameter (str, "Peer name"),
'key': Parameter(str, "Peer GPG public key"),
'cacert': Parameter(str, "Peer SSL public certificate"),
### cross refs
- 'site_ids': Parameter([int], "List of sites for this peer is authoritative"),
- 'person_ids': Parameter([int], "List of users for this peer is authoritative"),
+ 'site_ids': Parameter([int], "List of sites for which this peer is authoritative"),
+ 'person_ids': Parameter([int], "List of users for which this peer is authoritative"),
'key_ids': Parameter([int], "List of keys for which this peer is authoritative"),
'node_ids': Parameter([int], "List of nodes for which this peer is authoritative"),
- 'attribute_type_ids': Parameter([int], "List of slice attribute types for which this peer is authoritative"),
- 'slice_attribute_ids': Parameter([int], "List of slice attributes for which this peer is authoritative"),
'slice_ids': Parameter([int], "List of slices for which this peer is authoritative"),
}
+ def validate_peername(self, peername):
+ if not len(peername):
+ raise PLCInvalidArgument, "Peer name must be specified"
+
+ conflicts = Peers(self.api, [peername])
+ for peer in conflicts:
+ if 'peer_id' not in self or self['peer_id'] != peer['peer_id']:
+ raise PLCInvalidArgument, "Peer name already in use"
+
+ return peername
+
def validate_peer_url(self, url):
"""
Validate URL. Must be HTTPS.
# Remove all related entities
for obj in \
- Sites(self.api, self['site_ids']) + \
- Persons(self.api, self['person_ids']) + \
- Keys(self.api, self['key_ids']) + \
- Nodes(self.api, self['node_ids']) + \
- SliceAttributeTypes(self.api, self['attribute_type_ids']) + \
- SliceAttributes(self.api, self['slice_attribute_ids']) + \
- Slices(self.api, self['slice_ids']):
+ Slices(self.api, self['slice_ids']) + \
+ Keys(self.api, self['key_ids']) + \
+ Persons(self.api, self['person_ids']) + \
+ Nodes(self.api, self['node_ids']) + \
+ Sites(self.api, self['site_ids']):
assert obj['peer_id'] == self['peer_id']
obj.delete(commit = False)
self['deleted'] = True
self.sync(commit)
+ def add_site(self, site, peer_site_id, commit = True):
+ """
+ Associate a local site entry with this peer.
+ """
+
+ add = Row.add_object(Site, 'peer_site')
+ add(self, site,
+ {'peer_id': self['peer_id'],
+ 'site_id': site['site_id'],
+ 'peer_site_id': peer_site_id},
+ commit = commit)
+
+ def add_person(self, person, peer_person_id, commit = True):
+ """
+ Associate a local user entry with this peer.
+ """
+
+ add = Row.add_object(Person, 'peer_person')
+ add(self, person,
+ {'peer_id': self['peer_id'],
+ 'person_id': person['person_id'],
+ 'peer_person_id': peer_person_id},
+ commit = commit)
+
+ def add_key(self, key, peer_key_id, commit = True):
+ """
+ Associate a local key entry with this peer.
+ """
+
+ add = Row.add_object(Key, 'peer_key')
+ add(self, key,
+ {'peer_id': self['peer_id'],
+ 'key_id': key['key_id'],
+ 'peer_key_id': peer_key_id},
+ commit = commit)
+
+ def add_node(self, node, peer_node_id, commit = True):
+ """
+ Associate a local node entry with this peer.
+ """
+
+ add = Row.add_object(Node, 'peer_node')
+ add(self, node,
+ {'peer_id': self['peer_id'],
+ 'node_id': node['node_id'],
+ 'peer_node_id': peer_node_id},
+ commit = commit)
+
+ def add_slice(self, slice, peer_slice_id, commit = True):
+ """
+ Associate a local slice entry with this peer.
+ """
+
+ add = Row.add_object(Slice, 'peer_slice')
+ add(self, slice,
+ {'peer_id': self['peer_id'],
+ 'slice_id': slice['slice_id'],
+ 'peer_slice_id': peer_slice_id},
+ commit = commit)
+
def connect(self, **kwds):
"""
Connect to this peer via XML-RPC.
def wrapper(*args, **kwds):
from PLC.GPG import gpg_sign
- signature = gpg_sign(methodname, args,
+ signature = gpg_sign(args,
self.api.config.PLC_ROOT_GPG_KEY,
- self.api.config.PLC_ROOT_GPG_KEY_PUB)
+ self.api.config.PLC_ROOT_GPG_KEY_PUB,
+ methodname)
auth = {'AuthMethod': "gpg",
'name': self.api.config.PLC_NAME,
return wrapper
- def __getattr__(self, methodname):
+ def __getattr__(self, attr):
"""
- Fetch a callable for the specified method.
+ Returns a callable API function if attr is the name of a
+ PLCAPI function; otherwise, returns the specified attribute.
"""
- function = getattr(self.server, methodname)
-
try:
- # Figure out if the function is a PLCAPI function and
- # requires an authentication structure as its first
- # argument.
+ # Figure out if the specified attribute is the name of a
+ # PLCAPI function. If so and the function requires an
+ # authentication structure as its first argument, return a
+ # callable that automagically adds an auth struct to the
+ # call.
+ methodname = attr
api_function = self.api.callable(methodname)
if api_function.accepts and \
(isinstance(api_function.accepts[0], PLC.Auth.Auth) or \
(isinstance(api_function.accepts[0], Mixed) and \
- filter(lambda param: isinstance(param, Auth), func.accepts[0]))):
- function = self.add_auth(function, methodname)
+ filter(lambda param: isinstance(param, Auth), api_function.accepts[0]))):
+ function = getattr(self.server, methodname)
+ return self.add_auth(function, methodname)
except Exception, err:
pass
- return function
+ if hasattr(self, attr):
+ return getattr(self, attr)
+ else:
+ raise AttributeError, "type object 'Peer' has no attribute '%s'" % attr
class Peers (Table):
"""
ints = filter(lambda x: isinstance(x, (int, long)), peer_filter)
strs = filter(lambda x: isinstance(x, StringTypes), peer_filter)
peer_filter = Filter(Peer.fields, {'peer_id': ints, 'peername': strs})
- sql += " AND (%s)" % peer_filter.sql(api, "OR")
+ sql += " AND (%s) %s" % peer_filter.sql(api, "OR")
elif isinstance(peer_filter, dict):
peer_filter = Filter(Peer.fields, peer_filter)
- sql += " AND (%s)" % peer_filter.sql(api, "AND")
+ sql += " AND (%s) %s" % peer_filter.sql(api, "AND")
self.selectall(sql)