def subtree_query(self, root, query_parts):
if query_parts:
my_query = query_parts[0]
if is_pattern(my_query):
matches = [root[1][node] for node in match_entries(root[1], my_query)]
elif my_query in root[1]:
matches = [ root[1][my_query] ]
else:
matches = []
else:
matches = root[1].values()
for child_node in matches:
result = {
'path' : child_node[0],
'is_leaf' : bool(child_node[0]),
}
if result['path'] is not None and not result['is_leaf']:
result['path'] += '.'
yield result
if query_parts:
for result in self.subtree_query(child_node, query_parts[1:]):
yield result
def subtree_query(self, root, query_parts):
if query_parts:
my_query = query_parts[0]
if is_pattern(my_query):
matches = [
root[1][node] for node in match_entries(root[1], my_query)
]
elif my_query in root[1]:
matches = [root[1][my_query]]
else:
matches = []
else:
matches = root[1].values()
for child_node in matches:
result = {
'path': child_node[0],
'is_leaf': bool(child_node[0]),
}
if result['path'] is not None and not result['is_leaf']:
result['path'] += '.'
yield result
if query_parts:
for result in self.subtree_query(child_node, query_parts[1:]):
yield result
def find(self, query, request):
# XXX --- revisit this code
query = remove_metachars(query)
parts = query.split('.')
if is_pattern(parts[-1]):
path = '/'.join([p.replace('@', '.') for p in parts[:-1]])
metric_path = '.'.join(parts[:-1])
pattern = parts[-1]
else:
path = '/'.join([p.replace('@', '.') for p in parts])
metric_path = '.'.join(parts)
pattern = None
if request and request.user and request.user.is_authenticated():
client = self.auth_client
else:
client = self.client
r = client.get(path)
if type(r) == list:
# XXX hack -- if we get multiple results use the most recent
r = r[-1]
if r.has_key('children'):
for child in r['children']:
if path != '':
cpath = metric_path + '.'
else:
cpath = ''
label = None
if child.has_key('name'):
if path.endswith('interface') and \
(not child.has_key('descr')
or child['descr'] == ''):
if not 'dev-alu' in path:
continue
name = child['name']
if child.has_key('descr'):
label = "%s %s" % (name, child['descr'])
label = label.replace('"','')
else:
name = parts[-1]
cpath += name.replace('.','@')
# XXX KLUDGE! need to revist various path translation crap
if 'error/' in cpath:
cpath = cpath.replace('error/', 'error.')
if 'discard/' in cpath:
cpath = cpath.replace('discard/', 'discard.')
if child['leaf']:
yield ESxSNMPLeaf(cpath, cpath, client=client,
name=name, label=label)
else:
yield ESxSNMPBranch(cpath, cpath, name=name, label=label)
else:
yield ESxSNMPLeaf(path, path, client=client)
def find(self, query, request):
# XXX --- revisit this code
query = remove_metachars(query)
parts = query.split('.')
if is_pattern(parts[-1]):
path = '/'.join([p.replace('@', '.') for p in parts[:-1]])
metric_path = '.'.join(parts[:-1])
pattern = parts[-1]
else:
path = '/'.join([p.replace('@', '.') for p in parts])
metric_path = '.'.join(parts)
pattern = None
if request and request.user and request.user.is_authenticated():
client = self.auth_client
else:
client = self.client
r = client.get(path)
if type(r) == list:
# XXX hack -- if we get multiple results use the most recent
r = r[-1]
if r.has_key('children'):
for child in r['children']:
if path != '':
cpath = metric_path + '.'
else:
cpath = ''
label = None
if child.has_key('name'):
if path.endswith('interface') and \
(not child.has_key('descr')
or child['descr'] == ''):
if not 'dev-alu' in path:
continue
name = child['name']
if child.has_key('descr'):
label = "%s %s" % (name, child['descr'])
label = label.replace('"', '')
else:
name = parts[-1]
cpath += name.replace('.', '@')
# XXX KLUDGE! need to revist various path translation crap
if 'error/' in cpath:
cpath = cpath.replace('error/', 'error.')
if 'discard/' in cpath:
cpath = cpath.replace('discard/', 'discard.')
if child['leaf']:
yield ESxSNMPLeaf(cpath,
cpath,
client=client,
name=name,
label=label)
else:
yield ESxSNMPBranch(cpath, cpath, name=name, label=label)
else:
yield ESxSNMPLeaf(path, path, client=client)
def _split(self, key):
parts = key.split('.')
for i in range (0, len(parts)):
if is_pattern(parts[i]):
parts[i] = self._variants(parts[i])
return parts