def _getInitialEndpoints(self):
'''Get an initial set of servers to download the network status
documents from.
First try reading from the "cached-consensus" file. If this isn't
successful for any reason fallback to using the directory
authorities.
This is only called on instantiation, and any future downloads will
already have a fresh set of V2Dir endpoints.
.. note: We just use the directory authorities defined in stem.
:returns: **list** containing either RouterStatusEntry objects with
the 'V2Dir' flag or DirectoryAuthorities
'''
endpoints = None
try:
with open(DEF.CONSENSUS_CACHE_FILE, 'rb') as f:
data = f.read()
old_consensus = NetworkStatusDocumentV3(data)
endpoints = self._extractV2DirEndpoints(old_consensus)
msg = "Found {} V2Dir endpoints in cached-consensus."
logging.debug(msg.format(len(endpoints)))
except (IOError, ValueError) as e:
logging.debug("Error reading from cached-consensus: {}".format(e))
logging.debug("Falling back to directory authorities.")
return list(endpoints) if endpoints else get_authorities().values()
def _getInitialEndpoints(self):
'''Get an initial set of servers to download the network status
documents from.
First try reading from the "cached-consensus" file. If this isn't
successful for any reason fallback to using the directory
authorities.
This is only called on instantiation, and any future downloads will
already have a fresh set of V2Dir endpoints.
.. note: We just use the directory authorities defined in stem.
:returns: **list** containing either RouterStatusEntry objects with
the 'V2Dir' flag or DirectoryAuthorities
'''
endpoints = None
try:
with open(DEF.CONSENSUS_CACHE_FILE, 'rb') as f:
data = f.read()
old_consensus = NetworkStatusDocumentV3(data)
endpoints = self._extractV2DirEndpoints(old_consensus)
msg = "Found {} V2Dir endpoints in cached-consensus."
logging.debug(msg.format(len(endpoints)))
except (IOError, ValueError) as e:
logging.debug("Error reading from cached-consensus: {}".format(e))
logging.debug("Falling back to directory authorities.")
return list(endpoints) if endpoints else get_authorities().values()
def tutorial_example():
from stem.descriptor import remote
# request votes from all the bandwidth authorities
queries = {}
downloader = remote.DescriptorDownloader()
for authority in remote.get_authorities().values():
if authority.is_bandwidth_authority:
queries[authority.nickname] = downloader.query(
'/tor/status-vote/current/authority',
endpoints = [(authority.address, authority.dir_port)],
)
for authority_name, query in queries.items():
try:
print("Getting %s's vote from %s:" % (authority_name, query.download_url))
measured, unmeasured = 0, 0
for desc in query.run():
if desc.measured:
measured += 1
else:
unmeasured += 1
print(' %i measured entries and %i unmeasured' % (measured, unmeasured))
except Exception as exc:
print(' failed to get the vote (%s)' % exc)
def tutorial_example():
from stem.descriptor import remote
# request votes from all the bandwidth authorities
queries = {}
downloader = remote.DescriptorDownloader()
for authority in remote.get_authorities().values():
if authority.is_bandwidth_authority:
queries[authority.nickname] = downloader.query(
'/tor/status-vote/current/authority',
endpoints = [(authority.address, authority.dir_port)],
)
for authority_name, query in queries.items():
try:
print("Getting %s's vote from %s:" % (authority_name, query.download_url))
measured, unmeasured = 0, 0
for desc in query.run():
if desc.measured:
measured += 1
else:
unmeasured += 1
print(' %i measured entries and %i unmeasured' % (measured, unmeasured))
except Exception as exc:
print(" failed to get the vote (%s)" % exc)
def _scheduledConsensusUpdate(self, initial=False):
logging.debug("MicroconsensusManager running scheduled consensus " "update.")
if initial is True or self._consensus is None:
v2dirs = _readV2DirsFromCacheFile() or get_authorities().values()
else:
v2dirs = getV2DirsFromConsensus(self._consensus)
try:
self._consensus = yield self._downloadMicroconsensus(v2dirs)
except ConsensusDownloadFailed as e:
logging.debug(e)
from twisted.internet import reactor
reactor.callLater(SLEEP, self._scheduledConsensusUpdate, initial)
return
self._scheduleNextConsensusDownload()
self._servePendingRequests()
self._serveConsensusDownloadCallbacks()
def _scheduledConsensusUpdate(self, initial=False):
logging.debug("MicroconsensusManager running scheduled consensus "
"update.")
if initial is True or self._consensus is None:
v2dirs = _readV2DirsFromCacheFile() or get_authorities().values()
else:
v2dirs = getV2DirsFromConsensus(self._consensus)
try:
self._consensus = yield self._downloadMicroconsensus(v2dirs)
except ConsensusDownloadFailed as e:
logging.debug(e)
from twisted.internet import reactor
reactor.callLater(SLEEP, self._scheduledConsensusUpdate, initial)
return
self._scheduleNextConsensusDownload()
self._servePendingRequests()
self._serveConsensusDownloadCallbacks()
def tutorial_example():
from stem.descriptor import DocumentHandler, remote
# Query all authority votes asynchronously.
downloader = remote.DescriptorDownloader(document_handler = DocumentHandler.DOCUMENT)
queries = OrderedDict()
for name, authority in remote.get_authorities().items():
if authority.v3ident is None:
continue # authority doens't vote if it lacks a v3ident
queries[name] = downloader.get_vote(authority)
# Wait for the votes to finish being downloaded, this produces a dictionary of
# authority nicknames to their vote.
votes = dict((name, query.run()[0]) for (name, query) in queries.items())
# Get a superset of all the fingerprints in all the votes.
all_fingerprints = set()
for vote in votes.values():
all_fingerprints.update(vote.routers.keys())
# Finally, compare moria1's votes to maatuska.
for fingerprint in all_fingerprints:
moria1_vote = votes['moria1'].routers.get(fingerprint)
maatuska_vote = votes['maatuska'].routers.get(fingerprint)
if not moria1_vote and not maatuska_vote:
print("both moria1 and maatuska haven't voted about %s" % fingerprint)
elif not moria1_vote:
print("moria1 hasn't voted about %s" % fingerprint)
elif not maatuska_vote:
print("maatuska hasn't voted about %s" % fingerprint)
elif 'Running' in moria1_vote.flags and 'Running' not in maatuska_vote.flags:
print("moria1 has the Running flag but maatuska doesn't: %s" % fingerprint)
elif 'Running' in maatuska_vote.flags and 'Running' not in moria1_vote.flags:
print("maatuska has the Running flag but moria1 doesn't: %s" % fingerprint)
def tutorial_example():
from stem.descriptor import DocumentHandler, remote
# Query all authority votes asynchronously.
downloader = remote.DescriptorDownloader(document_handler = DocumentHandler.DOCUMENT)
queries = OrderedDict()
for name, authority in remote.get_authorities().items():
if authority.v3ident is None:
continue # authority doens't vote if it lacks a v3ident
queries[name] = downloader.get_vote(authority)
# Wait for the votes to finish being downloaded, this produces a dictionary of
# authority nicknames to their vote.
votes = dict((name, query.run()[0]) for (name, query) in queries.items())
# Get a superset of all the fingerprints in all the votes.
all_fingerprints = set()
for vote in votes.values():
all_fingerprints.update(vote.routers.keys())
# Finally, compare moria1's votes to maatuska.
for fingerprint in all_fingerprints:
moria1_vote = votes['moria1'].routers.get(fingerprint)
maatuska_vote = votes['maatuska'].routers.get(fingerprint)
if not moria1_vote and not maatuska_vote:
print("both moria1 and maatuska haven't voted about %s" % fingerprint)
elif not moria1_vote:
print("moria1 hasn't voted about %s" % fingerprint)
elif not maatuska_vote:
print("maatuska hasn't voted about %s" % fingerprint)
elif 'Running' in moria1_vote.flags and 'Running' not in maatuska_vote.flags:
print("moria1 has the Running flag but maatuska doesn't: %s" % fingerprint)
elif 'Running' in maatuska_vote.flags and 'Running' not in moria1_vote.flags:
print("maatuska has the Running flag but moria1 doesn't: %s" % fingerprint)
#!/usr/bin/env python
from stem.descriptor.remote import get_authorities
dirs = get_authorities()
for dir in dirs.keys():
print ''
print 'Nombre del nodo: %s \n, Direccion IP: %s \n, OR_PORT: %s \n, DIR_PORT: %s \n, Fingerprint: %s \n, V3Ident (Votar en el consenso) %s ' % (
dirs[dir].nickname, dirs[dir].address, dirs[dir].or_port,
dirs[dir].dir_port, dirs[dir].fingerprint, dirs[dir].v3ident)
from stem.descriptor import DocumentHandler, remote
# Query all authority votes asynchronously.
downloader = remote.DescriptorDownloader(document_handler = DocumentHandler.DOCUMENT)
queries = {}
for name, authority in remote.get_authorities().items():
if authority.v3ident is None:
continue # authority doesn't vote if it lacks a v3ident
queries[name] = downloader.get_vote(authority)
# Wait for the votes to finish being downloaded, this produces a dictionary of
# authority nicknames to their vote.
votes = dict((name, query.run()[0]) for (name, query) in queries.items())
# Get a superset of all the fingerprints in all the votes.
all_fingerprints = set()
for vote in votes.values():
all_fingerprints.update(vote.routers.keys())
# Finally, compare moria1's votes to maatuska.
for fingerprint in all_fingerprints:
moria1_vote = votes['moria1'].routers.get(fingerprint)
maatuska_vote = votes['maatuska'].routers.get(fingerprint)
from collections import OrderedDict
from stem.descriptor import DocumentHandler, remote
# Query all authority votes asynchronously.
downloader = remote.DescriptorDownloader(
document_handler=DocumentHandler.DOCUMENT)
# An ordered dictionary ensures queries are finished in the order they were
# added.
queries = OrderedDict()
for name, authority in remote.get_authorities().items():
if authority.v3ident is None:
continue # authority doesn't vote if it lacks a v3ident
queries[name] = downloader.get_vote(authority)
# Wait for the votes to finish being downloaded, this produces a dictionary of
# authority nicknames to their vote.
votes = dict((name, query.run()[0]) for (name, query) in queries.items())
# Get a superset of all the fingerprints in all the votes.
all_fingerprints = set()
for vote in votes.values():
all_fingerprints.update(vote.routers.keys())
from stem.descriptor import remote
# request votes from all the bandwidth authorities
queries = {}
downloader = remote.DescriptorDownloader()
for authority in remote.get_authorities().values():
if authority.is_bandwidth_authority:
queries[authority.nickname] = downloader.query(
'/tor/status-vote/current/authority',
endpoints = [(authority.address, authority.dir_port)],
)
for authority_name, query in queries.items():
try:
print("Getting %s's vote from %s:" % (authority_name, query.download_url))
measured, unmeasured = 0, 0
for desc in query.run():
if desc.measured:
measured += 1
else:
unmeasured += 1
print(' %i measured entries and %i unmeasured' % (measured, unmeasured))
except Exception as exc:
print(" failed to get the vote (%s)" % exc)
from stem.descriptor import remote
# request votes from all the bandwidth authorities
queries = {}
downloader = remote.DescriptorDownloader()
for authority in remote.get_authorities().values():
if authority.is_bandwidth_authority:
queries[authority.nickname] = downloader.query(
'/tor/status-vote/current/authority',
endpoints=[(authority.address, authority.dir_port)],
)
for authority_name, query in queries.items():
try:
print("Getting %s's vote from %s:" %
(authority_name, query.download_url))
measured, unmeasured = 0, 0
for desc in query.run():
if desc.measured:
measured += 1
else:
unmeasured += 1
print(' %i measured entries and %i unmeasured' %
(measured, unmeasured))
except Exception as exc:
print(" failed to get the vote (%s)" % exc)
