def test_cached_microdesc_consensus(self):
"""
Parses the cached-microdesc-consensus file in our data directory.
"""
consensus_path = test.runner.get_runner().get_test_dir(
'cached-microdesc-consensus')
if not os.path.exists(consensus_path):
test.runner.skip(self, '(no cached-microdesc-consensus)')
return
elif stem.util.system.is_windows():
test.runner.skip(self, '(unavailable on windows)')
return
count, reported_flags = 0, []
with open(consensus_path, 'rb') as descriptor_file:
for router in stem.descriptor.parse_file(
descriptor_file,
'network-status-microdesc-consensus-3 1.0',
validate=True):
count += 1
for flag in router.flags:
if flag not in stem.Flag:
register_new_capability('Flag (microdescriptor)', flag)
reported_flags.append(flag)
for line in router.get_unrecognized_lines():
register_new_capability('Microdescriptor Consensus Line',
line)
self.assertTrue(count > 100)
def test_cached_microdesc_consensus(self):
"""
Parses the cached-microdesc-consensus file in our data directory.
"""
consensus_path = test.runner.get_runner().get_test_dir('cached-microdesc-consensus')
if not os.path.exists(consensus_path):
test.runner.skip(self, '(no cached-microdesc-consensus)')
return
elif stem.util.system.is_windows():
test.runner.skip(self, '(unavailable on windows)')
return
count, reported_flags = 0, []
with open(consensus_path, 'rb') as descriptor_file:
for router in stem.descriptor.parse_file(descriptor_file, 'network-status-microdesc-consensus-3 1.0', validate = True):
count += 1
for flag in router.flags:
if flag not in stem.Flag:
register_new_capability('Flag (microdescriptor)', flag)
reported_flags.append(flag)
for line in router.get_unrecognized_lines():
register_new_capability('Microdescriptor Consensus Line', line)
self.assertTrue(count > 100)
def test_cached_descriptor(self):
"""
Parses the cached descriptor file in our data directory, checking that it
doesn't raise any validation issues and looking for unrecognized descriptor
additions.
"""
descriptor_path = test.runner.get_runner().get_test_dir(
'cached-descriptors')
if not os.path.exists(descriptor_path):
test.runner.skip(self, '(no cached descriptors)')
return
with open(descriptor_path, 'rb') as descriptor_file:
for desc in stem.descriptor.parse_file(descriptor_file,
'server-descriptor 1.0',
validate=True):
# the following attributes should be deprecated, and not appear in the wild
self.assertEqual(None, desc.read_history_end)
self.assertEqual(None, desc.write_history_end)
self.assertEqual(None, desc.eventdns)
self.assertEqual(None, desc.socks_port)
for line in desc.get_unrecognized_lines():
register_new_capability('Server Descriptor Line', line)
def test_cached_consensus(self):
"""
Parses the cached-consensus file in our data directory.
"""
consensus_path = test.runner.get_runner().get_test_dir('cached-consensus')
if not os.path.exists(consensus_path):
test.runner.skip(self, '(no cached-consensus)')
return
elif stem.util.system.is_windows():
# Unable to check memory usage on windows, so can't prevent hanging the
# system if things go bad.
test.runner.skip(self, '(unavailable on windows)')
return
count, reported_flags = 0, []
with open(consensus_path, 'rb') as descriptor_file:
for router in stem.descriptor.parse_file(descriptor_file, 'network-status-consensus-3 1.0', validate = True):
count += 1
for flag in router.flags:
if flag not in stem.Flag and flag not in reported_flags:
register_new_capability('Flag', flag)
reported_flags.append(flag)
for line in router.get_unrecognized_lines():
register_new_capability('Consensus Line', line)
# Sanity test that there's at least a hundred relays. If that's not the
# case then this probably isn't a real, complete tor consensus.
self.assertTrue(count > 100)
def test_cached_descriptor(self):
"""
Parses the cached descriptor file in our data directory, checking that it
doesn't raise any validation issues and looking for unrecognized descriptor
additions.
"""
descriptor_path = test.runner.get_runner().get_test_dir('cached-extrainfo')
if not os.path.exists(descriptor_path):
test.runner.skip(self, '(no cached descriptors)')
return
with open(descriptor_path, 'rb') as descriptor_file:
for desc in stem.descriptor.parse_file(descriptor_file, 'extra-info 1.0', validate = True):
for line in desc.get_unrecognized_lines():
register_new_capability('Extra-info Line', line)
if desc.dir_v2_responses_unknown:
self.fail('Unrecognized statuses on dirreq-v2-resp lines: %s' % desc.dir_v2_responses_unknown)
elif desc.dir_v3_responses_unknown:
self.fail('Unrecognized statuses on dirreq-v3-resp lines: %s' % desc.dir_v3_responses_unknown)
elif desc.dir_v2_direct_dl_unknown:
self.fail('Unrecognized stats on dirreq-v2-direct-dl lines: %s' % desc.dir_v2_direct_dl_unknown)
elif desc.dir_v3_direct_dl_unknown:
self.fail('Unrecognized stats on dirreq-v3-direct-dl lines: %s' % desc.dir_v2_direct_dl_unknown)
elif desc.dir_v2_tunneled_dl_unknown:
self.fail('Unrecognized stats on dirreq-v2-tunneled-dl lines: %s' % desc.dir_v2_tunneled_dl_unknown)
def test_cached_microdescriptors(self):
"""
Parses the cached microdescriptor file in our data directory, checking that
it doesn't raise any validation issues and looking for unrecognized
descriptor additions.
"""
descriptor_path = test.runner.get_runner().get_test_dir('cached-microdescs')
if not os.path.exists(descriptor_path):
test.runner.skip(self, '(no cached microdescriptors)')
return
with open(descriptor_path, 'rb') as descriptor_file:
for desc in stem.descriptor.parse_file(descriptor_file, 'microdescriptor 1.0', validate = True):
for line in desc.get_unrecognized_lines():
register_new_capability('Microdescriptor Line', line)
def test_cached_microdescriptors(self):
"""
Parses the cached microdescriptor file in our data directory, checking that
it doesn't raise any validation issues and looking for unrecognized
descriptor additions.
"""
descriptor_path = test.runner.get_runner().get_test_dir(
'cached-microdescs')
if not os.path.exists(descriptor_path):
test.runner.skip(self, '(no cached microdescriptors)')
return
with open(descriptor_path, 'rb') as descriptor_file:
for desc in stem.descriptor.parse_file(descriptor_file,
'microdescriptor 1.0',
validate=True):
for line in desc.get_unrecognized_lines():
register_new_capability('Microdescriptor Line', line)
def test_cached_descriptor(self):
"""
Parses the cached descriptor file in our data directory, checking that it
doesn't raise any validation issues and looking for unrecognized descriptor
additions.
"""
descriptor_path = test.runner.get_runner().get_test_dir(
'cached-extrainfo')
if not os.path.exists(descriptor_path):
test.runner.skip(self, '(no cached descriptors)')
return
with open(descriptor_path, 'rb') as descriptor_file:
for desc in stem.descriptor.parse_file(descriptor_file,
'extra-info 1.0',
validate=True):
for line in desc.get_unrecognized_lines():
register_new_capability('Extra-info Line', line)
if desc.dir_v2_responses_unknown:
self.fail(
'Unrecognized statuses on dirreq-v2-resp lines: %s' %
desc.dir_v2_responses_unknown)
elif desc.dir_v3_responses_unknown:
self.fail(
'Unrecognized statuses on dirreq-v3-resp lines: %s' %
desc.dir_v3_responses_unknown)
elif desc.dir_v2_direct_dl_unknown:
self.fail(
'Unrecognized stats on dirreq-v2-direct-dl lines: %s' %
desc.dir_v2_direct_dl_unknown)
elif desc.dir_v3_direct_dl_unknown:
self.fail(
'Unrecognized stats on dirreq-v3-direct-dl lines: %s' %
desc.dir_v2_direct_dl_unknown)
elif desc.dir_v2_tunneled_dl_unknown:
self.fail(
'Unrecognized stats on dirreq-v2-tunneled-dl lines: %s'
% desc.dir_v2_tunneled_dl_unknown)
def test_cached_consensus(self):
"""
Parses the cached-consensus file in our data directory.
"""
consensus_path = test.runner.get_runner().get_test_dir(
'cached-consensus')
if not os.path.exists(consensus_path):
test.runner.skip(self, '(no cached-consensus)')
return
elif stem.util.system.is_windows():
# Unable to check memory usage on windows, so can't prevent hanging the
# system if things go bad.
test.runner.skip(self, '(unavailable on windows)')
return
count, reported_flags = 0, []
with open(consensus_path, 'rb') as descriptor_file:
for router in stem.descriptor.parse_file(
descriptor_file,
'network-status-consensus-3 1.0',
validate=True):
count += 1
for flag in router.flags:
if flag not in stem.Flag and flag not in reported_flags:
register_new_capability('Flag', flag)
reported_flags.append(flag)
for line in router.get_unrecognized_lines():
register_new_capability('Consensus Line',
line,
suppression_token=line.split()[0])
# Sanity test that there's at least a hundred relays. If that's not the
# case then this probably isn't a real, complete tor consensus.
self.assertTrue(count > 100)
def test_cached_descriptor(self):
"""
Parses the cached descriptor file in our data directory, checking that it
doesn't raise any validation issues and looking for unrecognized descriptor
additions.
"""
descriptor_path = test.runner.get_runner().get_test_dir("cached-descriptors")
if not os.path.exists(descriptor_path):
test.runner.skip(self, "(no cached descriptors)")
return
with open(descriptor_path, "rb") as descriptor_file:
for desc in stem.descriptor.parse_file(descriptor_file, "server-descriptor 1.0", validate=True):
# the following attributes should be deprecated, and not appear in the wild
self.assertEqual(None, desc.read_history_end)
self.assertEqual(None, desc.write_history_end)
self.assertEqual(None, desc.eventdns)
self.assertEqual(None, desc.socks_port)
for line in desc.get_unrecognized_lines():
register_new_capability("Server Descriptor Line", line)
