def testAnswerQueryWhenMatchingToolsExistAndQuerySpecifiesAf(self):
"""Resolver should take into account address family when specified."""
query = lookup_query.LookupQuery()
query.tool_id = _TOOL_ID
query.tool_address_family = message.ADDRESS_FAMILY_IPv6
mock_fetched_tools = [
_createSliverTool(_TOOL_ID),
_createSliverTool(_TOOL_ID)
]
# AllResolver should not do any additional filtering on the tools it
# fetched.
query_results_expected = mock_fetched_tools
# Make sure the resolver is fetching only tools with IPv6 interface
# online that match the specified tool ID.
tool_properties_expected = sliver_tool_fetcher.ToolProperties(
tool_id=_TOOL_ID,
address_family=message.ADDRESS_FAMILY_IPv6,
status=message.STATUS_ONLINE)
self.assertQueryResultMultiTool(query, mock_fetched_tools,
query_results_expected,
tool_properties_expected)
def testAnswerQueryWhenFourToolsAreEquallyClosest(self):
"""When exactly four tools tie for closest, return those four."""
query = lookup_query.LookupQuery()
query.tool_id = _TOOL_ID
query.latitude = 0.0
query.longitude = 0.0
mock_fetched_tools = [
_createSliverTool(
_TOOL_ID, site_id='abc01', latitude=1.0, longitude=1.0),
_createSliverTool(
_TOOL_ID, site_id='abc02', latitude=1.0, longitude=1.0),
_createSliverTool(
_TOOL_ID, site_id='abc03', latitude=1.0, longitude=1.0),
_createSliverTool(
_TOOL_ID, site_id='abc04', latitude=1.0, longitude=1.0),
_createSliverTool(
_TOOL_ID, site_id='cba01', latitude=5.0, longitude=5.0)
] # yapf: disable
# Result should be the four closest tools
query_results_expected = mock_fetched_tools[:4]
# Make sure the resolver is fetching only online tools that match the
# specified tool ID.
tool_properties_expected = sliver_tool_fetcher.ToolProperties(
tool_id=_TOOL_ID, status=message.STATUS_ONLINE)
self.assertQueryResultMultiTool(query, mock_fetched_tools,
query_results_expected,
tool_properties_expected)
def testAnswerQueryWhenSingleToolIsClosestAndQuerySpecifiesAf(self):
query = lookup_query.LookupQuery()
query.tool_id = _TOOL_ID
query.latitude = 0.0
query.longitude = 0.0
query.tool_address_family = message.ADDRESS_FAMILY_IPv4
close_tool = _createSliverTool(_TOOL_ID,
site_id='abc01',
latitude=1.0,
longitude=1.0)
far_tool = _createSliverTool(_TOOL_ID,
site_id='cba01',
latitude=5.0,
longitude=5.0)
# Make sure the resolver is fetching only online tools that match the
# specified tool ID.
tool_properties_expected = sliver_tool_fetcher.ToolProperties(
tool_id=_TOOL_ID,
address_family=message.ADDRESS_FAMILY_IPv4,
status=message.STATUS_ONLINE)
mock_fetched_tools = [close_tool, far_tool]
self.assertQueryResultSingleTool(query, mock_fetched_tools, close_tool,
tool_properties_expected)
def testAnswerQueryWhenFewerThanFourToolsMatch(self):
"""When fewer than four tools match, return whatever matches."""
query = lookup_query.LookupQuery()
query.tool_id = _TOOL_ID
query.latitude = 0.0
query.longitude = 0.0
mock_fetched_tools = [
_createSliverTool(
_TOOL_ID, site_id='abc01', latitude=1.0, longitude=1.0),
_createSliverTool(
_TOOL_ID, site_id='abc02', latitude=1.0, longitude=1.0),
_createSliverTool(
_TOOL_ID, site_id='cba01', latitude=5.0, longitude=5.0)
] # yapf: disable
query_results_expected = mock_fetched_tools
# Make sure the resolver is fetching only online tools that match the
# specified tool ID.
tool_properties_expected = sliver_tool_fetcher.ToolProperties(
tool_id=_TOOL_ID, status=message.STATUS_ONLINE)
self.assertQueryResultMultiTool(query, mock_fetched_tools,
query_results_expected,
tool_properties_expected)
def testOnlyReturnMlab1(self):
self.initToolIdSiteGroup()
tool_properties = sliver_tool_fetcher.ToolProperties(
tool_id='mock_tool_a')
for tool in self.fetcher.fetch(tool_properties):
self.assertTrue('mlab1' in tool.fqdn)
self.assertFalse('mlab2' in tool.fqdn)
def testAnswerQueryReturnsRandomSubsetWhenQueryIsMissingLatLon(self):
"""When lat/lon is missing, expect a random subset of tools."""
# TODO(mtlynch): This behavior is confusing because it is inconsistent
# with the other resolvers that return None when required attributes are
# missing from the query. Change so that all are consistent.
query = lookup_query.LookupQuery()
query.tool_id = _TOOL_ID
mock_fetched_tools = [
_createSliverTool(
_TOOL_ID, site_id='abc01', latitude=1.0, longitude=1.0),
_createSliverTool(
_TOOL_ID, site_id='abc02', latitude=1.0, longitude=1.0),
_createSliverTool(
_TOOL_ID, site_id='abc03', latitude=1.0, longitude=1.0),
_createSliverTool(
_TOOL_ID, site_id='abc04', latitude=1.0, longitude=1.0),
_createSliverTool(
_TOOL_ID, site_id='cba01', latitude=5.0, longitude=5.0)
] # yapf: disable
# When lat/lon is missing, resolver performs no additional filtering
# after fetch
filtered_tools_expected = mock_fetched_tools
tool_properties_expected = sliver_tool_fetcher.ToolProperties(
tool_id=_TOOL_ID, status=message.STATUS_ONLINE)
self.assertQueryResultMultiToolWithRandomSample(
query, mock_fetched_tools, filtered_tools_expected, 4,
tool_properties_expected)
def testAnswerQueryReturnsRandomSubsetWhenQueryIsMissingLatLonLowCandidates(
self):
"""When lat/lon is missing, expect a random subset of tools.
If the number of matching candidates is lower than the number of tools
requested, return all the matching candidates.
"""
query = lookup_query.LookupQuery()
query.tool_id = _TOOL_ID
mock_fetched_tools = [
_createSliverTool(
_TOOL_ID, site_id='abc01', latitude=1.0, longitude=1.0),
_createSliverTool(
_TOOL_ID, site_id='abc02', latitude=1.0, longitude=1.0)
] # yapf: disable
# When lat/lon is missing, resolver performs no additional filtering
# after fetch
filtered_tools_expected = mock_fetched_tools
tool_properties_expected = sliver_tool_fetcher.ToolProperties(
tool_id=_TOOL_ID, status=message.STATUS_ONLINE)
# Normally we expect a random sample of 4, but there are only 2
# candidates in the set
self.assertQueryResultMultiToolWithRandomSample(
query, mock_fetched_tools, filtered_tools_expected, 2,
tool_properties_expected)
def testAnswerQueryWhenSingleToolIsClosest(self):
"""When a single tool is closest, return that tool."""
query = lookup_query.LookupQuery()
query.tool_id = _TOOL_ID
query.latitude = 0.0
query.longitude = 0.0
close_tool = _createSliverTool(_TOOL_ID,
site_id='abc01',
latitude=1.0,
longitude=1.0)
far_tool = _createSliverTool(_TOOL_ID,
site_id='cba01',
latitude=5.0,
longitude=5.0)
# Make sure the resolver is fetching only online tools that match the
# specified tool ID.
tool_properties_expected = sliver_tool_fetcher.ToolProperties(
tool_id=_TOOL_ID, status=message.STATUS_ONLINE)
mock_fetched_tools = [close_tool, far_tool]
client_signature_fetcher.ClientSignatureFetcher(
).fetch.return_value = 1.0
self.assertQueryResultSingleTool(query, mock_fetched_tools, close_tool,
tool_properties_expected)
def testFetchToolsWithOnlineIpv6(self):
self.initStatusSiteGroup()
tool_properties = sliver_tool_fetcher.ToolProperties(
tool_id='mock_tool_a',
status=message.STATUS_ONLINE,
address_family=message.ADDRESS_FAMILY_IPv6)
self.verifyPropertiesReturnExpectedSiteIds(('abc01', 'xyz01'),
tool_properties)
def testFetchAlwaysReturnsNoResultsWhenMetroIsSet(self):
"""Memcache fetcher has no knowledge of metros, so returns nothing."""
self.createSliverTool(tool_id='mock_tool_a',
site_id='abc01',
country='CountryA',
status_ipv4=message.STATUS_ONLINE,
status_ipv6=message.STATUS_ONLINE)
tool_properties = sliver_tool_fetcher.ToolProperties(
tool_id='mock_tool_a', metro='abc')
self.verifyPropertiesReturnExpectedSiteIds([], tool_properties)
def testFetchFailsOverToDatastoreWhenDataIsNotInMemcache(self):
sliver_tool_fetcher.SliverToolFetcherMemcache().fetch.return_value = []
# The mock response is just ints here for simplicity, though the real
# function returns SliverTool objects.
mock_datastore_response = [4, 5, 6]
sliver_tool_fetcher.SliverToolFetcherDatastore().fetch.return_value = (
mock_datastore_response)
tool_properties = sliver_tool_fetcher.ToolProperties(
tool_id='mock_tool_a')
fetcher_results_actual = self.fetcher.fetch(tool_properties)
self.assertSequenceEqual(mock_datastore_response,
fetcher_results_actual)
def testFetchDoesNotHitDatastoreIfMemcacheHasRequiredData(self):
# The mock response is just ints here for simplicity, though the real
# function returns SliverTool objects.
mock_memcache_response = [1, 2, 3]
sliver_tool_fetcher.SliverToolFetcherMemcache().fetch.return_value = (
mock_memcache_response)
tool_properties = sliver_tool_fetcher.ToolProperties(
tool_id='mock_tool_a')
fetcher_results_actual = self.fetcher.fetch(tool_properties)
self.assertSequenceEqual(mock_memcache_response,
fetcher_results_actual)
# Verify that we did not attempt to read from the Datastore
self.assertFalse(
sliver_tool_fetcher.SliverToolFetcherDatastore().fetch.called)
def testRoundRobin(self):
self.initToolSetForRoundRobin()
tool_properties = sliver_tool_fetcher.ToolProperties(tool_id='rr_tool')
rr_counter = [0, 0, 0]
for i in range(1, 10000):
tool = self.fetcher.fetch(tool_properties)
self.assertEqual(1, len(tool))
if tool[0].server_id == "mlab1":
rr_counter[0] += 1
if tool[0].server_id == "mlab2":
rr_counter[1] += 1
if tool[0].server_id == "mlab3":
rr_counter[2] += 1
# Ideally each server should have count around 3333.
# The bar of the test was set for 10% to allow for variation
# caused by randomness of site selection.
self.assertGreater(rr_counter[0], 3000)
self.assertGreater(rr_counter[1], 3000)
self.assertGreater(rr_counter[2], 3000)
def _tool_properties_from_query(query):
"""Create ToolProperties from a LookupQuery.
Creates a ToolProperties object for use with a resolver, based on a
LookupQuery. Note that it only initializes common properties shared
by all resolvers (e.g. status, tool_id) whereas resolver-specific properties
(e.g. country, metro) are not initialized here.
Args:
query: LookupQuery from which to create ToolProperties
Returns:
A ToolProperties object initialized from the query provided.
"""
tool_properties = sliver_tool_fetcher.ToolProperties(
tool_id=query.tool_id, status=message.STATUS_ONLINE)
if query.tool_address_family:
tool_properties.address_family = query.tool_address_family
return tool_properties
def testAnswerQueryWhenMatchingToolsExist(self):
query = lookup_query.LookupQuery()
query.tool_id = _TOOL_ID
mock_fetched_tools = [
_createSliverTool(_TOOL_ID),
_createSliverTool(_TOOL_ID)
]
# AllResolver should not do any additional filtering on the tools it
# fetched.
query_results_expected = mock_fetched_tools
# Make sure the resolver is fetching only online tools that match the
# specified tool ID.
tool_properties_expected = sliver_tool_fetcher.ToolProperties(
tool_id=_TOOL_ID, status=message.STATUS_ONLINE)
self.assertQueryResultMultiTool(query, mock_fetched_tools,
query_results_expected,
tool_properties_expected)
def testAnswerQueryWhenMoreThanFourToolsFromDifferentSitesAreEquallyClosest(
self):
"""When more than four tools tie for closest, randomly select four."""
query = lookup_query.LookupQuery()
query.tool_id = _TOOL_ID
query.latitude = 0.0
query.longitude = 0.0
mock_fetched_tools = [
_createSliverTool(
_TOOL_ID, site_id='aaa01', latitude=1.0, longitude=1.0),
_createSliverTool(
_TOOL_ID, site_id='bbb01', latitude=-1.0, longitude=-1.0),
_createSliverTool(
_TOOL_ID, site_id='ccc01', latitude=-1.0, longitude=1.0),
_createSliverTool(
_TOOL_ID, site_id='ddd01', latitude=1.0, longitude=-1.0),
_createSliverTool(
_TOOL_ID, site_id='eee01', latitude=-1.0, longitude=-1.0),
_createSliverTool(
_TOOL_ID, site_id='fff01', latitude=-1.0, longitude=1.0),
_createSliverTool(
_TOOL_ID, site_id='ggg01', latitude=5.0, longitude=5.0)
] # yapf: disable
# The mock shuffle reverses the list, so we expect items 2...6 in
# reverse order.
query_results_expected = mock_fetched_tools[-2:-6:-1]
# Make sure the resolver is fetching only online tools that match the
# specified tool ID.
tool_properties_expected = sliver_tool_fetcher.ToolProperties(
tool_id=_TOOL_ID, status=message.STATUS_ONLINE)
client_signature_fetcher.ClientSignatureFetcher(
).fetch.return_value = 1.0
self.assertQueryResultWithRandomShuffle(query, mock_fetched_tools,
query_results_expected,
tool_properties_expected)
def testAnswerQueryWhenMultipleToolsAreEquallyClose(self):
"""When multiple tools are equally closest, randomly select one."""
query = lookup_query.LookupQuery()
query.tool_id = _TOOL_ID
query.latitude = 0.0
query.longitude = 0.0
equidistant_tools = (_createSliverTool(_TOOL_ID,
site_id='aaa01',
latitude=1.0,
longitude=5.0),
_createSliverTool(_TOOL_ID,
site_id='bbb01',
latitude=5.0,
longitude=1.0))
mock_fetched_tools = [
_createSliverTool(_TOOL_ID,
site_id='ccc01',
latitude=10.0,
longitude=10.0),
_createSliverTool(_TOOL_ID,
site_id='ddd01',
latitude=20.0,
longitude=20.0)
]
mock_fetched_tools.extend(equidistant_tools)
query_results_expected = [equidistant_tools[-1]]
tool_properties_expected = sliver_tool_fetcher.ToolProperties(
tool_id=_TOOL_ID, status=message.STATUS_ONLINE)
client_signature_fetcher.ClientSignatureFetcher(
).fetch.return_value = 1.0
self.assertQueryResultWithRandomShuffle(query, mock_fetched_tools,
query_results_expected,
tool_properties_expected)
def testAnswerQueryChoosesRandomlyAmongOnlineTools(self):
query = lookup_query.LookupQuery()
query.tool_id = _TOOL_ID
query.tool_address_family = message.ADDRESS_FAMILY_IPv6
mock_fetched_tools = (_createSliverTool(_TOOL_ID, site_id='aaa01'),
_createSliverTool(_TOOL_ID, site_id='bbb01'),
_createSliverTool(_TOOL_ID, site_id='ccc01'),
_createSliverTool(_TOOL_ID, site_id='ddd01'))
# Random resolver performs no additional filtering after the fetch.
filtered_tools_expected = mock_fetched_tools
# Make sure the resolver is fetching only online tools that match the
# specified tool ID.
tool_properties_expected = sliver_tool_fetcher.ToolProperties(
tool_id=_TOOL_ID,
address_family=message.ADDRESS_FAMILY_IPv6,
status=message.STATUS_ONLINE)
self.assertQueryResultSingleToolWithRandomChoice(
query, mock_fetched_tools, filtered_tools_expected,
tool_properties_expected)
def testAnswerQueryChoosesRandomlyAmongToolsInMetro(self):
query = lookup_query.LookupQuery()
query.tool_id = _TOOL_ID
query.metro = 'aaa'
query.tool_address_family = message.ADDRESS_FAMILY_IPv4
mock_fetched_tools = (_createSliverTool(_TOOL_ID, site_id='aaa01'),
_createSliverTool(_TOOL_ID, site_id='aaa02'),
_createSliverTool(_TOOL_ID, site_id='aaa03'))
filtered_tools_expected = mock_fetched_tools
# Make sure the resolver is fetching only online tools that match the
# specified tool ID in the specified metro.
tool_properties_expected = sliver_tool_fetcher.ToolProperties(
tool_id=_TOOL_ID,
status=message.STATUS_ONLINE,
address_family=message.ADDRESS_FAMILY_IPv4,
metro=query.metro)
self.assertQueryResultSingleToolWithRandomChoice(
query, mock_fetched_tools, filtered_tools_expected,
tool_properties_expected)
def testAnswerQueryWhenMoreThanFourToolsAreEquallyClosest(self):
"""When more than four tools tie for closest, randomly select four."""
query = lookup_query.LookupQuery()
query.tool_id = _TOOL_ID
query.latitude = 0.0
query.longitude = 0.0
mock_fetched_tools = [
_createSliverTool(
_TOOL_ID, site_id='abc01', latitude=1.0, longitude=1.0),
_createSliverTool(
_TOOL_ID, site_id='abc02', latitude=1.0, longitude=1.0),
_createSliverTool(
_TOOL_ID, site_id='abc03', latitude=1.0, longitude=1.0),
_createSliverTool(
_TOOL_ID, site_id='abc04', latitude=1.0, longitude=1.0),
_createSliverTool(
_TOOL_ID, site_id='abc05', latitude=1.0, longitude=1.0),
_createSliverTool(
_TOOL_ID, site_id='abc06', latitude=1.0, longitude=1.0),
_createSliverTool(
_TOOL_ID, site_id='cba01', latitude=5.0, longitude=5.0)
] # yapf: disable
# The mock shuffle reverses the list, so we expect items 2...6 in
# reverse order.
query_results_expected = mock_fetched_tools[-2:-6:-1]
# Make sure the resolver is fetching only online tools that match the
# specified tool ID.
tool_properties_expected = sliver_tool_fetcher.ToolProperties(
tool_id=_TOOL_ID, status=message.STATUS_ONLINE)
self.assertQueryResultWithRandomShuffle(query, mock_fetched_tools,
query_results_expected,
tool_properties_expected)
def update_sliver_tools_status(self, slice_status, tool_id, family):
"""Updates status of sliver tools in input slice.
Args:
slice_status: A dict that contains the status of the
slivers in the slice {key=fqdn, status:online|offline}
tool_id: A string representing the fqdn that resolves
to an IP address.
family: Address family to update.
"""
sliver_tools = sliver_tool_fetcher.SliverToolFetcherDatastore().fetch(
sliver_tool_fetcher.ToolProperties(tool_id=tool_id,
all_slivers=True))
updated_sliver_tools = []
for sliver_tool in sliver_tools:
if sliver_tool.fqdn not in slice_status:
logging.info('Monitoring does not know sliver %s.',
sliver_tool.fqdn)
if family == '_ipv6':
# We don't want to entirely remove a sliver from memcache
# just because IPv6 information is missing from monitoring.
# If IPv6 monitoring information is missing, then just flag
# IPv6 as offline, and continue as usual.
slice_status[sliver_tool.fqdn] = {}
slice_status[sliver_tool.fqdn][
'status'] = message.STATUS_OFFLINE
# Update tool_extra to signal that _ipv6 is not known.
slice_status[sliver_tool.fqdn][
'tool_extra'] = constants.PROMETHEUS_TOOL_EXTRA + ' (Family "_ipv6" for sliver not known by monitoring).'
else:
# If monitoring data doesn't exist for this tool, append
# the sliver_tool unmodified to the list, since in the
# absence of status data we are better off having stale
# data than marking the sliver as down.
updated_sliver_tools.append(sliver_tool)
continue
if family == '':
if sliver_tool.sliver_ipv4 == message.NO_IP_ADDRESS:
if sliver_tool.status_ipv4 == message.STATUS_ONLINE:
logging.warning('Setting IPv4 status of %s to offline '\
'due to missing IP.', sliver_tool.fqdn)
sliver_tool.status_ipv4 = message.STATUS_OFFLINE
else:
if (sliver_tool.status_ipv4 !=
slice_status[sliver_tool.fqdn]['status'] or
sliver_tool.tool_extra !=
slice_status[sliver_tool.fqdn]['tool_extra']):
sliver_tool.status_ipv4 = \
slice_status[sliver_tool.fqdn]['status']
sliver_tool.tool_extra = \
slice_status[sliver_tool.fqdn]['tool_extra']
elif family == '_ipv6':
if sliver_tool.sliver_ipv6 == message.NO_IP_ADDRESS:
if sliver_tool.status_ipv6 == message.STATUS_ONLINE:
logging.warning('Setting IPv6 status for %s to offline'\
' due to missing IP.', sliver_tool.fqdn)
sliver_tool.status_ipv6 = message.STATUS_OFFLINE
else:
if (sliver_tool.status_ipv6 !=
slice_status[sliver_tool.fqdn]['status'] or
sliver_tool.tool_extra !=
slice_status[sliver_tool.fqdn]['tool_extra']):
sliver_tool.status_ipv6 = \
slice_status[sliver_tool.fqdn]['status']
sliver_tool.tool_extra = \
slice_status[sliver_tool.fqdn]['tool_extra']
else:
logging.error('Unexpected address family: %s.', family)
continue
sliver_tool.update_request_timestamp = long(time.time())
updated_sliver_tools.append(sliver_tool)
if updated_sliver_tools:
try:
db.put(updated_sliver_tools)
except db.TransactionFailedError as e:
logging.error(
'Error updating sliver statuses in datastore. Some' \
'statuses might be outdated. %s', e)
if not memcache.set(tool_id,
updated_sliver_tools,
namespace=constants.MEMCACHE_NAMESPACE_TOOLS):
logging.error('Failed to update sliver status in memcache.')
def testFetchToolC(self):
self.initToolIdSiteGroup()
tool_properties = sliver_tool_fetcher.ToolProperties(
tool_id='mock_tool_c')
self.verifyPropertiesReturnExpectedSiteIds(('abc01', 'abc03'),
tool_properties)
def testFetchNonExistentTool(self):
self.initToolIdSiteGroup()
tool_properties = sliver_tool_fetcher.ToolProperties(
tool_id='no_exist_tool')
self.verifyPropertiesReturnExpectedSiteIds([], tool_properties)
def testFetchToolsInNonExistentCountry(self):
self.initCountrySiteGroup()
tool_properties = sliver_tool_fetcher.ToolProperties(
tool_id='mock_tool_a', country='non_existent_country')
self.verifyPropertiesReturnExpectedSiteIds([], tool_properties)
def testFetchWhenNoAfIsSpecifiedButStatusIsOmittedIgnoreAf(self):
self.initStatusSiteGroup()
tool_properties = sliver_tool_fetcher.ToolProperties(
tool_id='mock_tool_a', address_family=message.ADDRESS_FAMILY_IPv6)
self.verifyPropertiesReturnExpectedSiteIds(
('abc01', 'abc02', 'abc03', 'xyz01'), tool_properties)
def testFetchToolsInMetroDefWithAtLeastOneOnlineInterface(self):
self.initMetroSiteGroup()
tool_properties = sliver_tool_fetcher.ToolProperties(
tool_id='mock_tool_a', metro='def', status=message.STATUS_ONLINE)
self.verifyPropertiesReturnExpectedSiteIds(('def02', ),
tool_properties)
def testFetchToolsInNonExistentMetro(self):
self.initMetroSiteGroup()
tool_properties = sliver_tool_fetcher.ToolProperties(
tool_id='mock_tool_a', metro='qqq')
self.verifyPropertiesReturnExpectedSiteIds([], tool_properties)
def testFetchToolsInMetroXyz(self):
self.initMetroSiteGroup()
tool_properties = sliver_tool_fetcher.ToolProperties(
tool_id='mock_tool_a', metro='xyz')
self.verifyPropertiesReturnExpectedSiteIds(('xyz01', ),
tool_properties)
def testFetchToolsWithAtLeastOneOfflineInterface(self):
self.initStatusSiteGroup()
tool_properties = sliver_tool_fetcher.ToolProperties(
tool_id='mock_tool_a', status=message.STATUS_OFFLINE)
self.verifyPropertiesReturnExpectedSiteIds(('abc02', 'abc03', 'xyz01'),
tool_properties)
def testFetchToolsInCountryB(self):
self.initCountrySiteGroup()
tool_properties = sliver_tool_fetcher.ToolProperties(
tool_id='mock_tool_a', country='CountryB')
self.verifyPropertiesReturnExpectedSiteIds(('xyz01', ),
tool_properties)
