def insertSite(self, site_id):
site = model.Site(parent=self.db_root.key())
site.site_id = site_id
# Metro is always a 2-tuple where the first is the metro (first three
# letters of the site ID) and the second is the site ID itself.
site.metro = [site_id[:3], site_id]
site.put()
def update_site(self, site):
"""Add a new site or update an existing site.
Args:
site: A json representing the site info.
Returns:
True if the registration succeeds, False otherwise.
"""
try:
lat_long = float(site[self.LAT_FIELD])
lon_long = float(site[self.LON_FIELD])
except ValueError:
logging.error('Geo coordinates are not float (%s, %s)',
site[self.LAT_FIELD], site[self.LON_FIELD])
return False
site = model.Site(site_id=site[self.SITE_FIELD],
city=site[self.CITY_FIELD],
country=site[self.COUNTRY_FIELD],
latitude=lat_long,
longitude=lon_long,
metro=site[self.METRO_FIELD],
registration_timestamp=long(time.time()),
key_name=site[self.SITE_FIELD],
roundrobin=site[self.ROUNDROBIN_FIELD])
try:
site.put()
except db.TransactionFailedError:
# TODO(claudiu) Trigger an event/notification.
logging.error('Failed to write site %s to datastore.', site.site_id)
return False
logging.info('Succeeded to write site %s to db', site.site_id)
return True
def register_site(self, nagios_site):
"""Registers a new site.
Args:
nagios_site: A json representing the site info as provided by Nagios.
Returns:
True if the registration succeeds, False otherwise.
"""
try:
lat_long = float(nagios_site[self.LAT_FIELD])
lon_long = float(nagios_site[self.LON_FIELD])
except ValueError:
logging.error('Geo coordinates are not float (%s, %s)',
nagios_site[self.LAT_FIELD],
nagios_site[self.LON_FIELD])
return False
site = model.Site(
site_id = nagios_site[self.SITE_FIELD],
city = nagios_site[self.CITY_FIELD],
country = nagios_site[self.COUNTRY_FIELD],
latitude = lat_long,
longitude = lon_long,
metro = nagios_site[self.METRO_FIELD],
registration_timestamp=long(time.time()),
key_name=nagios_site[self.SITE_FIELD])
try:
site.put()
except db.TransactionFailedError:
# TODO(claudiu) Trigger an event/notification.
logging.error('Failed to write site %s to datastore.', site.site_id)
return False
logging.info('Succeeded to write site %s to db', site.site_id)
tools = model.Tool.all()
for tool in tools:
for server_id in ['mlab1', 'mlab2', 'mlab3']:
fqdn = model.get_fqdn(tool.slice_id, server_id, site.site_id)
if fqdn is None:
logging.error(
'Cannot compute fqdn for slice %s.', tool.slice_id)
continue
sliver_tool = IPUpdateHandler().initialize_sliver_tool(
tool, site, server_id, fqdn)
try:
sliver_tool.put()
logging.info(
'Succeeded to write sliver %s to datastore.', fqdn)
except db.TransactionFailedError:
logging.error(
'Failed to write sliver %s to datastore.', fqdn)
continue
return True
def testGetCandidatesNoSites(self):
root = TestEntityGroupRoot(key_name='root')
st1 = model.Site(parent=root.key())
st1.site_id = 's1'
st1.metro = ['metro2']
st1.put()
metro_resolver = resolver.MetroResolver()
mock_query = mock.Mock(metro='metro1')
self.assertEqual(
0, len(metro_resolver._get_candidates(mock_query, 'unused_arg')))
def testGetCandidatesYesSites(self):
class MetroResolverMockup(resolver.MetroResolver):
def _get_candidates_from_sites(self, unused_arg1, unused_arg2,
site_list):
return site_list
root = TestEntityGroupRoot(key_name='root')
st1 = model.Site(parent=root.key())
st1.site_id = 's1'
st1.metro = ['metro1']
st1.put()
st2 = model.Site(parent=root.key())
st2.site_id = 's2'
st2.metro = ['metro1', 'site1']
st2.put()
st3 = model.Site(parent=root.key())
st3.site_id = 's3'
st3.metro = ['metro2', 'site2']
st3.put()
metro_resolver = MetroResolverMockup()
mock_query = mock.Mock(metro='metro1')
self.assertEqual(
2, len(metro_resolver._get_candidates(mock_query, 'unused_arg')))
