""" Apply the fallback whitelist_obj to this fallback list,
passing exact to is_in_whitelist(). """
excluded_count = 0
- logging.debug('Applying whitelist')
+ logging.debug('Applying fallback list')
# parse the whitelist
whitelist = self.load_relaylist(whitelist_obj)
filtered_fallbacks = []
else:
# exclude
excluded_count += 1
- log_excluded('Excluding %s: not in whitelist.',
+ log_excluded('Excluding %s: not in fallback list.',
f._fpr)
self.fallbacks = filtered_fallbacks
return excluded_count
@staticmethod
- def summarise_filters(initial_count, excluded_count):
- return '/* Whitelist excluded %d of %d candidates. */'%(
+ def summarise_filters(initial_count, excluded_count, check_existing):
+ list_type = 'Whitelist'
+ if check_existing:
+ list_type = 'Fallback list'
+
+ return '/* %s excluded %d of %d candidates. */'%(list_type,
excluded_count, initial_count)
# calculate each fallback's measured bandwidth based on the median
# instead, there will be an info-level log during the eligibility check.
initial_count = len(candidates.fallbacks)
excluded_count = candidates.apply_filter_lists(whitelist, exact=exact)
- print candidates.summarise_filters(initial_count, excluded_count)
+ print candidates.summarise_filters(initial_count, excluded_count,
+ whitelist['check_existing'])
eligible_count = len(candidates.fallbacks)
# calculate the measured bandwidth of each relay,