def names(self):
classes = ', '.join(
imap(str, sorted(set(d_itervalues(self.code_to_cls))))
)
attributes = '\n'.join('{0}:\tTrue, False.'.format(str(i))
for i in self.indicators)
s = NAMES_TPL.format(classes, attributes)
return s
def _iter_rows(self):
for site, tstamp, code in d_itervalues(self.ids_to_samples):
row = [site, self.code_to_cls[code], ]
for indicator in self.indicators:
try:
feature = indicator.data[site]
except KeyError:
break
row.append(feature)
else:
yield row
def run(self):
tree = AssociationTree(split_domain)
for sc in imap(SITE_COUNT_PARSER, self.args.site_count):
tree.grow(sc, domain(sc.site))
companies = imap(COMPANY_PARSER, self.args.companies)
s2c = tree.map(companies, lambda c: domain(c.hp))
cnt = count_by_key(s
for l in d_itervalues(s2c)
for s in l)
for company, sites in d_iteritems(s2c):
for site in sites:
if cnt[site] == 1:
self.out('\t'.join([company.permalink, site.site]))
def relation_stats(iterable):
counter = count_by_key(iterable)
return (sum(d_itervalues(counter)),
len(counter),
sum(v for v in d_itervalues(counter) if v > 1),
sum(1 for v in d_itervalues(counter) if v > 1))
