def test():
if False:
network = RobotsTrustNetwork()
else:
network = AdvogatoTrustNetwork()
certs_list = read_certs(open('data/advogato.org-certs.txt'))
actual_dict = read_actual(open('data/advogato.org-actual.txt'))
print 'read %d certs' % (len(certs_list), )
fill_certs(certs_list, network)
print 'calculating... %d certs, %d users' % (
len(certs_list),
len(network.flows[1]),
)
network.calculate_levels()
#
# compare the calculated cert levels with the actual levels.
#
calc_counts = {}
for user in network.users:
cert = network.get_level(user)
if cert:
actual = actual_dict.get(user, "Observer")
if actual != cert and user != '-':
print 'USER %s: should be %s, is %s' % (
user,
actual,
cert,
)
n = calc_counts.get(cert, 0)
n += 1
calc_counts[cert] = n
for (user, level) in actual_dict.items():
cert = network.get_level(user)
if cert is None:
print "NO calculated cert for user %s (%s); what's up with that?" % (
user,
level,
)
print '\ncount:'
for n, i in calc_counts.items():
print n, i
def test():
if False:
network = RobotsTrustNetwork()
else:
network = AdvogatoTrustNetwork()
certs_list = read_certs(open('data/advogato.org-certs.txt'))
actual_dict = read_actual(open('data/advogato.org-actual.txt'))
print 'read %d certs' % (len(certs_list),)
fill_certs(certs_list, network)
print 'calculating... %d certs, %d users' % (len(certs_list),
len(network.flows[1]),)
network.calculate_levels()
#
# compare the calculated cert levels with the actual levels.
#
calc_counts = {}
for user in network.users:
cert = network.get_level(user)
if cert:
actual = actual_dict.get(user, "Observer")
if actual != cert and user != '-':
print 'USER %s: should be %s, is %s' % (user, actual, cert,)
n = calc_counts.get(cert, 0)
n += 1
calc_counts[cert] = n
for (user, level) in actual_dict.items():
cert = network.get_level(user)
if cert is None:
print "NO calculated cert for user %s (%s); what's up with that?" % (user, level,)
print '\ncount:'
for n, i in calc_counts.items():
print n, i
(options, args) = parser.parse_args()
if options.use_robots:
network = RobotsTrustNetwork()
else:
network = AdvogatoTrustNetwork()
if len(args) != 2:
sys.stderr.write('ERROR: You must supply certs and actual filenames.\n')
sys.stderr.write('\nUsage:\n\tcalc-advogato.py [ --robots ] certs.txt actual.txt\n\nSee the data/ directory in the net_flow package for example files.\n\n')
sys.exit(-1)
###
certs_list = read_certs(open(args[0]))
actual_dict = read_actual(open(args[1]))
print 'read %d certs' % (len(certs_list),)
fill_certs(certs_list, network)
### calculate.
print 'calculating... %d certs, %d users' % (len(certs_list),
len(network.flows[1]),)
network.calculate_levels()
#
# compare the calculated cert levels with the actual levels.
#
