def test_evidence_asserts_all_about(self):
""" Test that we can assert_all_about a containing object and
then get evidence for contained objects.
"""
import random
random.seed()
v = values('all')
def make_syn():
import struct
u = struct.pack("=2f", random.random(), random.random())
z = struct.pack("=2f", random.random(), random.random())
a = Neuron(u.encode('hex'))
b = Neuron(z.encode('hex'))
v.value(a.neighbor(b))
return (a, b)
for x in range(200):
make_syn()
# the one we'll check for
a, b = make_syn()
ev = Evidence(author="Homer")
ev.asserts_all_about(ev)
ev.save()
eve = Evidence()
eve.asserts(a.neighbor(b))
def test_evidence_asserts_all_about(self):
""" Test that we can assert_all_about a containing object and
then get evidence for contained objects.
"""
import random
random.seed()
v = values('all')
def make_syn():
import struct
u = struct.pack("=2f", random.random(), random.random())
z = struct.pack("=2f", random.random(), random.random())
a = Neuron(u.encode('hex'))
b = Neuron(z.encode('hex'))
v.value(a.neighbor(b))
return (a, b)
for x in range(200):
make_syn()
# the one we'll check for
a, b = make_syn()
ev = Evidence(author="Homer")
ev.asserts_all_about(ev)
ev.save()
eve = Evidence()
eve.asserts(a.neighbor(b))
