def test_simple_client_decode(encode_Alice_message):
private_key, Alice_message = encode_Alice_message
# Ensure the mix can decode the message correctly
res1 = mix_server_one_hop(private_key, [Alice_message])
assert len(res1) == 1
assert res1[0][0] == b"Alice"
assert res1[0][1] == b"Dear Alice,\nHello!\nBob"
def test_simple_client_decode(encode_Alice_message):
private_key, Alice_message = encode_Alice_message
# Ensure the mix can decode the message correctly
res1 = mix_server_one_hop(private_key, [Alice_message])
assert len(res1) == 1
assert res1[0][0] == b"Alice"
assert res1[0][1] == b"Dear Alice,\nHello!\nBob"
def test_simple_client_decode_many():
from os import urandom
G = EcGroup()
g = G.generator()
o = G.order()
private_key = o.random()
public_key = private_key * g
messages = []
for _ in range(100):
m = mix_client_one_hop(public_key, urandom(256), urandom(1000))
messages += [m]
# Ensure the mix can decode the message correctly
res1 = mix_server_one_hop(private_key, messages)
assert len(res1) == 100
def test_simple_client_decode_many():
from os import urandom
G = EcGroup()
g = G.generator()
o = G.order()
private_key = o.random()
public_key = private_key * g
messages = []
for _ in range(100):
m = mix_client_one_hop(public_key, urandom(256), urandom(1000))
messages += [m]
# Ensure the mix can decode the message correctly
res1 = mix_server_one_hop(private_key, messages)
assert len(res1) == 100
