def test_create_barter_record(self):
"""
1. Create a single signed barter record
2. Send signature request from SELF to NODE
3. Add signature and send barter record from NODE to SELF
4. Check database for the new record
"""
community = BarterCommunity.create_community(self._my_member)
address = self._dispersy.socket.get_address()
# create node and ensure that SELF knows the node address
node = BarterNode()
node.init_socket()
node.set_community(community)
node.init_my_member()
yield 0.11
assert self.is_database_empty(
community), "Database should be empty (for this community id)"
# send single signed barter record
message = community.create_barter_record(
Member.get_instance(node.my_member.public_key), 10, 2)
yield 0.11
# receive signature request
_, message = node.receive_message(
addresses=[address], message_names=[u"dispersy-signature-request"])
assert message.payload.message.name == u"barter-record"
assert message.payload.message.authentication.members[
0].public_key == community.my_member.public_key
assert message.payload.message.authentication.members[
1].public_key == node.my_member.public_key
assert message.payload.message.authentication.signed_members[0][0]
assert not message.payload.message.authentication.is_signed
assert not message.payload.message.authentication.signed_members[1][0]
assert message.payload.message.payload.first_upload == 10
assert message.payload.message.payload.second_upload == 2
# create signature and send data back
message = message.payload.message
first_signature_offset = len(message.packet) - sum(
member.signature_length
for member in message.authentication.members)
signature = node.my_member.sign(message.packet,
length=first_signature_offset)
message.authentication.set_signature(
Member.get_instance(node.my_member.public_key), signature)
node.send_message(message, address)
yield 0.11
try:
community._database.execute(
u"SELECT 1 FROM record WHERE community = ? AND global_time = ? AND first_member = ? AND second_member = ? AND upload_first_member = ? AND upload_second_member = ?",
(community.database_id, message.distribution.global_time,
node.my_member.database_id, community._my_member.database_id,
10, 2)).next()
except StopIteration:
assert False
# cleanup
community.create_dispersy_destroy_community(u"hard-kill")
def test_create_barter_record(self):
"""
1. Create a single signed barter record
2. Send signature request from SELF to NODE
3. Add signature and send barter record from NODE to SELF
4. Check database for the new record
"""
community = BarterCommunity.create_community(self._my_member)
address = self._dispersy.socket.get_address()
# create node and ensure that SELF knows the node address
node = BarterNode()
node.init_socket()
node.set_community(community)
node.init_my_member()
yield 0.11
assert self.is_database_empty(community), "Database should be empty (for this community id)"
# send single signed barter record
message = community.create_barter_record(Member.get_instance(node.my_member.public_key), 10, 2)
yield 0.11
# receive signature request
_, message = node.receive_message(addresses=[address], message_names=[u"dispersy-signature-request"])
assert message.payload.message.name == u"barter-record"
assert message.payload.message.authentication.members[0].public_key == community.my_member.public_key
assert message.payload.message.authentication.members[1].public_key == node.my_member.public_key
assert message.payload.message.authentication.signed_members[0][0]
assert not message.payload.message.authentication.is_signed
assert not message.payload.message.authentication.signed_members[1][0]
assert message.payload.message.payload.first_upload == 10
assert message.payload.message.payload.second_upload == 2
# create signature and send data back
message = message.payload.message
first_signature_offset = len(message.packet) - sum(member.signature_length for member in message.authentication.members)
signature = node.my_member.sign(message.packet, length=first_signature_offset)
message.authentication.set_signature(Member.get_instance(node.my_member.public_key), signature)
node.send_message(message, address)
yield 0.11
try:
community._database.execute(u"SELECT 1 FROM record WHERE community = ? AND global_time = ? AND first_member = ? AND second_member = ? AND upload_first_member = ? AND upload_second_member = ?",
(community.database_id, message.distribution.global_time, node.my_member.database_id, community._my_member.database_id, 10, 2)).next()
except StopIteration:
assert False
# cleanup
community.create_dispersy_destroy_community(u"hard-kill")
def run(self):
ec = ec_generate_key(u"low")
self._my_member = Member.get_instance(ec_to_public_bin(ec),
ec_to_private_bin(ec),
sync_with_database=True)
self.caller(self.test_incoming_barter_record)
def join_community(self, my_member):
self.my_member = my_member
master_key = "3081a7301006072a8648ce3d020106052b81040027038192000403cbbfd2dfb67a7db66c88988df56f93fa6e7f982f9a6a0fa8898492c8b8cae23e10b159ace60b7047012082a5aa4c6e221d7e58107bb550436d57e046c11ab4f51f0ab18fa8f58d0346cc12d1cc2b61fc86fe5ed192309152e11e3f02489e30c7c971dd989e1ce5030ea0fb77d5220a92cceb567cbc94bc39ba246a42e215b55e9315b543ddeff0209e916f77c0d747".decode("HEX")
master = Member.get_instance(master_key)
assert my_member.public_key
assert my_member.private_key
assert master.public_key
assert not master.private_key
dprint("-master- ", master.database_id, " ", id(master), " ", master.mid.encode("HEX"), force=1)
dprint("-my member- ", my_member.database_id, " ", id(my_member), " ", my_member.mid.encode("HEX"), force=1)
return AllChannelCommunity.join_community(master, my_member, my_member, integrate_with_tribler = False)
def run(self):
ec = ec_generate_key(u"low")
self._my_member = Member.get_instance(ec_to_public_bin(ec), ec_to_private_bin(ec), sync_with_database=True)
self.caller(self.test_incoming_channel_propagate)
self.caller(self.test_outgoing_channel_propagate)
def run(self):
ec = ec_generate_key(u"low")
self._my_member = Member.get_instance(ec_to_public_bin(ec), ec_to_private_bin(ec), sync_with_database=True)
self.caller(self.test_incoming_barter_record)
