def create_peer(self, peer_name: str, peer_address: PeerAddress,
default_peer_port):
squeak_peer = create_saved_peer(
peer_name,
peer_address,
default_peer_port,
)
return self.squeak_db.insert_peer(squeak_peer)
def test_create_saved_peer_use_tor(peer_name, peer_address_with_tor):
peer = create_saved_peer(
peer_name,
peer_address_with_tor,
)
assert peer.peer_name == peer_name
assert peer.address == peer_address_with_tor
def test_create_saved_peer(peer_name, peer_address):
peer = create_saved_peer(
peer_name,
peer_address,
)
assert peer.peer_name == peer_name
assert peer.address == peer_address
def test_create_saved_peer_no_port(peer_name, peer_address_with_no_port, default_peer_port):
peer = create_saved_peer(
peer_name,
peer_address_with_no_port,
default_peer_port,
)
assert peer.peer_name == peer_name
assert peer.address.port == default_peer_port
def test_create_saved_peer(peer_name, peer_address, default_peer_port):
peer = create_saved_peer(
peer_name,
peer_address,
default_peer_port,
)
assert peer.peer_name == peer_name
assert peer.address == peer_address
def gen_squeak_peer(peer_name):
host = "random_host_{}".format(uuid.uuid1())
port = random.randint(1, 10000)
peer_address = PeerAddress(
network=Network.IPV4,
host=host,
port=port,
)
return create_saved_peer(
peer_name,
peer_address,
)
def test_create_saved_peer_empty_name(peer_address, default_peer_port):
create_saved_peer("", peer_address, default_peer_port)
def test_create_saved_peer_empty_name(peer_address):
with pytest.raises(Exception) as excinfo:
create_saved_peer("", peer_address)
assert "Peer name cannot be empty." in str(excinfo.value)