def __init__(self):
super().__init__()
self.role = consts.HOST
self.local_party = get_parties().local_party
self.other_party = get_parties().roles_to_parties(["guest"])[0]
self.parties = [self.other_party] + [self.local_party]
self.wx_self = None
def __init__(self):
super().__init__()
self.role = consts.GUEST
self.local_party = get_parties().local_party
self.other_party = get_parties().roles_to_parties(["host"])[0]
self.parties = [self.local_party] + [self.other_party]
self.encrypted_error = None
self.encrypted_wx = None
self.z_square = None
self.wx_self = None
self.wx_remote = None
def _set_parties(self):
parties = []
guest_parties = get_parties().roles_to_parties(["guest"])
host_parties = get_parties().roles_to_parties(["host"])
parties.extend(guest_parties)
parties.extend(host_parties)
local_party = get_parties().local_party
other_party = parties[0] if parties[0] != local_party else parties[1]
self.parties = parties
self.local_party = local_party
self.other_party = other_party
def _set_parties(self):
# since multi-host not supported yet, we assume parties are one from guest and one from host
parties = []
guest_parties = get_parties().roles_to_parties(["guest"])
host_parties = get_parties().roles_to_parties(["host"])
if len(guest_parties) != 1 or len(host_parties) != 1:
raise ValueError(
f"one guest and one host required, "
f"while {len(guest_parties)} guest and {len(host_parties)} host provided"
)
parties.extend(guest_parties)
parties.extend(host_parties)
local_party = get_parties().local_party
other_party = parties[0] if parties[0] != local_party else parties[1]
self.parties = parties
self.local_party = local_party
self.other_party = other_party
def get_parties(roles):
return get_parties().roles_to_parties(roles=roles)