def test_gen_compliance_xdr(self, setup, test_data):
builder = Builder(secret=test_data.cold_secret, sequence=100, horizon_uri=setup.horizon_endpoint_uri,
network=setup.network) \
.append_manage_data_op("hello", "world")
xdr = builder.gen_compliance_xdr()
builder_seq_zero = Builder(secret=test_data.cold_secret, sequence=-1, horizon_uri=setup.horizon_endpoint_uri,
network=setup.network) \
.append_manage_data_op("hello", "world")
assert xdr == builder_seq_zero.gen_tx().xdr()
assert builder.sequence == 100
tau = datetime.datetime.now() + datetime.timedelta(seconds=30)
tau_unix = int(time.mktime(tau.timetuple()))
tau_plus_delta = tau + datetime.timedelta(seconds=DELTA)
tau_plus_delta_unix = int(time.mktime(tau_plus_delta.timetuple()))
tx_timebound = TimeBounds(
minTime=tau_unix, maxTime=tau_plus_delta_unix)
counter_tx_timebound = TimeBounds(minTime=0, maxTime=tau_unix)
builder_t_1_1 = Builder(secret=kp_a_1_seed,
sequence=starting_sequence_a_1+1)
builder_t_1_1.append_payment_op(
kp_alice.address().decode(), PRIZE, 'XLM')
builder_t_1_1.append_payment_op(
kp_carol.address().decode(), PAWN, 'XLM')
builder_t_1_1.add_time_bounds(tx_timebound)
t_1_1 = builder_t_1_1.gen_tx()
hash_t_1_1 = builder_t_1_1.gen_te().hash_meta()
builder_t_1_2 = Builder(secret=kp_a_1_seed,
sequence=starting_sequence_a_1+1)
builder_t_1_2.append_payment_op(
kp_bob.address().decode(), COUNTERPRIZE, 'XLM')
builder_t_1_2.add_time_bounds(counter_tx_timebound)
t_1_2 = builder_t_1_2.gen_tx()
hash_t_1_2 = builder_t_1_2.gen_te().hash_meta()
builder_t_2_2 = Builder(secret=kp_a_2_seed,
sequence=starting_sequence_a_2+1)
builder_t_2_2.append_payment_op(
kp_bob.address().decode(), PRIZE, 'XLM')
builder_t_2_2.append_payment_op(
