def test_handle_secretreveal():
""" The target node needs to inform the secret to the previous node to
receive an updated balance proof.
"""
amount = 3
block_number = 1
expire = block_number + factories.UNIT_REVEAL_TIMEOUT
initiator = factories.HOP1
our_address = factories.ADDR
secret = factories.UNIT_SECRET
state = make_target_state(
our_address,
amount,
block_number,
initiator,
expire,
)
state_change = ReceiveSecretReveal(secret, initiator)
iteration = target.handle_secretreveal(state, state_change)
reveal = [e for e in iteration.events if isinstance(e, SendRevealSecret)]
assert iteration.new_state.state == 'reveal_secret'
assert reveal[0].identifier == state.from_transfer.identifier
assert reveal[0].secret == secret
assert reveal[0].receiver == state.from_route.node_address
assert reveal[0].sender == our_address
def test_handle_secretreveal():
""" The target node needs to inform the secret to the previous node to
receive an updated balance proof.
"""
amount = 3
block_number = 1
expiration = block_number + factories.UNIT_REVEAL_TIMEOUT
initiator = factories.HOP1
our_address = factories.ADDR
secret = factories.UNIT_SECRET
pseudo_random_generator = random.Random()
channel_state, state = make_target_state(
our_address,
amount,
block_number,
initiator,
expiration,
)
state_change = ReceiveSecretReveal(secret, initiator)
iteration = target.handle_secretreveal(
state,
state_change,
channel_state,
pseudo_random_generator,
)
assert len(iteration.events) == 1
reveal = iteration.events[0]
assert isinstance(reveal, SendRevealSecret)
assert iteration.new_state.state == 'reveal_secret'
assert reveal.secret == secret
assert reveal.recipient == state.route.node_address
def test_handle_secretreveal():
""" The target node needs to inform the secret to the previous node to
receive an updated balance proof.
"""
amount = 3
block_number = 1
expiration = block_number + factories.UNIT_REVEAL_TIMEOUT
initiator = factories.HOP1
our_address = factories.ADDR
secret = factories.UNIT_SECRET
pseudo_random_generator = random.Random()
channel_state, state = make_target_state(
our_address,
amount,
block_number,
initiator,
expiration,
)
state_change = ReceiveSecretReveal(secret, initiator)
iteration = target.handle_secretreveal(
state,
state_change,
channel_state,
pseudo_random_generator,
)
assert len(iteration.events) == 1
reveal = iteration.events[0]
assert isinstance(reveal, SendRevealSecret)
assert iteration.new_state.state == 'reveal_secret'
assert reveal.secret == secret
assert reveal.recipient == state.route.node_address
def test_handle_secretreveal():
""" The target node needs to inform the secret to the previous node to
receive an updated balance proof.
"""
amount = 3
block_number = 1
expire = block_number + factories.UNIT_REVEAL_TIMEOUT
initiator = factories.HOP1
our_address = factories.ADDR
secret = factories.UNIT_SECRET
state = make_target_state(
our_address,
amount,
block_number,
initiator,
expire,
)
state_change = ReceiveSecretReveal(secret, initiator)
iteration = target.handle_secretreveal(state, state_change)
reveal = [
e
for e in iteration.events
if isinstance(e, SendRevealSecret)
]
assert iteration.new_state.state == 'reveal_secret'
assert reveal[0].identifier == state.from_transfer.identifier
assert reveal[0].secret == secret
assert reveal[0].receiver == state.from_route.node_address
assert reveal[0].sender == our_address
