def test_channel_sync(monkeypatch):
"""Test ability to sync the status of all channels."""
channel_server._db = DatabaseSQLite3(':memory:', db_dir='')
# Seed the database with activity in Channel A
test_client_a = _create_client_txs()
deposit_txid_a = channel_server.open(test_client_a.deposit_tx,
test_client_a.redeem_script)
payment_txid = channel_server.receive_payment(deposit_txid_a,
test_client_a.payment_tx)
amount = channel_server.redeem(payment_txid)
assert amount == TEST_PMT_AMOUNT
# Seed the database with activity in Channel B
cust_wallet._private_key = PrivateKey.from_random()
test_client_b = _create_client_txs()
deposit_txid_b = channel_server.open(test_client_b.deposit_tx,
test_client_b.redeem_script)
payment_txid = channel_server.receive_payment(deposit_txid_b,
test_client_b.payment_tx)
amount = channel_server.redeem(payment_txid)
payment_tx1 = _create_client_payment(test_client_b, 2)
payment_tx2 = _create_client_payment(test_client_b, 3)
payment_tx3 = _create_client_payment(test_client_b, 4)
payment_txid1 = channel_server.receive_payment(deposit_txid_b, payment_tx1)
payment_txid2 = channel_server.receive_payment(deposit_txid_b, payment_tx2)
payment_txid3 = channel_server.receive_payment(deposit_txid_b, payment_tx3)
amount1 = channel_server.redeem(payment_txid1)
amount2 = channel_server.redeem(payment_txid3)
amount3 = channel_server.redeem(payment_txid2)
assert amount1 == TEST_PMT_AMOUNT
assert amount2 == TEST_PMT_AMOUNT
assert amount3 == TEST_PMT_AMOUNT
# Both channels should be `ready` since our channel is zeroconf by default
channels = channel_server._db.pc.lookup()
assert channels, 'Channel lookup with no args should return a list of all channels.'
for channel in channels:
assert channel.state == ChannelSQLite3.READY, 'Channel should be READY.'
# Change Channel A to `confirming` for testing purposes
channel_server._db.pc.update_state(deposit_txid_a,
ChannelSQLite3.CONFIRMING)
test_state = channel_server._db.pc.lookup(deposit_txid_a).state
assert test_state == ChannelSQLite3.CONFIRMING, 'Channel should be CONFIRMING'
# Change Channel B's expiration to be very close to allowable expiration
new_expiry = int(time.time() + 3600)
update = 'UPDATE payment_channel SET expires_at=? WHERE deposit_txid=?'
channel_server._db.pc.c.execute(update, (new_expiry, deposit_txid_b))
channel_server._db.pc.c.connection.commit()
test_expiry = channel_server._db.pc.lookup(deposit_txid_b).expires_at
assert test_expiry == new_expiry, 'Channel should closing soon.'
# Sync all of the server's payment channels
channel_server.sync()
# Test that Channel A is `ready` after a sync
test_state = channel_server._db.pc.lookup(deposit_txid_a).state
assert test_state == ChannelSQLite3.READY, 'Channel should be READY'
# Test that Channel B is `closed` after a sync
test_state = channel_server._db.pc.lookup(deposit_txid_b).state
assert test_state == ChannelSQLite3.CLOSED, 'Channel should be CLOSED'
# Test that Channel B payment is fully signed after a sync
test_payment = channel_server._db.pc.lookup(deposit_txid_b).payment_tx
goodsig_1 = Script.validate_template(test_payment.inputs[0].script,
[bytes, bytes, 'OP_1', bytes])
goodsig_true = Script.validate_template(test_payment.inputs[0].script,
[bytes, bytes, 'OP_TRUE', bytes])
assert goodsig_1 or goodsig_true, 'Payment should be in a fully signed format'
# Test that Channel A remains `ready` after another sync
channel_server.sync()
test_state = channel_server._db.pc.lookup(deposit_txid_a).state
assert test_state == ChannelSQLite3.READY, 'Channel should be READY'
# Modify `lookup_spend_txid` to return a txid, as if the tx were spent
monkeypatch.setattr(MockBlockchain, 'lookup_spend_txid',
mock_lookup_spent_txid)
# Test that Channel A is `closed` after a sync where it finds a spent txid
channel_server.sync()
test_state = channel_server._db.pc.lookup(deposit_txid_a).state
assert test_state == ChannelSQLite3.CLOSED, 'Channel should be CLOSED'
def test_channel_sync(monkeypatch):
"""Test ability to sync the status of all channels."""
channel_server._db = DatabaseSQLite3(':memory:', db_dir='')
# Seed the database with activity in Channel A
test_client_a = _create_client_txs()
deposit_txid_a = channel_server.open(test_client_a.deposit_tx, test_client_a.redeem_script)
payment_txid = channel_server.receive_payment(deposit_txid_a, test_client_a.payment_tx)
amount = channel_server.redeem(payment_txid)
assert amount == TEST_PMT_AMOUNT
# Seed the database with activity in Channel B
cust_wallet._private_key = PrivateKey.from_random()
test_client_b = _create_client_txs()
deposit_txid_b = channel_server.open(test_client_b.deposit_tx, test_client_b.redeem_script)
payment_txid = channel_server.receive_payment(deposit_txid_b, test_client_b.payment_tx)
amount = channel_server.redeem(payment_txid)
payment_tx1 = _create_client_payment(test_client_b, 2)
payment_tx2 = _create_client_payment(test_client_b, 3)
payment_tx3 = _create_client_payment(test_client_b, 4)
payment_txid1 = channel_server.receive_payment(deposit_txid_b, payment_tx1)
payment_txid2 = channel_server.receive_payment(deposit_txid_b, payment_tx2)
payment_txid3 = channel_server.receive_payment(deposit_txid_b, payment_tx3)
amount1 = channel_server.redeem(payment_txid1)
amount2 = channel_server.redeem(payment_txid3)
amount3 = channel_server.redeem(payment_txid2)
assert amount1 == TEST_PMT_AMOUNT
assert amount2 == TEST_PMT_AMOUNT
assert amount3 == TEST_PMT_AMOUNT
# Both channels should be `ready` since our channel is zeroconf by default
channels = channel_server._db.pc.lookup()
assert channels, 'Channel lookup with no args should return a list of all channels.'
for channel in channels:
assert channel.state == ChannelSQLite3.READY, 'Channel should be READY.'
# Change Channel A to `confirming` for testing purposes
channel_server._db.pc.update_state(deposit_txid_a, ChannelSQLite3.CONFIRMING)
test_state = channel_server._db.pc.lookup(deposit_txid_a).state
assert test_state == ChannelSQLite3.CONFIRMING, 'Channel should be CONFIRMING'
# Change Channel B's expiration to be very close to allowable expiration
new_expiry = int(time.time() + 3600)
update = 'UPDATE payment_channel SET expires_at=? WHERE deposit_txid=?'
channel_server._db.pc.c.execute(update, (new_expiry, deposit_txid_b))
channel_server._db.pc.c.connection.commit()
test_expiry = channel_server._db.pc.lookup(deposit_txid_b).expires_at
assert test_expiry == new_expiry, 'Channel should closing soon.'
# Sync all of the server's payment channels
channel_server.sync()
# Test that Channel A is `ready` after a sync
test_state = channel_server._db.pc.lookup(deposit_txid_a).state
assert test_state == ChannelSQLite3.READY, 'Channel should be READY'
# Test that Channel B is `closed` after a sync
test_state = channel_server._db.pc.lookup(deposit_txid_b).state
assert test_state == ChannelSQLite3.CLOSED, 'Channel should be CLOSED'
# Test that Channel B payment is fully signed after a sync
test_payment = channel_server._db.pc.lookup(deposit_txid_b).payment_tx
goodsig_1 = Script.validate_template(test_payment.inputs[0].script, [bytes, bytes, 'OP_1', bytes])
goodsig_true = Script.validate_template(test_payment.inputs[0].script, [bytes, bytes, 'OP_TRUE', bytes])
assert goodsig_1 or goodsig_true, 'Payment should be in a fully signed format'
# Test that Channel A remains `ready` after another sync
channel_server.sync()
test_state = channel_server._db.pc.lookup(deposit_txid_a).state
assert test_state == ChannelSQLite3.READY, 'Channel should be READY'
# Modify `lookup_spend_txid` to return a txid, as if the tx were spent
monkeypatch.setattr(MockBlockchain, 'lookup_spend_txid', mock_lookup_spent_txid)
# Test that Channel A is `closed` after a sync where it finds a spent txid
channel_server.sync()
test_state = channel_server._db.pc.lookup(deposit_txid_a).state
assert test_state == ChannelSQLite3.CLOSED, 'Channel should be CLOSED'
def __init__(self):
"""Initialize the mock wallet with a private key."""
self._private_key = PrivateKey.from_random()
self.testnet = False
def __init__(self):
"""Initialize the mock wallet with a private key."""
self._private_key = PrivateKey.from_random()
self.testnet = False
