def test_all_asset(asset_amount, state, channel, token, events):
half_amount = asset_amount / 2
assert token.transfer(tester.a1, half_amount) is True
token1 = ABIContract(
state,
token.translator,
token.address,
default_key=tester.k1,
)
assert token.approve(channel.address, half_amount) is True
assert token1.approve(channel.address, half_amount) is True
channel1 = ABIContract(
state,
channel.translator,
channel.address,
default_key=tester.k1,
)
channel.deposit(half_amount)
channel1.deposit(half_amount)
_, deposit1, _, deposit2 = channel.addressAndBalance()
assert deposit1 == half_amount
assert deposit2 == half_amount
assert token.balanceOf(channel.address) == asset_amount
assert token.balanceOf(tester.a0) == 0
assert token.balanceOf(tester.a1) == 0
def test_settle(state, channel, token, asset_amount, events):
half_amount = asset_amount / 2
assert token.transfer(tester.a1, half_amount) is True
token1 = ABIContract(
state,
token.translator,
token.address,
default_key=tester.k1,
)
assert token.approve(channel.address, half_amount) is True
assert token1.approve(channel.address, half_amount) is True
channel1 = ABIContract(
state,
channel.translator,
channel.address,
default_key=tester.k1,
)
channel.deposit(half_amount)
channel1.deposit(half_amount)
secret1 = 'x' * 32
hashlock1 = sha3(secret1)
lock_amount1 = 29
lock_expiration1 = 1158003
lock1 = Lock(lock_amount1, lock_expiration1, hashlock1)
lockhash1 = sha3(lock1.as_bytes)
merkleproof1 = [lockhash1]
locksroot1 = merkleroot([lockhash1], merkleproof1)
nonce1 = 1
asset = token.address
transfered_amount1 = 1
recipient = tester.a1
locksroot = locksroot1
msg1 = DirectTransfer(
nonce1,
asset,
transfered_amount1,
recipient,
locksroot,
)
msg1.sign(tester.k0)
packed = msg1.packed()
direct_transfer1 = str(packed.data)
secret2 = 'y' * 32
hashlock2 = sha3(secret2)
lock_amount2 = 20
lock_expiration2 = 1158005
lock2 = Lock(lock_amount2, lock_expiration2, hashlock2)
lockhash2 = sha3(lock2.as_bytes)
merkleproof2 = [lockhash2]
locksroot2 = merkleroot([lockhash2], merkleproof2)
locksroot = locksroot2
nonce2 = 2
transfered_amount2 = 3
msg2 = DirectTransfer(
nonce2,
token.address, # asset
transfered_amount2,
tester.a0, # recipient
locksroot,
)
msg2.sign(tester.k1)
packed = msg2.packed()
direct_transfer2 = str(packed.data)
# not yet closed. should fail
with pytest.raises(TransactionFailed):
channel.settle()
channel.close(direct_transfer1, direct_transfer2)
channel.unlock(
str(lock1.as_bytes),
''.join(merkleproof1),
secret1,
)
channel.unlock(str(lock2.as_bytes),
''.join(merkleproof2),
secret2,
sender=tester.k1)
secret4 = 'k' * 32
hashlock4 = sha3(secret4)
lock_amount4 = 23
lock_expiration4 = 31
lock4 = Lock(lock_amount4, lock_expiration4, hashlock4)
hashlock4 = sha3(lock4.as_bytes)
merkleproof4 = [hashlock4]
# has now message, should fail
with pytest.raises(TransactionFailed):
channel.unlock(
str(lock4.as_bytes),
''.join(merkleproof4),
secret4,
sender=tester.k1,
)
# still timeout
with pytest.raises(TransactionFailed):
channel.settle()
state.block.number = state.block.number + 40 # timeout over
channel.settle()
balance1 = half_amount + (transfered_amount2 -
transfered_amount1) + lock_amount1 - lock_amount2
balance2 = half_amount + (transfered_amount1 -
transfered_amount2) - lock_amount1 + lock_amount2
assert token.balanceOf(tester.a0) == balance1
assert token.balanceOf(tester.a1) == balance2
# can settle only once
with pytest.raises(TransactionFailed):
channel.settle()
assert len(events) == 6
assert events[0]['_event_type'] == 'ChannelNewBalance'
assert events[0]['assetAddress'] == token.address.encode('hex')
assert events[0]['participant'] == tester.a0.encode('hex')
assert events[0]['balance'] == 50
assert events[1]['_event_type'] == 'ChannelNewBalance'
assert events[1]['assetAddress'] == token.address.encode('hex')
assert events[1]['participant'] == tester.a1.encode('hex')
assert events[1]['balance'] == 50
assert events[2]['_event_type'] == 'ChannelClosed'
assert events[2]['closingAddress'] == tester.a0.encode('hex')
assert events[2]['blockNumber'] == 1158002
assert events[3]['_event_type'] == 'ChannelSecretRevealed'
assert events[3]['secret'] == 'x' * 32
assert events[4]['_event_type'] == 'ChannelSecretRevealed'
assert events[4]['secret'] == 'y' * 32
assert events[5]['_event_type'] == 'ChannelSettled'
assert events[5]['blockNumber'] == state.block.number
