Old estimate was heavily biased towards simply minimising CLTV sum.
(fees had a too low weight; typically they were ~noise)
Now also take payment_amount into account.
Messages sent as part of the payment were getting interleaved with the channel_reestablish.
It does not actually make sense to do a payment and then reestablish the channel in the same transport -- the channel is supposed to already have been reestablished to do a payment in the first place.
So, after payment, strip down the transport, and set up a new transport before reestablishing.
Traceback (most recent call last):
File "...\Python\Python38\lib\unittest\case.py", line 60, in testPartExecutor
yield
File "...\Python\Python38\lib\unittest\case.py", line 676, in run
self._callTestMethod(testMethod)
File "...\Python\Python38\lib\unittest\case.py", line 633, in _callTestMethod
method()
File "...\electrum\electrum\tests\test_lnpeer.py", line 262, in test_reestablish_with_old_state
run(f())
File "...\electrum\electrum\tests\test_lnpeer.py", line 302, in run
return asyncio.run_coroutine_threadsafe(coro, loop=asyncio.get_event_loop()).result()
File "...\Python\Python38\lib\concurrent\futures\_base.py", line 439, in result
return self.__get_result()
File "...\Python\Python38\lib\concurrent\futures\_base.py", line 388, in __get_result
raise self._exception
File "...\electrum\electrum\tests\test_lnpeer.py", line 260, in f
await gath
File "...\electrum\electrum\lnpeer.py", line 439, in _message_loop
self.process_message(msg)
File "...\electrum\electrum\lnpeer.py", line 159, in process_message
execution_result = f(payload)
File "...\electrum\electrum\lnpeer.py", line 1308, in on_revoke_and_ack
chan.receive_revocation(rev)
File "...\electrum\electrum\lnchannel.py", line 556, in receive_revocation
raise Exception('revoked secret not for current point')
Exception: revoked secret not for current point
Previously we would put fake chan announcement and fake outgoing chan upd
for own channels into db (to make path finding work). See Peer.add_own_channel().
Now, instead of above, we pass a "my_channels" param to the relevant ChannelDB methods.
- print the test name before each test
- start only needed agents (alice, bob, carol)
- set settle_delay using setconfig instead of restarting daemon
- test the watchtower ctn in test_watchtower
Note: the checksum was already being checked in practically all cases, by the caller.
Moved the check here, to the lower level (but still public) method for sanity.
note: tests needed changing due to behavioural change in wallet.get_receiving_address()
Previously wallet.get_receiving_address used wallet.db.get_addr_history,
now it (indirectly) uses wallet.get_address_history, which now also considers local txns.
note: low R grinding would not have to be duplicated if we trusted the caller
to have done it already (as is the case with the classes in ecc.py), and if
we propagated the choice of "random_k" as part of the nonce_function passed
to libsecp256k1 (which is not currently done)
- persisted states are saved
- state transitions are checked
- transient states are stored in channel.peer_state
- new channel states: 'PREOPENING', 'FUNDED' and 'REDEEMED'
- upgrade storage to version 21
