This permits an AMP invoice to be "pseudo-reusable", where the invoice
paramters can be used multiple times so long as a new payment address is
supplied. This prevents additional round trips between payer and payee
to obtain a new invoice, even though the payments/invoices won't be
logically associated via the RPC interface like they would when the full
reusable invoices are deployed.
This log can be "spammy" while nodes throughout the network have yet to
upgrade to v0.13.0-beta, which includes several enhancements to prevent
the broadcast of zombie edges/updates.
Fixes#5325.
Corrects a problem introduced in #5281 that caused the synced_to_chain
flag in the GetInfo call to never become true when the router subsystem
is running in Neutrino mode (channel validation turned off).
Since the breacharbiter will publish an adjusted justice tx after
detecing a spend from the breached commitment, we could get into a race
where sometime it would not get the second spend before publication,
resulting in a deadlock on the publTx channel.
Now we instead wait for the publication of this adjusted tx before
notifying the second spend.
Fixes#5307.
Corrects some typos in the REST annotations for the routerrpc subserver.
Unfortunately these mistakes aren't caught by the current version of the
grpc-gateway library. But we intend to update to v2 soon which will
output alerts as mentioned in #5307.
This commit updates the btcd version to a more recent one in which a bug
was fixed that lead to SegWit and Taproot not being activated properly
on signet.
This update is not strictly necessary for lnd to work but we include it
in case anyone wants to install btcd through lnd's Makefile.
The Core devs decided to us the same bech32 HRP for Signet as is used
for the current Testnet3. This might be okay for on-chain addresses
since they are compatible in theory. But for invoices we want to use a
distinct HRP to distinguish testnet from signet.
Also see spec PR
https://github.com/lightningnetwork/lightning-rfc/pull/844 for more
information about the reasoning.
In some rare instances it can happen that the nodes don't find each
other again after one of them has been re-created and the other one has
been restarted in the SCB tests. By making sure the re-created has the
same P2P port again as before, we make sure they can connect to each
other again successfully for executing DLP.
Since there is a lot of connecting and disconnecting between nodes in
the channel backup tests, we try to speed up that process by lowering
the min backoff from 1 second to 50 milliseconds. We also make sure we
never wait more than 1 second if it does take multple attempts. This
should sum up and hopefully speed up our tests a bit.
The Windows virtual machine that Travis runs the integration tests on
seems to be slower than the other machines. We try to increase the
stability of the tests by cutting the number of parallel running suites
in half. This will come at the cost of longer execution time but
hopefully with a better stability in return.
