- Provides clarity to the sample `lnd.conf` to reduce friction on a first-time mainnet set up of lnd (avoiding the `loadConfig: debug-htlc mode cannot be used on bitcoin mainnet` error)
- Removes `debughtlc` from the sample `lnd.conf` since it is not something most people would use anymore
- Adds link to `sample-lnd.conf` with proper line-wrapping
Removes details field from conf notifications, in favor
of using the details on the confSet. We also bound the
requested conf depth to the reorg saftey limit, as the
behavior of state tracking within the notifier is
undefined otherwise.
In this commit, we address a small bug where it's possible to deliver a
confirmation notification with stale confirmation details upon
registration. This can happen if a transaction has confirmed but was
reorged out of the chain later on, and a subsequent notification is
registered.
In this commit, we'll attempt to consume a reorg notification for a
transaction that was previously reorged out of the chain upon block
inclusion to ensure that it is not lingering due to a client not
handling it the first time.
In this commit, we mark the rescan status for a transaction as complete
if we happen to detect it has confirmed within a new block that extends
the chain. We do this as otherwise, it's possible for us to not
immediately dispatch the notification upon a subsequent registration due
to the rescan state machine.
This commit ensures that a confSet's details
are assigned in the confNotifications index
after discovering the transaction at tip. The
recent changes allow a later notification to
be dispatched on registration if an earlier one
has already discovered the confirmation details.
Before this change, it was observed that a later
registration would attempt an immediate delivery,
but fail to do so because the confset's details
were nil. This commit remedies that dispatch path,
allowing the integration tests to pass again.
In this commit, we update to the latest version of neutrino. This
version has an important bug fixes which fixes an issue where we
wouldn't detect a duplicate incoming cfheader message, and panic due to
trying to write the same header twice.
