This commit relaxes DeleteInvoice failure cases by removing the
requirement that the invoice needs to be indexed by the payment address.
Since payment address index was introduced with an empty migration it
is possible that users have old invoices which were never added to
this index causing invoice garbage collection to get stuck.
In this commit, we upgrade to the latest version of `btcwallet` that
fixes an alignment issue with usage of atomics that can cause a panic on
certain systems.
Fixes#5196.
We'd never decrement the number of pending backups upon a watchtower
accepting one, making it confusing for users to determine whether their
backups have actually been accepted. Along the way, we also rename
NumTasksReceived to NumTasksPending to better reflect its purpose.
In this commit, we make a change to always add chan announcements to the
reject cache if we didn't reject them for already existing. Without
this change, if we end up rejecting a channel announcement say because
the channel is already spent or the funding transaction doesn't exist,
then we'll end up continually re-validating the same set of channels we
know will fail, when they're sent to us by peers.
Fixes#5191
A stray version of lnd was pushed out waaaay back in 2016 that can trip
up `pkg.go.dev` and things like `go get`. Using the new Go 1.16 feature,
we can now "retract" this version, which marks it as being unavailable.
Without this check, it's possible to send a probe HTLC w/ a valid
payment address but invalid payment hash that gets settled. Because
there was no assertion that the HTLC's payment hash matches the
invoice, the link would fail when it receives an invalid preimage for
the HTLC on its commitment.
In this commit the location of where chain control services
are stopped is shifted to be closer to the point they are started.
Stopping of two services: "wallet" and "feeEstimator" that are started
inside the "newChainControlFromConfig" was shifted from server.go to
the cleanup function.
In addition the chainView.Stop was also removed from the server.Stop as
it is already handled by the router, where it is being started.
In this commit every succesfull started sub system is tracked
and in case of a failure to complete the Start function all
these sub systems are stopped using a generic cleanup function.
In order to be consistent with other sub systems an error is now
returned from the Stop functions.
This also allows writing a generic cleanup mechanism to stop all
sub systems in case of a failure.
Add a dust-limit to `CoinSelect` and let the fee estimation consider if a change output is needed or not, assuring that if the change is below the dust-limit it will go towards the fee instead.
