In a previous commit, we modified our fee rates to be sat/kw internally
as it was possible that the estimated fee rate was not enough to
properly broadcast the transaction. To remedy this, we decided to add a
fee floor, but this would only be enforced when querying the fee
estimator. In this commit, we attempt to do the same thing, but for fee
rates input manually by the user.
The commit ensures that for every channel, there will always
be two entries in the edges bucket. If the policy from one or
both ends of the channel is unknown, it is marked as such.
This allows efficient lookup of incoming edges. This is
required for backwards payment path finding.
In this commit, we explicitly convert sat/vbyte fee rates input by the
user to sat/kw. We do this as users are typically more accustomed to
sat/vbyte fee rates, rather than sat/kw.
In this commit, we fix a slight regression that happened when the
sendtoroute RPC call was implemented. As a result of the refactoring,
the debughtlc mode silently broke. In this commit, we fix this by
checking against the zero hash, rather than the length of the payment
hash, as since we use a fixed sized byte slice, it will always be zero.
- Extend SendRequest and QueryRoutesRequest protos
- newRoute function takes fee limit and cuts off routes that exceed it
- queryRoutes, payInvoice and sendPayment commands take the feeLimit inputs and pass them down to newRoute
- When no feeLimit is included, don't enforce any feeLimits at all (by setting feeLimit to maxValue)
In this commit, we modify the logic for the two primary payment related
RPCs to reduce duplication, indentation, and consolidate logic. As a
result, we'll now accept rpcPaymentIntents, turn those into regular
paymentIntents (convert from proto) before finally dispatching via
unified function.
In this commit, we now allow connections to onion addresses due to
recently adding support to properly parse them.
Co-Authored-By: Eugene <crypt-iq@users.noreply.github.com>
In this commit, we fix an existing panic bug related to the recently
added routing hints feature. If it's the case that the remote node
didn't send us their edge, then when we go to compare the public keys to
see if they match, we may attempt to deref an nil pointer.
In order to fix this, we'll instead check the edgeInfo, which is
guaranteed to also exist if the channel was found in the database. As a
defensive step, before we go to actually aces the struct, we'll check
that's it's non-nil and proceed if it is nil.
In this commit, we modify the SignMessage+VerifyMessage slightly in
order to bind the message we're signing to our specific context. We do
this by pre-pending the ascii text "Lightning Signed Message:" to the
msg before we run it through dsha256. Adding this prefix binds the
message to our context in order to avoid accidentally signing a sighash
or the like.
In this commit, we avoid hitting a possible panic in the case that we
were unable to retrieve the link of a channel from the HTLC switch while
determining which channels should be used as routing hints for an
invoice.
This reverts commit 0f90c950daaec7843e305f32d10e36411fb0b47f.
We actually still need to notify the BRAR of a force close, as
otherwise, it doesn't have a signal to exit due to a local force close
event.
