8e1087d1cd
Since private channels (most likely) won't be used for routing other than as last hop, they bear a smaller risk that we must quickly force close them in order to resolve a HTLC up/downstream. In the case where it actually has to be force to resolve a payment (if it is the first/last hop on a routed payment), we can assume that the router will have UTXOs available from the reserved value from the incoming public channel. |
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.. | ||
btcwallet | ||
chainfee | ||
chancloser | ||
chanfunding | ||
chanvalidate | ||
test | ||
channel_test.go | ||
channel.go | ||
commit_sort_test.go | ||
commit_sort.go | ||
commitment.go | ||
config.go | ||
errors.go | ||
interface.go | ||
log.go | ||
parameters.go | ||
README.md | ||
reservation.go | ||
revocation_producer_itest.go | ||
revocation_producer.go | ||
sigpool.go | ||
test_utils.go | ||
test_vectors_anchors.json | ||
test_vectors_legacy.json | ||
transactions_test.go | ||
transactions.go | ||
wallet.go |
lnwallet
The lnwallet package implements an abstracted wallet controller that is able to drive channel funding workflows, a number of script utilities, witness generation functions for the various Lightning scripts, revocation key derivation, and the commitment update state machine.
The package is used within lnd
as the core wallet of the daemon. The wallet
itself is composed of several distinct interfaces that decouple the
implementation of things like signing and blockchain access. This separation
allows new WalletController
implementations to be easily dropped into
lnd
without disrupting the code base. A series of integration tests at the
interface level are also in place to ensure conformance of the implementation
with the interface.
Installation and Updating
⛰ go get -u github.com/lightningnetwork/lnd/lnwallet