Returns a brief json summary of each utxo found by calling
ListUnspentWitness in the wallet. The two arguments are the
minimum and maximum number of conrfirmations (0=include
unconfirmed)
In this commit, we modify the AbandonChannel REST endpoint to avoid
conflicting with the CloseChannel's. Otherwise, if a debug build of lnd
is being used, there's no way of closing channels through the REST API
as it's been overwritten by AbandonChannel.
By passing a pubkey into SendToRoute, it becomes unnecessary for lnd to
query the channel graph to retrieve the hop pubkey. This allows routes
over private channels that are not present in the graph.
In this commit, we address a slight regression in the defaults provided
by the OpenChannel RPC with regards to spending unconfirmed outputs to
fund funding transactions. We now add a new boolean parameter to
OpenChannelRequest: SpendUnconfirmed. If set, we'll use this to
indicate to the server that the funding transaction of the channel to be
created can spend the wallet's unconfirmed outputs to fund it. This
addition is needed because otherwise, if the caller doesn't specify a
MinConfs parameter to the request, then a default of 0 will be used,
which is not ideal.
In this commit, we remove the unnecessary NewWitnessAddress RPC. We do
this as, at the moment, we only expose the wallet to generate witness
addresses. Now that the RPC has been removed, its REST endpoint has been
assigned to the NewAddress RPC, which should be the de facto way of
having the wallet generate any type of supported address.
Fixes#1986.
Using AbandonChannel, a channel can be abandoned. This means
removing all state without any on-chain or off-chain action.
A close summary is the only thing that is stored in the db after
abandoning.
A specific close type Abandoned is added. Abandoned channels
can be retrieved via the ClosedChannels RPC.
In this commit, we extend the current SubscribeInvoice streaming RPC
call. We add two new values to the InvoiceSubscription message:
add_index and settle_index. These fields have also been added to the
current Invoice message. Each time a new invoice is added, the add index
will be incremented. Each time a new invoice is settled the settle index
will be incremented. The new field on the InvoiceSubscription message
allow callers to specify the last add index and the last settle index
they know of. With this new addition, callers will now be able to
reliably receive notifications for new received payments.
Care has been taken to ensure that these changes are backwards
compatible. If callers don't specify either of the new fields, then they
won't receive any notification backlog at all.
Fixes#862.
- 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 add a `private` field to the `AddInvoice` RPC's
request to denote whether the invoice being created should include
routing hints for private channels to assist the payer in reaching the
destination.
Changes in gRPC `channelbalance` service response message
of adding `pending_open_balance` parameter with sum of
channels open pending balances denominated in satoshis
In this commit, we add a new method to the RPC service:
ForwardingHistory. This method will allow callers to query for the
completed payment circuits in a particular time slice, skip a series of
events, and also paginate within a time slice.
In this commit, we revamp the WalletUnlocker service to now have a
two-stage init process.
The first (optional) is for the user instantiating a new lnd instance to
call the GenSeed method with an optional aezeed passphrase. The response
to this will be a freshly generated aezeed mnemonic along with the
original enciphered seed.
The second step will be the actual wallet initaliztion. By separating
this step from seed generation, UI's will be able to ensure that the
user has written down the seed, before proceeding and committing the
seed to the internal wallet. The new method InitWallet accepts a wallet
passphrase, the aezeed mnemonic, and the optional passphrase.
This commit adds wallet_best_block_timestamp to the gRPC interface.
This is done in order to allow clients to calculate progress while
lnd syncs to the blockchain. wallet_best_block_timestamp is exposed
via the GetInfo() rpc call. Additionally, IsSynced() returns the
WalletBestBlockTimestamp as the second value in the tuple
that is returned, providing additional detail when querying about the
status of the sync. The BtcWallet interface has also been updated
accordingly.
This commit was created to support the issue to
[Add progress bar for chain sync] (lightninglabs/lightning-app#10) in
lightning-app
Fixes#481.
Prior to this commit, payments stored in the channel DB only kept a
record of the payment hash. This is a problem as the preimage is what
serves as proof of payment and a user should be able to look up this
value in the future (not just immediately after payment).
Instead of storing both the payment hash and the preimage, we store the
preimage only since the hash can be derrived from this using a SHA256.
In the RPC listpayments command, we now give the preimage in addition to
the payment hash.
This commit changes the listinvoices and lookupinvoice endpoints to
avoid collisions when making requests.
We can still retrieve a list of pending invoices with `listinvoices` by
appending the parameter `pending_only=true` to the request URL.
This commit renames the UpdateFee RPC call together
with associated types to UpdateChannelPolicy. In addition
to fees, now also timelock delta can be specified using
this call.
In this commit, we remove the blocks_till_open from
PendingChannelsResponse as in its current state, the values that are
assigned to this field don’t accurately reflect the naming. This has
caused a good bit of confusion amongst users lately. As a result, we’re
temporarily removing this field until we have proper incremental
notifications within the chain notifier.
In this commit we rename the lnrpc.PendingChannelRequest and
lnrpc.PendingChannelResponse to
lnrpc.PendingChannelsRequest/lnrpc.PendingChannelsResponse. We do this
as we strive to ensure that the naming scheme across the RPC interface
is consistent.
In this commit, we modify the OpenChannel, CloseChannel, SendCoins, and
SendMany RPC’s to be able to allow users to manually specify their
fees. Users can either specify a target number of confirmations, or a
target value for manual sat/byte.
This commit adds the service WalletUnlocker, which is to be used
for creating a wallet password at first time startup, and unlocking
the wallet. The service exposes the RPC methods CreateWallet and
UnlockWallet.
This commit adds fields that are supported by the BOLT-11 invoice
format to the Invoice and PayReq protos. These fields are
timestamp, expiry, fallback address, description and
description hash.
This commit removes the revocation_delay field from the HTLC proto as
we no longer need this field since the switch to 2-layer HTLC’s. The
2-layer HTLC construction no longer has the CSV delay directly in the
HTLC script itself.
This commit adds to new RPC’s to the Lightning service: UpdateFees and
FeeReport. Additionally, we also update to the latest version of protc,
golang protobuf, and the gRPC gateway.
This commit removes the num_confs parameter within the
OpenChannelRequest struct as it’s no longer applicable with the new
funding workflow. In the new funding workflow, it’s the responder that
decides how many confirmations are required.
In order to not close the payment stream on payment error the additional
field have been added in payment response. Now error from stream Recv()
function means that something has happend inside the client and we unable
to process any payment farther, and error inside the payment response
means, that something wrong has happend with payment itself.
This commit allows users to sign messages with their node's private key
with the SignMessage interface. The signatures are zbase32 encoded for
human readability/paste-ability. Others users can verify that a message
was signed by another node in their channel database with the
VerifyMessage interface.
