* Electrum: update mainnet and testnet servers list
* Electrum: request missing history transactions on reconnect
Upon connection/reconnection, ask for transactions that are included in our history but
which we don't have and don't have a pending request for.
* Electrum: add disconnect/reconnect tests
Simulate disconnections and check that wallet eventually gets it history and transactions.
* Add /sendtoroute API and functionality
* Do not use extractor pattern in PaymentLifecycle::SendPaymentToRoute
* /sendtoroute: support route parameter as comma separated list
* Add test for 'sendtoroute' in EclairImplSpec
* /payinvoice: assert the override amount is being used in the invoice
* /updaterelayfee: assert the values passed through the API call are forwarder to EclairImpl
* 'receive' API: test for fallback address usage and parameters passing
* 'close' API: test for parameters handling
* 'networkFees': test for default parameters
* Add test dependency mockito-scala, rewrite a test using the mock framework
* Factor out query filter parsing in EclairImpl, Add test for networkFees/audit/allinvoice
* Move getDefaultTimestampFilters in companion object, group together EclairImpl-scoped classes
* use bitcoind fee provider first
* set default `smooth-feerate-window`=6
* Configuration: increase fee rate mismatch threshold
We wil accept fee rates that up to 8x bigger or smaller than our local fee rate
LND sometimes sends a new signature without any changes, which is a
(harmless) spec violation.
Note that the test was previously not failing because it wasn't specific
enough. The test now fails and has been ignored.
* Add scoverage-maven-plugin dependency
* Update travis build to generate a scoverage report
* Add custom codecov configuration to have nice PR comments
* Add badge for test coverage in readme
* Transport: add support for encryption key logging.
This is the format the wireshark lightning-dissector uses to be able to decrypt lightning messages.
There was actually a change introduced by #944 where we used
`ClosingType.toString` instead of manually defining types, causing a
regression in the audit database.
The goal is to prevent sending a lot of updates for flappy channels.
Instead of sending a disabled `channel_update` after each disconnection,
we now wait for a payment to try to route through the channel and only
then reply with a disabled `channel_update` and broadcast it on the
network.
The reason is that in case of a disconnection, if noone cares about that
channel then there is no reason to tell everyone about its current
(disconnected) state.
In addition to that, when switching from `SYNCING`->`NORMAL`, instead
of emitting a new `channel_update` with flag=enabled right away, we wait
a little bit and send it later. We also don't send a new `channel_update` if
it is identical to the previous one (except if the previous one is outdated).
This way, if a connection to a peer is unstable and we keep getting
disconnected/reconnected, we won't spam the network.
The extra delay allows us to remove the change made in #888, which was
a workaround in case we generated `channel_update` too quickly.
Also, increased refresh interval from 7 days to 10 days. There was no
need to be so conservative.
Note that on startup we still need to re-send `channel_update` for all
channels in order to properly initialize the `Router` and the `Relayer`.
Otherwise they won't know about those channels, and e.g. the
`Relayer` will return `UnknownNextPeer` errors.
But we don't need to create new `channel_update`s in most cases, so
this should have little or no impact to gossip because our peers will
already know the updates and will filter them out.
On the other hand, if some global parameters (like relaying fees) are
changed, it will cause the creation a new `channel_update` for all
channels.
This PR standardizes the way we compute the current time as unix timestamp
- Scala's Platform is used and the conversion is done via scala's concurrent.duration facilities
- Java's Instant has been replaced due to broken compatibility with android
- AuditDB events use milliseconds (fixes#970)
- PaymentDB events use milliseconds
- Query filters for AuditDB and PaymentDB use seconds
* Remove closed channels when application starts
If the app is stopped just after a channel has transition from CLOSING to CLOSED, when the application starts again if will be restored as CLOSING. This commit checks channel data and remove closed channels instead of restoring them.
* Channels Database: tag closed channels but don't delete them
Instead we add a new `closed` column that we check when we restore channels.
* Document how we check and remove closed channels on startup
* Channel: Log additional data
Log local channel parameters, and our peer's open or accept message.
This should be enough to recompute keys needed to recover funds in case of unilateral close.
* Backup: explicitely specify move options
We now specify that we want to atomically overwrite the existing backup file with the new one (fixes
a potential issue on Windows).
We also publish a specific notification when the backup process has been completed.
* Backup running channel database when needed
Every time our channel database needs to be persisted, we create a backup which is always
safe to copy even when the system is busy.
* Upgrade sqlite-jdbc to 3.27.2.1
* BackupHandler: use a specific bounded mailbox
BackupHandler is now private, users have to call BackupHandler.props() which always
specifies our custom bounded maibox.
* BackupHandler: use a specific threadpool with a single thread
* Add backup notification script
Once a new backup has been created, call an optional user defined script.
Note that this doesn't mean that we will buffer 1M objects in memory:
those are just pointers to (mostly) network announcements that already
exist in our routing table.
Routing table has recently gone over 100K elements (nodes,
announcements, updates) and this causes the connection to be closed when
peer requests a full initial sync.
Until now, if the peer is unresponsive (typically doesn't respond to
`open_channel` or `funding_created`), we waited indefinitely, or until the
connection closed.
It translated to an API timeout for users, and uncertainty about the
state of the channel.
This PR:
- adds an optional `--openTimeoutSeconds` timeout to the `open` endpoint, that will
actively cancel the channel opening if it takes too long before reaching
state `WAIT_FOR_FUNDING_CONFIRMED`.
- makes the `ask` timeout configurable per request with a new `--timeoutSeconds`
- makes the akka http timeout slightly greater than the `ask` timeout
Ask timeout is set to 30s by default.
Locks held on utxos that are used in unpublished funding transactions should not be persisted.
If the app is stopped before the funding transaction has been published the channel is forgotten
and so should be locks on its funding tx utxos.
There is no unique identifier for payments in LN protocol. Critically,
we can't use `payment_hash` as a unique id because there is no way to
ensure unicity at the protocol level.
Also, the general case for a "payment" is to be associated to multiple
`update_add_htlc`s, because of automated retries. We also routinely
retry payments, which means that the same `payment_hash` will be
conceptually linked to a list of lists of `update_add_htlc`s.
In order to address this, we introduce a payment id, which uniquely
identifies a payment, as in a set of sequential `update_add_htlc`
managed by a single `PaymentLifecycle` that ends with a `PaymentSent` or
`PaymentFailed` outcome.
We can then query the api using either `payment_id` or `payment_hash`.
The former will return a single payment status, the latter will return a
set of payment statuses, each identified by their `payment_id`.
* Add a payment identifier
* Remove InvalidPaymentHash channel exception
* Remove unused 'close' from paymentsDb
* Introduce sent_payments in PaymentDB, bump db version
* Return the UUID of the ongoing payment in /send API
* Add api to query payments by ID
* Add 'fallbackAddress' in /receive API
* Expose /paymentinfo by paymentHash
* Add id column to audit.sent table, add test for db migration
* Add invoices to payment DB
* Add license header to ExtraDirective.scala
* Respond with HTTP 404 if the corresponding invoice/paymentHash was not found.
* Left-pad numeric bolt11 tagged fields to have a number of bits multiple of five (bech32 encoding).
* Add invoices API
* Remove CheckPayment message
* GUI: consume UUID reply from payment initiator
* API: reply with JSON encoded response if the queried element wasn't found
* Return a payment request object in /receive
* Remove limit of pending payment requests!
* Avoid printing "null" fields when serializing an invoice to json
* Add index on paymentDb.sent_payments.payment_hash
* Order results in descending order in listPaymentRequest
Our `open` API calls expects an optional fee rate in satoshi/byte, which is the most widely
used unit, but failed to convert to satoshi/kiloweight which is the standard in LN.
We also check that the converted fee rate cannot go below 253 satoshi/kiloweight.
There was an obscure Docker error when trying to start an Electrum
server in tests. [1]
It appears that there is a conflict between Docker and Hyper-V on some
range of ports.
A workaround is to just change the port we were using.
[1] https://github.com/docker/for-win/issues/3171
* Fix eclair cli argument passing
* Modify eclair-cli to work with equals in arguments
* Eclair-cli: show usage when wrong params are received
* Remove deprecated call from eclair-cli help message [ci skip]
* send events when htlc settle on-chain
* send events when a payment is received/relayed/sent
* send events when a payment is failed
* Add test for websocket
* Use nicer custom type hints when serializing to json (websocket)
* Fix bech32 prefix for regtest
* Separate cases for bech32 testnet and regtest for BOLT11 fallback address
* Electrum: use 3.3.4 as client name
* Electrum Pool: more specific message on disconnect
Specify wether we lost connection to our master server or to a backup server.
