This includes support for hosting onion services, and connecting to them, which are two separate things:
- Opening an onion service implie interacting with the tor daemon controller, which requires authentication. We support both `SAFECOOKIE` and `HASHEDPASSWORD` authentication mechanisms, with a default to `SAFECOOKIE`. We support v2 and v3 services, with a default to v3 as recommended by the tor project.
- Connecting to onion services requires tunnelling through tor's local SOCKS5 proxy.
Incoming and outgoing tor connections are thus separate matters that needs to be configured independently. A specific documentation has been added to guide users through these steps.
Big thanks to @rorp for doing the heavy lifting on all this!
* relay to channel with lowest possible balance
Our current channel selection is very simplistic: we relay to the
channel with the largest balance. As time goes by, this leads to all
channels having the same balance.
A better strategy is to relay to the channel which has the smallest
balance but has enough to process the payment. This way we save larger
channels for larger payments, and also on average channels get depleted
one after the other.
* added tests...
...and found bugs!
Note that there is something fishy in BOLT 4, filed a PR:
https://github.com/lightningnetwork/lightning-rfc/pull/538
Also, first try of softwaremill's quicklens lib (in scope test for now)
* minor: fixed typo (h/t @btcontract)
* Correctly parse short channel id
* Add test for RPC APIs
* Put akka.http.version in parent project pom
Co-Authored-By: araspitzu <a.raspitzu@protonmail.com>
* Consider htlc_minimum/maximum_msat when computing a route
* Compare shortChannelIds first as it is less costly than comparing the pubkeys
* Remove export to dot functionality
* Remove dependency jgraph
* Add optimized constructor to build the graph faster
* Use fibonacci heaps from jheaps.org
* Use Set instead of Seq for extraEdges, remove redundant publishing of channel updates
* Use Set for ignored edges
* replaced akka.io by netty in electrum client and enabled ssl support
* updated docker-testkit to 0.9.8 so that electrum tests pass on windows
* use ssl port on testnet/mainnet
* removed experimental warning on electrum
* add basic electrum wallet test
our wallet connects to a dockerized electrumx server
* electrum: clean up tests, and add watcher docker tests
* electrum wallet: fix balance computation issue
when different keys produced the exact same confirmed + unconfirmed balances, we
would compute an invalid balance because these duplicates would be pruned.
* electrum: rename wallet test
* electrum: add a specific test with identical outputs
* electrum: change scripthash balance logging level to debug
* electrum: make docker tests run on windows/mac
Our electrumx docker container needs to contains to bitcoind that is running on the host.
On linux we use the host network mode, which is not available on windows/osx
On windows/osx we use host.docker.internal, which is not available on linux. This
requires docker 18.03 or higher.
Our electrumx docker container needs to contains to bitcoind that
is running on the host.
On linux we use the host network mode, which is not available on windows/osx
On windows/osx we use host.docker.internal, which is not available on linux. This
requires docker 18.03 or higher.
electrum: change scripthash balance logging level to debug
electrum: add a specific test with identical outputs
electrum: rename wallet test
electrum wallet: fix balance computation issue
when different keys produced the exact same confirmed + unconfirmed balances, we
would compute an invalid balance because these duplicates would be pruned.
electrum: clean up tests, and add watcher docker tests
add basic electrum wallet test
our wallet connects to a dockerized electrumx server
* type-ified `ShortChannelId`
* removed unused `listUnspent` method and test
* updated sqlite version to 3.21.0.1
* ignore `ReadAck` in `PaymentLifecycle`
Dependency to `git` has been removed, we now use `notag` when building without
a git directory.
In order to reliably fetch all dependencies, we do a first blank build
(with no source files), then we copy the sources and do a real commit.
This is a simpler and more robust approach.
Also, fixed the .dockerignore to filter out IDE files.
