The `createTestPeerWithChannel` function is made to return this newly
created struct and error.
This is useful because upcoming commits would require us returning more
objects from the function.
Signed-off-by: Ononiwu Maureen <maureen.ononiwu@outlook.com>
In this function `createTestPeer` is changed to
`createTestPeerWithChannel`. This is useful in coming commits where we
decouple the process of creating test peer from the function.
Signed-off-by: Ononiwu Maureen <maureen.ononiwu@outlook.com>
Add a new `make install-all` command that will perform all `make
install` actions along with generating the manpages. The `manpages`
command is then removed from the existing `make install` command. The
docker build is then updated to use the new `make install-all` command.
This is done because some users running `make install` may be doing so
in environments where they do not have write access to the directory
where the man pages need to be written to.
Add a temporary mutex around the calls to sqldb.NewTestSqliteDB to
ensure that only a single thread can access it at a time. This is a
temporary work around that can be removed once this race condition in
the sqlite repo has been resolved:
https://gitlab.com/cznic/sqlite/-/issues/180
In this commit, we start to thread thru the new aux tap leaf structures to all relevant areas. This includes: commitment outputs, resolution creation, breach handling, and also HTLC scripts.
In this commit, we add a TLV blob to the PaymentDescriptor struct. We also now thread through this value from the UpdateAddHTLC message to the PaymentDescriptor mapping, and the other way around.
This may be useful for custom channel types that base everything off the index (a global value) rather than the output index (can change with each state).
In this commit, we add a new AuxLeafStore which can be used to dynamically fetch the latest aux leaves for a given state. This is useful for custom channel types that will store some extra information in the form of a custom blob, then will use that information to derive the new leaf tapscript leaves that may be attached to reach state.
In this commit, we also add the custom TLV blob to the internal commitment struct that we use within the in-memory commitment linked list.
This'll be useful to ensure that we're tracking the current blob for our in memory commitment for when we need to write it to disk.
In this commit, for each channel, we'll now start to store an optional custom blob. This can be used to store extra information for custom channels in an opauqe manner.
In this commit, we update all the taproot scripts to also accept an
optional aux leaf. This aux leaf can be used to add more redemption
paths for advanced channels, or just as an extra commitment space.
With this commit, the channel is now aware of if it's a musig2 channel, that also has a tapscript root. We'll need to always pass in the tapscript root each time we: make the funding output, sign a new state, and also verify a new state.
This isn't hooked up yet to the funding manager, but with this commit, we can now start to write internal unit tests that handle musig2 channels with a tapscript root.
In this commit, we consolidate the root bucket TLVs into a new struct.
This makes it easier to see all the new TLV fields at a glance. We also
convert TLV usage to use the new type param based APis.
In this commit, we rename the files as assembler.go houses the primary
interfaces/abstractions of the package. In the rest of the codebase,
this file is near uniformly called interface.go, so we rename the file
to make the repo more digestible at a scan.
