With recent updates to some of our dependencies, the
github.com/dgrijalva/jwt-go package is not referenced in any transitive
dependency anymore which allows us to remove one of the replace
directives which was added as a security precaution before.
The addition of AliasScid in the tlv_stream field of the
funding_locked msg made the requirement for testdata of the
ExtraOpaqueData part for the funding_locked msg type more strict.
Now the input testdata for the funding_locked test is more specific
and includes the new added AliasScid tlv record.
Move merge of our features into the feature manager, rather than
updating our node announcement then retrospectively setting the
feature manger's set to the new vector. This allows us to use the
feature vector as our single source of truth for announcements.
Base 32 encoded bolt 11 invoices only allow 10 bits to express the
length of the feature vector in a tagged field, so there is a much
lower limit on the values invoice custom features can hold.
Other places in the protocol are theoretically limited by the maximum
message size, but since we express a feature bit as u16 we don't need
to be concerned about this.
The decision is made to track maximum per-set in the feature manager,
which is conceptually aware of sets and then validate in lnwire/features
against some arbitrary maximum value provided to the caller to keep
the base features package unaware of sets.
Disallow update of any features that are defined by LND (since
just updating the feature, but not the functionality will result in
strange behavior). All known feature bits should be toggled using
protocol config options.
In preparation for a more complex function signature for set node
announcement, separate get and set so that readonly callers don't need
to handle the extra arguments.
Previously when a block spend is found for the outpoint, our htlc
timeout resolver will do a checkpoint, which implicitly creates a db
record if there isn't one. Now, if the spend is found in mempool,
the resolver will be deleted once the contract is resolved. Later on
when the spend is found in the block again, the resolver will be created
again, but never gets resolved this time.
This modifies the `genMacaroons` logic to indepently check for each of
the three default macaroons (admin, readonly, invoice) and generate
whichever are missing. Previously, this was an all or nothing routine.
In other words, either all three didn't exist on disk and all three are
created, or no macaroons are created. Although that works for the first
run of a new node, it can result in inconsistent states if only one or
two of the macaroons is deleted.
See https://github.com/lightningnetwork/lnd/discussions/7566.
