Javadocs refuse unicode and as our rustdocs get copied over to Java
bindings (and thus get run through javadocs) we can't have unicode
in our rustdocs.
In Java/TypeScript, we map enums as a base class and each variant
as a class which extends the base. In Java/TypeScript, functions
and fields share the same namespace, which means we cannot have
functions on an enum which have the same name as any fields in any
enum variants.
`Balance`'s `claimable_amount_satoshis` method aliases with fields
in each variant, and thus ultimately doesn't compile in TypeScript.
Because `Balance::claimable_amount_satoshis` has the same name as
the fields, it's also a bit confusing, as it doesn't return the
field for each variant, but sometimes returns zero if we're not
sure we can claim the balance.
Instead, we rename the fields in each enum variant to simply
`amount_satoshis`, to avoid implying that we can definitely claim
the balance.
Makes it easier to add new arguments without a ton of resulting test changes.
Useful for route blinding testing because we need to check for malformed HTLCs,
which is not currently supported by reconnect_nodes. It also makes it easier to
tell what is being checked in relevant tests.
This gives people more freedom with the channel monitors. For Mutiny
this would be nice for us to be able to create copies of them and pass
aorund in memory without having to serialize until we actually want to.
Originally by benthecarman <benthecarman@live.com>
Small bugfix from Matt Corallo <git@bluematt.me>
Previously, we barely gave any hints why we excluded certain hops during
pathfinding. Here, we introduce more verbose logging by a) accounting
how much candidates we ignored for which reasons and b) logging any
first/last/blinded hops we end up ignoring.
Fixes#1646.
As `RouteParameters` are not included anymore in
`Event::PaymentPathFailed` since 0.0.115, and we don't give value/payee
as immediate arguments to `find_route` anymore.
A channel's `short_channel_id` is currently only set when the funding
transaction is confirmed via `transactions_confirmed`, which might be
well after the channel initally becomes usable, e.g., in the 0conf case.
Previously we would panic due to a reachable `unwrap` when receiving a
counterparty's `announcement_signatures` message for a 0conf channel
pending confirmation on-chain.
Here we fix this bug by avoiding unsafe `unwrap`s and just erroring out
and ignoring the announcement_signatures message if the `short_channel_id`
hasn't been set yet.
While bindings should probably be able to figure out that this is
the same type as `Self`, for now we simply swap the type to make
the bindings generator have an easier go of it.
The bindings are being updated to consider all traits even if the
trait itself is no-export, which causes issues generating code
around the `Duration` impl here.
We missed one method that now cannot be bindings exported - the
`payment_paths` method, as it returns a slice of objects, which
cannot be supported in bindings.
In bindings we can't practically pass a mutable PSBT, and instead
need to pass an owned transaction and have the sign method return a
signed copy. We do this here for all build modes as its not a
material API change for Rust users.
This code was always effectively dead - we have a special
`MultiThreadedLockableScore` type which wraps a `Mutex` for
bindings users, so there's no need to implement any
bindings-specific scoring logic for them.
Given we build `InFlightHtlcs` per route-fetch call, there's no
reason to pass them out by reference rather than simply giving the
user the full object. This also allows them to tweak the in-flight
set before fetching a route.
We already hold them in a vec, so there's no cost to passing them
by ownership vs making it a slice. Further, this helps bindings as
we can't represent slices to non-pointers in a sensible way.
In bindings we can't practically pass a mutable transaction, and
instead need to pass an owned transaction and have the sign method
return a signed copy. We do this here for all build modes as the
API is roughly equivalent also to Rust users.
We introduce a `UnfundedChannelContext` which contains a counter for the
current age of an unfunded channel in timer ticks. This age is incremented
for every `ChannelManager::timer_tick_ocurred` and the unfunded channel
is removed if it exceeds `UNFUNDED_CHANNEL_AGE_LIMIT_TICKS`.
The value will not be persisted as unfunded channels themselves are not
persisted.
One of a series of follow-up commits to address some issues found
in PR 2077, where we split channels up into different maps and structs
depending on phase in their life.
We had some inconsistencies so far in referring to channels such as
`OutboundV1Channel` and `InboundV1Channel` as pending and unfunded.
From here we refer to these kinds of channels only as "unfunded".
This is a slight conflation with the term "unfunded" in the contexts
of denial of service mitigation. There, "unfunded" actually refers to
non-0conf, inbound channels that have not had their funding transaction
confirmed. This might warrant changing that usage to "unconfirmed inbound".
The C bindings generation currently has issues looking through a
generic associated type. While this should be fixed in the bindings
generator, its easy to fix here for now and we can revisit it
later.
