Now connectd is doing the crypto, we can use normal wire io. We
create helper functions to clearly differentiate between "peer" comms
and intra-daemon comms though.
Signed-off-by: Rusty Russell <rusty@rustcorp.com.au>
We temporarily hack to sync_crypto_write/sync_crypto_read functions to
not do any crypto, and do it all in connectd.
Signed-off-by: Rusty Russell <rusty@rustcorp.com.au>
1. tal_strndup(.., str, strlen(str)) == tal_strdup()
2. tal_strdup also takes(), so document that.
3. Avoid passing 'struct sha256' on the stack: use ptr.
4. Generally, structures shouldn't keep pointers to things they don't own.
In this case, mvt->node_id.
5. Make payment_hash a pointer, since NULL is more natural than an all-zero
hash.
And add NON_NULL_ARGS() to the functions; it's cumbersome, but make it
fairly clear what params are optional.
Signed-off-by: Rusty Russell <rusty@rustcorp.com.au>
Once connectd is doing this, we can't close as soon as we send,
and in fact we can't do 'fail write' either.
Signed-off-by: Rusty Russell <rusty@rustcorp.com.au>
The "read until closed" trick doesn't work if the other end doesn't
close (as found in the next patch, where we use DEV_DISCONNECT_DISABLE_AFTER).
Signed-off-by: Rusty Russell <rusty@rustcorp.com.au>
connectd is going to end up using this do demux; make it fast and complete.
Fixing this reveals a problem in openingd: it now extracts the channel_id
from funding_signed (which is where we transition off the temporary), and
gets upset. So fix that.
Signed-off-by: Rusty Russell <rusty@rustcorp.com.au>
We need to stash/save the amount of the lease fees on a leased channel,
we do this by re-using the 'push' amount field on channel (which is
technically correct, since we're essentially pushing the fee amount to
the peer).
Also updates a bit of how the pushes are accounted for (pushed to now
has an event; their channel will open at zero but then they'll
immediately register a push event).
Leases fees are treated exactly the same as pushes, except labeled
differently.
Required adding a 'lease_fee' field to the inflights so we keep track of
the fee for the lease until the open happens.
We record the amount of fees collected for a routed payment. For
simplicity's sake on the data agg side, we record the fee payment on
*BOTH* the incoming htlc and the outgoing htlc. Note that this results
in double counting if you add up the fees from both an in-routed and
out-routed payment.
Get rid of the 'movement_idx', since we replay events now.
Since we're removing a field from the 'coin_movement' event emission, we
bump the version type.
Changelog-Updated: `coin_movements` events have been revamped and are now on version 2.
The old model of coin movements attempted to compute fees etc and log
amounts, not utxos. This is not as robust, as multi-party opens and dual
funded channels make it hard to account for fees etc correctly.
Instead, we move towards a 'utxo' view of the onchain events. Every
event is either the creation or 'destruction' of a utxo. For cases where
the value of the utxo is not (fully) debited/credited to our account, we
also record the output_value. E.g. channel closings spend a utxo who's
entire value we may not own.
Since we're now tracking UTXOs onchain, we can now do more complex
assertions about the onchain footprint of them. The integration tests
have been updated to now use more 'chain aware' assertions about the
ending state.
we're pivoting from a txid based world to a outpoint based world. every
coin movement (onchain) will correspond with a outpoint; only the spend
of an outpoint will have a tx_txid
We're not going to do 'spend tracks' any more; instead we'll emit an
event whenever an output is included in a broadcast tx
(even if the broadcast fails!!)
Suggested-by: Rusty Russell
Signed-off-by: Vincenzo Palazzo <vincenzopalazzodev@gmail.com>
Changelog-Changed: Support hsm specific error error code in lightning-cli
And turn "" includes into full-path (which makes it easier to put
config.h first, and finds some cases check-includes.sh missed
previously).
config.h sets _GNU_SOURCE which really needs to be done before any
'#includes': we mainly got away with it with glibc, but other platforms
like Alpine may have stricter requirements.
Signed-off-by: Rusty Russell <rusty@rustcorp.com.au>
Various unit tests were creating temporary files unconditionally in /tmp
and were not cleaning up after themselves. Introduce a new variant of
mkstemp(3p) that respects the TMPDIR environment variable, and use it in
the offending unit tests. This allows each test run to use a dedicated
TMPDIR that can be cleaned up after the run.
Changelog-None
Signed-off-by: Matt Whitlock <c-lightning@mattwhitlock.name>
As of 2b923a0367c5f9154fcec706e3302cc4658dd889.
Recurrence quotes need to be marked separately, since they're no longer
in offers main bolt.
Signed-off-by: Rusty Russell <rusty@rustcorp.com.au>
This builds on the enctlv vectors, but actually goes all the way
to creating a modern onionmessage.
Thanks to Thomas H for corrections!
Signed-off-by: Rusty Russell <rusty@rustcorp.com.au>
This is from 6e99c5feaf60cb797507d181fe583224309318e9
We renamed the enctlv field to encrypted_recipient_data in the spec, and the
new onion_message is message 513. We don't handle it until the next patch.
Two renames:
1. blinding_seed -> blinding_point.
2. enctlv -> encrypted_recipient_data.
We don't do a compat cycle for our JSON APIs for these experimental
features only used by our own plugins, we just rename.
Signed-off-by: Rusty Russell <rusty@rustcorp.com.au>
Temporarily disable sendpay_blinding test which uses obsolete onionmsg;
there's still some debate on the PR about how blinded HTLCs will work.
Changelog-EXPERIMENTAL: onionmessage: removed support for v0.10.1 onion messages.
Signed-off-by: Rusty Russell <rusty@rustcorp.com.au>
No idea why TCSAFLUSH was used, could not find anything in PR comments.
Also cannot explain exactly what causes the problem, but the hang can be reproduced
*with* TCSAFLUSH and not with TCSANOW.
According to termios doc:
TCSANOW
the change occurs immediately.
TCSAFLUSH
the change occurs after all output written to the object referred by fd has been
transmitted, and all input that has been received but not read will be discarded
before the change is made.
