This is the final step: we pass the complete fee_states to and from
channeld.
Changelog-Fixed: "Bad commitment signature" closing channels when we sent back-to-back update_fee messages across multiple reconnects.
Signed-off-by: Rusty Russell <rusty@rustcorp.com.au>
We now have a pointer to chainparams, that fails valgrind if we do anything
chain-specific before setting it.
Suggested-by: Rusty Russell <@rustyrussell>
Somehow this change got lost, but it's needed for option_static_remotekey,
to quote gen_peer_wire_csv:
msgtype,channel_reestablish,136
msgdata,channel_reestablish,channel_id,channel_id,
msgdata,channel_reestablish,next_commitment_number,u64,
msgdata,channel_reestablish,next_revocation_number,u64,
msgdata,channel_reestablish,your_last_per_commitment_secret,byte,32,option_data_loss_protect,option_static_remotekey
msgdata,channel_reestablish,my_current_per_commitment_point,point,,option_data_loss_protect
Signed-off-by: Rusty Russell <rusty@rustcorp.com.au>
Our TLV serializer relies on TLV outputs to be ordered by type
number. Prior to this commit we relied on 1) the ordering in the
RFC to be correct and 2) users to be using a version of Python that
respects stable ordering of dicts (i.e. Python 3.7+)
Instead of relying on these implicitly, we now explicitly sort messages
by type number when the TLV sets.
Resolves#2956.
Thanks-To: @ScottTre for the sort function
Reported-By: @ZmnSCPxj
Naturally, it's a struct pubkey. However, those are large, and take
time to marshal, so gossipd treats them as node_id which is a simple
array. It adds explicit checks at the right points to make sure
they're valid pubkeys.
However, the next commit adds TLV test vectors, which assumes we treat
node_id as a point (thus catch invalid values when parsing). The best
solution is to restrain our types here to exactly those we've
optimized for.
Signed-off-by: Rusty Russell <rusty@rustcorp.com.au>
TLVs have an implicit `len` field, so allow expressions containing
that (eg. `len-1`), but assume it means "the remainder of the
message".
This means in most places, f.size() needs an fallback for the
implicit-length case.
Signed-off-by: Rusty Russell <rusty@rustcorp.com.au>
They're currently called varint, but there's a proposal to call them all
bigsize. Allow both for now.
Signed-off-by: Rusty Russell <rusty@rustcorp.com.au>
The new TLV spec uses BigSize, like Bitcoin's CompactInt but
*little-endian*. So change our name for clarity, and insist that
decoding be minimal as the spec requires.
Signed-off-by: Rusty Russell <rusty@rustcorp.com.au>
Encapsulating the peer state was a win for lightningd; not surprisingly,
it's even more of a win for the other daemons, especially as we want
to add a little gossip information.
Signed-off-by: Rusty Russell <rusty@rustcorp.com.au>
now we print the subtypes out when you call printwire
note that we have to reverse the order the subtypes appear in
because
1) they're static and,
2) a few of them are nested
the original version of the subtype generator emitted '$'
to designate that a field was a subtype; now it's got a different
format:
funding_type,8,num_inputs,2
funding_type,10,input_info,num_inputs*input_info
this patch updates our generator to understand this new format
This is needed so that some csv's can expose their subtype parsing
functions in their header. This gets used in a later PR where
we start replacing manually created 'subtype' definitions with
generated ones.
We can save significant space by combining both sides: so much that we
can reduce the WIRE_LEN_LIMIT to something sane again.
MCP results from 5 runs, min-max(mean +/- stddev):
store_load_msec:34467-36764(35517.8+/-7.7e+02)
vsz_kb:2637488
store_rewrite_sec:35.310000-36.580000(35.816+/-0.44)
listnodes_sec:1.140000-2.780000(1.596+/-0.6)
listchannels_sec:55.390000-58.110000(56.998+/-0.99)
routing_sec:30.330000-30.920000(30.642+/-0.19)
peer_write_all_sec:50.640000-53.360000(51.822+/-0.91)
MCP notable changes from previous patch (>1 stddev):
-store_rewrite_sec:34.720000-35.130000(34.94+/-0.14)
+store_rewrite_sec:35.310000-36.580000(35.816+/-0.44)
Signed-off-by: Rusty Russell <rusty@rustcorp.com.au>
Don't turn them to/from pubkeys implicitly. This means nodeids in the store
don't get converted, but bitcoin keys still do.
MCP results from 5 runs, min-max(mean +/- stddev):
store_load_msec:33934-35251(34531.4+/-5e+02)
vsz_kb:2637488
store_rewrite_sec:34.720000-35.130000(34.94+/-0.14)
listnodes_sec:1.020000-1.290000(1.146+/-0.086)
listchannels_sec:51.110000-58.240000(54.826+/-2.5)
routing_sec:30.000000-33.320000(30.726+/-1.3)
peer_write_all_sec:50.370000-52.970000(51.646+/-1.1)
MCP notable changes from previous patch (>1 stddev):
-store_load_msec:46184-47474(46673.4+/-4.5e+02)
+store_load_msec:33934-35251(34531.4+/-5e+02)
-vsz_kb:2638880
+vsz_kb:2637488
-store_rewrite_sec:46.750000-48.280000(47.512+/-0.51)
+store_rewrite_sec:34.720000-35.130000(34.94+/-0.14)
Signed-off-by: Rusty Russell <rusty@rustcorp.com.au>
fixup printing methods in devtools/decodemsg such that TLV's can
now be printed as well. here's how you'd use it:
$ ./devtools/decodemsg --tlv opening_tlv 0120001E020202020202020202020202020202020202020202020202020202020202
> WIRE_OPTION_UPFRONT_SHUTDOWN_SCRIPT (size 32):
> shutdown_scriptpubkey=[020202020202020202020202020202020202020202020202020202020202]
TLV's use var_int's for messages sizes, both internally and
in the top level (you should really stack a var_int inside a var_int!!)
this updates our automagick generator code to understand 'var_ints'
passing back a null TLV was crashing here, because we tried to
dereference a null pointer. instead, we put it into a temporary
struct that we can check for NULL-ness, before assigning to the
passed in pointer.
let's let the fromwire__tlv methods allocate the tlv-objects and
return them. we also want to initialize all of their underlying
messages to NULL, and fail if we discover a duplicate mesage type.
if parsing fails, instead of returning a struct we return NULL.
Suggested-By: @rustyrussell
Rusty Russell
lisa neigut
Christian Decker
trueptolemy