This didn't work for two reasons:
1.) GetSnapshotCoinsDBPath() was used to retrieve the path.
This requires coins_views to exist, but the initialisation only happens later
(in CompleteChainstateInitialization) so the node hits an assert in
CCoinsViewDB& CoinsDB() and crashes.
2.) The snapshot was already activated, so it has the mempool attached.
Therefore, the mempool needs to be transferred back to the ibd
chainstate before deleting the snapshot chainstate.
Github-Pull: #29726
Rebased-From: e57f951805
Without explicitly declaring the move, these UniValues get copied,
causing increased memory usage. Fix this by explicitly moving the
UniValue objects.
Used by `rest_block` and `getblock` RPC.
Github-Pull: #30094
Rebased-From: b77bad309e
Fixes: #809
Previously it was possible through the GUI to enter an IP address:port
into the "Proxy IP" configuration box. After the node was restarted the
errant setting would prevent the node starting back up until manually
removed from settings.json.
Github-Pull: https://github.com/bitcoin-core/gui/pull/813
Rebased-From: 10c5275ba4
The default max file size for LevelDB is 2 MiB, which results in the
LevelDB compaction code generating ~4 disk cache flushes per second when
syncing with the Bitcoin network.
These disk cache flushes are triggered by fdatasync() syscall issued by the
LevelDB compaction code when reaching the max file size.
If the database is on a HDD this flush rate brings the whole system to a
crawl.
It also results in very slow throughput since 2 MiB * 4 flushes per second
is about 8 MiB / second max throughput, while even an old HDD can pull
100 - 200 MiB / second streaming throughput.
Increase the default db file size for LevelDB to 128 MiB instead so the flush
rate drops to about 1 flush / 2 seconds and the system no longer gets so
sluggish.
The db file size value chosen also matches the MAX_BLOCKFILE_SIZE file
size setting already used by the block storage.
As described in #10542 (and numerous other places), message signing in
Bitcoin Core only supports message signing using P2PKH addresses, at
least until a new message-signing standard is agreed upon.
Therefore update the possibly-misleading error message presented to the
user in the GUI to detail more specifically the reason their message
cannot be signed, in the case that a non P2PKH address is entered.
Github-Pull: gui#819
Rebased-From: fb9f150759
The 32 to 64-bit time_t transition causes a build failure in the built-in
zlib about conflicting _TIME_BITS and _FILE_OFFSET_BITS.
Note that zlib doesn't use time_t at all, so it is a false alarm.
Take the following patch from upstream zlib:
a566e156b3.patch
Closes#29980.
Github-Pull: #29985
Rebased-From: 2e266f33b5
The script provided for signature might be externally provided, for
instance by way of 'finalizepsbt'. Therefore the script might be
ill-crafted, so don't assume pubkeys are always 32 bytes.
Thanks to Niklas for finding this.
Github-Pull: #29853
Rebased-From: 4d8d21320e
A common issue that our fuzzers keep finding is that outpoints don't
exist in the non witness utxos. Instead of trying to track this down and
checking in various individual places, do the check early during
deserialization.
Github-Pull: #29855
Rebased-From: 9e13ccc50e
Limit number of IPs learned from a single DNS seed to 32, to prevent the results from
one DNS seed from dominating AddrMan. Note that the number of results from a UDP DNS query is
bounded to 33 already, but it is possible for it to use TCP where a potentially enormous
number of results can be returned.
Closes#16070.
Github-Pull: #29850
Rebased-From: f2e3662e57
The issue is that compilation is done with `x86_64-w64-mingw32-g++-posix`,
but then linking is done with `x86_64-w64-mingw32-g++`.
I'm guessing this has been broken since #24131
(01d1845a80), but have not checked.
Fixes#29734.
Unblocks #29527 (now DEBUG=1 builds can be tested).
Github-Pull: #29747
Rebased-From: b7e7e727ab
The developer mailing list was migrated to Google Groups in February 2024
as announced in https://groups.google.com/g/bitcoindev/c/aewBuV6k-LI.
The archives maintained by the Linux Foundation stopped updating in December
2024. Thus, we point to the new archive maintained by gnusha.org.
The codebase refers to old discussions linked to the Linux Foundation archives.
Since all links are still active to this date, we keep them as they are.
See #29782.
Github-Pull: #29782
Rebased-From: 0ead466a0c
