Previously, we did not include the macOS SDK libc++ headers in our SDK
creation process and instead used whichever libc++ headers shipped with
the clang package we downloaded in depends.
This change adds a script (which works on both GNU/Linux and macOS) to
correctly generate the macOS SDK including the libc++ headers. This can
be thought of as a simplified rewrite of tpoechtrager's script:
d3392f4eae/tools/gen_sdk_package.sh
The location within the SDK where we place the libc++ headers is chosen
such that clang's search path detection logic for sysroots would pick up
the headers properly.
We also document this change.
-BEGIN VERIFY SCRIPT-
sed -i 's/__APPLE__/MAC_OSX/g' src/compat/byteswap.h src/util.cpp
-END VERIFY SCRIPT-
Zcash: Excludes byteswap.h change as we don't have bitcoin/bitcoin#9366.
flush witness cache (SetBestChain()) on clean shutdown
Closes#4596, follow-on to #4573. In addition to flushing witness data on shutdown, fix the RPC test that was preventing this change from being part of #4573.
metrics: Collect general stats before clearing screen
This prevents the metrics screen from flashing if locks are being held
by long-running processes, specifically cs_main during block validation.
We split up locking on cs_main and cs_vNodes to make obtaining the locks
easier, at the expense of potentially having slightly out-of-sync
statistics (which doesn't really matter, as all we are fetching from the
latter lock is the number of connected peers).
Send alert to put pre-Heartwood nodes into safe mode.
The alert targets nodes running protocol version <= 170010.
Heartwood-compatible nodes run protocol version >= 170011.
Fix "--disable-mining" build regression
closes#4634
Test by building with:
* `CONFIGURE_FLAGS="--disable-tests --disable-mining --disable-bench" zcutil/build.sh`
* `zcutil/distclean.sh`
* `CONFIGURE_FLAGS="--disable-mining" zcutil/build.sh`
After the second build, run `qa/zcash/full-test-suite.py`. Stop when it gets to the RPC tests, which will hang. The preceding parts of the test suite are all expected to pass.
Signed-off-by: Daira Hopwood <daira@jacaranda.org>
Pass HistoryNode through Rust FFI as a C array
`std::array<T>` is guaranteed to store `T` contiguously. However, there is
no guarantee that `sizeof(std::array<unsigned char, N>) == N`, which
prevents us from interpreting `std::array<std::array<unsigned char, N>, 32>`
as `&[[u8; N]]` on the Rust side of the FFI.
Instead, we define `HistoryNode` as a struct wrapping a C array, which
(as checked by `static_assert`) contains no padding.
This is equivalent to 82fe37d22b, which
fixed this issue when passing a slice of `HistoryEntry`s from C++ to Rust;
the bug fixed here is writing `HistoryNodes` from Rust into C++ memory.
This prevents the metrics screen from flashing if locks are being held
by long-running processes, specifically cs_main during block validation.
We split up locking on cs_main and cs_vNodes to make obtaining the locks
easier, at the expense of potentially having slightly out-of-sync
statistics (which doesn't really matter, as all we are fetching from the
latter lock is the number of connected peers).
Cory Fields
Carl Dong
Andrew Chow
fanquake
Homu
ying tong
therealyingtong
Daira Hopwood
Kris Nuttycombe
Larry Ruane
Jack Grigg
ewillbefull@gmail.com