Issues with current implementation: params list is not mentioning `baseBlockHashes`, `baseBlockHashesNb` looks excessive, no default values, handling of baseBlockHash-es is off by 1 (`3 + i` should be `4 + i`).
before:
```
> help quorum rotationinfo
quorum rotationinfo "blockRequestHash" baseBlockHashesNb extraShare
Get quorum rotation information
Arguments:
1. blockRequestHash (string, required) The blockHash of the request.
2. baseBlockHashesNb (numeric, required) Number of baseBlockHashes
3. extraShare (boolean, required) Extra share
```
after:
```
> help quorum rotationinfo
quorum rotationinfo "blockRequestHash" ( extraShare "baseBlockHash..." )
Get quorum rotation information
Arguments:
1. blockRequestHash (string, required) The blockHash of the request.
2. extraShare (boolean, optional, default=false) Extra share
3. baseBlockHash... (string, optional, default=) baseBlockHashes
```
* tests: move `move_to_next_cycle` to `DashTestFramework`
* tests: set correct defaults for `mine_cycle_quorum`
* tests: use correct quorum type in `create_islock`
* tests: fix `rpc_verifyislock.py`
* tests: fix `feature_llmq_is_cl_conflicts.py`
* tests: isolate zmq subscribers in `interface_zmq_dash.py`
this lets us call `test_*_publishers()` in any order and any number of times
* tests: check zmq for both deterministic and non-deterministic islocks
* Edge case fix
* Simpler syntax
* add a bit of documentation, and adjust scopes
* use a switch statment
* adjust how returning happens
Co-authored-by: pasta <pasta@dashboost.org>
fad140e311028f904635126e3c77352afac1b75e test: Set correct nValue for multi-op-return policy check (MarcoFalke)
Pull request description:
`CTxOut::nValue` is default-initialized to `-1`. The dust-threshold for `OP_RETURN` outputs is `0`. Thus, the policy failure would be `dust` instead of `multi-op-return`. The test only passes because the dust check is currently not run.
Avoid that confusion by setting the value to `0`, to ensure the dust check passes.
ACKs for top commit:
theStack:
ACK fad140e311028f904635126e3c77352afac1b75e
Tree-SHA512: f0c7a68eb2c573d6595b2b129fa8fa2a34fa35c17691f448bf1c54ccf66059c37562e7480cde7b51c4de677038d7717873da4257147a5f60acc8bbcd25fb7e3f
e95aaefe2540cb76969818fcc2ff77d33448ed5a build: Avoid secp256k1.h include from system (Niklas Gögge)
Pull request description:
While building i ran into an error because i had a version of `secp256k1.h` under `/usr/local/include` that was incompatible with the secp256k1 code in the repository. This caused a problem because `$(BOOST_CPPFLAGS)` contained `-I/usr/local/include` and the include paths are searched by the compiler in order from left to right, so in the end `$(BITCOIN_INCLUDES)` contained `-I/usr/local/include` before `-I$(srcdir)/secp256k1/include` which caused the compiler to find `secp256k1.h` under `/usr/local/include`.
Looking at git blame i am wondering how this has not happened to anyone else in several years: cb89e18845/src/Makefile.am (L25)
I am on macOS 10.15.
ACKs for top commit:
laanwj:
Code review ACK e95aaefe2540cb76969818fcc2ff77d33448ed5a
hebasto:
ACK e95aaefe2540cb76969818fcc2ff77d33448ed5a, tested on macOS 11 Big Sur by adding `#error` into `/usr/local/include/secp256k1.h`.
Tree-SHA512: 1f0b395725936c179ab60dee3582ec7b21e2f9c0f1895e160d84a487cf0db16d0c7aa47d05800e0aded31685b4362056cac9b9ecca1bb8c308a4c5a810e8dc1d
330cb33985d0ce97c20f4a0f0bbda0fbffe098d4 src/randomenv.cpp: fix build on uclibc (Fabrice Fontaine)
Pull request description:
Check for HAVE_STRONG_GETAUXVAL or HAVE_WEAK_GETAUXVAL before using
getauxval to avoid a build failure on uclibc
Signed-off-by: Fabrice Fontaine <fontaine.fabrice@gmail.com>
ACKs for top commit:
laanwj:
Code review ACK 330cb33985d0ce97c20f4a0f0bbda0fbffe098d4
Tree-SHA512: 94fbbdb0e859f0220d64b2d04565f575b410327f080125fec7fb74205d0bea0e8133561c83a696033d6dc377871133871b72c1aad19aca61e972ce67e0fdf707
bd5215103eb3985c1622eddea45a040e6173829c random: fixes read buffer resizing in RandAddSeedPerfmon (Ethan Heilman)
Pull request description:
As shown below when resizing the read buffer `vData` `std::max((vData.size() * 3) / 2, nMaxSize)` is used. This means that the buffer size immediately jumps to `nMaxSize`. I believe the intend of this code is to grow the buffer size through several steps rather than immediately resize it to the max size.
```cpp
std::vector<unsigned char> vData(250000, 0);
long ret = 0;
unsigned long nSize = 0;
const size_t nMaxSize = 10000000; // Bail out at more than 10MB of performance data
while (true) {
nSize = vData.size();
ret = RegQueryValueExA(HKEY_PERFORMANCE_DATA, "Global", nullptr, nullptr, vData.data(), &nSize);
if (ret != ERROR_MORE_DATA || vData.size() >= nMaxSize)
break;
vData.resize(std::max((vData.size() * 3) / 2, nMaxSize)); // Grow size of buffer exponentially
}
```
vData always starts at size 250,000 and nMaxSize is always 10,000,000 so the first time this line is reached:
```cpp
vData.resize(std::max((vData.size() * 3) / 2, nMaxSize));
```
the effect will always be to resize vData to nMaxSize. Then because the loop terminates when vData.size >= 10,000,000 only one resize operation will take place.
To fix this issue we replace `std::min` with `std::max`
This PR also adds a comment clarifying the behavior of this function the first time it is called.
ACKs for top commit:
fanquake:
ACK bd5215103eb3985c1622eddea45a040e6173829c - thanks for taking a look at this Ethan. Swapping from `std::max` to `std::min` here certainly seems correct.
Tree-SHA512: 7c65f700e5bbe44bc2f1ffdcdc99ec19c542894c95b5ee9791facd09d02afae88d1f8f35af129719e4860db94bc790856e7adb1d218a395381e7c2913b95f1d0
e90e3e684ffa7b25f0dfb5b45e70bb0c358261fb build: fix sysctl() detection on macOS (fanquake)
Pull request description:
[`sysctl()` on *BSD](https://www.unix.com/man-page/FreeBSD/3/sysctl/) takes a "const int *name", whereas [`sysctl()` on macOS](https://developer.apple.com/library/archive/documentation/System/Conceptual/ManPages_iPhoneOS/man3/sysctl.3.html)
it takes an "int *name". So our configure check and `sysctl()` detection on
macOS currently fails:
```bash
/usr/include/sys/sysctl.h:759:9: note: candidate function not viable:
no known conversion from 'const int [2]' to 'int *' for 1st argument
int sysctl(int *, u_int, void *, size_t *, void *, size_t);
```
The simplest change seems to be to change the param to a "int *name", which
will work during configure on macOS and *BSD systems.
For consistency I've changed both calls, but note that macOS doesn't
have `KERN_ARND`, so that check will always fail regardless. We can revert/add
documentation if preferred.
ACKs for top commit:
laanwj:
Re-ACK e90e3e684ffa7b25f0dfb5b45e70bb0c358261fb
Tree-SHA512: 29e9348136fc72882f63079bf10d2490e845d7656aae2c003e282bea49dd2778204a7776a67086bd88c2852af9a07dd04ba358eede7e37029e1c10f73c85d6a5
d36146009fb3fc9b9a772823b4df139a85173481 Drop unused mach time headers (Ben Woosley)
Pull request description:
Now that we're no longer special-casing clock usage for MacOS (see #17800), we're
not referencing anything defined in these headers.
Incidentally, this removes our last reference to the `__MACH__` system def. 🎉
ACKs for top commit:
jonasschnelli:
utACK d36146009fb3fc9b9a772823b4df139a85173481
fanquake:
ACK d36146009fb3fc9b9a772823b4df139a85173481 - thanks.
Tree-SHA512: 246045b0683a705ad034416e8ace2024e652026a6c0517b6797320e52fc18a6e111ec2e405ca40653bd1d6421bb7755232e8fec22651fff8e448eb7d5646a954
dc9305b6162ec615ff5fb2876e4f312051b543af random: don't special case clock usage on macOS (fanquake)
Pull request description:
`clock_gettime()`, `CLOCK_MONOTONIC` and `CLOCK_REALTIME` are all available for use on
macOS (now that we require macOS >=10.12 and build against 10.14). Use them rather than the [deprecated](https://developer.apple.com/library/archive/documentation/Darwin/Conceptual/KernelProgramming/Mach/Mach.html) `mach_timespec_t` time API.
I mentioned the possibility for this change [in #17270](https://github.com/bitcoin/bitcoin/pull/17270#discussion_r346090606).
[master](1dbf3350c683f93d7fc9b861400724f6fd2b2f1d):
```bash
2019-12-23T20:49:43Z Feeding 216 bytes of dynamic environment data into RNG
2019-12-23T20:50:43Z Feeding 216 bytes of dynamic environment data into RNG
```
This PR:
```bash
2019-12-23T20:32:41Z Feeding 232 bytes of dynamic environment data into RNG
2019-12-23T20:33:42Z Feeding 232 bytes of dynamic environment data into RNG
```
~~Depends on #16392.~~ Merged.
ACKs for top commit:
laanwj:
ACK dc9305b6162ec615ff5fb2876e4f312051b543af
Tree-SHA512: 18c2f336ea628f9cf7339b817381d230a18893fd9c0351bf99a39ca6f45c5b0a20af9d599d48d6c09515627d5edafa91337c17f9f790264251d2cdcb3763bbd5
55b2cb199c276781b6daa5438af2da57dea3ac52 random: mark RandAddPeriodic and SeedPeriodic as noexcept (fanquake)
461e547877da0c04db69e067c923cc4540aab03a doc: correct random.h docs after #17270 (fanquake)
Pull request description:
The usage of `MilliSleep()` in SeedPeriodic (previously SeedSleep) was
[removed](d61f2bb076) in #17270, meaning it, and its users can now be marked `noexcept`.
This also corrects the docs in random.h for some of the changes in #17270.
ACKs for top commit:
practicalswift:
ACK 55b2cb199c276781b6daa5438af2da57dea3ac52
laanwj:
ACK 55b2cb199c276781b6daa5438af2da57dea3ac52
sipa:
ACK 55b2cb199c276781b6daa5438af2da57dea3ac52
Tree-SHA512: 672d369796e7c4f9b4d98dc545e5454999fa1bef373871994a26041d6163c58909e2255e4f820d3ef011679aa3392754eb57477306a89f5fd3d57e2bd7f0811a
f93fc61c65d605eae2d3e2c98bdd30ae587fcdab Put bounds on the number of CPUID leaves explored (Pieter Wuille)
ba2c5fe1477cec80d7e02f824daba21a1021758e Fix CPUID subleaf iteration (Pieter Wuille)
Pull request description:
This fixes#17523.
The code to determine which CPUID subleaves to explore was incorrect in #17270. The new code here is based on Intel's reference documentation for CPUID (a document called "Intel® Processor Identification and the CPUID Instruction - Application Note 485", which I cannot actually find on their own website).
ACKs for top commit:
laanwj:
ACK f93fc61c65d605eae2d3e2c98bdd30ae587fcdab
jonatack:
ACK f93fc61c65d605eae2d3e2c98bdd30ae587fcdab code review, tested rebased on current master bb862d7 with Debian 4.19 x86_64
mzumsande:
ACK f93fc61, reviewed code and compared with the intel doc, tested on an AMD and an Intel processor.
Tree-SHA512: 2790b326fa397b736c0f39f25807bea57de2752fdd58bf6693d044b8cb26df36c11cce165a334b471f8e33724f10e3b76edab5cc4e0e7776601aabda13277245
