* Add new hardware and software metrics
* Move sysinfo tests into `mod tests`
* Correct a typo in a comment
* Remove unnecessary `nix` dependency
* Fix the version tests
* Add a `--disable-hardware-benchmarks` CLI argument
* Disable hardware benchmarks in the integration tests
* Remove unused import
* Fix benchmarks compilation
* Move code to a new `sc-sysinfo` crate
* Correct `impl_version` comment
* Move `--disable-hardware-benchmarks` to the chain-specific bin crate
* Move printing out of hardware bench results to `sc-sysinfo`
* Move hardware benchmarks to a separate messages; trigger them manually
* Rename some of the fields in the `HwBench` struct
* Revert changes to the telemetry crate; manually send hwbench messages
* Move sysinfo logs into the sysinfo crate
* Move the `TARGET_OS_*` constants into the sysinfo crate
* Minor cleanups
* Move the `HwBench` struct to the sysinfo crate
* Derive `Clone` for `HwBench`
* Fix broken telemetry connection notification stream
* Prevent the telemetry connection notifiers from leaking if they're disconnected
* Turn the telemetry notification failure log into a debug log
* Rename `--disable-hardware-benchmarks` to `--no-hardware-benchmarks`
* Prepare for rust stable 1.59
Besides preparing the UI tests this also adds a new script update-rust-stable.sh script for
simplifying the update of a rust stable version. This script will run all UI tests for the new
rust stable version and updating the expected output.
* Ensure we run the UI tests in CI
* use staging ci image
* More test updates
* Unignore test (#11097)
* empty commit for pipeline rerun
* empty commit for pipeline rerun
* Try to make clippy happy
* More clippy fixes
* FMT
* ci image production
Co-authored-by: alvicsam <alvicsam@gmail.com>
Co-authored-by: Alexander Samusev <41779041+alvicsam@users.noreply.github.com>
* Add a block production benchmark
* Simplify the block production benchmark
* Cleanups; switch execution strategy to WASM
* Switch WASM execution to `Compiled`
* Reduce the setup cost of the benchmark
Creating all of those extrinsics takes up *a lot* of time, up to the point
where the majority of the time is actually spent *outside* of the code
which we want to benchmark here. So let's only do it once.
* Add a variant of the block production benchmark with proof recording
* Disable log reloading by default
This disables the log reloading that was enabled by default. The problem
is that the log reload implementation of `tracing` is using a lock to
make the layer replaceable. This lock needs to be locked every time we
need to check if a particular target is enabled (assuming the log level
is high enough). This kills the performance when for example
`sometarget=trace` logging is enabled.
* 🤦
* Remove unused parameter
* Fix test
* Fix
* Yep
* Make it compile
* Make the benchmark work
* Some stuff
* Optimize transaction pool `BestIterator`
* Some docs
* Fix more warnings
* Fix compilation
* FMT
Koute