Closed yihuang closed 2 months ago
The pull request introduces changes across multiple files, primarily focusing on enabling a pre-estimation mechanism for block state transitions in benchmarking tests. The constant BlockSTMPreEstimate
in app/bench_test.go
is modified from false
to true
, impacting benchmarking behavior. Additionally, updates to dependency versions are made in go.mod
and gomod2nix.toml
, while a new configuration option is added in peer.py
to support the pre-estimation feature.
File | Change Summary |
---|---|
app/bench_test.go | Modified BlockSTMPreEstimate constant from false to true . |
go.mod | Updated versions of github.com/crypto-org-chain/go-block-stm and github.com/evmos/ethermint . |
gomod2nix.toml | Updated versions and hashes for github.com/crypto-org-chain/go-block-stm and github.com/evmos/ethermint . |
testground/benchmark/benchmark/peer.py | Added "evm.block-stm-pre-estimate": True in the patch_configs function. |
BlockSTMPreEstimate
constant and its implications for performance, directly relating to the modifications made in the main PR regarding the benchmarking tests in app/bench_test.go
.In the meadow where bunnies play,
A constant changed, hooray, hooray!
Pre-estimate now takes the lead,
For smoother paths and faster speed.
With every hop, we cheer and sing,
For better tests, oh what joy they bring! šāØ
testground/benchmark/benchmark/peer.py (1)
`137-137`: **LGTM!** The added configuration option `"evm.block-stm-pre-estimate": True` enables the pre-estimation feature for the block state machine (block-stm) execution mode. This change aligns with the PR objective of running pre-estimate processes in parallel to address inefficiencies and potentially improve performance or accuracy in transaction processing. The code change is straightforward, well-contained within the `patch_configs` function, and does not introduce any syntax or logical errors.app/bench_test.go (1)
`42-42`: **Verify the impact of enabling pre-estimation on benchmarking results and system performance.** The change to set `BlockSTMPreEstimate` to `true` enables pre-estimation of block state transitions during benchmarking. This could potentially enhance the accuracy or efficiency of the benchmarking process. However, it's important to carefully evaluate the impact of this change on the benchmarking results and overall system performance to ensure it aligns with the intended objectives. To verify the impact of this change, consider the following: 1. Run benchmarking tests with `BlockSTMPreEstimate` set to both `true` and `false`, and compare the results to assess the effect on performance metrics and execution paths. 2. Analyze the benchmarking results to determine if enabling pre-estimation leads to more accurate or efficient outcomes, and if there are any potential trade-offs or unintended consequences. 3. Monitor the system performance in a production-like environment with pre-estimation enabled to ensure it meets the expected performance requirements and does not introduce any performance regressions or stability issues. By thoroughly evaluating the impact of this change through benchmarking tests and real-world performance monitoring, you can validate if enabling pre-estimation achieves the desired enhancements in accuracy and efficiency without compromising the overall system performance and stability.go.mod (2)
`99-99`: **LGTM!** The version update of the indirect dependency `github.com/crypto-org-chain/go-block-stm` is unlikely to introduce breaking changes. The pseudo-version format indicates a pre-release version, which typically includes bug fixes, performance improvements, or new features without major API changes. --- `278-278`: **LGTM!** The version update of the indirect dependency `github.com/evmos/ethermint` is unlikely to introduce breaking changes. The pseudo-version format indicates a pre-release version, which typically includes bug fixes, performance improvements, or new features without major API changes.
All modified and coverable lines are covered by tests :white_check_mark:
Project coverage is 36.12%. Comparing base (
a6c9d58
) to head (8a1d97e
). Report is 1 commits behind head on main.
Solution:
š®š»š®š»š®š» !!!! REFERENCE THE PROBLEM YOUR ARE SOLVING IN THE PR TITLE AND DESCRIBE YOUR SOLUTION HERE !!!! DO NOT FORGET !!!! š®š»š®š»š®š»
PR Checklist:
make
)make test
)go fmt
)golangci-lint run
)go list -json -m all | nancy sleuth
)Thank you for your code, it's appreciated! :)
Summary by CodeRabbit
New Features
Updates