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* Rework storage iterators * Make sure storage iteration is also accounted for when benchmarking * Use `trie-db` from crates.io * Appease clippy * Bump `trie-bench` to 0.35.0 * Fix tests' compilation * Update comment to clarify how `IterArgs::start_at` works * Add extra tests * Fix iterators on `Client` so that they behave as before * Add extra `unwrap`s in tests * More clippy fixes * Come on clippy, give me a break already * Rename `allow_missing` to `stop_on_incomplete_database` * Add `#[inline]` to `with_recorder_and_cache` * Use `with_recorder_and_cache` in `with_trie_db`; add doc comment * Simplify code: use `with_trie_db` in `next_storage_key_from_root` * Remove `expect`s in the benchmarking CLI * Add extra doc comments * Move `RawIter` before `TrieBackendEssence` (no code changes; just cut-paste) * Remove a TODO in tests * Update comment for `StorageIterator::was_complete` * Update `trie-db` to 0.25.1
The Benchmarking CLI
This crate contains commands to benchmark various aspects of Substrate and the hardware.
All commands are exposed by the Substrate node but can be exposed by any Substrate client.
The goal is to have a comprehensive suite of benchmarks that cover all aspects of Substrate and the hardware that its running on.
Invoking the root benchmark command prints a help menu:
$ cargo run --profile=production -- benchmark
Sub-commands concerned with benchmarking.
USAGE:
substrate benchmark <SUBCOMMAND>
OPTIONS:
-h, --help Print help information
-V, --version Print version information
SUBCOMMANDS:
block Benchmark the execution time of historic blocks
machine Command to benchmark the hardware.
overhead Benchmark the execution overhead per-block and per-extrinsic
pallet Benchmark the extrinsic weight of FRAME Pallets
storage Benchmark the storage speed of a chain snapshot
All examples use the production profile for correctness which makes the compilation very slow; for testing you can use --release.
For the final results the production profile and reference hardware should be used, otherwise the results are not comparable.
The sub-commands are explained in depth here:
- block Compare the weight of a historic block to its actual resource usage
- machine Gauges the speed of the hardware
- overhead Creates weight files for the Block- and Extrinsic-base weights
- pallet Creates weight files for a Pallet
- storage Creates weight files for Read and Write storage operations
License: Apache-2.0