Files
greptimedb/benchmarks
Weny Xu 6e9a9dc333 refactor(log_store): remove associated type Namespace and Entry in LogStore (#4038)
* refactor(log_store): remove associated type `Namespace` in `LogStore`

* fix(test): filter entries

* refactor: ignore incomplete parts

* refactor: simplify `RawEntryReaderFilter`

* chore: avoid cloning

* test: add tests for `maybe_emit_entry`

* refactor: remove `Namespace` trait and rename `LogStoreNamespace` to `Namespace`

* chore: apply suggestions from CR

* refactor: refine `entry` method signature

* feat: ingore  any potential incomplete parts

* refactor: rename `namespace` to `provider`

* chore: add debug assertion

* refactor: associated type `Entry` in `LogStore`

* refactor: renamse `namespace` to `provider`

* refactor: remove unwrap

* refactor: let `remaining_entries` return a optional vector

* test: add basic tests for kafka logstore

* refactor: move `append` method under `cfg(test)`

* refactor: rename `RawEntry` to `Entry`

* refactor: rename `CorruptedLogEntry` to `CorruptedEntry`

* test: add tests for handling corrupted raw entry stream

* refactor: rename `ns` to `provider`

* refactor: remove `entry_stream.rs` file

* chore: remove unused code

* chore: update comments

* chore: apply suggestions from CR

* chore: update comments

* chore: apply suggestions from CR

* chore: remove Deref

* chore: add comments

* fix: ignores tail corrupted data

* chore: add comments

* fix: add `MIN_BATCH_SIZE` limit
2024-05-29 13:44:01 +00:00
..

Benchmarkers for GreptimeDB

Wal Benchmarker

The wal benchmarker serves to evaluate the performance of GreptimeDB's Write-Ahead Log (WAL) component. It meticulously assesses the read/write performance of the WAL under diverse workloads generated by the benchmarker.

How to use

To compile the benchmarker, navigate to the greptimedb/benchmarks directory and execute cargo build --release. Subsequently, you'll find the compiled target located at greptimedb/target/release/wal_bench.

The ./wal_bench -h command reveals numerous arguments that the target accepts. Among these, a notable one is the cfg-file argument. By utilizing a configuration file in the TOML format, you can bypass the need to repeatedly specify cumbersome arguments.