Redbench-Eval

Evaluation scripts and benchmarking tools for Redbench

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📋 Overview

Redbench-Eval provides evaluation and benchmarking infrastructure for workloads generated by Redbench. This repository includes:

• Query Execution: Tools to execute workloads on various database systems (e.g., DuckDB)
• Performance Analysis: Scripts to analyze execution traces and caching behavior
• Visualization: Jupyter notebooks for generating performance plots and similarity analyses

🚀 Quick Start

Prerequisites

• Python 3.11 or higher
• uv package manager (recommended) or pip

Installation

1. Clone the repository

   git clone https://github.com/DataManagementLab/Redbench-Eval.git
   cd Redbench-Eval

2. Set up Python environment

   uv sync

3. Activate the environment

   source .venv/bin/activate

4. Generate workload files

   First, run Redbench to generate the workload files. All necessary data files (including DuckDB databases) will be automatically downloaded.

📊 Usage

Running Benchmarks

DuckDB Workload Execution

Execute generated workloads on DuckDB using the following command:

python src/redbench_eval/duckdb/execute_queries.py \
  --result_dir "../Redbench/output" \
  --dataset imdb \
  --redset_dataset serverless \
  --exp_hash ede5387599ee1e65c105eaa9b17c5c3c \
  --cluster_id 0 \
  --database_id 0 \
  --strategy generation \
  --db_file "../Redbench/output/tmp_generation/imdb/db_augmented_x2.duckdb"

Parameters:

• --result_dir: Directory containing Redbench output artifacts
• --dataset: Dataset name (e.g., imdb)
• --redset_dataset: Redset dataset type (e.g., serverless)
• --exp_hash: Experiment hash identifier
• --cluster_id: Cluster identifier
• --database_id: Database identifier
• --strategy: Execution strategy (e.g., generation)
• --db_file: Path to the DuckDB database file

Output: The execution trace will be saved to {result_dir}/{dataset}/{redset_dataset}/cluster_{cluster_id}/database_{database_id}/{strategy}_{exp_hash}/run_duckdb.parquet

Generating Visualizations

Redset Similarity Analysis

Run the Jupyter notebook for similarity analysis:

jupyter notebook src/redbench_eval/plots/paper_plots_redset_similarity.ipynb

Speedup and Caching Analysis

Generate speedup plots and caching drilldown visualizations:

jupyter notebook src/redbench_eval/plots/paper_plots.ipynb

Adding New Database Systems

To add support for additional database systems:

1. Create a new directory under src/redbench_eval/
2. Implement an execution script similar to duckdb/execute_queries.py
3. Update the plotting notebooks to include the new system's results

👥 Authors

• Johannes Wehrstein - johannes.wehrstein@cs.tu-darmstadt.de

🔗 Related Projects

• Redbench - Original workload generator

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Note: The DuckDB execution example shown above is provided for reference and was not used in the original paper evaluation.