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Last updated: 2026-01-26 09:46:03

Tool Instructions
Time Series Benchmark Suite (TSBS) is an open-source tool suite specifically designed for performance benchmarking of time series databases. For more information, see tsbs.
Installation Requirements
Go language: version 1.16 or later
Dependency management: Go Modules
Commands
Upload the compressed package of the testing tool Time Series Benchmark Suite (TSBS) to the client environment and decompress the package. Then, you will see the executable commands of the tool.
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Command
Feature Description
Sample Code
tsbs_generate_data
Generate simulated time series data.
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./tsbs_generate_data \\
    --use-case="cpu-only" \\           # Use the CPU monitoring data model.
    --seed=123 \\                      # Fix the random seed to ensure reproducible results.
    --scale=10000 \\                   # Simulate 10,000 devices.
    --timestamp-start="2016-01-01T00:00:00Z" \\  # Data start time.
    --timestamp-end="2016-02-01T00:00:00Z" \\    # Data end time (31 days).
    --log-interval="10s" \\            # Generate one data point every 10 seconds.
    --format="influx" \\               # Generate InfluxDB format data.
    | gzip > data/influx-data-cpu-10000-30day.gz  # Compress and store the data.
tsbs_load_influx
Load (or write) the generated data into InfluxDB.
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cat data/influx-data-cpu-10000-30day.gz | gunzip | ./tsbs_load_influx \\
    --urls=http://XX.XX.XX.XX:8086 \\  # The CTSDB access address.
    --db-name=test \\                  # The target database name.
    --workers=10 \\                    # Set the number of concurrent workers to 10.
    --user=ctsdbi-mjhi**** \\          # The username for authentication.
    --password=X****@****\\           # The password for authentication.
    --do-create-db=false              # Assume that a database already exists and do not create a database.
tsbs_generate_queries
Generate query requests for simulated data.
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./tsbs_generate_queries --use-case="cpu-only" --seed=123 --scale=10000 \\
    --timestamp-start="2025-01-01T00:00:00Z" \\
    --timestamp-end="2025-01-01T12:00:01Z" \\  # Query data for a 12-hour period.
    --queries=100000 \\               # Generate 100,000 queries.
    --query-type="single-groupby-1-1-1" \\  # The query type.
    --format="influx" \\
    | gzip > query/influx-100000queries-single-groupby-1-1-1-12h.gz
tsbs_run_queries_influx
Execute generated query requests on InfluxDB.
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cat query/influx-100000queries-single-groupby-1-1-1-12h.gz | gunzip | ./tsbs_run_queries_influx \\
    --urls=http://XX.XX.XX.XX:8086 \\   # The CTSDB cluster access address.
    --workers=320 \\                  # Set the number of concurrent workers to 320.
    --db-name=tsbs_test \\            # The database to query.
    --print-interval 10000           # Print the progress every 10,000 queries.

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Command	Feature Description	Sample Code
tsbs_generate_data	Generate simulated time series data.	./tsbs_generate_data \\ --use-case="cpu-only" \\ # Use the CPU monitoring data model. --seed=123 \\ # Fix the random seed to ensure reproducible results. --scale=10000 \\ # Simulate 10,000 devices. --timestamp-start="2016-01-01T00:00:00Z" \\ # Data start time. --timestamp-end="2016-02-01T00:00:00Z" \\ # Data end time (31 days). --log-interval="10s" \\ # Generate one data point every 10 seconds. --format="influx" \\ # Generate InfluxDB format data. \| gzip > data/influx-data-cpu-10000-30day.gz # Compress and store the data.
tsbs_load_influx	Load (or write) the generated data into InfluxDB.	cat data/influx-data-cpu-10000-30day.gz \| gunzip \| ./tsbs_load_influx \\ --urls=http://XX.XX.XX.XX:8086 \\ # The CTSDB access address. --db-name=test \\ # The target database name. --workers=10 \\ # Set the number of concurrent workers to 10. --user=ctsdbi-mjhi** \\ # The username for authentication. --password=X@**\\ # The password for authentication. --do-create-db=false # Assume that a database already exists and do not create a database.
tsbs_generate_queries	Generate query requests for simulated data.	./tsbs_generate_queries --use-case="cpu-only" --seed=123 --scale=10000 \\ --timestamp-start="2025-01-01T00:00:00Z" \\ --timestamp-end="2025-01-01T12:00:01Z" \\ # Query data for a 12-hour period. --queries=100000 \\ # Generate 100,000 queries. --query-type="single-groupby-1-1-1" \\ # The query type. --format="influx" \\ \| gzip > query/influx-100000queries-single-groupby-1-1-1-12h.gz
tsbs_run_queries_influx	Execute generated query requests on InfluxDB.	cat query/influx-100000queries-single-groupby-1-1-1-12h.gz \| gunzip \| ./tsbs_run_queries_influx \\ --urls=http://XX.XX.XX.XX:8086 \\ # The CTSDB cluster access address. --workers=320 \\ # Set the number of concurrent workers to 320. --db-name=tsbs_test \\ # The database to query. --print-interval 10000 # Print the progress every 10,000 queries.