Daft is a high-performance data engine for AI and multimodal workloads. It provides a Python DataFrame API for processing images, audio, video, and structured data at any scale, built with Rust under the hood for performance and seamless scaling from local to distributed clusters. It is actively developed by Eventual Inc., with frequent releases.
pip install daftVerified import paths — ran on the pinned version, not inferred.
This quickstart demonstrates loading a dataset from Hugging Face, inspecting the lazy DataFrame schema, selecting columns, and materializing a small subset into a Pandas DataFrame to view the data.
Use `pip install daft` and update imports from `import getdaft` to `import daft`.
Remember to call an action method (e.g., `.collect().to_pandas()`) to materialize and retrieve data from a DataFrame.
Verify you are installing `daft` (not `daft-pgm`) and importing `daft`.
Explicitly set `ddof` when calling `stddev()` if you rely on a specific degree of freedom correction (e.g., `df.agg.stddev(ddof=0)`).
Review existing code for direct interaction with `arrow2` or specific Arrow table/array implementations. Test thoroughly after upgrading, especially for data loading and serialization/deserialization workflows.
Run `pip install daft` in your terminal to install the library.
Install the required extra dependency, for example, `pip install "daft[s3]"` for S3 support. Refer to the Daft installation guide for other optional dependencies like `ray`, `gcs`, etc.
Verify the exact column names using `df.column_names` or `df.schema()`. If it's a method call, check the Daft API reference for the correct method name and usage.
Ensure that the data you are passing to Daft functions is of the expected type. Convert your data to a PyArrow Array or ChunkedArray (e.g., `pa.array(my_list)`) before using it with functions that specifically require Arrow types.