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Client

API reference for phoenix.Client, which helps you upload and download data to and from local or remote Phoenix servers

phoenix.Client

class Client:
    def __init__(
        self,
        *,
        endpoint: Optional[str] = None,
        use_active_session_if_available: bool = True,
    ):
        ...

A client for making HTTP requests to the Phoenix server for extracting/downloading data. See Usagefor examples.

[source]

Parameters

  • endpoint (Optional[str]): Phoenix server endpoint. This is the URL for a remote server. If not provided, the endpoint will be inferred from environment variables. See Environment Variables.

  • use_active_session_if_available (Optional[bool]): This is set to False if endpoint is set explicitly. If True and px.active_session() is available in the same runtime environment, e.g. the same Jupyter notebook, then delegate the requests to the Session object instead of making an HTTP request to the Phoenix server.

Methods

get_spans_dataframe

-> Optional[pandas.DataFrame]

px.Client(endpoint="http://127.0.0.1:6006").get_spans_dataframe()

Returns spans in a pandas.dataframe. Filters can be applied. See LLM Traces for more about tracing your LLM application. Parameters

  • filter_condition (Optional[str]): A Python expression for filtering spans. See Usage below for examples.

  • start_time (Optional[datetime]): A Python datetime object for filtering spans by time.

  • end_time (Optional[datetime]): A Python datetime object for filtering spans by time.

  • root_spans_only (Optional[bool]): Whether to return only root spans, i.e. spans without parents. Defaults to False.

  • project_name (Optional[str]): The name of the project to retrieve spans for. It can also be specified via an environment variable, or if left blank, defaults to the default project name.

query_spans

-> Optional[Union[pandas.DataFrame, List[pandas.DataFrame]] Extract values from spans in a pandas.dataframe. See Querying Spansfor more details. Parameters

  • *queries (SpanQuery): One or more SpanQuery object. See Querying Spansfor more details.

  • start_time (Optional[datetime]): A Python datetime object for filtering spans by time.

  • end_time (Optional[datetime]): A Python datetime object for filtering spans by time.

  • root_spans_only (Optional[bool]): Whether to return only root spans, i.e. spans without parents. Defaults to False.

  • project_name (Optional[str]): The name of the project to retrieve spans for. It can also be specified via an environment variable, or if left blank, defaults to the default project name.

get_evaluations

-> List[Evaluations]

px.Client(endpoint="http://127.0.0.1:6006").get_evaluations()

Extract evaluations if any. Otherwise returns empty List. See Log Evaluation Resultsfor more details. Parameters

  • project_name (Optional[str]): The name of the project to retrieve spans for. It can also be specified via an environment variable, or if left blank, defaults to the default project name.

get_trace_dataset

-> Optional[TraceDataset]

px.Client(endpoint="http://127.0.0.1:6006").get_trace_dataset()

Returns the trace dataset containing spans and evaluations. Parameters

  • project_name (Optional[str]): The name of the project to retrieve spans for. It can also be specified via an environment variable, or if left blank, defaults to the default project name.

log_evaluations

-> None Send evaluations to Phoenix. See Logging Multiple Evaluation DataFramesfor usage. Parameters

  • *evaluations (Evaluations): A collection of Evaluations. See Log Evaluation Resultsfor more details.

  • project_name (Optional[str]): The name of the project to send the evaluations for. It can also be specified via an environment variable, or if left blank, defaults to the default project name.

get_dataset_versions

-> pandas.DataFrame Get dataset versions as pandas DataFrame. Parameters

  • dataset_id (str): Dataset ID.

  • limit (Optional[int]): maximum number of versions to return, starting from the most recent version.

upload_dataset

-> Dataset Upload a dataset to Phoenix. See Usage below for examples. It can upload a pandas dataframe, a CSV text file, or a series of dictionary objects, and only one of these options should be specified. Parameters

  • dataset_name (str): The name of the dataset.

  • dataset_description: (Optional[str]): Description of the dataset.

  • dataframe (Optional[pandas.DataFrame]): pandas DataFrame.

  • csv_file_path (Optional[str | Path]): Location of the CSV file.

  • input_keys (Optional[Iterable[str]): When uploading a dataframe or CSV file, this specifies the list of column names for inputs. Column names must actually exist among the column headers of the dataframe or CSV file.

  • output_keys (Optional[Iterable[str]): When uploading a dataframe or CSV file, this specifies the list of column names for outputs. Column names must actually exist among the column headers of the dataframe or CSV file.

  • metadata_keys (Optional[Iterable[str]): When uploading a dataframe or CSV file, this specifies the list of column names for metadata. Column names must actually exist among the column headers of the dataframe or CSV file.

  • inputs (Iterable[Mapping[str, Any]]): When uploading a series of dictionary objects, this specifies the list of dictionaries object for inputs.

  • outputs (Iterable[Mapping[str, Any]]): When uploading a series of dictionary objects, this specifies the list of dictionaries object for inputs.

  • metadata (Iterable[Mapping[str, Any]]): When uploading a series of dictionary objects, this specifies the list of dictionaries object for inputs.

append_dataset

-> Dataset Method signature is identical to that of the upload_dataset method. If dataset doesn't already exist on the Phoenix server, it will be created.

Usage

Get all spans from Phoenix as a pandas dataframe.

px.Client().get_spans_dataframe()

To extract/download spans from a remote server, set the endpoint argument to the remote URL. A remote server could be a Phoenix server instance running in the background on your machine, or one that's hosted on the internet. The endpoint can also be set via the PHOENIX_COLLECTOR_ENDPOINT environment variable.

px.Client(endpoint="http://remote.server.com").get_spans_dataframe()

Get spans associated with calls to LLMs.

px.Client().get_spans_dataframe("span_kind == 'LLM'")

Get spans associated with calls to retrievers in a Retrieval Augmented Generation use case.

px.Client().get_spans_dataframe("span_kind == 'RETRIEVER'")

Upload Dataset

Upload a dataframe.

df = pd.DataFrame({"Q": ["1+1", "2+2", "3+3"], "A": [2, 4, 6]})
dataset = px.Client().upload_dataset(
    dataframe=df,
    input_keys=["Q"],
    output_keys=["A"],
    dataset_name="my dataset",
)

Or upload a series of dictionary objects.

dataset = px.Client().upload_dataset(
  inputs=[{"Q": "1+1"}, {"Q": "2+2"}, {"Q": "3+3"}],
  outputs=[{"A": 2}, {"A": 4}, {"A": 6}],
  dataset_name="my dataset",
)

Each item in the Dataset is called an Example, and you can look at the first Example via subscripting, as shown below.

dataset[0]

Environment Variables

Some settings of the Phoenix Client can be configured through the environment variables below.

  • PHOENIX_COLLECTOR_ENDPOINT The endpoint of the Phoenix collector.

    • This is usually the URL to a Phoenix server either hosted on the internet or running in the background on your machine.

  • PHOENIX_PORT The port on which the server listens.

  • PHOENIX_HOST The host on which the server listens.

Below is an example of how to set up the port parameter as an environment variable.

import os

os.environ["PHOENIX_PORT"] = "54321"
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