Tony20100/langchain_full huggingface dataset:
"""Convert the results to a dataframe."""
        try:
            import pandas as pd
        except ImportError as e:
            raise ImportError(
                "Pandas is required to convert the results to a dataframe."
                " to install pandas, run `pip install pandas`."
            ) from e
        indices = []
        records = []
        for example_id, result in self["results"].items():
            feedback = result["feedback"]
            output_ = result.get("output")
            if isinstance(output_, dict):
                output = {f"outputs.{k}": v for k, v in output_.items()}
            elif output_ is None:
                output = {}
            else:
                output = {"output": output_}
            r = {
                **{f"inputs.{k}": v for k, v in result["input"].items()},
                **output,
            }
            if "reference" in result:
                if isinstance(result["reference"], dict):
                    r.update(
                        {f"reference.{k}": v for k, v in result["reference"].items()}
                    )
                else:
                    r["reference"] = result["reference"]
            r.update(
                {
                    **{f"feedback.{f.key}": f.score for f in feedback},
                    "error": result.get("Error"),
                    "execution_time": result["execution_time"],
                    "run_id": result.get("run_id"),
                }
            )
            records.append(r)
            indices.append(example_id)
        return pd.DataFrame(records, index=indices)
[docs]class EvalError(dict):
    """Your architecture raised an error."""
[docs]    def __init__(self, Error: BaseException, **kwargs: Any) -> None:
super().__init__(Error=Error, **kwargs)
    def __getattr__(self, name: str) -> Any:
        try:
            return self[name]
        except KeyError:
            raise AttributeError(f"'EvalError' object has no attribute '{name}'")
def _wrap_in_chain_factory(
    llm_or_chain_factory: MODEL_OR_CHAIN_FACTORY,
    dataset_name: str = "<my_dataset>",
) -> MCF:
    """Forgive the user if they pass in a chain without memory instead of a chain
    factory. It's a common mistake. Raise a more helpful error message as well."""
    if isinstance(llm_or_chain_factory, Chain):
        chain = llm_or_chain_factory
        chain_class = chain.__class__.__name__
        if llm_or_chain_factory.memory is not None:
            memory_class = chain.memory.__class__.__name__
            raise ValueError(
                "Cannot directly evaluate a chain with stateful memory."
                " To evaluate this chain, pass in a chain constructor"
                " that initializes fresh memory each time it is called."
                "  This will safegaurd against information"
                " leakage between dataset examples."
                "\nFor example:\n\n"
                "def chain_constructor():\n"
                f"    new_memory = {memory_class}(...)\n"
                f"    return {chain_class}"
                "(memory=new_memory, ...)\n\n"
                f'run_on_dataset("{dataset_name}", chain_constructor, ...)'
            )
        return lambda: chain
    elif isinstance(llm_or_chain_factory, BaseLanguageModel):
        return llm_or_chain_factory
    elif isinstance(llm_or_chain_factory, Runnable):
        # Memory may exist here, but it's not elegant to check all those cases.
# Memory may exist here, but it's not elegant to check all those cases.
        lcf = llm_or_chain_factory
        return lambda: lcf
    elif callable(llm_or_chain_factory):
        if is_traceable_function(llm_or_chain_factory):
            runnable_ = as_runnable(cast(Callable, llm_or_chain_factory))
            return lambda: runnable_
        try:
            _model = llm_or_chain_factory()  # type: ignore[call-arg]
        except TypeError:
            # It's an arbitrary function, wrap it in a RunnableLambda
            user_func = cast(Callable, llm_or_chain_factory)
            sig = inspect.signature(user_func)
            logger.info(f"Wrapping function {sig} as RunnableLambda.")
            wrapped = RunnableLambda(user_func)
            return lambda: wrapped
        constructor = cast(Callable, llm_or_chain_factory)
        if isinstance(_model, BaseLanguageModel):
            # It's not uncommon to do an LLM constructor instead of raw LLM,
            # so we'll unpack it for the user.
            return _model
        elif is_traceable_function(cast(Callable, _model)):
            runnable_ = as_runnable(cast(Callable, _model))
            return lambda: runnable_
        elif not isinstance(_model, Runnable):
            # This is unlikely to happen - a constructor for a model function
            return lambda: RunnableLambda(constructor)
        else:
            # Typical correct case
            return constructor
    return llm_or_chain_factory
def _get_prompt(inputs: Dict[str, Any]) -> str:
    """Get prompt from inputs.
    Args:
        inputs: The input dictionary.
    Returns:
        A string prompt.
    Raises:
Returns:
        A string prompt.
    Raises:
        InputFormatError: If the input format is invalid.
    """
    if not inputs:
        raise InputFormatError("Inputs should not be empty.")
    prompts = []
    if "prompt" in inputs:
        if not isinstance(inputs["prompt"], str):
            raise InputFormatError(
                "Expected string for 'prompt', got"
                f" {type(inputs['prompt']).__name__}"
            )
        prompts = [inputs["prompt"]]
    elif "prompts" in inputs:
        if not isinstance(inputs["prompts"], list) or not all(
            isinstance(i, str) for i in inputs["prompts"]
        ):
            raise InputFormatError(
                "Expected list of strings for 'prompts',"
                f" got {type(inputs['prompts']).__name__}"
            )
        prompts = inputs["prompts"]
    elif len(inputs) == 1:
        prompt_ = next(iter(inputs.values()))
        if isinstance(prompt_, str):
            prompts = [prompt_]
        elif isinstance(prompt_, list) and all(isinstance(i, str) for i in prompt_):
            prompts = prompt_
        else:
            raise InputFormatError(f"LLM Run expects string prompt input. Got {inputs}")
    else:
        raise InputFormatError(
            f"LLM Run expects 'prompt' or 'prompts' in inputs. Got {inputs}"
        )
    if len(prompts) == 1:
        return prompts[0]
    else:
        raise InputFormatError(
            f"LLM Run expects single prompt input. Got {len(prompts)} prompts."
        )
[docs]class ChatModelInput(TypedDict):
)
[docs]class ChatModelInput(TypedDict):
    """Input for a chat model.
    Parameters:
        messages: List of chat messages.
    """
    messages: List[BaseMessage]
def _get_messages(inputs: Dict[str, Any]) -> dict:
    """Get Chat Messages from inputs.
    Args:
        inputs: The input dictionary.
    Returns:
        A list of chat messages.
    Raises:
        InputFormatError: If the input format is invalid.
    """
    if not inputs:
        raise InputFormatError("Inputs should not be empty.")
    input_copy = inputs.copy()
    if "messages" in inputs:
        input_copy["input"] = input_copy.pop("messages")
    elif len(inputs) == 1:
        input_copy["input"] = next(iter(inputs.values()))
    if "input" in input_copy:
        raw_messages = input_copy["input"]
        if isinstance(raw_messages, list) and all(
            isinstance(i, dict) for i in raw_messages
        ):
            raw_messages = [raw_messages]
        if len(raw_messages) == 1:
            input_copy["input"] = messages_from_dict(raw_messages[0])
        else:
            raise InputFormatError(
                "Batch messages not supported. Please provide a"
                " single list of messages."
            )
        return input_copy
    else:
        raise InputFormatError(
            f"Chat Run expects single List[dict] or List[List[dict]] 'messages'"
            f" input. Got {inputs}"
        )
## Shared data validation utilities
def _validate_example_inputs_for_language_model(
    first_example: Example,
    input_mapper: Optional[Callable[[Dict], Any]],
) -> None:
input_mapper: Optional[Callable[[Dict], Any]],
) -> None:
    if input_mapper:
        prompt_input = input_mapper(first_example.inputs)
        if not isinstance(prompt_input, str) and not (
            isinstance(prompt_input, list)
            and all(isinstance(msg, BaseMessage) for msg in prompt_input)
        ):
            raise InputFormatError(
                "When using an input_mapper to prepare dataset example inputs"
                " for an LLM or chat model, the output must a single string or"
                " a list of chat messages."
                f"\nGot: {prompt_input} of type {type(prompt_input)}."
            )
    else:
        try:
            _get_prompt(first_example.inputs)
        except InputFormatError:
            try:
                _get_messages(first_example.inputs)
            except InputFormatError:
                raise InputFormatError(
                    "Example inputs do not match language model input format. "
                    "Expected a dictionary with messages or a single prompt."
                    f" Got: {first_example.inputs}"
                    " Please update your dataset OR provide an input_mapper"
                    " to convert the example.inputs to a compatible format"
                    " for the llm or chat model you wish to evaluate."
                )
def _validate_example_inputs_for_chain(
    first_example: Example,
    chain: Chain,
    input_mapper: Optional[Callable[[Dict], Any]],
) -> None:
    """Validate that the example inputs match the chain input keys."""
    if input_mapper:
        first_inputs = input_mapper(first_example.inputs)
        missing_keys = set(chain.input_keys).difference(first_inputs)
        if not isinstance(first_inputs, dict):
            raise InputFormatError(
                "When using an input_mapper to prepare dataset example"
raise InputFormatError(
                "When using an input_mapper to prepare dataset example"
                " inputs for a chain, the mapped value must be a dictionary."
                f"\nGot: {first_inputs} of type {type(first_inputs)}."
            )
        if missing_keys:
            raise InputFormatError(
                "Missing keys after loading example using input_mapper."
                f"\nExpected: {chain.input_keys}. Got: {first_inputs.keys()}"
            )
    else:
        first_inputs = first_example.inputs
        missing_keys = set(chain.input_keys).difference(first_inputs)
        if len(first_inputs) == 1 and len(chain.input_keys) == 1:
            # We can pass this through the run method.
            # Refrain from calling to validate.
            pass
        elif missing_keys:
            raise InputFormatError(
                "Example inputs missing expected chain input keys."
                " Please provide an input_mapper to convert the example.inputs"
                " to a compatible format for the chain you wish to evaluate."
                f"Expected: {chain.input_keys}. "
                f"Got: {first_inputs.keys()}"
            )
def _validate_example_inputs(
    example: Example,
    llm_or_chain_factory: MCF,
    input_mapper: Optional[Callable[[Dict], Any]],
) -> None:
    """Validate that the example inputs are valid for the model."""
    if isinstance(llm_or_chain_factory, BaseLanguageModel):
        _validate_example_inputs_for_language_model(example, input_mapper)
    else:
        chain = llm_or_chain_factory()
        if isinstance(chain, Chain):
            # Otherwise it's a runnable
            _validate_example_inputs_for_chain(example, chain, input_mapper)
        elif isinstance(chain, Runnable):
elif isinstance(chain, Runnable):
            logger.debug(f"Skipping input validation for {chain}")
## Shared Evaluator Setup Utilities
def _setup_evaluation(
    llm_or_chain_factory: MCF,
    examples: List[Example],
    evaluation: Optional[smith_eval.RunEvalConfig],
    data_type: DataType,
) -> Optional[List[RunEvaluator]]:
    """Configure the evaluators to run on the results of the chain."""
    if evaluation:
        if isinstance(llm_or_chain_factory, BaseLanguageModel):
            run_inputs, run_outputs = None, None
            run_type = "llm"
        else:
            run_type = "chain"
            chain = llm_or_chain_factory()
            run_inputs = chain.input_keys if isinstance(chain, Chain) else None
            run_outputs = chain.output_keys if isinstance(chain, Chain) else None
        run_evaluators = _load_run_evaluators(
            evaluation,
            run_type,
            data_type,
            list(examples[0].outputs) if examples[0].outputs else None,
            run_inputs,
            run_outputs,
        )
    else:
        # TODO: Create a default helpfulness evaluator
        run_evaluators = None
    return run_evaluators
def _determine_input_key(
    config: smith_eval.RunEvalConfig,
    run_inputs: Optional[List[str]],
) -> Optional[str]:
    input_key = None
    if config.input_key:
        input_key = config.input_key
        if run_inputs and input_key not in run_inputs:
            logger.warning(
                f"Input key {input_key} not in chain's specified"
                f" input keys {run_inputs}. Evaluation behavior may be undefined."
            )
f" input keys {run_inputs}. Evaluation behavior may be undefined."
            )
    elif run_inputs and len(run_inputs) == 1:
        input_key = run_inputs[0]
    elif run_inputs is not None and len(run_inputs) > 1:
        logger.warning(
            f"Chain expects multiple input keys: {run_inputs},"
            f" Evaluator is likely to fail. Evaluation behavior may be undefined."
            " Specify an input_key in the RunEvalConfig to avoid this warning."
        )
    return input_key
def _determine_prediction_key(
    config: smith_eval.RunEvalConfig,
    run_outputs: Optional[List[str]],
) -> Optional[str]:
    prediction_key = None
    if config.prediction_key:
        prediction_key = config.prediction_key
        if run_outputs and prediction_key not in run_outputs:
            logger.warning(
                f"Prediction key {prediction_key} not in chain's specified"
                f" output keys {run_outputs}. Evaluation behavior may be undefined."
            )
    elif run_outputs and len(run_outputs) == 1:
        prediction_key = run_outputs[0]
    elif run_outputs is not None and len(run_outputs) > 1:
        logger.warning(
            f"Chain expects multiple output keys: {run_outputs},"
            f" Evaluation behavior may be undefined. Specify a prediction_key"
            " in the RunEvalConfig to avoid this warning."
        )
    return prediction_key
def _determine_reference_key(
    config: smith_eval.RunEvalConfig,
    example_outputs: Optional[List[str]],
) -> Optional[str]:
    if config.reference_key:
        reference_key = config.reference_key
        if example_outputs and reference_key not in example_outputs:
            raise ValueError(
if example_outputs and reference_key not in example_outputs:
            raise ValueError(
                f"Reference key {reference_key} not in Dataset"
                f" example outputs: {example_outputs}"
            )
    elif example_outputs and len(example_outputs) == 1:
        reference_key = list(example_outputs)[0]
    else:
        reference_key = None
    return reference_key
def _construct_run_evaluator(
    eval_config: Union[
        smith_eval_config.SINGLE_EVAL_CONFIG_TYPE,
        smith_eval_config.CUSTOM_EVALUATOR_TYPE,
    ],
    eval_llm: Optional[BaseLanguageModel],
    run_type: str,
    data_type: DataType,
    example_outputs: Optional[List[str]],
    reference_key: Optional[str],
    input_key: Optional[str],
    prediction_key: Optional[str],
) -> RunEvaluator:
    if isinstance(eval_config, RunEvaluator):
        return eval_config
    if isinstance(eval_config, (EvaluatorType, str)):
        if not isinstance(eval_config, EvaluatorType):
            eval_config = EvaluatorType(eval_config)
        evaluator_ = load_evaluator(eval_config, llm=eval_llm)
        eval_type_tag = eval_config.value
    elif isinstance(eval_config, smith_eval_config.EvalConfig):
        kwargs = {"llm": eval_llm, **eval_config.get_kwargs()}
        evaluator_ = load_evaluator(eval_config.evaluator_type, **kwargs)
        eval_type_tag = eval_config.evaluator_type.value
        # Override keys if specified in the config
        if isinstance(eval_config, smith_eval_config.SingleKeyEvalConfig):
            input_key = eval_config.input_key or input_key
            prediction_key = eval_config.prediction_key or prediction_key
            reference_key = eval_config.reference_key or reference_key
    elif callable(eval_config):
reference_key = eval_config.reference_key or reference_key
    elif callable(eval_config):
        # Assume we can decorate
        return run_evaluator_dec(eval_config)
    else:
        raise ValueError(f"Unknown evaluator type: {type(eval_config)}")
    if isinstance(evaluator_, StringEvaluator):
        if evaluator_.requires_reference and reference_key is None:
            raise ValueError(
                f"Must specify reference_key in smith_eval.RunEvalConfig to use"
                f" evaluator of type {eval_type_tag} with"
                f" dataset with multiple output keys: {example_outputs}."
            )
        run_evaluator = smith_eval.StringRunEvaluatorChain.from_run_and_data_type(
            evaluator_,
            run_type,
            data_type,
            input_key=input_key,
            prediction_key=prediction_key,
            reference_key=reference_key,
            tags=[eval_type_tag],
        )
    elif isinstance(evaluator_, PairwiseStringEvaluator):
        raise NotImplementedError(
            f"Run evaluator for {eval_type_tag} is not implemented."
            " PairwiseStringEvaluators compare the outputs of two different models"
            " rather than the output of a single model."
            " Did you mean to use a StringEvaluator instead?"
            "\nSee: https://python.langchain.com/docs/guides/evaluation/string/"
        )
    else:
        raise NotImplementedError(
            f"Run evaluator for {eval_type_tag} is not implemented"
        )
    return run_evaluator
def _get_keys(
    config: smith_eval.RunEvalConfig,
    run_inputs: Optional[List[str]],
    run_outputs: Optional[List[str]],
    example_outputs: Optional[List[str]],
) -> Tuple[Optional[str], Optional[str], Optional[str]]:
) -> Tuple[Optional[str], Optional[str], Optional[str]]:
    input_key = _determine_input_key(config, run_inputs)
    prediction_key = _determine_prediction_key(config, run_outputs)
    reference_key = _determine_reference_key(config, example_outputs)
    return input_key, prediction_key, reference_key
def _load_run_evaluators(
    config: smith_eval.RunEvalConfig,
    run_type: str,
    data_type: DataType,
    example_outputs: Optional[List[str]],
    run_inputs: Optional[List[str]],
    run_outputs: Optional[List[str]],
) -> List[RunEvaluator]:
    """
    Load run evaluators from a configuration.
    Args:
        config: Configuration for the run evaluators.
    Returns:
        A list of run evaluators.
    """
    run_evaluators = []
    input_key, prediction_key, reference_key = None, None, None
    if config.evaluators or (
        config.custom_evaluators
        and any([isinstance(e, StringEvaluator) for e in config.custom_evaluators])
    ):
        input_key, prediction_key, reference_key = _get_keys(
            config, run_inputs, run_outputs, example_outputs
        )
    for eval_config in config.evaluators:
        run_evaluator = _construct_run_evaluator(
            eval_config,
            config.eval_llm,
            run_type,
            data_type,
            example_outputs,
            reference_key,
            input_key,
            prediction_key,
        )
        run_evaluators.append(run_evaluator)
    custom_evaluators = config.custom_evaluators or []
    for custom_evaluator in custom_evaluators:
        if isinstance(custom_evaluator, RunEvaluator):
if isinstance(custom_evaluator, RunEvaluator):
            run_evaluators.append(custom_evaluator)
        elif isinstance(custom_evaluator, StringEvaluator):
            run_evaluators.append(
                smith_eval.StringRunEvaluatorChain.from_run_and_data_type(
                    custom_evaluator,
                    run_type,
                    data_type,
                    input_key=input_key,
                    prediction_key=prediction_key,
                    reference_key=reference_key,
                )
            )
        elif callable(custom_evaluator):
            run_evaluators.append(run_evaluator_dec(custom_evaluator))
        else:
            raise ValueError(
                f"Unsupported custom evaluator: {custom_evaluator}."
                f" Expected RunEvaluator or StringEvaluator."
            )
    return run_evaluators
### Async Helpers
async def _arun_llm(
    llm: BaseLanguageModel,
    inputs: Dict[str, Any],
    *,
    tags: Optional[List[str]] = None,
    callbacks: Callbacks = None,
    input_mapper: Optional[Callable[[Dict], Any]] = None,
    metadata: Optional[Dict[str, Any]] = None,
) -> Union[str, BaseMessage]:
    """Asynchronously run the language model.
    Args:
        llm: The language model to run.
        inputs: The input dictionary.
        tags: Optional tags to add to the run.
        callbacks: Optional callbacks to use during the run.
        input_mapper: Optional function to map inputs to the expected format.
    Returns:
        The LLMResult or ChatResult.
    Raises:
        ValueError: If the LLM type is unsupported.
        InputFormatError: If the input format is invalid.
    """
    if input_mapper is not None:
        prompt_or_messages = input_mapper(inputs)
if input_mapper is not None:
        prompt_or_messages = input_mapper(inputs)
        if (
            isinstance(prompt_or_messages, str)
            or isinstance(prompt_or_messages, list)
            and all(isinstance(msg, BaseMessage) for msg in prompt_or_messages)
        ):
            return await llm.ainvoke(
                prompt_or_messages,
                config=RunnableConfig(
                    callbacks=callbacks, tags=tags or [], metadata=metadata or {}
                ),
            )
        else:
            raise InputFormatError(
                "Input mapper returned invalid format"
                f" {prompt_or_messages}"
                "\nExpected a single string or list of chat messages."
            )
    else:
        try:
            prompt = _get_prompt(inputs)
            llm_output: Union[str, BaseMessage] = await llm.ainvoke(
                prompt,
                config=RunnableConfig(
                    callbacks=callbacks, tags=tags or [], metadata=metadata or {}
                ),
            )
        except InputFormatError:
            llm_inputs = _get_messages(inputs)
            llm_output = await llm.ainvoke(
                **llm_inputs,
                config=RunnableConfig(
                    callbacks=callbacks, tags=tags or [], metadata=metadata or {}
                ),
            )
    return llm_output
async def _arun_chain(
    chain: Union[Chain, Runnable],
    inputs: Dict[str, Any],
    callbacks: Callbacks,
    *,
    tags: Optional[List[str]] = None,
    input_mapper: Optional[Callable[[Dict], Any]] = None,
    metadata: Optional[Dict[str, Any]] = None,
) -> Union[dict, str]:
    """Run a chain asynchronously on inputs."""