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QueryResponse

class QueryResponse(BaseModel):
A structured query response for benchmark evaluation. This class defines the expected format for model responses to benchmark questions, including explanation, exact answer, and confidence score.

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GradingResponse

class GradingResponse(BaseModel):
A structured grading response for evaluating model answers. This class defines the expected format for grading responses, including extracted answer, reasoning about correctness, binary correctness judgment, and confidence score extraction.

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SingleEvalResult

class SingleEvalResult(BaseModel):
Result of evaluating a single benchmark sample. This class stores the evaluation results for a single benchmark example, including score, HTML representation, conversation history, and metrics.

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EvalResult

class EvalResult(BaseModel):
Result of running a complete benchmark evaluation. This class aggregates results from multiple sample evaluations, storing the overall score, detailed metrics, HTML reports, and conversation logs.

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JinjaEnv

class JinjaEnv:
A class that encapsulates the Jinja environment setup.

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init

def __init__(self):
Initialize the JinjaEnv instance if not already initialized.

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new

def __new__(cls):
Implement singleton pattern to ensure only one instance exists.

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get_instance

def get_instance(cls):
Returns: JinjaEnv: The singleton instance.

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env

def env(self):
Returns: jinja2.Environment: The Jinja environment instance.

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from_string

def from_string(self, template_str):
Create a template from the given string. Parameters:
  • template_str (str): The template string.
Returns: jinja2.Template: The compiled template.

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message_to_html

def message_to_html(message: Message):
Generate HTML snippet (inside a <div>) for a message. Parameters:
  • message (Message): The message to convert to HTML.
Returns: str: The HTML representation of the message.

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derive_key

def derive_key(password: str, length: int):
Derive a fixed-length key from the password using SHA256.

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decrypt

def decrypt(ciphertext_b64: str, password: str):
Decrypt base64-encoded ciphertext with XOR.

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_compute_stat

def _compute_stat(values: list, stat: str):

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aggregate_results

def aggregate_results(
    single_eval_results: List[SingleEvalResult],
    default_stats: Tuple[str, str] = ('mean', 'std'),
    name2stats: Optional[Dict[str, Tuple[str]]] = None
):
Aggregate results from multiple evaluations into a single EvalResult. Parameters:
  • single_eval_results (List[SingleEvalResult]): A list of SingleEvalResult objects.
  • default_stats (Tuple[str, str]): A tuple of default statistics to compute. (default: :obj:("mean", "std"))
  • name2stats (Optional[Dict[str, Tuple[str]]]): A dictionary mapping metric names to statistics to compute. (default: :obj:None)
Returns: EvalResult: An EvalResult object containing aggregated results.

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BrowseCompBenchmark

class BrowseCompBenchmark(BaseBenchmark):
BrowseComp Benchmark for evaluating browser-based comprehension tasks. This benchmark evaluates the ability of language models to comprehend and answer questions based on browser-based content, measuring accuracy and performance.

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init

def __init__(
    self,
    save_to: str,
    processes: int = 1,
    num_examples: Optional[int] = None,
    n_repeats: int = 1
):
Initialize the BrowseComp benchmark. Parameters:
  • save_to (str): The file to save the results.
  • processes (int, optional): The number of processes to use for parallel processing. (default: :obj:1)
  • num_examples (Optional[int]): Number of examples to evaluate. If None, all examples are used. Controls the sample size for testing. (default: :obj:None)
  • n_repeats (int, optional): Number of times to repeat each example. Useful for evaluating consistency across multiple runs. (default: :obj:1)

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download

def download(self):
Returns: self: The benchmark instance

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load

def load(self):
Returns: self: The benchmark instance

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train

def train(self):

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run

def run(
    self,
    pipeline_template: Union[ChatAgent, RolePlaying, Workforce],
    chat_turn_limit: int = 10,
    roleplaying_summarizer: Optional[ChatAgent] = None,
    task_json_formatter: Optional[ChatAgent] = None
):
Run the benchmark by processing each example in parallel. This method applies the provided pipeline to each example in the dataset using a process pool for parallel execution. It shows progress using tqdm and stores the results in self._raw_results. Parameters:
  • pipeline_template (Union[ChatAgent, RolePlaying, Workforce]): The template agent or framework to use for processing examples. Can be a ChatAgent, RolePlaying, or Workforce instance that will be cloned for each example.
  • chat_turn_limit (int): Maximum number of conversation turns allowed when using RolePlaying pipeline. (default: :obj:10)
  • roleplaying_summarizer (Optional[ChatAgent]): Optional ChatAgent to summarize RolePlaying conversations. If None and RolePlaying is used, a default summarizer will be created. (default: :obj:None)
  • task_json_formatter (Optional[ChatAgent]): Optional ChatAgent to format task JSON. If None and Workforce is used, a default formatter will be created. (default: :obj:None)

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make_report

def make_report(self, eval_result: EvalResult):
Create a standalone HTML report from an EvalResult.

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validate

def validate(self, grader: Optional[ChatAgent] = None):
Validate the raw results using the GRADER_TEMPLATE and ChatAgent. This method evaluates the correctness of each response by multi-threading. A dedicated chat agent is created in each thread. The chat agent will compare raw result with the expected answer. The grading results will be aggregated in a report. Parameters:
  • grader: The ChatAgent used for validation. If None, a default agent will be created in each thread. If provided, the provided agent will be used as a template and be cloned into new agents in each thread. (default: :obj:None)
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