c50699d5e6
<!-- CURSOR_SUMMARY --> > [!NOTE] > **Medium Risk** > Touches multiple toolkits’ runtime entrypoints and context/error/auth plumbing, so breakage risk is mainly around invocation/packaging and tool execution wiring rather than business logic. > > **Overview** > Migrates the BrightData, ClickHouse, LinkedIn, Math, MongoDB, Postgres, and Zendesk OSS toolkits from `arcade-tdk` to `arcade-mcp-server` APIs by updating tool decorators, `Context` types, auth classes, and exception imports. > > Adds per-toolkit `__main__.py` files that construct an `MCPApp`, register module tools, and run via configurable transport/host/port; corresponding `pyproject.toml` updates bump versions, drop `arcade-tdk`/`arcade-serve` deps, and add `project.scripts` console entrypoints. > > Updates tests and eval suites to use `arcade_mcp_server.Context` (mocked) and switches eval `ToolCatalog` imports to `arcade_core`. > > <sup>Written by [Cursor Bugbot](https://cursor.com/dashboard?tab=bugbot) for commit 9b3e31acb4b35e1d72efd47e2d279c5b19e3ecb0. This will update automatically on new commits. Configure [here](https://cursor.com/dashboard?tab=bugbot).</sup> <!-- /CURSOR_SUMMARY -->
137 lines
4 KiB
Python
137 lines
4 KiB
Python
from collections.abc import Callable
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from typing import Any
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from arcade_core import ToolCatalog
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from arcade_evals import (
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BinaryCritic,
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EvalRubric,
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EvalSuite,
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ExpectedToolCall,
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tool_eval,
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)
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import arcade_math
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from arcade_math.tools.arithmetic import (
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add,
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divide,
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mod,
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multiply,
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subtract,
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sum_list,
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sum_range,
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)
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from arcade_math.tools.exponents import (
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log,
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power,
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)
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from arcade_math.tools.miscellaneous import (
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abs_val,
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factorial,
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sqrt,
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)
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from arcade_math.tools.rational import (
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gcd,
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lcm,
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)
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from arcade_math.tools.rounding import (
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ceil,
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floor,
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round_num,
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)
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from arcade_math.tools.statistics import (
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avg,
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median,
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)
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from arcade_math.tools.trigonometry import (
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deg_to_rad,
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rad_to_deg,
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)
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# Type alias for test case tuples: (function, prompt_template, params)
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TestCase = tuple[Callable[..., Any], str, dict[str, Any]]
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# Evaluation rubric
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rubric = EvalRubric(
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fail_threshold=0.85,
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warn_threshold=0.95,
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)
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catalog = ToolCatalog()
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catalog.add_module(arcade_math)
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@tool_eval()
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def math_eval_suite() -> EvalSuite:
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suite = EvalSuite(
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name="Math Tools Evaluation",
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system_message="You're an AI assistant with access to math tools. Use them to help the user with their math-related tasks.",
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catalog=catalog,
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rubric=rubric,
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)
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list_param = ["1", "2", "3", "4", "5"]
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funcs_to_expression_and_params: list[TestCase] = [
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# unary
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(sqrt, "What's the square root of {a}?", {"a": "25"}),
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(abs_val, "What's the absolute value of {a}?", {"a": "-10"}),
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(factorial, "What's the factorial of {a}?", {"a": "5"}),
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(deg_to_rad, "Convert {degrees} from degrees to radians", {"degrees": "180"}),
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(rad_to_deg, "Convert {radians} from radias to degrees", {"radians": "3.14"}),
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(ceil, "Compute the ceiling of {a}", {"a": "3.14"}),
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(floor, "Compute the floor of {a}", {"a": "3.14"}),
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# binary
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(add, "Add {a} and {b}", {"a": "12345", "b": "987654321"}),
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(subtract, "Subtract {b} from {a}", {"a": "987654321", "b": "12345"}),
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(multiply, "Multiply {a} and {b}", {"a": "12345", "b": "567890"}),
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(divide, "What is {a} divided by {b}?", {"a": "1234123479", "b": "123"}),
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(
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sum_range,
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"What's the sum of all numbers from {start} to {end}?",
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{"start": "10", "end": "345"},
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),
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(mod, "What's the remainder of dividing {a} by {b}?", {"a": "234", "b": "17"}),
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(power, "Raise {a} to the power of {b}", {"a": "2", "b": "8"}),
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(log, "What's the logarithm of {a} with base {base}?", {"a": "8", "base": "2"}),
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(
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round_num,
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"Round {value} to {ndigits} decimal places",
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{"value": "12.23746234", "ndigits": "3"},
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),
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(gcd, "Find the greatest common divisor of {a} and {b}", {"a": "50", "b": "10"}),
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(lcm, "FInd the least common multiple of {a} and {b}", {"a": "7", "b": "13"}),
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# n-nary
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(
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sum_list,
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f"Calculate the sum of these numbers: {' '.join(list_param)}",
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{"numbers": list_param},
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),
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(
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avg,
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f"Find the average of these numbers: {' '.join(list_param)}",
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{"numbers": list_param},
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),
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(
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median,
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f"Find the median of these numbers: {' '.join(list_param)}",
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{"numbers": list_param},
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),
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]
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for func, expression, params in funcs_to_expression_and_params:
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parametrized_expression = expression.format(**params)
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num_params = len(params)
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suite.add_case(
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name=parametrized_expression,
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user_message=parametrized_expression,
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expected_tool_calls=[
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ExpectedToolCall(
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func=func,
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args=params,
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)
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],
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rubric=rubric,
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critics=[BinaryCritic(critic_field=param, weight=1.0 / num_params) for param in params],
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)
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return suite
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