Files
cleveragents-core/features/steps/mistral_provider_steps.py
T
HAL9000 b397884185 fix(providers): resolve lint and unit test failures in OllamaProvider and MistralProvider
- Fix import order in ollama_provider.py (langchain_community before langchain_core)
- Remove duplicate shared step definitions from ollama_provider_steps.py
- Remove duplicate shared step definitions from mistral_provider_steps.py

The duplicate @given step definitions caused AmbiguousStep errors when running the full Behave test suite. Shared steps (provider domain inputs, plan generation graph setup) are already defined in openai_provider_steps.py and loaded by Behave for all feature files.
2026-06-18 00:36:05 -04:00

271 lines
10 KiB
Python

from __future__ import annotations
import ast
import os
from typing import Any
from unittest.mock import MagicMock, patch
from behave import given, then, when
from cleveragents.providers.llm.mistral_provider import MistralChatProvider
def _register_cleanup(context, cleanup):
if hasattr(context, "add_cleanup"):
context.add_cleanup(cleanup)
else:
cleanup_handlers = getattr(context, "_cleanup_handlers", [])
cleanup_handlers.append(cleanup)
context._cleanup_handlers = cleanup_handlers
def _parse_kwargs_string(kwargs_string: str) -> dict[str, Any]:
if not kwargs_string:
return {}
result: dict[str, Any] = {}
for entry in kwargs_string.split(","):
entry = entry.strip()
if not entry:
continue
if "=" not in entry:
result[entry] = True
continue
key, value = entry.split("=", 1)
key = key.strip()
value = value.strip()
try:
parsed_value = ast.literal_eval(value)
except Exception:
parsed_value = value
result[key] = parsed_value
return result
def _setup_plan_generation_graph(context) -> MagicMock:
patcher = patch(
"cleveragents.providers.llm.langchain_chat_provider.PlanGenerationGraph"
)
context.plan_generation_patcher = patcher
mock_graph_class = patcher.start()
_register_cleanup(context, patcher.stop)
mock_graph_instance = MagicMock(name="PlanGenerationGraphInstance")
default_state = {
"generated_changes": [],
"validation_result": {"status": "PASS"},
"error": None,
}
state_override = getattr(context, "plan_generation_state_override", None)
mock_graph_instance.invoke.return_value = state_override or default_state
invoke_side_effect = getattr(context, "plan_generation_invoke_side_effect", None)
if invoke_side_effect is not None:
mock_graph_instance.invoke.side_effect = invoke_side_effect
stream_events = getattr(context, "plan_generation_stream_events", None)
if stream_events is None:
mock_graph_instance.stream.return_value = iter(())
else:
events_copy = list(stream_events)
def _stream(*_args, **_kwargs):
yield from events_copy
mock_graph_instance.stream.side_effect = _stream
mock_graph_class.return_value = mock_graph_instance
context.plan_generation_graph = mock_graph_instance
context.plan_generation_graph_class = mock_graph_class
return mock_graph_instance
@given('I set the MISTRAL_API_KEY environment variable to "{api_key}"')
def step_set_mistral_env_var(context, api_key):
context.mistral_env_api_key = api_key
os.environ["MISTRAL_API_KEY"] = api_key
_register_cleanup(context, lambda: os.environ.pop("MISTRAL_API_KEY", None))
@given('I set the Mistral provider extra kwargs "{kwargs_string}"')
def step_set_mistral_provider_kwargs(context, kwargs_string):
context.mistral_provider_kwargs = _parse_kwargs_string(kwargs_string)
@given('I create a Mistral chat provider with API key "{api_key}" and model "{model}"')
@when('I create a Mistral chat provider with API key "{api_key}" and model "{model}"')
def step_create_mistral_provider(context, api_key, model):
patcher = patch("cleveragents.providers.llm.mistral_provider.ChatMistralAI")
context.chat_mistral_patcher = patcher
mock_chat_mistral_class = patcher.start()
_register_cleanup(context, patcher.stop)
mock_chat_mistral_instance = MagicMock(name="ChatMistralAIInstance")
mock_chat_mistral_instance.get_num_tokens = MagicMock(return_value=0)
mock_chat_mistral_class.return_value = mock_chat_mistral_instance
extra_kwargs = dict(getattr(context, "mistral_provider_kwargs", {}))
context.provider = MistralChatProvider(
api_key=api_key,
model=model,
**extra_kwargs,
)
context.chat_mistral_class = mock_chat_mistral_class
context.chat_mistral_instance = mock_chat_mistral_instance
@when('I create a Mistral chat provider without explicit API key and model "{model}"')
def step_create_mistral_provider_from_env(context, model):
patcher = patch("cleveragents.providers.llm.mistral_provider.ChatMistralAI")
context.chat_mistral_patcher = patcher
mock_chat_mistral_class = patcher.start()
_register_cleanup(context, patcher.stop)
mock_chat_mistral_instance = MagicMock(name="ChatMistralAIInstance")
mock_chat_mistral_instance.get_num_tokens = MagicMock(return_value=0)
mock_chat_mistral_class.return_value = mock_chat_mistral_instance
extra_kwargs = dict(getattr(context, "mistral_provider_kwargs", {}))
context.provider = MistralChatProvider(
model=model,
**extra_kwargs,
)
context.chat_mistral_class = mock_chat_mistral_class
context.chat_mistral_instance = mock_chat_mistral_instance
@when("I attempt to create a Mistral chat provider without an API key")
def step_mistral_provider_without_api_key(context):
context.mistral_provider_error = None
# Make sure env var is not set
os.environ.pop("MISTRAL_API_KEY", None)
try:
MistralChatProvider(api_key="", model="mistral-large-latest")
except Exception as exc: # pragma: no cover - defensive logging only
context.mistral_provider_error = exc
@when("I request plan generation from the Mistral provider")
def step_request_plan_generation(context):
_setup_plan_generation_graph(context)
context.response = context.provider.generate_changes(
context.project,
context.plan,
context.contexts,
)
context.chat_mistral_call = context.chat_mistral_class.call_args
context.plan_generation_graph_call = context.plan_generation_graph_class.call_args
@when("I stream plan generation from the Mistral provider")
def step_stream_plan_generation(context):
_setup_plan_generation_graph(context)
context.streamed_events = list(
context.provider.stream_changes(
context.project,
context.plan,
context.contexts,
)
)
context.chat_mistral_call = context.chat_mistral_class.call_args
context.plan_generation_graph_call = context.plan_generation_graph_class.call_args
@then(
'the Mistral provider should construct ChatMistralAI with api key "{api_key}" and model "{model}"'
)
def step_assert_chat_mistral_constructor(context, api_key, model):
assert context.chat_mistral_call is not None, (
"ChatMistralAI should have been called"
)
call_args, call_kwargs = context.chat_mistral_call
assert call_args == (), "ChatMistralAI should be called with keyword arguments"
assert call_kwargs["api_key"] == api_key
assert call_kwargs["model"] == model
assert context.plan_generation_graph_call is not None, (
"PlanGenerationGraph should receive the ChatMistralAI instance"
)
_, graph_kwargs = context.plan_generation_graph_call
assert graph_kwargs["llm"] is context.chat_mistral_instance
@then(
'the Mistral provider should include kwargs "{kwargs_string}" in the ChatMistralAI call'
)
def step_assert_chat_mistral_kwargs(context, kwargs_string):
assert context.chat_mistral_call is not None, (
"ChatMistralAI should have been called"
)
_, call_kwargs = context.chat_mistral_call
expected_kwargs = _parse_kwargs_string(kwargs_string)
for key, value in expected_kwargs.items():
assert key in call_kwargs, f"Expected {key} in ChatMistralAI kwargs"
assert call_kwargs[key] == value, (
f"Expected ChatMistralAI kwargs[{key!r}] to equal {value!r}"
)
@then(
'the Mistral provider metadata should report name "{expected_name}" and model "{expected_model}"'
)
def step_assert_provider_metadata(context, expected_name, expected_model):
provider = getattr(context, "provider", None)
assert provider is not None, "Provider should exist"
assert provider.name == expected_name
assert provider.model_id == expected_model
response = getattr(context, "response", None)
if response is not None:
assert response.model_used == expected_model
@then("the Mistral provider response should report the requested model without errors")
def step_assert_placeholder_metadata(context):
assert context.response is not None
assert context.response.model_used == context.provider.model_id
assert context.response.error_message in (None, "")
@then("the Mistral provider response should contain no generated changes")
def step_assert_no_changes(context):
assert context.response is not None, "Provider response should exist"
assert len(context.response.changes) == 0, "Expected no generated changes"
@then('the Mistral provider response should report error "{message}"')
def step_assert_response_error(context, message):
assert context.response is not None
assert context.response.error_message == message
@then('the Mistral provider streaming events should include nodes "{node_list}"')
def step_assert_stream_events(context, node_list):
expected = [node.strip() for node in node_list.split(",") if node.strip()]
actual = [
next(iter(event.keys()))
for event in getattr(context, "streamed_events", [])
if "__end__" not in event
]
assert actual == expected
@then(
"the Mistral provider streaming result should finish with a response containing {count:d} generated change"
)
def step_assert_stream_final_response(context, count):
events = getattr(context, "streamed_events", [])
assert events, "Expected streamed events"
final_event = events[-1]
assert "__end__" in final_event, "Expected final __end__ event"
response = final_event["__end__"].get("response")
assert response is not None, "Expected ProviderResponse in __end__ event"
assert len(response.changes) == count
@then('the Mistral provider creation should fail with error containing "{message}"')
def step_assert_mistral_provider_error(context, message):
error = getattr(context, "mistral_provider_error", None)
assert error is not None, "Expected the provider to raise an error"
assert isinstance(error, ValueError)
assert message in str(error)