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@cyyeh cyyeh commented Dec 27, 2024

Summary by CodeRabbit

  • New Features

    • Enhanced query handling by prioritizing historical questions for SQL result generation.
    • Improved error handling and response generation based on query outcomes.
  • Bug Fixes

    • Refined logic for managing scenarios with no relevant SQL results.

@cyyeh cyyeh added module/ai-service ai-service related ci/ai-service ai-service related labels Dec 27, 2024
@cyyeh cyyeh requested a review from paopa December 27, 2024 06:55
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coderabbitai bot commented Dec 27, 2024

Walkthrough

The pull request modifies the ask method in the AskService class, focusing on enhancing the query processing logic. The primary change involves prioritizing historical question processing before intent classification. The method now first checks for historical questions, generating SQL results if found. If no historical questions are detected, it falls back to intent classification. The changes aim to improve the handling of user queries by providing a more streamlined approach to result generation, with refined error handling and response management.

Changes

File Change Summary
wren-ai-service/src/web/v1/services/ask.py Refactored ask method to prioritize historical question processing, modify intent classification logic, and improve result generation and error handling

Sequence Diagram

sequenceDiagram
    participant User
    participant AskService
    participant HistoricalQuestionProcessor
    participant IntentClassifier

    User->>AskService: Submit query
    AskService->>HistoricalQuestionProcessor: Check historical questions
    alt Historical questions found
        HistoricalQuestionProcessor-->>AskService: Generate SQL results
    else No historical questions
        AskService->>IntentClassifier: Perform intent classification
        IntentClassifier-->>AskService: Classify intent and generate results
    end
    AskService-->>User: Return query response
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Possibly related PRs

Suggested reviewers

  • paopa

Poem

🐰 In the realm of queries, a rabbit's delight,
Historical whispers now shine so bright
Intent takes a step back, data leads the way
SQL results dance in a more elegant play
Wren's AI service, smarter than before
A leap of logic through an open door! 🔍


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Actionable comments posted: 0

🧹 Nitpick comments (6)
wren-ai-service/src/web/v1/services/ask.py (6)

145-145: Consider clarifying the purpose of api_results.
While initializing api_results to an empty list is straightforward, it might be beneficial to rename it to something more specific (e.g., historical_or_generated_results) to reflect how it may hold data from different pipelines.


160-163: Clarify slicing to a single document.
Slicing the first result ([:1]) works fine, but if only one document is needed, you could consider returning either a single item or None for clarity.


206-225: Consider capturing results from data_assistance.
Currently, data_assistance is run in a separate task, and its response is never stored. If real-time or post-processing usage is required, you might want to capture the results or recheck the pipeline outcome.


273-283: DRY up the followup vs. direct SQL generation.
The logic branches into two pipelines, "followup_sql_generation" vs. "sql_generation". If they share much of the same core logic, consider introducing a helper function to reduce duplication.


335-346: Finalize when api_results is present.
This completion logic properly updates the ask status and returns the final results. For readability, consider centralizing success/failure outcome setting in a single helper method.


347-360: logger.exception used for a non-exception scenario.
Raising a structured warning or info log (e.g., logger.warning) might be more appropriate when indicating no relevant SQL rather than including a stack trace.

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📥 Commits

Reviewing files that changed from the base of the PR and between cd4dc69 and 719f188.

📒 Files selected for processing (1)
  • wren-ai-service/src/web/v1/services/ask.py (3 hunks)
🔇 Additional comments (12)
wren-ai-service/src/web/v1/services/ask.py (12)

155-157: Validate pipeline availability.
Consider verifying that "historical_question" is a valid key in self._pipelines before attempting to run it, to avoid potential KeyError.


165-176: Check for missing keys in pipeline results.
The code assumes "statement" and "viewId" exist in each result. Consider handling potential missing keys or invalid structures from upstream pipeline data.


177-188: Account for partially populated classification results.
If intent_classification_result lacks expected fields like "intent", "rephrased_question", or "reasoning", this code could cause unexpected behaviors. Ensure you handle missing or malformed data gracefully.


190-193: Edge case with empty rephrased_question.
if not rephrased_question: also evaluates to False if rephrased_question is an empty string. Verify that this logic covers all intended scenarios.


196-205: Misleading query logic is clear.
The flow for handling a "MISLEADING_QUERY" intent looks consistent, sets the proper status, and returns.


227-233: Transition to TEXT_TO_SQL is handled well.
Setting up the response status and type for TEXT_TO_SQL is logically consistent.


265-265: Status progression to generating.
The code correctly updates the status to generating only if no results have been populated yet. No issues spotted.


284-292: Similar branching logic.
This block largely mirrors the logic in lines 273-283, so centralizing the pipeline decision in one place could make the code more maintainable.


294-305: Valid generation results successfully integrated.
Assigning valid SQL results to api_results is straightforward and well-structured.


306-310: Fallback to SQL correction looks good.
Switching to SQL correction if we detect failed dry-run results is a logical flow to ensure query accuracy.


311-320: Tracking status as correcting.
Setting the status to correcting prior to invoking the correction pipeline allows clear progress monitoring.


322-332: Integrating valid generation results post-correction.
Capturing the first valid corrected SQL and storing it in api_results aligns well with the pipeline design.

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Actionable comments posted: 0

🧹 Nitpick comments (5)
wren-ai-service/src/web/v1/services/ask.py (5)

165-176: Building AskResult from historical question results
The list comprehension is neat. Ensuring the fields statement and viewId exist in result is crucial; otherwise, consider default values or error handling if they might be absent.


190-193: Consider inlining user_query
The inline conditional is readable. As a minor nitpick, you could inline user_query usage wherever needed, but this approach is perfectly fine if you want to keep logic clear.


218-233: Fallback for unexpected intents
This else branch covers the "TEXT_TO_SQL" flow. If the pipeline returns an unknown or unsupported intent, the code also falls here. You might consider explicitly handling unexpected intents or adding a default logging.warning in case the pipeline yields unexpected values.


265-320: Consider refactoring to reduce complexity
The logic here (generating SQL or handling invalid generation through corrections) is comprehensive but significantly increases method length. Consider extracting the text-to-SQL generation and correction logic into helper functions to improve readability and reusability.


322-360: Use logger.error instead of logger.exception for logical errors
Line 347, for example, uses logger.exception outside of an actual except block. If the situation is not triggered by an exception, use logger.error or logger.warning. Reserve logger.exception for cases within an actual exception handler to preserve stack trace usage.

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📥 Commits

Reviewing files that changed from the base of the PR and between cd4dc69 and 719f188.

📒 Files selected for processing (1)
  • wren-ai-service/src/web/v1/services/ask.py (3 hunks)
🔇 Additional comments (5)
wren-ai-service/src/web/v1/services/ask.py (5)

145-145: Initialize api_results earlier for clarity
This line introduces the api_results list. It's a straightforward initialization, but it's good practice to declare such tracking lists at the start of the method for clarity and maintainability.


155-157: Verify the pipeline key "historical_question"
Ensure that "historical_question" is a valid key in the self._pipelines dictionary and handle the possibility of missing or misnamed pipelines (e.g., with a try-except, fallback, or logging).


160-163: Slicing the historical question results
Slicing to the top result [:1] is a clear way to limit the returned documents. This approach is concise and maintains the code’s readability.


177-188: Intent classification result usage
This block correctly retrieves the post-processed classification data. The .get("post_process", {}) usage safely handles missing keys. Ensure that any unexpected or missing data triggers appropriate logging or error handling if needed.


196-217: Double-check concurrency and background task handling
Creating a background task via asyncio.create_task detaches its execution from the main flow. Make sure exceptions in the data_assistance pipeline won't silently fail. Consider adding a callback or logging to handle potential background errors.

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