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feat: add Focused Iteration - Standard strategy with adaptive search #917
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feat: add Focused Iteration - Standard strategy with adaptive search #917
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- Add FlexibleBrowseCompQuestionGenerator with simpler, less prescriptive prompts - Track result counts per iteration and show in question generation context - Automatically detect when searches return 0 results and suggest broader queries - Remove limits on knowledge summary (show all results, full snippets) - Fix citation numbering to start at [1] instead of offset - Display actual search questions in iteration findings (not just original query) - Temporarily disable early termination for testing - Add new strategy to frontend dropdown The new strategy uses: - BrowseComp question generator (flexible variant) - Standard citation handler (allows "information not found") - Adaptive search strategy based on result feedback
Claude finished @LearningCircuit's task —— View job
Comprehensive PR Review: Focused Iteration - Standard Strategy
I've completed a thorough review of this PR implementation. Here's my detailed feedback:
Todo List:
- Read repository guidelines (CLAUDE.md)
- Analyze the new FlexibleBrowseCompQuestionGenerator
- Review modifications to existing browsecomp_question.py
- Examine changes to focused_iteration_strategy.py
- Check search_system_factory.py integration
- Review frontend template changes
- Assess code quality and best practices
- Check for potential bugs and security issues
- Evaluate performance considerations
- Review test coverage
- Provide comprehensive feedback
🎯 Overall Assessment: HIGH QUALITY with Minor Issues
This is a well-implemented feature that adds valuable functionality to the search system. The code follows good patterns and integrates cleanly with the existing architecture.
✅ Strengths
1. Code Quality & Architecture
- Clean inheritance pattern:
FlexibleBrowseCompQuestionGenerator
extendsBrowseCompQuestionGenerator
appropriately - Proper separation of concerns: New strategy variant cleanly separated from base implementation
- Consistent error handling: Proper exception handling with fallback mechanisms
- Good documentation: Clear docstrings explaining the purpose and behavior
2. Adaptive Search Features
- Smart failure detection: Tracks zero-result searches and adapts strategy (lines 32-37 in flexible_browsecomp_question.py)
- Flexible prompting: Less prescriptive prompts give LLM more freedom
- Robust fallback: Falls back to parent implementation when insufficient results (lines 89-99)
3. Integration Quality
- Clean factory integration: New strategy properly registered in search_system_factory.py
- Frontend integration: UI properly updated with new option
- Backward compatibility: Existing strategies remain unchanged
⚠️ Issues & Concerns
1. Missing Export (__init__.py
)
Severity: Medium
# src/local_deep_research/advanced_search_system/questions/__init__.py # Missing FlexibleBrowseCompQuestionGenerator in __all__
The new FlexibleBrowseCompQuestionGenerator
class is not exported in the package's __init__.py
, making it less discoverable and potentially causing import issues.
Fix needed:
from .flexible_browsecomp_question import FlexibleBrowseCompQuestionGenerator __all__ = [ # ... existing exports ... "FlexibleBrowseCompQuestionGenerator", ]
2. Test Coverage Gap
Severity: Medium
- No tests found specifically for
FlexibleBrowseCompQuestionGenerator
- No tests for the new
focused-iteration-standard
strategy - Critical adaptive search behavior (zero-result detection) not tested
3. Potential Performance Issues
Severity: Low-Medium
In focused_iteration_strategy.py:274-275
:
self.all_search_results.extend(iteration_results) self.all_links_of_system.extend(iteration_results)
Results are stored in two separate lists, potentially causing memory duplication for large result sets.
4. Code Style Issues
Severity: Low
In browsecomp_question.py:95
:
# current_category = None # Not currently used
Dead code comment should be removed.
In flexible_browsecomp_question.py:71-86
:
for prefix in [ "Q:", "Search:", "-", "*", "•", "1.", "2.", "3.", "4.", "5.", ]:
This hardcoded list could be extracted to a class constant for maintainability.
🔒 Security Assessment
- ✅ No security vulnerabilities identified
- ✅ Input validation handled by parent classes
- ✅ No direct SQL or file system access
- ✅ LLM inputs properly structured
🚀 Performance Considerations
Positive
- Adaptive search reduces unnecessary queries when results are poor
- Fallback mechanism prevents infinite loops
- Result tracking helps optimize future iterations
Areas for Improvement
- Consider result deduplication to reduce memory usage
- Monitor performance impact of tracking
results_by_iteration
📋 Recommendations
High Priority
- Add missing export to
__init__.py
- Add test coverage for new components:
- Unit tests for
FlexibleBrowseCompQuestionGenerator
- Integration tests for
focused-iteration-standard
strategy - Tests for adaptive search behavior
- Unit tests for
Medium Priority
- Address memory efficiency - consider deduplicating result storage
- Extract magic numbers - move hardcoded prefixes to constants
Low Priority
- Remove dead code comments
- Add type hints where missing
🧪 Test Coverage Gaps
The following areas lack test coverage:
- Zero-result detection and fallback behavior
- Flexible question generation vs. standard behavior
- Integration between new citation handler and question generator
- Frontend dropdown functionality with new strategy
📝 Documentation
Strengths:
- Good inline documentation explaining adaptive behavior
- Clear PR description of changes and features
Could improve:
- Add example usage scenarios in docstrings
- Document performance characteristics of adaptive search
🎯 Final Verdict
This is a solid implementation that adds valuable functionality. The adaptive search features are well-designed and the code integrates cleanly. The main issues are:
- Missing package export (easy fix)
- Insufficient test coverage (needs attention)
- Minor performance and style improvements
Recommendation: APPROVE with requested changes - The core functionality is sound, but the missing export and test coverage should be addressed before merging.
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Pull Request Overview
This PR introduces a new "Focused Iteration - Standard" strategy that combines BrowseComp question generation with a standard citation handler, enabling more flexible search behavior and allowing "information not found" responses.
- Adds FlexibleBrowseCompQuestionGenerator with simplified, less prescriptive prompts
- Implements adaptive search strategy that detects failing searches and suggests broader queries
- Removes limits on knowledge summaries and fixes citation numbering to start at [1]
Reviewed Changes
Copilot reviewed 5 out of 5 changed files in this pull request and generated 3 comments.
Show a summary per file
File | Description |
---|---|
research.html | Adds new strategy option to frontend dropdown |
search_system_factory.py | Creates factory method for new strategy with standard citation handler |
focused_iteration_strategy.py | Updates strategy to track result counts, show actual search questions, and temporarily disable early termination |
flexible_browsecomp_question.py | New question generator with adaptive search based on result feedback |
browsecomp_question.py | Adds result tracking and adaptive strategy for failing searches |
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Copilot
AI
Oct 10, 2025
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[nitpick] The nested ternary operators make this code difficult to read. Consider using an if-elif-else block or extracting this logic into a helper method for better readability.
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Copilot
AI
Oct 10, 2025
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Commented-out code should be removed before merging to production. If this functionality needs to be temporarily disabled, consider using a feature flag or configuration parameter instead.
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src/local_deep_research/advanced_search_system/questions/flexible_browsecomp_question.py
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src/local_deep_research/advanced_search_system/questions/browsecomp_question.py
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Should this include an example to make it more likely that it produces questions in the expected format?
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Would prefere if the LLM could create the right format adaptive to the situation. But maybe we also need to think more about this?
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I still think we would benefit from more intuitive names for these, but it's probably alright for now.
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Totally agree. I am still searching to make focused iteration more viable for daily use.
The new strategy uses: