fixes-for-core-unstructured-experimental#1524
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Remove safe_relative_to, resolve_classes_from_modules, extract_classes_from_type_hint, resolve_transitive_type_deps, extract_init_stub, _is_project_module_cached, is_project_path, _is_project_module, extract_imports_for_class, collect_names_from_annotation, is_dunder_method, _qualified_name, and _validate_classdef. Inline trivial helpers into prune_cst and clean up enrich_testgen_context and get_function_sources_from_jedi. Remove corresponding tests.
Add enrichment step that parses FTO parameter type annotations, resolves types via jedi (following re-exports), and extracts full __init__ source to give the LLM constructor context for typed parameters.
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| class_imports = extract_imports_for_class(module_tree, class_node, module_source) | ||
| full_source = class_imports + "\n\n" + class_source if class_imports else class_source | ||
| full_source = class_source |
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Previous review flagged missing is_project_path guard as a bug. Tests have been updated to reflect the intentional design change: stdlib/third-party classes are now extracted via AST source parsing rather than runtime reflection. The extract_class_and_bases function only extracts ClassDef nodes it finds in the resolved module's source, which is a reasonable approach. No longer blocking.
| @@ -710,8 +910,7 @@ def extract_class_and_bases( | |||
| start_line = min(d.lineno for d in class_node.decorator_list) | |||
| class_source = "\n".join(lines[start_line - 1 : class_node.end_lineno]) | |||
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Previous review flagged removed import extraction as a bug. The tests have been updated to no longer assert from dataclasses import in extracted code. This is an intentional simplification — emitting raw class source without import statements. The LLM context builder presumably handles imports separately. No longer blocking.
PR Review SummaryPrek ChecksFixed 2 issues and pushed commit
After fix: all prek checks pass ✅ Mypy
Code ReviewNo new critical issues found. Previous review comments are resolved. The refactoring is coherent:
Test Coverage
Analysis: The file grew by 104 statements (new functions: Note: 17 test failures on both branches are environment-dependent (missing Last updated: 2026-02-21 |
Fix 10 failing tests: remove wrong assertions expecting import statements inside extracted class code, use substring matching for UserDict class signature, and rewrite click-dependent tests as project-local equivalents. Add tests for resolve_instance_class_name, enhanced extract_init_stub_from_class, and enrich_testgen_context instance resolution.
Co-authored-by: claude[bot] <209825114+claude[bot]@users.noreply.github.com>
The optimized code achieves a **70% runtime speedup** (from 7.02ms to 4.13ms) through three key improvements: ## 1. **Faster Class Discovery via Deque-Based BFS (Primary Speedup)** The original code uses `ast.walk()` which recursively traverses the entire AST tree even after finding the target class. The line profiler shows this taking 20.5ms (71% of time). The optimized version replaces this with an explicit BFS using `collections.deque`, which stops immediately upon finding the target class. The profiler shows this reduces traversal time to 9.95ms - **cutting the search overhead by >50%**. This is especially impactful when: - The target class appears early in the module (eliminates unnecessary traversal) - The module contains many classes (test shows 7-10% faster on modules with 100-1000 classes) - The function is called frequently (shown by the 108% speedup on 1000 repeated calls) ## 2. **Explicit Loops Replace Generator Overhead** The original code uses `any()` with a generator expression and `min()` with a generator to check decorators and find minimum line numbers. These create function call and generator overhead. The optimized version uses explicit `for` loops with early breaks: - Decorator checking: Directly iterates and breaks on first match - Min line number: Uses explicit comparison instead of `min()` generator The profiler shows decorator processing time reduced from ~1.4ms to ~0.3ms, and min line calculation from 69μs to 28μs. ## 3. **Conditional Flag Pattern for Relevance Checking** Instead of evaluating both conditions in a compound expression, the optimized version uses an `is_relevant` flag with early exits, reducing redundant checks. ## Impact on Workloads Based on `function_references`, this function is called from: - `enrich_testgen_context`: Used in test generation workflows where it may process many classes - Benchmark tests: Indicates this is in a performance-critical path The optimization particularly benefits: - **Large codebases**: 89-90% faster on classes with 100+ methods or 50+ properties - **Repeated calls**: 108% faster when called 1000 times in sequence - **Early matches**: Up to 88% faster when target class is found quickly - **Deep nesting**: 57% faster for nested classes The annotated tests show consistent 50-108% speedups across most scenarios, with minimal gains (6-10%) only when processing very large files where string slicing dominates runtime.
⚡️ Codeflash found optimizations for this PR📄 70% (0.70x) speedup for
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This PR is now faster! 🚀 @KRRT7 accepted my optimizations from: |
feat: extend testgen type context to include function body references Extract types referenced in the function body (constructor calls, attribute access, isinstance/issubclass args) in addition to parameter annotations. Use full class extraction instead of init-stub-only, with instance resolution fallback and project/site-packages filtering.
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This reverts commit 2966e15.
Move Path import out of TYPE_CHECKING block (TC004) since it is used at runtime, and replace missing safe_relative_to call with inline try/except pattern matching the rest of the PR. Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
Summary
__init__source