Remove SRS pipeline intermediates, keep only SRS.md per milestone

Removed 1799 files: generation prompts, LLM logs, verification
reports, analysis docs, and patches. The harness only reads SRS.md.

Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>

BurntSushi_ripgrep_14.1.1_15.0.0/srs/maintenance_fixes_1_sub-01/env_dependencies.md

@@ -1,4 +0,0 @@
-# Environment Dependency Changes (relative to Base Env)
-
-## Rust Toolchain
-- Rust upgraded to 1.92.0 (stable) to support edition 2024

BurntSushi_ripgrep_14.1.1_15.0.0/srs/maintenance_fixes_1_sub-01/f2p_tests_list.txt

@@ -1,4 +0,0 @@
-tests::debug
-regression::r3108_files_without_match_quiet_exit
-summary::tests::quiet
-summary::tests::quiet_with_stats

BurntSushi_ripgrep_14.1.1_15.0.0/srs/maintenance_fixes_1_sub-01/logs/stage1_srs_gen_prompt.txt

@@ -1,220 +0,0 @@
-================================================================================
-MILESTONE: maintenance_fixes_1_sub-01 - Critical Bug Fixes
-================================================================================
-
-# TASK
-
-Your task is to generate a complete Software Requirements Specification (SRS) for this milestone based on the provided inputs. You will be given:
-1. A **mini SRS** (brief requirement description)
-2. **Code changes** (curated source-only modifications)
-3. **Full commit history** (complete development record with context)
-4. **Test list** (fail-to-pass test cases)
-
-Your goal is to **reverse-engineer** a comprehensive, production-quality SRS that:
-- Expands the mini SRS into detailed functional requirements
-- Analyzes code changes and commits to understand implementation
-- Uses fail-to-pass tests as acceptance criteria
-- Produces a realistic requirements document that could have guided the original development
-
-**Output Requirements**:
-- Save the generated SRS document to: `DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_fixes_1_sub-01/SRS.md`
-- Use Markdown format (.md extension)
-- Ensure the document is complete and ready for engineering use
-
-================================================================================
-
-# AVAILABLE INPUTS
-
-## INPUT 1: Mini SRS
-
-This sub-milestone contains higher-impact bug fixes and enhancements. Includes: summary printer has_match fix (126bbea) - replacement panic fix (9164158) - --stats for --json support (6f39f83) - GlobSet::empty const and Candidate::from_bytes additions.
-
-
-## INPUT 2: Code Changes
-
-**Docker Container**: `burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-01-container`
-**Git range**: `milestone-maintenance_fixes_1_sub-01-start..milestone-maintenance_fixes_1_sub-01-end`
-
-**How to Access Code in Container:**
-
-The milestone container has the complete git repository (working directory: `/testbed`) already checked out to commit `milestone-maintenance_fixes_1_sub-01-end`.
-
-To view files in the container:
-```bash
-docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-01-container cat <file_path>
-```
-
-To run git commands:
-```bash
-docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-01-container git <git-command>
-```
-
----
-
-This represents the **curated** implementation changes for this milestone:
-- Squashed source code modifications (project source code only)
-- Focused on requirement-related functional changes
-- Excludes test files, documentation, and auxiliary changes
-
-**Use this to**: Understand the core functional implementation relevant to requirements.
-
-**How to view**: Run `docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-01-container git diff milestone-maintenance_fixes_1_sub-01-start..milestone-maintenance_fixes_1_sub-01-end`
-
-
-## INPUT 3: Full Commit History (6 commits)
-
-This is the **complete** development record for context:
-- `126bbea` - printer: fix handling of `has_match` for summary printer
-- `9164158` - core: don't build decompression reader unless we intend to use it
-- `6f39f83` - globset: compact Debug impl for `GlobSetBuilder` and `Glob`
-- `52115ab` - globset: add opt-in `Arbitrary` trait implementations
-- `519c1bd` - complete: improvements for the `--hyperlink-format` flag
-- `79f5a5a` - globset: add `Candidate::from_bytes` constructor
-
-Includes all original commits with:
-- Complete semantic information and commit messages
-- Test files and their evolution
-- Documentation and configuration changes
-
-**Use this to**: Gain full context on implementation rationale and test-requirement alignment.
-
-**How to access patches**: Read `DATA/github_data/preprocessed/BurntSushi_ripgrep_14.1.1_15.0.0/patches/{sha}.patch` for detailed changes.
-
-
-## INPUT 4: Stable Fail-to-Pass Test List (4 tests)
-**Source**: Stable classification from `test_results/maintenance_fixes_1_sub-01/maintenance_fixes_1_sub-01_classification.json`
-**Full Test List**: `DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_fixes_1_sub-01/f2p_tests_list.txt`
-
-These are **verified stable** fail-to-pass tests (filtered from flaky tests through multiple test runs).
-**Complete list (4 tests)**:
-- tests::debug
-- regression::r3108_files_without_match_quiet_exit
-- summary::tests::quiet
-- summary::tests::quiet_with_stats
-
-**How to access test code**:
-- Each test ID follows the format: `<file_path>::<ClassName>::<method_name>` or `<file_path>::<function_name>`
-- To view test implementation in the container (already at commit `milestone-maintenance_fixes_1_sub-01-end`):
-  ```bash
-  docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-01-container cat test/test_response.py
-  ```
-
-================================================================================
-
-# SRS GENERATION GUIDELINES
-
-## Design Philosophy
-
-A good SRS should simulate real-world development scenarios where engineers receive requirements and must independently research, analyze code, and design solutions. The SRS must be **realistic**, **challenging**, and **well-defined**.
-
-### Core Principles
-
-1. **Realism**: Mimic actual issue statements and requirements from production environments
-   - Base problems on real user reports and symptoms
-   - Avoid artificial or overly academic problem descriptions
-   - Use concrete error messages and failure scenarios when available
-
-2. **Agent Autonomy**: Test comprehensive engineering capabilities
-   - Agent must research domain knowledge (RFCs, standards, documentation)
-   - Agent must analyze codebase to find root causes
-   - Agent must design implementation approach independently
-   - Frame requirements around desired outcomes, not prescribed edits
-   - **Do NOT over-specify**: No implementation hints, no file paths, no code snippets
-
-3. **Sufficiency**: Provide clear and complete problem definitions
-   - Problem symptoms must be specific and observable
-   - Requirements must define **what** to achieve, not **how**
-   - Acceptance criteria must be verifiable (preferably via tests)
-   - Use gold-patch and test suite to validate completeness
-   - Maintain clarity to avoid ambiguity while keeping the task challenging—do not simplify implementation choices
-
----
-
-## Format Requirements
-
-### Document Structure
-
-Every SRS must include:
-
-1. **Overview Section**: High-level summary of all requirements
-2. **Requirements Sections**: Individual functional requirements (FR1, FR2, ...)
-
-### Individual Requirement Format
-
-```markdown
-### FRX: [Requirement Title]
-
-**Problem**: [One-sentence symptom description. Describe what fails, not why.]
-
-**User Report** (optional - only when real user issue exists):
-```
-[Brief excerpt from actual issue: error messages, reproduction steps, impact]
-```
-
-**Requirements**:
-- [Functional requirement 1 - what to achieve]
-- [Functional requirement 2]
-- ...
-
-**Acceptance**:
-- [Prefer scenario-style observable outcome, e.g., “When <action>, <result>”; if not feasible, clearly state the observable outcome]
-- [Additional observable outcome]
-- ...
-```
-
-### What to INCLUDE
-
-✅ **Overview section**:
-- Brief summary of all requirements (numbered list)
-- Affected modules/files
-- High-level problem domain
-- Include only the context necessary to eliminate ambiguity; avoid extra guidance that makes implementation trivial
-- **Omit** issue/PR numbers and implementation details
-
-✅ **Problem section**:
-- Observable symptoms and error messages
-- Failure scenarios and reproduction context
-- Impact on users or system functionality
-- Key technical terms (e.g., "TLS 1.3 PHA", "FIPS", "OpenSSL 3.2.0")
-
-✅ **User Report** (when available):
-- Actual error messages from issue
-- User's reproduction steps
-- User's description of impact
-- Keep concise (3-5 lines max)
-- **Omit** issue/PR numbers and external links (GitHub, bug trackers, etc.)
-
-✅ **Requirements**:
-- What functionality to implement
-- What behavior to fix or improve
-- What compatibility to maintain
-- Describe desired end state or constraints; avoid mandating specific functions, methods, or code edits
-- Provide extra context only when required to prevent misinterpretation, not to ease implementation
-- Keep implementation-agnostic
-
-✅ **Acceptance**:
-- Prefer scenario-style observable outcomes (“When <action>, <result>”); if that’s not feasible, clearly state the observable result
-- Test scenarios that must pass (refer to existing tests by behavior, not implementation steps)
-- Backward compatibility requirements
-- Non-breaking change requirements
-
-### What to EXCLUDE
-
-❌ **Do NOT include**:
-- Technical background tutorials (e.g., "TLS 1.3 PHA allows...")
-- Root cause analysis (e.g., "The bug is in line 42 because...")
-- Implementation details (e.g., "Use lazy loading by...")
-- Prescriptive changes (e.g., "Delete `selected_npn_protocol()`" or "Call function X")
-- Code snippets (before/after examples)
-- File paths and line numbers
-- Step-by-step implementation guides
-- Historical context (e.g., "accidentally broken during refactoring")
-- Issue/PR/Changelog references (e.g., "Issue #1234", "PR #5678")
-- **External links that reveal implementation** (e.g., upstream bug trackers, reference implementations)
-
-❌ **Do NOT add separate sections**:
-- "Background", "Root Cause", "Technical Context"
-- "Implementation Plan", "Solution Approach"
-- "Implementation References"
-
-**End of Template**

BurntSushi_ripgrep_14.1.1_15.0.0/srs/maintenance_fixes_1_sub-01/logs/stage1_srs_gen_stdout.txt

@@ -1 +0,0 @@
-{"type":"result","subtype":"success","is_error":false,"duration_ms":115545,"duration_api_ms":126489,"num_turns":18,"result":"The SRS document has been successfully generated and saved to `DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_fixes_1_sub-01/SRS.md`.\n\n**Summary of Generated Requirements:**\n\n| Requirement | Description | Related Tests |\n|-------------|-------------|---------------|\n| **FR1** | Fix quiet mode exit code inversion with `--files-without-match` | `regression::r3108_files_without_match_quiet_exit`, `summary::tests::quiet`, `summary::tests::quiet_with_stats` |\n| **FR2** | Optimize decompression reader initialization (defer until needed) | No specific test - performance optimization |\n| **FR3** | Compact Debug implementation for Glob type | `tests::debug` |\n| **FR4** | Add `Candidate::from_bytes` constructor for byte-based matching | No specific test in fail-to-pass list |\n| **FR5** | Add optional `arbitrary` feature for fuzz testing | No specific test in fail-to-pass list |\n\nThe document covers all 4 stable fail-to-pass tests:\n- `tests::debug` → FR3\n- `regression::r3108_files_without_match_quiet_exit` → FR1\n- `summary::tests::quiet` → FR1\n- `summary::tests::quiet_with_stats` → FR1","session_id":"b946720e-e1d4-496e-816b-72696ebe7b4d","total_cost_usd":0.57867925,"usage":{"input_tokens":74,"cache_creation_input_tokens":38623,"cache_read_input_tokens":338091,"output_tokens":5557,"server_tool_use":{"web_search_requests":0,"web_fetch_requests":0},"service_tier":"standard","cache_creation":{"ephemeral_1h_input_tokens":0,"ephemeral_5m_input_tokens":38623}},"modelUsage":{"claude-opus-4-5-20251101":{"inputTokens":74,"outputTokens":5557,"cacheReadInputTokens":338091,"cacheCreationInputTokens":38623,"webSearchRequests":0,"costUSD":0.54973425,"contextWindow":200000,"maxOutputTokens":64000},"claude-haiku-4-5-20251001":{"inputTokens":25860,"outputTokens":617,"cacheReadInputTokens":0,"cacheCreationInputTokens":0,"webSearchRequests":0,"costUSD":0.028945000000000005,"contextWindow":200000,"maxOutputTokens":64000}},"permission_denials":[],"uuid":"cabec5a8-588f-4d33-96d5-8ab37b416a8c"}

BurntSushi_ripgrep_14.1.1_15.0.0/srs/maintenance_fixes_1_sub-01/logs/stage2_acceptance_prompt.txt

@@ -1,115 +0,0 @@
-# Task: Align SRS Acceptance Criteria with Fail-to-Pass Tests
-
-## Objective
-Identify where SRS acceptance criteria are **insufficiently specific** to remove API ambiguity, and add **minimum necessary details** about interfaces and contracts—while avoiding test implementation leakage and preserving agent's ability to infer from code context.
-
-**Task Output**: Modify the SRS Document with minimal necessary changes. Only update the **Acceptance** sections (and **Requirements** if absolutely needed) to include specific API contracts required by the f2p tests. Do not rewrite the entire document—make surgical edits only where ambiguity exists.
-
-## Inputs
-- **SRS Document**: DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_fixes_1_sub-01/SRS.md
-- **Stable F2P Test List**: DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/test_results/maintenance_fixes_1_sub-01/maintenance_fixes_1_sub-01_classification.json (from `stable_classification.fail_to_pass`)
-- **Full Test List File**: DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_fixes_1_sub-01/f2p_tests_list.txt
-- **Docker Container**: burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-01-container
-- **Code Changes**: milestone-maintenance_fixes_1_sub-01-start..milestone-maintenance_fixes_1_sub-01-end
-
-**Note**: Test list is from stable classification - verified fail-to-pass tests after filtering out flaky tests.
-**Complete F2P Test List (4 tests)**:
-- tests::debug
-- regression::r3108_files_without_match_quiet_exit
-- summary::tests::quiet
-- summary::tests::quiet_with_stats
-
-**How to Access Code in Container**:
-
-The milestone container has the complete git repository (working directory: `/testbed`) already checked out to commit `milestone-maintenance_fixes_1_sub-01-end`.
-
-To view files in the container:
-```bash
-docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-01-container cat <file_path>
-```
-
-To run git commands:
-```bash
-docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-01-container git <git-command>
-```
-
-**How to Access Test Code**:
-- The classification file contains stable fail-to-pass test IDs (filtered from multiple test runs)
-- Each test ID follows the format: `<file_path>::<ClassName>::<method_name>` or `<file_path>::<function_name>`
-- To view test implementation in the container:
-  ```bash
-  docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-01-container cat test/test_response.py
-  ```
-
-## Core Principle: Remove Ambiguity, Not Agency
-
-The goal is to identify misalignments where:
-- **SRS says**: "Response objects must carry version information"
-- **Test requires**: `BaseHTTPResponse(version_string="HTTP/1.1", ...)`
-- **Problem**: Agent doesn't know the parameter must be named `version_string`
-
-### Add Only When Necessary to Remove Ambiguity
-
-**✅ Add if tests require specific naming/interfaces**:
-- Parameter names (when tests directly use them)
-- Attribute names (when tests access them)
-- Module constants (when tests import them)
-- Required vs. optional parameters
-- Default values for optional parameters
-
-**❌ Don't add (avoid test leakage)**:
-- Test assertion values or expected outcomes
-- Test-specific scenarios or data flows
-- Implementation logic or algorithms
-- Details derivable from existing codebase
-- Anything beyond API surface contracts
-
-### Litmus Test
-Ask: "If the agent sees the SRS but not the tests, will they know:"
-- The exact parameter name? (if not, add it)
-- Whether it's required or optional? (if not, add it)
-- What type it should be? (if not, add it)
-
-But also ask:
-- "Can the agent figure this out from the code diff?" (if yes, maybe omit)
-- "Is this an API contract or test expectation?" (only add if API contract)
-
-## Cascading Failure Detection
-
-**Before analyzing**, check for **Cascading Failures**: clusters of tests sharing the same **Error Signature** (Exception + `file:line`).
-
-1. **If Cascading Failure Found**:
-   - Identify the single root cause API contract.
-   - Add **ONE** acceptance criterion to the SRS.
-   - **SKIP** individual analysis for the rest of the cluster.
-
-2. **If Independent Failures**:
-   - Analyze each test individually.
-
----
-
-## Instructions
-
-1. **Analyze**: For each f2p test, identify what API contracts it requires (parameter names, attributes, constants). Check if current SRS acceptance criteria specify these unambiguously.
-
-2. **Enhance**: Modify **Acceptance** sections (and **Requirements** if needed) to include necessary API specifics. You may keep high-level acceptance bullets and add specific ones, or integrate specifics into existing bullets. Do not create new sections.
-
-3. **Verify**: Check that the enhanced SRS provides sufficient minimum necessary information about API contracts without leaking test implementation details.
-
-## Example
-
-**Before** (too vague):
-```markdown
-**Acceptance**:
-- Response objects carry version metadata for logging
-```
-
-**After** (specific API contracts):
-```markdown
-**Acceptance**:
-- `BaseHTTPResponse.__init__()` must accept parameter `version_string: str` (required)
-- `HTTPResponse.__init__()` must accept parameter `version_string: str = "HTTP/?"`
-- Response objects must expose `version_string` as an instance attribute
-```
-
-Key point: Specify parameter/attribute **names** and **signatures**, but not implementation values or logic (agent infers from code diff).

BurntSushi_ripgrep_14.1.1_15.0.0/srs/maintenance_fixes_1_sub-01/logs/stage2_acceptance_stdout.txt

@@ -1 +0,0 @@
-{"type":"result","subtype":"success","is_error":false,"duration_ms":141622,"duration_api_ms":143894,"num_turns":18,"result":"## Summary\n\nI've analyzed all 4 fail-to-pass tests and made surgical edits to the SRS document.\n\n### Analysis Results\n\n| Test | Classification | API Contract Gap | Action |\n|------|---------------|------------------|--------|\n| `tests::debug` | fail_to_pass | None - FR3 already specifies exact debug output format | No change needed |\n| `regression::r3108_files_without_match_quiet_exit` | fail_to_pass | CLI behavior well-specified, but underlying API change not specified | Added via FR1 |\n| `summary::tests::quiet` | new test (none_to_pass) | Uses `SummaryKind::QuietWithMatch` - not in SRS | Added to FR1 |\n| `summary::tests::quiet_with_stats` | new test (none_to_pass) | Uses `SummaryKind::QuietWithMatch` - not in SRS | Added to FR1 |\n\n### Cascading Failure Identified\n\nTests 3 and 4 share the same root cause API contract: the `SummaryKind` enum must have `QuietWithMatch` and `QuietWithoutMatch` variants instead of the single `Quiet` variant. Test 2 tests CLI behavior that depends on this implementation.\n\n### Changes Made to SRS (FR1 Acceptance section)\n\nAdded two new acceptance criteria specifying the internal API contracts:\n\n```markdown\n- The `SummaryKind` enum in `crates/printer/src/summary.rs` must replace the single `Quiet` variant with two distinct variants: `QuietWithMatch` (for standard quiet mode and `--files-with-matches -q`) and `QuietWithoutMatch` (for `--files-without-match -q`)\n- `SummarySink::has_match()` must return `match_count == 0` for `SummaryKind::QuietWithoutMatch` (a file without pattern matches is considered a \"match\" in files-without-match mode)\n```\n\n### Why FR3 Needed No Changes\n\nThe existing FR3 acceptance criteria already specify:\n- Exact format `Glob(\"<pattern>\")` for standard debug output\n- Alternate format requirements (include internal fields)\n- Exact expected output string matching the test assertion\n\nThis gives an agent sufficient information to implement a custom `Debug` trait without test leakage.","session_id":"04ebfc46-5d2d-430c-b4d5-001971711a2e","total_cost_usd":0.60856,"usage":{"input_tokens":250,"cache_creation_input_tokens":30208,"cache_read_input_tokens":393418,"output_tokens":8275,"server_tool_use":{"web_search_requests":0,"web_fetch_requests":0},"service_tier":"standard","cache_creation":{"ephemeral_1h_input_tokens":0,"ephemeral_5m_input_tokens":30208}},"modelUsage":{"claude-opus-4-5-20251101":{"inputTokens":250,"outputTokens":8275,"cacheReadInputTokens":393418,"cacheCreationInputTokens":30208,"webSearchRequests":0,"costUSD":0.593634,"contextWindow":200000,"maxOutputTokens":64000},"claude-haiku-4-5-20251001":{"inputTokens":12941,"outputTokens":397,"cacheReadInputTokens":0,"cacheCreationInputTokens":0,"webSearchRequests":0,"costUSD":0.014925999999999997,"contextWindow":200000,"maxOutputTokens":64000}},"permission_denials":[],"uuid":"953d13a8-41b7-414d-bf73-caf95eebc4e8"}

BurntSushi_ripgrep_14.1.1_15.0.0/srs/maintenance_fixes_1_sub-01/logs/stage3_env_spec_prompt.txt

@@ -1,68 +0,0 @@
-# Environment Specification Comparison Task
-
-## Objective
-Compare two test environments and identify **dependency changes only**. Output a minimal list of environment differences, excluding all code-related information.
-
-## Input Materials
-- **Base Dockerfile**: `/home/gangda/workspace/AgentBench/DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/dockerfiles/base/Dockerfile`
-- **Milestone Dockerfile**: `/home/gangda/workspace/AgentBench/DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/dockerfiles/maintenance_fixes_1_sub-01/Dockerfile`
-- **Base Container**: `burntsushi_ripgrep_14.1.1_15.0.0-base-container`
-- **Milestone Container**: `burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-01-container`
-- **Git Repository**: `/home/gangda/workspace/AgentBench/DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/testbed` (for reference only, DO NOT analyze code changes)
-
-## Critical Constraints
-
-**Include**: Language package changes (Python/Node/Go/etc), system packages (APT/YUM), environment variables, base image differences.
-
-**Exclude**: Git commits, source code changes, API/function additions, business logic, test results.
-
-## Analysis Workflow
-
-### Step 1: Static Analysis
-Compare Dockerfiles to identify differences in:
-- Package install commands (pip, npm, apt-get, etc.)
-- Base images (FROM statements)
-- Environment variables (ENV statements)
-
-### Step 2: Dynamic Verification
-Use `docker exec` to compare runtime environments:
-- Language packages: `pip list`, `npm list`, etc.
-- System packages: `dpkg -l`, `rpm -qa`, etc.
-- Environment: `env`
-
-## Output Format
-
-Save to: `/home/gangda/workspace/AgentBench/DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_fixes_1_sub-01/env_dependencies.md`
-
-```markdown
-# Environment Dependency Changes (relative to Base Env)
-
-## Python Packages
-- <package1> <version> added
-- <package2> upgraded to <version>
-- <package3> removed
-
-## System Packages
-- <package1> added
-- <package2> upgraded to <version>
-
-## Environment Variables
-- <VAR_NAME> set to <value>
-- <OLD_VAR> removed
-
-## Base Image
-- Base image: <image:tag>
-```
-
-**Rules**:
-- Omit sections with no changes
-- One line per change, natural language format
-- Only list final state (Milestone version), not base version
-- If identical: output "No changes detected."
-
-## Quality Checklist
-
-Before submitting:
-- ✅ No git SHAs, code diffs, or source file paths
-- ✅ Only third-party dependency packages listed
-- ✅ Concise: one line per change

BurntSushi_ripgrep_14.1.1_15.0.0/srs/maintenance_fixes_1_sub-01/logs/stage3_env_spec_stdout.txt

@@ -1 +0,0 @@
-{"type":"result","subtype":"success","is_error":false,"duration_ms":79120,"duration_api_ms":82108,"num_turns":16,"result":"**Analysis Complete**\n\n**Summary of Environment Comparison:**\n\n| Component | Base Environment | Milestone Environment |\n|-----------|------------------|----------------------|\n| Base Image | rust:1.74.0-slim | burntsushi_ripgrep.../base:latest |\n| Rust Version | 1.74.0 | 1.92.0 (stable) |\n| System Packages | No change | Identical |\n| Environment Variables | No change | Identical |\n| Python/Node Packages | N/A | N/A |\n\n**Key Finding:** The only dependency change is the Rust toolchain upgrade from 1.74.0 to 1.92.0 (stable). This upgrade was performed via `rustup update stable` to support Rust edition 2024 (which requires Rust 1.82.0+).\n\nOutput saved to: `/home/gangda/workspace/AgentBench/DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_fixes_1_sub-01/env_dependencies.md`","session_id":"c2e5b082-d271-4482-abfc-15faf0906a37","total_cost_usd":0.35610924999999993,"usage":{"input_tokens":890,"cache_creation_input_tokens":16883,"cache_read_input_tokens":290591,"output_tokens":3365,"server_tool_use":{"web_search_requests":0,"web_fetch_requests":0},"service_tier":"standard","cache_creation":{"ephemeral_1h_input_tokens":0,"ephemeral_5m_input_tokens":16883}},"modelUsage":{"claude-opus-4-5-20251101":{"inputTokens":890,"outputTokens":3365,"cacheReadInputTokens":290591,"cacheCreationInputTokens":16883,"webSearchRequests":0,"costUSD":0.3393892500000001,"contextWindow":200000,"maxOutputTokens":64000},"claude-haiku-4-5-20251001":{"inputTokens":15035,"outputTokens":337,"cacheReadInputTokens":0,"cacheCreationInputTokens":0,"webSearchRequests":0,"costUSD":0.016720000000000006,"contextWindow":200000,"maxOutputTokens":64000}},"permission_denials":[],"uuid":"edf5e212-4b72-42b6-b76c-20fb9d15c007"}

BurntSushi_ripgrep_14.1.1_15.0.0/srs/maintenance_fixes_1_sub-01/prompt_acceptance_align.md

@@ -1,115 +0,0 @@
-# Task: Align SRS Acceptance Criteria with Fail-to-Pass Tests
-
-## Objective
-Identify where SRS acceptance criteria are **insufficiently specific** to remove API ambiguity, and add **minimum necessary details** about interfaces and contracts—while avoiding test implementation leakage and preserving agent's ability to infer from code context.
-
-**Task Output**: Modify the SRS Document with minimal necessary changes. Only update the **Acceptance** sections (and **Requirements** if absolutely needed) to include specific API contracts required by the f2p tests. Do not rewrite the entire document—make surgical edits only where ambiguity exists.
-
-## Inputs
-- **SRS Document**: DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_fixes_1_sub-01/SRS.md
-- **Stable F2P Test List**: DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/test_results/maintenance_fixes_1_sub-01/maintenance_fixes_1_sub-01_classification.json (from `stable_classification.fail_to_pass`)
-- **Full Test List File**: DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_fixes_1_sub-01/f2p_tests_list.txt
-- **Docker Container**: burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-01-container
-- **Code Changes**: milestone-maintenance_fixes_1_sub-01-start..milestone-maintenance_fixes_1_sub-01-end
-
-**Note**: Test list is from stable classification - verified fail-to-pass tests after filtering out flaky tests.
-**Complete F2P Test List (4 tests)**:
-- tests::debug
-- regression::r3108_files_without_match_quiet_exit
-- summary::tests::quiet
-- summary::tests::quiet_with_stats
-
-**How to Access Code in Container**:
-
-The milestone container has the complete git repository (working directory: `/testbed`) already checked out to commit `milestone-maintenance_fixes_1_sub-01-end`.
-
-To view files in the container:
-```bash
-docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-01-container cat <file_path>
-```
-
-To run git commands:
-```bash
-docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-01-container git <git-command>
-```
-
-**How to Access Test Code**:
-- The classification file contains stable fail-to-pass test IDs (filtered from multiple test runs)
-- Each test ID follows the format: `<file_path>::<ClassName>::<method_name>` or `<file_path>::<function_name>`
-- To view test implementation in the container:
-  ```bash
-  docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-01-container cat test/test_response.py
-  ```
-
-## Core Principle: Remove Ambiguity, Not Agency
-
-The goal is to identify misalignments where:
-- **SRS says**: "Response objects must carry version information"
-- **Test requires**: `BaseHTTPResponse(version_string="HTTP/1.1", ...)`
-- **Problem**: Agent doesn't know the parameter must be named `version_string`
-
-### Add Only When Necessary to Remove Ambiguity
-
-**✅ Add if tests require specific naming/interfaces**:
-- Parameter names (when tests directly use them)
-- Attribute names (when tests access them)
-- Module constants (when tests import them)
-- Required vs. optional parameters
-- Default values for optional parameters
-
-**❌ Don't add (avoid test leakage)**:
-- Test assertion values or expected outcomes
-- Test-specific scenarios or data flows
-- Implementation logic or algorithms
-- Details derivable from existing codebase
-- Anything beyond API surface contracts
-
-### Litmus Test
-Ask: "If the agent sees the SRS but not the tests, will they know:"
-- The exact parameter name? (if not, add it)
-- Whether it's required or optional? (if not, add it)
-- What type it should be? (if not, add it)
-
-But also ask:
-- "Can the agent figure this out from the code diff?" (if yes, maybe omit)
-- "Is this an API contract or test expectation?" (only add if API contract)
-
-## Cascading Failure Detection
-
-**Before analyzing**, check for **Cascading Failures**: clusters of tests sharing the same **Error Signature** (Exception + `file:line`).
-
-1. **If Cascading Failure Found**:
-   - Identify the single root cause API contract.
-   - Add **ONE** acceptance criterion to the SRS.
-   - **SKIP** individual analysis for the rest of the cluster.
-
-2. **If Independent Failures**:
-   - Analyze each test individually.
-
----
-
-## Instructions
-
-1. **Analyze**: For each f2p test, identify what API contracts it requires (parameter names, attributes, constants). Check if current SRS acceptance criteria specify these unambiguously.
-
-2. **Enhance**: Modify **Acceptance** sections (and **Requirements** if needed) to include necessary API specifics. You may keep high-level acceptance bullets and add specific ones, or integrate specifics into existing bullets. Do not create new sections.
-
-3. **Verify**: Check that the enhanced SRS provides sufficient minimum necessary information about API contracts without leaking test implementation details.
-
-## Example
-
-**Before** (too vague):
-```markdown
-**Acceptance**:
-- Response objects carry version metadata for logging
-```
-
-**After** (specific API contracts):
-```markdown
-**Acceptance**:
-- `BaseHTTPResponse.__init__()` must accept parameter `version_string: str` (required)
-- `HTTPResponse.__init__()` must accept parameter `version_string: str = "HTTP/?"`
-- Response objects must expose `version_string` as an instance attribute
-```
-
-Key point: Specify parameter/attribute **names** and **signatures**, but not implementation values or logic (agent infers from code diff).

BurntSushi_ripgrep_14.1.1_15.0.0/srs/maintenance_fixes_1_sub-01/prompt_env_spec.md

@@ -1,68 +0,0 @@
-# Environment Specification Comparison Task
-
-## Objective
-Compare two test environments and identify **dependency changes only**. Output a minimal list of environment differences, excluding all code-related information.
-
-## Input Materials
-- **Base Dockerfile**: `/home/gangda/workspace/AgentBench/DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/dockerfiles/base/Dockerfile`
-- **Milestone Dockerfile**: `/home/gangda/workspace/AgentBench/DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/dockerfiles/maintenance_fixes_1_sub-01/Dockerfile`
-- **Base Container**: `burntsushi_ripgrep_14.1.1_15.0.0-base-container`
-- **Milestone Container**: `burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-01-container`
-- **Git Repository**: `/home/gangda/workspace/AgentBench/DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/testbed` (for reference only, DO NOT analyze code changes)
-
-## Critical Constraints
-
-**Include**: Language package changes (Python/Node/Go/etc), system packages (APT/YUM), environment variables, base image differences.
-
-**Exclude**: Git commits, source code changes, API/function additions, business logic, test results.
-
-## Analysis Workflow
-
-### Step 1: Static Analysis
-Compare Dockerfiles to identify differences in:
-- Package install commands (pip, npm, apt-get, etc.)
-- Base images (FROM statements)
-- Environment variables (ENV statements)
-
-### Step 2: Dynamic Verification
-Use `docker exec` to compare runtime environments:
-- Language packages: `pip list`, `npm list`, etc.
-- System packages: `dpkg -l`, `rpm -qa`, etc.
-- Environment: `env`
-
-## Output Format
-
-Save to: `/home/gangda/workspace/AgentBench/DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_fixes_1_sub-01/env_dependencies.md`
-
-```markdown
-# Environment Dependency Changes (relative to Base Env)
-
-## Python Packages
-- <package1> <version> added
-- <package2> upgraded to <version>
-- <package3> removed
-
-## System Packages
-- <package1> added
-- <package2> upgraded to <version>
-
-## Environment Variables
-- <VAR_NAME> set to <value>
-- <OLD_VAR> removed
-
-## Base Image
-- Base image: <image:tag>
-```
-
-**Rules**:
-- Omit sections with no changes
-- One line per change, natural language format
-- Only list final state (Milestone version), not base version
-- If identical: output "No changes detected."
-
-## Quality Checklist
-
-Before submitting:
-- ✅ No git SHAs, code diffs, or source file paths
-- ✅ Only third-party dependency packages listed
-- ✅ Concise: one line per change

BurntSushi_ripgrep_14.1.1_15.0.0/srs/maintenance_fixes_1_sub-01/prompt_srs_gen.md

@@ -1,220 +0,0 @@
-================================================================================
-MILESTONE: maintenance_fixes_1_sub-01 - Critical Bug Fixes
-================================================================================
-
-# TASK
-
-Your task is to generate a complete Software Requirements Specification (SRS) for this milestone based on the provided inputs. You will be given:
-1. A **mini SRS** (brief requirement description)
-2. **Code changes** (curated source-only modifications)
-3. **Full commit history** (complete development record with context)
-4. **Test list** (fail-to-pass test cases)
-
-Your goal is to **reverse-engineer** a comprehensive, production-quality SRS that:
-- Expands the mini SRS into detailed functional requirements
-- Analyzes code changes and commits to understand implementation
-- Uses fail-to-pass tests as acceptance criteria
-- Produces a realistic requirements document that could have guided the original development
-
-**Output Requirements**:
-- Save the generated SRS document to: `DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_fixes_1_sub-01/SRS.md`
-- Use Markdown format (.md extension)
-- Ensure the document is complete and ready for engineering use
-
-================================================================================
-
-# AVAILABLE INPUTS
-
-## INPUT 1: Mini SRS
-
-This sub-milestone contains higher-impact bug fixes and enhancements. Includes: summary printer has_match fix (126bbea) - replacement panic fix (9164158) - --stats for --json support (6f39f83) - GlobSet::empty const and Candidate::from_bytes additions.
-
-
-## INPUT 2: Code Changes
-
-**Docker Container**: `burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-01-container`
-**Git range**: `milestone-maintenance_fixes_1_sub-01-start..milestone-maintenance_fixes_1_sub-01-end`
-
-**How to Access Code in Container:**
-
-The milestone container has the complete git repository (working directory: `/testbed`) already checked out to commit `milestone-maintenance_fixes_1_sub-01-end`.
-
-To view files in the container:
-```bash
-docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-01-container cat <file_path>
-```
-
-To run git commands:
-```bash
-docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-01-container git <git-command>
-```
-
----
-
-This represents the **curated** implementation changes for this milestone:
-- Squashed source code modifications (project source code only)
-- Focused on requirement-related functional changes
-- Excludes test files, documentation, and auxiliary changes
-
-**Use this to**: Understand the core functional implementation relevant to requirements.
-
-**How to view**: Run `docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-01-container git diff milestone-maintenance_fixes_1_sub-01-start..milestone-maintenance_fixes_1_sub-01-end`
-
-
-## INPUT 3: Full Commit History (6 commits)
-
-This is the **complete** development record for context:
-- `126bbea` - printer: fix handling of `has_match` for summary printer
-- `9164158` - core: don't build decompression reader unless we intend to use it
-- `6f39f83` - globset: compact Debug impl for `GlobSetBuilder` and `Glob`
-- `52115ab` - globset: add opt-in `Arbitrary` trait implementations
-- `519c1bd` - complete: improvements for the `--hyperlink-format` flag
-- `79f5a5a` - globset: add `Candidate::from_bytes` constructor
-
-Includes all original commits with:
-- Complete semantic information and commit messages
-- Test files and their evolution
-- Documentation and configuration changes
-
-**Use this to**: Gain full context on implementation rationale and test-requirement alignment.
-
-**How to access patches**: Read `DATA/github_data/preprocessed/BurntSushi_ripgrep_14.1.1_15.0.0/patches/{sha}.patch` for detailed changes.
-
-
-## INPUT 4: Stable Fail-to-Pass Test List (4 tests)
-**Source**: Stable classification from `test_results/maintenance_fixes_1_sub-01/maintenance_fixes_1_sub-01_classification.json`
-**Full Test List**: `DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_fixes_1_sub-01/f2p_tests_list.txt`
-
-These are **verified stable** fail-to-pass tests (filtered from flaky tests through multiple test runs).
-**Complete list (4 tests)**:
-- tests::debug
-- regression::r3108_files_without_match_quiet_exit
-- summary::tests::quiet
-- summary::tests::quiet_with_stats
-
-**How to access test code**:
-- Each test ID follows the format: `<file_path>::<ClassName>::<method_name>` or `<file_path>::<function_name>`
-- To view test implementation in the container (already at commit `milestone-maintenance_fixes_1_sub-01-end`):
-  ```bash
-  docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-01-container cat test/test_response.py
-  ```
-
-================================================================================
-
-# SRS GENERATION GUIDELINES
-
-## Design Philosophy
-
-A good SRS should simulate real-world development scenarios where engineers receive requirements and must independently research, analyze code, and design solutions. The SRS must be **realistic**, **challenging**, and **well-defined**.
-
-### Core Principles
-
-1. **Realism**: Mimic actual issue statements and requirements from production environments
-   - Base problems on real user reports and symptoms
-   - Avoid artificial or overly academic problem descriptions
-   - Use concrete error messages and failure scenarios when available
-
-2. **Agent Autonomy**: Test comprehensive engineering capabilities
-   - Agent must research domain knowledge (RFCs, standards, documentation)
-   - Agent must analyze codebase to find root causes
-   - Agent must design implementation approach independently
-   - Frame requirements around desired outcomes, not prescribed edits
-   - **Do NOT over-specify**: No implementation hints, no file paths, no code snippets
-
-3. **Sufficiency**: Provide clear and complete problem definitions
-   - Problem symptoms must be specific and observable
-   - Requirements must define **what** to achieve, not **how**
-   - Acceptance criteria must be verifiable (preferably via tests)
-   - Use gold-patch and test suite to validate completeness
-   - Maintain clarity to avoid ambiguity while keeping the task challenging—do not simplify implementation choices
-
----
-
-## Format Requirements
-
-### Document Structure
-
-Every SRS must include:
-
-1. **Overview Section**: High-level summary of all requirements
-2. **Requirements Sections**: Individual functional requirements (FR1, FR2, ...)
-
-### Individual Requirement Format
-
-```markdown
-### FRX: [Requirement Title]
-
-**Problem**: [One-sentence symptom description. Describe what fails, not why.]
-
-**User Report** (optional - only when real user issue exists):
-```
-[Brief excerpt from actual issue: error messages, reproduction steps, impact]
-```
-
-**Requirements**:
-- [Functional requirement 1 - what to achieve]
-- [Functional requirement 2]
-- ...
-
-**Acceptance**:
-- [Prefer scenario-style observable outcome, e.g., “When <action>, <result>”; if not feasible, clearly state the observable outcome]
-- [Additional observable outcome]
-- ...
-```
-
-### What to INCLUDE
-
-✅ **Overview section**:
-- Brief summary of all requirements (numbered list)
-- Affected modules/files
-- High-level problem domain
-- Include only the context necessary to eliminate ambiguity; avoid extra guidance that makes implementation trivial
-- **Omit** issue/PR numbers and implementation details
-
-✅ **Problem section**:
-- Observable symptoms and error messages
-- Failure scenarios and reproduction context
-- Impact on users or system functionality
-- Key technical terms (e.g., "TLS 1.3 PHA", "FIPS", "OpenSSL 3.2.0")
-
-✅ **User Report** (when available):
-- Actual error messages from issue
-- User's reproduction steps
-- User's description of impact
-- Keep concise (3-5 lines max)
-- **Omit** issue/PR numbers and external links (GitHub, bug trackers, etc.)
-
-✅ **Requirements**:
-- What functionality to implement
-- What behavior to fix or improve
-- What compatibility to maintain
-- Describe desired end state or constraints; avoid mandating specific functions, methods, or code edits
-- Provide extra context only when required to prevent misinterpretation, not to ease implementation
-- Keep implementation-agnostic
-
-✅ **Acceptance**:
-- Prefer scenario-style observable outcomes (“When <action>, <result>”); if that’s not feasible, clearly state the observable result
-- Test scenarios that must pass (refer to existing tests by behavior, not implementation steps)
-- Backward compatibility requirements
-- Non-breaking change requirements
-
-### What to EXCLUDE
-
-❌ **Do NOT include**:
-- Technical background tutorials (e.g., "TLS 1.3 PHA allows...")
-- Root cause analysis (e.g., "The bug is in line 42 because...")
-- Implementation details (e.g., "Use lazy loading by...")
-- Prescriptive changes (e.g., "Delete `selected_npn_protocol()`" or "Call function X")
-- Code snippets (before/after examples)
-- File paths and line numbers
-- Step-by-step implementation guides
-- Historical context (e.g., "accidentally broken during refactoring")
-- Issue/PR/Changelog references (e.g., "Issue #1234", "PR #5678")
-- **External links that reveal implementation** (e.g., upstream bug trackers, reference implementations)
-
-❌ **Do NOT add separate sections**:
-- "Background", "Root Cause", "Technical Context"
-- "Implementation Plan", "Solution Approach"
-- "Implementation References"
-
-**End of Template**

BurntSushi_ripgrep_14.1.1_15.0.0/srs/maintenance_fixes_1_sub-02/env_dependencies.md

@@ -1,4 +0,0 @@
-# Environment Dependency Changes (relative to Base Env)
-
-## Rust Toolchain
-- Rust upgraded to 1.85.0 (from 1.74.0)

BurntSushi_ripgrep_14.1.1_15.0.0/srs/maintenance_fixes_1_sub-02/f2p_tests_list.txt

@@ -1,6 +0,0 @@
-regression::r2944_incorrect_bytes_searched
-regression::r2990_trip_over_trailing_dot
-regression::r3180_look_around_panic
-regression::r428_unrecognized_style
-standard::tests::regression_crlf_preserve
-regression::r1334_invert_empty_patterns

BurntSushi_ripgrep_14.1.1_15.0.0/srs/maintenance_fixes_1_sub-02/logs/stage1_srs_gen_prompt.txt

@@ -1,232 +0,0 @@
-================================================================================
-MILESTONE: maintenance_fixes_1_sub-02 - Minor Fixes and Enhancements
-================================================================================
-
-# TASK
-
-Your task is to generate a complete Software Requirements Specification (SRS) for this milestone based on the provided inputs. You will be given:
-1. A **mini SRS** (brief requirement description)
-2. **Code changes** (curated source-only modifications)
-3. **Full commit history** (complete development record with context)
-4. **Test list** (fail-to-pass test cases)
-
-Your goal is to **reverse-engineer** a comprehensive, production-quality SRS that:
-- Expands the mini SRS into detailed functional requirements
-- Analyzes code changes and commits to understand implementation
-- Uses fail-to-pass tests as acceptance criteria
-- Produces a realistic requirements document that could have guided the original development
-
-**Output Requirements**:
-- Save the generated SRS document to: `DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_fixes_1_sub-02/SRS.md`
-- Use Markdown format (.md extension)
-- Ensure the document is complete and ready for engineering use
-
-================================================================================
-
-# AVAILABLE INPUTS
-
-## INPUT 1: Mini SRS
-
-This sub-milestone contains smaller bug fixes and minor enhancements. Includes: decompression reader optimization (64174b8) - BOM handling fix - bytes searched stats fix - trailing dot in filenames fix - --crlf --replace line terminator fix - -l with --pcre2 --multi fix - encoding log message - fish completions config - compact Debug impl - italic color style - multithreading heuristic - rg -vf behavior.
-
-
-## INPUT 2: Code Changes
-
-**Docker Container**: `burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-02-container`
-**Git range**: `milestone-maintenance_fixes_1_sub-02-start..milestone-maintenance_fixes_1_sub-02-end`
-
-**How to Access Code in Container:**
-
-The milestone container has the complete git repository (working directory: `/testbed`) already checked out to commit `milestone-maintenance_fixes_1_sub-02-end`.
-
-To view files in the container:
-```bash
-docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-02-container cat <file_path>
-```
-
-To run git commands:
-```bash
-docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-02-container git <git-command>
-```
-
----
-
-This represents the **curated** implementation changes for this milestone:
-- Squashed source code modifications (project source code only)
-- Focused on requirement-related functional changes
-- Excludes test files, documentation, and auxiliary changes
-
-**Use this to**: Understand the core functional implementation relevant to requirements.
-
-**How to view**: Run `docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-02-container git diff milestone-maintenance_fixes_1_sub-02-start..milestone-maintenance_fixes_1_sub-02-end`
-
-
-## INPUT 3: Full Commit History (16 commits)
-
-This is the **complete** development record for context:
-- `163ac15` - globset: escape `{` and `}` in `escape`
-- `33b4481` - globset: make `GlobSet::empty` const
-- `4836284` - ignore/gitignore: skip BOM at start of ignore file
-- `4ab1862` - stats: fix case where "bytes searched" could be wrong
-- `4df1298` - globset: fix bug where trailing `.` in file name was incorrectly handled
-- `63209ae` - printer: fix `--stats` for `--json`
-- `64174b8` - printer: preserve line terminator when using `--crlf` and `--replace`
-- `8b5d3d1` - printer: hack in a fix for `-l/--files-with-matches` when using `--pcre2 --multiline` with look-around
-- `c93fc79` - searcher: add more tests for `replace_bytes`
-- `d199058` - cli: make `rg -vf file` behave sensibly
-- `d869038` - ignore: improve multithreading heuristic
-- `da672f8` - color: add italic to style attributes
-- `de2567a` - printer: fix panic in replacements in look-around corner case
-- `e2362d4` - searcher: add log message noting detected encoding
-- `edafb61` - core: add "total" to --stats output
-- `f722268` - complete/fish: Take RIPGREP_CONFIG_PATH into account
-
-Includes all original commits with:
-- Complete semantic information and commit messages
-- Test files and their evolution
-- Documentation and configuration changes
-
-**Use this to**: Gain full context on implementation rationale and test-requirement alignment.
-
-**How to access patches**: Read `DATA/github_data/preprocessed/BurntSushi_ripgrep_14.1.1_15.0.0/patches/{sha}.patch` for detailed changes.
-
-
-## INPUT 4: Stable Fail-to-Pass Test List (6 tests)
-**Source**: Stable classification from `test_results/maintenance_fixes_1_sub-02/maintenance_fixes_1_sub-02_classification.json`
-**Full Test List**: `DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_fixes_1_sub-02/f2p_tests_list.txt`
-
-These are **verified stable** fail-to-pass tests (filtered from flaky tests through multiple test runs).
-**Complete list (6 tests)**:
-- regression::r2944_incorrect_bytes_searched
-- regression::r2990_trip_over_trailing_dot
-- regression::r3180_look_around_panic
-- regression::r428_unrecognized_style
-- standard::tests::regression_crlf_preserve
-- regression::r1334_invert_empty_patterns
-
-**How to access test code**:
-- Each test ID follows the format: `<file_path>::<ClassName>::<method_name>` or `<file_path>::<function_name>`
-- To view test implementation in the container (already at commit `milestone-maintenance_fixes_1_sub-02-end`):
-  ```bash
-  docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-02-container cat test/test_response.py
-  ```
-
-================================================================================
-
-# SRS GENERATION GUIDELINES
-
-## Design Philosophy
-
-A good SRS should simulate real-world development scenarios where engineers receive requirements and must independently research, analyze code, and design solutions. The SRS must be **realistic**, **challenging**, and **well-defined**.
-
-### Core Principles
-
-1. **Realism**: Mimic actual issue statements and requirements from production environments
-   - Base problems on real user reports and symptoms
-   - Avoid artificial or overly academic problem descriptions
-   - Use concrete error messages and failure scenarios when available
-
-2. **Agent Autonomy**: Test comprehensive engineering capabilities
-   - Agent must research domain knowledge (RFCs, standards, documentation)
-   - Agent must analyze codebase to find root causes
-   - Agent must design implementation approach independently
-   - Frame requirements around desired outcomes, not prescribed edits
-   - **Do NOT over-specify**: No implementation hints, no file paths, no code snippets
-
-3. **Sufficiency**: Provide clear and complete problem definitions
-   - Problem symptoms must be specific and observable
-   - Requirements must define **what** to achieve, not **how**
-   - Acceptance criteria must be verifiable (preferably via tests)
-   - Use gold-patch and test suite to validate completeness
-   - Maintain clarity to avoid ambiguity while keeping the task challenging—do not simplify implementation choices
-
----
-
-## Format Requirements
-
-### Document Structure
-
-Every SRS must include:
-
-1. **Overview Section**: High-level summary of all requirements
-2. **Requirements Sections**: Individual functional requirements (FR1, FR2, ...)
-
-### Individual Requirement Format
-
-```markdown
-### FRX: [Requirement Title]
-
-**Problem**: [One-sentence symptom description. Describe what fails, not why.]
-
-**User Report** (optional - only when real user issue exists):
-```
-[Brief excerpt from actual issue: error messages, reproduction steps, impact]
-```
-
-**Requirements**:
-- [Functional requirement 1 - what to achieve]
-- [Functional requirement 2]
-- ...
-
-**Acceptance**:
-- [Prefer scenario-style observable outcome, e.g., “When <action>, <result>”; if not feasible, clearly state the observable outcome]
-- [Additional observable outcome]
-- ...
-```
-
-### What to INCLUDE
-
-✅ **Overview section**:
-- Brief summary of all requirements (numbered list)
-- Affected modules/files
-- High-level problem domain
-- Include only the context necessary to eliminate ambiguity; avoid extra guidance that makes implementation trivial
-- **Omit** issue/PR numbers and implementation details
-
-✅ **Problem section**:
-- Observable symptoms and error messages
-- Failure scenarios and reproduction context
-- Impact on users or system functionality
-- Key technical terms (e.g., "TLS 1.3 PHA", "FIPS", "OpenSSL 3.2.0")
-
-✅ **User Report** (when available):
-- Actual error messages from issue
-- User's reproduction steps
-- User's description of impact
-- Keep concise (3-5 lines max)
-- **Omit** issue/PR numbers and external links (GitHub, bug trackers, etc.)
-
-✅ **Requirements**:
-- What functionality to implement
-- What behavior to fix or improve
-- What compatibility to maintain
-- Describe desired end state or constraints; avoid mandating specific functions, methods, or code edits
-- Provide extra context only when required to prevent misinterpretation, not to ease implementation
-- Keep implementation-agnostic
-
-✅ **Acceptance**:
-- Prefer scenario-style observable outcomes (“When <action>, <result>”); if that’s not feasible, clearly state the observable result
-- Test scenarios that must pass (refer to existing tests by behavior, not implementation steps)
-- Backward compatibility requirements
-- Non-breaking change requirements
-
-### What to EXCLUDE
-
-❌ **Do NOT include**:
-- Technical background tutorials (e.g., "TLS 1.3 PHA allows...")
-- Root cause analysis (e.g., "The bug is in line 42 because...")
-- Implementation details (e.g., "Use lazy loading by...")
-- Prescriptive changes (e.g., "Delete `selected_npn_protocol()`" or "Call function X")
-- Code snippets (before/after examples)
-- File paths and line numbers
-- Step-by-step implementation guides
-- Historical context (e.g., "accidentally broken during refactoring")
-- Issue/PR/Changelog references (e.g., "Issue #1234", "PR #5678")
-- **External links that reveal implementation** (e.g., upstream bug trackers, reference implementations)
-
-❌ **Do NOT add separate sections**:
-- "Background", "Root Cause", "Technical Context"
-- "Implementation Plan", "Solution Approach"
-- "Implementation References"
-
-**End of Template**

BurntSushi_ripgrep_14.1.1_15.0.0/srs/maintenance_fixes_1_sub-02/logs/stage1_srs_gen_stdout.txt

@@ -1 +0,0 @@
-{"type":"result","subtype":"success","is_error":false,"duration_ms":150146,"duration_api_ms":152517,"num_turns":26,"result":"The SRS document has been generated successfully and saved to `DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_fixes_1_sub-02/SRS.md`.\n\n**Summary of the generated SRS:**\n\nThe document covers 14 functional requirements derived from the analysis of:\n- 16 commits in the milestone\n- 6 verified fail-to-pass tests\n- Code diff across 16 source files\n\n**Key requirements mapped to fail-to-pass tests:**\n- **FR1** (bytes searched stats) → `regression::r2944_incorrect_bytes_searched`\n- **FR2** (trailing dot in paths) → `regression::r2990_trip_over_trailing_dot`\n- **FR3** (multiline replace panic) → `regression::r3180_look_around_panic`\n- **FR4** (italic color style) → `regression::r428_unrecognized_style`\n- **FR5** (CRLF line terminator) → `standard::tests::regression_crlf_preserve`\n- **FR6** (invert empty patterns) → `regression::r1334_invert_empty_patterns`\n\n**Additional enhancements covered:**\n- FR7: JSON stats fix\n- FR8: PCRE2 multiline files-with-matches fix\n- FR9: BOM handling in gitignore\n- FR10: Glob escape curly braces\n- FR11: Fish completions config support\n- FR12: Thread count heuristic\n- FR13: Stats output \"total\" label\n- FR14: Encoding trace logging","session_id":"e8763366-2c1c-49ef-97ed-a2cd983e55f6","total_cost_usd":0.7469095,"usage":{"input_tokens":114,"cache_creation_input_tokens":43720,"cache_read_input_tokens":555605,"output_tokens":7276,"server_tool_use":{"web_search_requests":0,"web_fetch_requests":0},"service_tier":"standard","cache_creation":{"ephemeral_1h_input_tokens":0,"ephemeral_5m_input_tokens":43720}},"modelUsage":{"claude-opus-4-5-20251101":{"inputTokens":114,"outputTokens":7276,"cacheReadInputTokens":555605,"cacheCreationInputTokens":43720,"webSearchRequests":0,"costUSD":0.7335225000000001,"contextWindow":200000,"maxOutputTokens":64000},"claude-haiku-4-5-20251001":{"inputTokens":11192,"outputTokens":439,"cacheReadInputTokens":0,"cacheCreationInputTokens":0,"webSearchRequests":0,"costUSD":0.013386999999999998,"contextWindow":200000,"maxOutputTokens":64000}},"permission_denials":[],"uuid":"9555cc69-9533-42c3-b864-b42c2ea3c79a"}

BurntSushi_ripgrep_14.1.1_15.0.0/srs/maintenance_fixes_1_sub-02/logs/stage2_acceptance_prompt.txt

@@ -1,117 +0,0 @@
-# Task: Align SRS Acceptance Criteria with Fail-to-Pass Tests
-
-## Objective
-Identify where SRS acceptance criteria are **insufficiently specific** to remove API ambiguity, and add **minimum necessary details** about interfaces and contracts—while avoiding test implementation leakage and preserving agent's ability to infer from code context.
-
-**Task Output**: Modify the SRS Document with minimal necessary changes. Only update the **Acceptance** sections (and **Requirements** if absolutely needed) to include specific API contracts required by the f2p tests. Do not rewrite the entire document—make surgical edits only where ambiguity exists.
-
-## Inputs
-- **SRS Document**: DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_fixes_1_sub-02/SRS.md
-- **Stable F2P Test List**: DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/test_results/maintenance_fixes_1_sub-02/maintenance_fixes_1_sub-02_classification.json (from `stable_classification.fail_to_pass`)
-- **Full Test List File**: DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_fixes_1_sub-02/f2p_tests_list.txt
-- **Docker Container**: burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-02-container
-- **Code Changes**: milestone-maintenance_fixes_1_sub-02-start..milestone-maintenance_fixes_1_sub-02-end
-
-**Note**: Test list is from stable classification - verified fail-to-pass tests after filtering out flaky tests.
-**Complete F2P Test List (6 tests)**:
-- regression::r2944_incorrect_bytes_searched
-- regression::r2990_trip_over_trailing_dot
-- regression::r3180_look_around_panic
-- regression::r428_unrecognized_style
-- standard::tests::regression_crlf_preserve
-- regression::r1334_invert_empty_patterns
-
-**How to Access Code in Container**:
-
-The milestone container has the complete git repository (working directory: `/testbed`) already checked out to commit `milestone-maintenance_fixes_1_sub-02-end`.
-
-To view files in the container:
-```bash
-docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-02-container cat <file_path>
-```
-
-To run git commands:
-```bash
-docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-02-container git <git-command>
-```
-
-**How to Access Test Code**:
-- The classification file contains stable fail-to-pass test IDs (filtered from multiple test runs)
-- Each test ID follows the format: `<file_path>::<ClassName>::<method_name>` or `<file_path>::<function_name>`
-- To view test implementation in the container:
-  ```bash
-  docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-02-container cat test/test_response.py
-  ```
-
-## Core Principle: Remove Ambiguity, Not Agency
-
-The goal is to identify misalignments where:
-- **SRS says**: "Response objects must carry version information"
-- **Test requires**: `BaseHTTPResponse(version_string="HTTP/1.1", ...)`
-- **Problem**: Agent doesn't know the parameter must be named `version_string`
-
-### Add Only When Necessary to Remove Ambiguity
-
-**✅ Add if tests require specific naming/interfaces**:
-- Parameter names (when tests directly use them)
-- Attribute names (when tests access them)
-- Module constants (when tests import them)
-- Required vs. optional parameters
-- Default values for optional parameters
-
-**❌ Don't add (avoid test leakage)**:
-- Test assertion values or expected outcomes
-- Test-specific scenarios or data flows
-- Implementation logic or algorithms
-- Details derivable from existing codebase
-- Anything beyond API surface contracts
-
-### Litmus Test
-Ask: "If the agent sees the SRS but not the tests, will they know:"
-- The exact parameter name? (if not, add it)
-- Whether it's required or optional? (if not, add it)
-- What type it should be? (if not, add it)
-
-But also ask:
-- "Can the agent figure this out from the code diff?" (if yes, maybe omit)
-- "Is this an API contract or test expectation?" (only add if API contract)
-
-## Cascading Failure Detection
-
-**Before analyzing**, check for **Cascading Failures**: clusters of tests sharing the same **Error Signature** (Exception + `file:line`).
-
-1. **If Cascading Failure Found**:
-   - Identify the single root cause API contract.
-   - Add **ONE** acceptance criterion to the SRS.
-   - **SKIP** individual analysis for the rest of the cluster.
-
-2. **If Independent Failures**:
-   - Analyze each test individually.
-
----
-
-## Instructions
-
-1. **Analyze**: For each f2p test, identify what API contracts it requires (parameter names, attributes, constants). Check if current SRS acceptance criteria specify these unambiguously.
-
-2. **Enhance**: Modify **Acceptance** sections (and **Requirements** if needed) to include necessary API specifics. You may keep high-level acceptance bullets and add specific ones, or integrate specifics into existing bullets. Do not create new sections.
-
-3. **Verify**: Check that the enhanced SRS provides sufficient minimum necessary information about API contracts without leaking test implementation details.
-
-## Example
-
-**Before** (too vague):
-```markdown
-**Acceptance**:
-- Response objects carry version metadata for logging
-```
-
-**After** (specific API contracts):
-```markdown
-**Acceptance**:
-- `BaseHTTPResponse.__init__()` must accept parameter `version_string: str` (required)
-- `HTTPResponse.__init__()` must accept parameter `version_string: str = "HTTP/?"`
-- Response objects must expose `version_string` as an instance attribute
-```
-
-Key point: Specify parameter/attribute **names** and **signatures**, but not implementation values or logic (agent infers from code diff).

BurntSushi_ripgrep_14.1.1_15.0.0/srs/maintenance_fixes_1_sub-02/logs/stage2_acceptance_stdout.txt

@@ -1 +0,0 @@
-{"type":"result","subtype":"success","is_error":false,"duration_ms":177223,"duration_api_ms":189322,"num_turns":31,"result":"## Task Complete\n\nI analyzed all 6 fail-to-pass tests against the SRS acceptance criteria and found **one critical mismatch** that has been corrected:\n\n### Change Made\n\n**FR1 (r2944_incorrect_bytes_searched)**: Fixed incorrect acceptance criterion\n- **Before**: \"must report `25 bytes searched` (not 10 bytes)\"\n- **After**: \"must report `10 bytes searched` (the bytes actually processed before the match limit was reached, i.e., `foo1\\nfoo2\\n`)\"\n\n### Rationale\nThe original SRS misunderstood the bug. The issue was that when `-m2` causes early termination after processing 2 matches (the first 10 bytes: `foo1\\nfoo2\\n`), the bytes-searched statistic wasn't being updated correctly. The fix ensures the bytes actually processed (10 bytes) are properly counted—not the entire file size (25 bytes).\n\n### Other Tests Verified (No Changes Needed)\n- **FR2** (r2990_trip_over_trailing_dot): SRS correctly specifies glob exclusion behavior\n- **FR3** (r3180_look_around_panic): SRS correctly specifies expected output `xbxbx\\n`\n- **FR4** (r428_unrecognized_style): SRS correctly lists all style attributes including italic/noitalic\n- **FR5** (regression_crlf_preserve): SRS correctly specifies CRLF preservation with replacement\n- **FR6** (r1334_invert_empty_patterns): SRS correctly specifies inverted empty pattern behavior","session_id":"50a32494-f7d8-434f-a064-8beed89c4c62","total_cost_usd":0.6505774999999999,"usage":{"input_tokens":303,"cache_creation_input_tokens":25986,"cache_read_input_tokens":382832,"output_tokens":10147,"server_tool_use":{"web_search_requests":0,"web_fetch_requests":0},"service_tier":"standard","cache_creation":{"ephemeral_1h_input_tokens":0,"ephemeral_5m_input_tokens":25986}},"modelUsage":{"claude-opus-4-5-20251101":{"inputTokens":303,"outputTokens":10147,"cacheReadInputTokens":382832,"cacheCreationInputTokens":25986,"webSearchRequests":0,"costUSD":0.6090185,"contextWindow":200000,"maxOutputTokens":64000},"claude-haiku-4-5-20251001":{"inputTokens":35729,"outputTokens":1166,"cacheReadInputTokens":0,"cacheCreationInputTokens":0,"webSearchRequests":0,"costUSD":0.041559000000000006,"contextWindow":200000,"maxOutputTokens":64000}},"permission_denials":[],"uuid":"99fc91fe-be27-40e3-84fa-03dc0c66f576"}

BurntSushi_ripgrep_14.1.1_15.0.0/srs/maintenance_fixes_1_sub-02/logs/stage3_env_spec_prompt.txt

@@ -1,68 +0,0 @@
-# Environment Specification Comparison Task
-
-## Objective
-Compare two test environments and identify **dependency changes only**. Output a minimal list of environment differences, excluding all code-related information.
-
-## Input Materials
-- **Base Dockerfile**: `/home/gangda/workspace/AgentBench/DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/dockerfiles/base/Dockerfile`
-- **Milestone Dockerfile**: `/home/gangda/workspace/AgentBench/DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/dockerfiles/maintenance_fixes_1_sub-02/Dockerfile`
-- **Base Container**: `burntsushi_ripgrep_14.1.1_15.0.0-base-container`
-- **Milestone Container**: `burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-02-container`
-- **Git Repository**: `/home/gangda/workspace/AgentBench/DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/testbed` (for reference only, DO NOT analyze code changes)
-
-## Critical Constraints
-
-**Include**: Language package changes (Python/Node/Go/etc), system packages (APT/YUM), environment variables, base image differences.
-
-**Exclude**: Git commits, source code changes, API/function additions, business logic, test results.
-
-## Analysis Workflow
-
-### Step 1: Static Analysis
-Compare Dockerfiles to identify differences in:
-- Package install commands (pip, npm, apt-get, etc.)
-- Base images (FROM statements)
-- Environment variables (ENV statements)
-
-### Step 2: Dynamic Verification
-Use `docker exec` to compare runtime environments:
-- Language packages: `pip list`, `npm list`, etc.
-- System packages: `dpkg -l`, `rpm -qa`, etc.
-- Environment: `env`
-
-## Output Format
-
-Save to: `/home/gangda/workspace/AgentBench/DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_fixes_1_sub-02/env_dependencies.md`
-
-```markdown
-# Environment Dependency Changes (relative to Base Env)
-
-## Python Packages
-- <package1> <version> added
-- <package2> upgraded to <version>
-- <package3> removed
-
-## System Packages
-- <package1> added
-- <package2> upgraded to <version>
-
-## Environment Variables
-- <VAR_NAME> set to <value>
-- <OLD_VAR> removed
-
-## Base Image
-- Base image: <image:tag>
-```
-
-**Rules**:
-- Omit sections with no changes
-- One line per change, natural language format
-- Only list final state (Milestone version), not base version
-- If identical: output "No changes detected."
-
-## Quality Checklist
-
-Before submitting:
-- ✅ No git SHAs, code diffs, or source file paths
-- ✅ Only third-party dependency packages listed
-- ✅ Concise: one line per change

BurntSushi_ripgrep_14.1.1_15.0.0/srs/maintenance_fixes_1_sub-02/logs/stage3_env_spec_stdout.txt

@@ -1 +0,0 @@
-{"type":"result","subtype":"success","is_error":false,"duration_ms":87215,"duration_api_ms":93584,"num_turns":19,"result":"I've completed the environment comparison. Here's a summary:\n\n**Analysis Results:**\n\n**Static Analysis (Dockerfiles):**\n- Base: Uses `rust:1.74.0-slim` base image\n- Milestone: Inherits from base and upgrades Rust via `rustup update && rustup install 1.85.0 && rustup default 1.85.0`\n\n**Dynamic Verification:**\n- Base container rustc: 1.74.0\n- Milestone container rustc: 1.85.0\n- System packages: Identical (no differences detected)\n- Environment variables: Identical\n\n**Output saved to:** `/home/gangda/workspace/AgentBench/DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_fixes_1_sub-02/env_dependencies.md`\n\nThe only dependency change is the **Rust toolchain upgrade from 1.74.0 to 1.85.0**.","session_id":"1bd9af11-cd35-4a9f-8c94-a72f175703ef","total_cost_usd":0.40191975,"usage":{"input_tokens":882,"cache_creation_input_tokens":21459,"cache_read_input_tokens":267308,"output_tokens":3995,"server_tool_use":{"web_search_requests":0,"web_fetch_requests":0},"service_tier":"standard","cache_creation":{"ephemeral_1h_input_tokens":0,"ephemeral_5m_input_tokens":21459}},"modelUsage":{"claude-opus-4-5-20251101":{"inputTokens":882,"outputTokens":3995,"cacheReadInputTokens":267308,"cacheCreationInputTokens":21459,"webSearchRequests":0,"costUSD":0.37205775,"contextWindow":200000,"maxOutputTokens":64000},"claude-haiku-4-5-20251001":{"inputTokens":27402,"outputTokens":492,"cacheReadInputTokens":0,"cacheCreationInputTokens":0,"webSearchRequests":0,"costUSD":0.029862,"contextWindow":200000,"maxOutputTokens":64000}},"permission_denials":[],"uuid":"c4ebd21e-a279-4c27-90fc-97fa02a64e51"}

BurntSushi_ripgrep_14.1.1_15.0.0/srs/maintenance_fixes_1_sub-02/prompt_acceptance_align.md

@@ -1,117 +0,0 @@
-# Task: Align SRS Acceptance Criteria with Fail-to-Pass Tests
-
-## Objective
-Identify where SRS acceptance criteria are **insufficiently specific** to remove API ambiguity, and add **minimum necessary details** about interfaces and contracts—while avoiding test implementation leakage and preserving agent's ability to infer from code context.
-
-**Task Output**: Modify the SRS Document with minimal necessary changes. Only update the **Acceptance** sections (and **Requirements** if absolutely needed) to include specific API contracts required by the f2p tests. Do not rewrite the entire document—make surgical edits only where ambiguity exists.
-
-## Inputs
-- **SRS Document**: DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_fixes_1_sub-02/SRS.md
-- **Stable F2P Test List**: DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/test_results/maintenance_fixes_1_sub-02/maintenance_fixes_1_sub-02_classification.json (from `stable_classification.fail_to_pass`)
-- **Full Test List File**: DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_fixes_1_sub-02/f2p_tests_list.txt
-- **Docker Container**: burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-02-container
-- **Code Changes**: milestone-maintenance_fixes_1_sub-02-start..milestone-maintenance_fixes_1_sub-02-end
-
-**Note**: Test list is from stable classification - verified fail-to-pass tests after filtering out flaky tests.
-**Complete F2P Test List (6 tests)**:
-- regression::r2944_incorrect_bytes_searched
-- regression::r2990_trip_over_trailing_dot
-- regression::r3180_look_around_panic
-- regression::r428_unrecognized_style
-- standard::tests::regression_crlf_preserve
-- regression::r1334_invert_empty_patterns
-
-**How to Access Code in Container**:
-
-The milestone container has the complete git repository (working directory: `/testbed`) already checked out to commit `milestone-maintenance_fixes_1_sub-02-end`.
-
-To view files in the container:
-```bash
-docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-02-container cat <file_path>
-```
-
-To run git commands:
-```bash
-docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-02-container git <git-command>
-```
-
-**How to Access Test Code**:
-- The classification file contains stable fail-to-pass test IDs (filtered from multiple test runs)
-- Each test ID follows the format: `<file_path>::<ClassName>::<method_name>` or `<file_path>::<function_name>`
-- To view test implementation in the container:
-  ```bash
-  docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-02-container cat test/test_response.py
-  ```
-
-## Core Principle: Remove Ambiguity, Not Agency
-
-The goal is to identify misalignments where:
-- **SRS says**: "Response objects must carry version information"
-- **Test requires**: `BaseHTTPResponse(version_string="HTTP/1.1", ...)`
-- **Problem**: Agent doesn't know the parameter must be named `version_string`
-
-### Add Only When Necessary to Remove Ambiguity
-
-**✅ Add if tests require specific naming/interfaces**:
-- Parameter names (when tests directly use them)
-- Attribute names (when tests access them)
-- Module constants (when tests import them)
-- Required vs. optional parameters
-- Default values for optional parameters
-
-**❌ Don't add (avoid test leakage)**:
-- Test assertion values or expected outcomes
-- Test-specific scenarios or data flows
-- Implementation logic or algorithms
-- Details derivable from existing codebase
-- Anything beyond API surface contracts
-
-### Litmus Test
-Ask: "If the agent sees the SRS but not the tests, will they know:"
-- The exact parameter name? (if not, add it)
-- Whether it's required or optional? (if not, add it)
-- What type it should be? (if not, add it)
-
-But also ask:
-- "Can the agent figure this out from the code diff?" (if yes, maybe omit)
-- "Is this an API contract or test expectation?" (only add if API contract)
-
-## Cascading Failure Detection
-
-**Before analyzing**, check for **Cascading Failures**: clusters of tests sharing the same **Error Signature** (Exception + `file:line`).
-
-1. **If Cascading Failure Found**:
-   - Identify the single root cause API contract.
-   - Add **ONE** acceptance criterion to the SRS.
-   - **SKIP** individual analysis for the rest of the cluster.
-
-2. **If Independent Failures**:
-   - Analyze each test individually.
-
----
-
-## Instructions
-
-1. **Analyze**: For each f2p test, identify what API contracts it requires (parameter names, attributes, constants). Check if current SRS acceptance criteria specify these unambiguously.
-
-2. **Enhance**: Modify **Acceptance** sections (and **Requirements** if needed) to include necessary API specifics. You may keep high-level acceptance bullets and add specific ones, or integrate specifics into existing bullets. Do not create new sections.
-
-3. **Verify**: Check that the enhanced SRS provides sufficient minimum necessary information about API contracts without leaking test implementation details.
-
-## Example
-
-**Before** (too vague):
-```markdown
-**Acceptance**:
-- Response objects carry version metadata for logging
-```
-
-**After** (specific API contracts):
-```markdown
-**Acceptance**:
-- `BaseHTTPResponse.__init__()` must accept parameter `version_string: str` (required)
-- `HTTPResponse.__init__()` must accept parameter `version_string: str = "HTTP/?"`
-- Response objects must expose `version_string` as an instance attribute
-```
-
-Key point: Specify parameter/attribute **names** and **signatures**, but not implementation values or logic (agent infers from code diff).

BurntSushi_ripgrep_14.1.1_15.0.0/srs/maintenance_fixes_1_sub-02/prompt_env_spec.md

@@ -1,68 +0,0 @@
-# Environment Specification Comparison Task
-
-## Objective
-Compare two test environments and identify **dependency changes only**. Output a minimal list of environment differences, excluding all code-related information.
-
-## Input Materials
-- **Base Dockerfile**: `/home/gangda/workspace/AgentBench/DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/dockerfiles/base/Dockerfile`
-- **Milestone Dockerfile**: `/home/gangda/workspace/AgentBench/DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/dockerfiles/maintenance_fixes_1_sub-02/Dockerfile`
-- **Base Container**: `burntsushi_ripgrep_14.1.1_15.0.0-base-container`
-- **Milestone Container**: `burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-02-container`
-- **Git Repository**: `/home/gangda/workspace/AgentBench/DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/testbed` (for reference only, DO NOT analyze code changes)
-
-## Critical Constraints
-
-**Include**: Language package changes (Python/Node/Go/etc), system packages (APT/YUM), environment variables, base image differences.
-
-**Exclude**: Git commits, source code changes, API/function additions, business logic, test results.
-
-## Analysis Workflow
-
-### Step 1: Static Analysis
-Compare Dockerfiles to identify differences in:
-- Package install commands (pip, npm, apt-get, etc.)
-- Base images (FROM statements)
-- Environment variables (ENV statements)
-
-### Step 2: Dynamic Verification
-Use `docker exec` to compare runtime environments:
-- Language packages: `pip list`, `npm list`, etc.
-- System packages: `dpkg -l`, `rpm -qa`, etc.
-- Environment: `env`
-
-## Output Format
-
-Save to: `/home/gangda/workspace/AgentBench/DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_fixes_1_sub-02/env_dependencies.md`
-
-```markdown
-# Environment Dependency Changes (relative to Base Env)
-
-## Python Packages
-- <package1> <version> added
-- <package2> upgraded to <version>
-- <package3> removed
-
-## System Packages
-- <package1> added
-- <package2> upgraded to <version>
-
-## Environment Variables
-- <VAR_NAME> set to <value>
-- <OLD_VAR> removed
-
-## Base Image
-- Base image: <image:tag>
-```
-
-**Rules**:
-- Omit sections with no changes
-- One line per change, natural language format
-- Only list final state (Milestone version), not base version
-- If identical: output "No changes detected."
-
-## Quality Checklist
-
-Before submitting:
-- ✅ No git SHAs, code diffs, or source file paths
-- ✅ Only third-party dependency packages listed
-- ✅ Concise: one line per change

BurntSushi_ripgrep_14.1.1_15.0.0/srs/maintenance_fixes_1_sub-02/prompt_srs_gen.md

@@ -1,232 +0,0 @@
-================================================================================
-MILESTONE: maintenance_fixes_1_sub-02 - Minor Fixes and Enhancements
-================================================================================
-
-# TASK
-
-Your task is to generate a complete Software Requirements Specification (SRS) for this milestone based on the provided inputs. You will be given:
-1. A **mini SRS** (brief requirement description)
-2. **Code changes** (curated source-only modifications)
-3. **Full commit history** (complete development record with context)
-4. **Test list** (fail-to-pass test cases)
-
-Your goal is to **reverse-engineer** a comprehensive, production-quality SRS that:
-- Expands the mini SRS into detailed functional requirements
-- Analyzes code changes and commits to understand implementation
-- Uses fail-to-pass tests as acceptance criteria
-- Produces a realistic requirements document that could have guided the original development
-
-**Output Requirements**:
-- Save the generated SRS document to: `DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_fixes_1_sub-02/SRS.md`
-- Use Markdown format (.md extension)
-- Ensure the document is complete and ready for engineering use
-
-================================================================================
-
-# AVAILABLE INPUTS
-
-## INPUT 1: Mini SRS
-
-This sub-milestone contains smaller bug fixes and minor enhancements. Includes: decompression reader optimization (64174b8) - BOM handling fix - bytes searched stats fix - trailing dot in filenames fix - --crlf --replace line terminator fix - -l with --pcre2 --multi fix - encoding log message - fish completions config - compact Debug impl - italic color style - multithreading heuristic - rg -vf behavior.
-
-
-## INPUT 2: Code Changes
-
-**Docker Container**: `burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-02-container`
-**Git range**: `milestone-maintenance_fixes_1_sub-02-start..milestone-maintenance_fixes_1_sub-02-end`
-
-**How to Access Code in Container:**
-
-The milestone container has the complete git repository (working directory: `/testbed`) already checked out to commit `milestone-maintenance_fixes_1_sub-02-end`.
-
-To view files in the container:
-```bash
-docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-02-container cat <file_path>
-```
-
-To run git commands:
-```bash
-docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-02-container git <git-command>
-```
-
----
-
-This represents the **curated** implementation changes for this milestone:
-- Squashed source code modifications (project source code only)
-- Focused on requirement-related functional changes
-- Excludes test files, documentation, and auxiliary changes
-
-**Use this to**: Understand the core functional implementation relevant to requirements.
-
-**How to view**: Run `docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-02-container git diff milestone-maintenance_fixes_1_sub-02-start..milestone-maintenance_fixes_1_sub-02-end`
-
-
-## INPUT 3: Full Commit History (16 commits)
-
-This is the **complete** development record for context:
-- `163ac15` - globset: escape `{` and `}` in `escape`
-- `33b4481` - globset: make `GlobSet::empty` const
-- `4836284` - ignore/gitignore: skip BOM at start of ignore file
-- `4ab1862` - stats: fix case where "bytes searched" could be wrong
-- `4df1298` - globset: fix bug where trailing `.` in file name was incorrectly handled
-- `63209ae` - printer: fix `--stats` for `--json`
-- `64174b8` - printer: preserve line terminator when using `--crlf` and `--replace`
-- `8b5d3d1` - printer: hack in a fix for `-l/--files-with-matches` when using `--pcre2 --multiline` with look-around
-- `c93fc79` - searcher: add more tests for `replace_bytes`
-- `d199058` - cli: make `rg -vf file` behave sensibly
-- `d869038` - ignore: improve multithreading heuristic
-- `da672f8` - color: add italic to style attributes
-- `de2567a` - printer: fix panic in replacements in look-around corner case
-- `e2362d4` - searcher: add log message noting detected encoding
-- `edafb61` - core: add "total" to --stats output
-- `f722268` - complete/fish: Take RIPGREP_CONFIG_PATH into account
-
-Includes all original commits with:
-- Complete semantic information and commit messages
-- Test files and their evolution
-- Documentation and configuration changes
-
-**Use this to**: Gain full context on implementation rationale and test-requirement alignment.
-
-**How to access patches**: Read `DATA/github_data/preprocessed/BurntSushi_ripgrep_14.1.1_15.0.0/patches/{sha}.patch` for detailed changes.
-
-
-## INPUT 4: Stable Fail-to-Pass Test List (6 tests)
-**Source**: Stable classification from `test_results/maintenance_fixes_1_sub-02/maintenance_fixes_1_sub-02_classification.json`
-**Full Test List**: `DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_fixes_1_sub-02/f2p_tests_list.txt`
-
-These are **verified stable** fail-to-pass tests (filtered from flaky tests through multiple test runs).
-**Complete list (6 tests)**:
-- regression::r2944_incorrect_bytes_searched
-- regression::r2990_trip_over_trailing_dot
-- regression::r3180_look_around_panic
-- regression::r428_unrecognized_style
-- standard::tests::regression_crlf_preserve
-- regression::r1334_invert_empty_patterns
-
-**How to access test code**:
-- Each test ID follows the format: `<file_path>::<ClassName>::<method_name>` or `<file_path>::<function_name>`
-- To view test implementation in the container (already at commit `milestone-maintenance_fixes_1_sub-02-end`):
-  ```bash
-  docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_fixes_1_sub-02-container cat test/test_response.py
-  ```
-
-================================================================================
-
-# SRS GENERATION GUIDELINES
-
-## Design Philosophy
-
-A good SRS should simulate real-world development scenarios where engineers receive requirements and must independently research, analyze code, and design solutions. The SRS must be **realistic**, **challenging**, and **well-defined**.
-
-### Core Principles
-
-1. **Realism**: Mimic actual issue statements and requirements from production environments
-   - Base problems on real user reports and symptoms
-   - Avoid artificial or overly academic problem descriptions
-   - Use concrete error messages and failure scenarios when available
-
-2. **Agent Autonomy**: Test comprehensive engineering capabilities
-   - Agent must research domain knowledge (RFCs, standards, documentation)
-   - Agent must analyze codebase to find root causes
-   - Agent must design implementation approach independently
-   - Frame requirements around desired outcomes, not prescribed edits
-   - **Do NOT over-specify**: No implementation hints, no file paths, no code snippets
-
-3. **Sufficiency**: Provide clear and complete problem definitions
-   - Problem symptoms must be specific and observable
-   - Requirements must define **what** to achieve, not **how**
-   - Acceptance criteria must be verifiable (preferably via tests)
-   - Use gold-patch and test suite to validate completeness
-   - Maintain clarity to avoid ambiguity while keeping the task challenging—do not simplify implementation choices
-
----
-
-## Format Requirements
-
-### Document Structure
-
-Every SRS must include:
-
-1. **Overview Section**: High-level summary of all requirements
-2. **Requirements Sections**: Individual functional requirements (FR1, FR2, ...)
-
-### Individual Requirement Format
-
-```markdown
-### FRX: [Requirement Title]
-
-**Problem**: [One-sentence symptom description. Describe what fails, not why.]
-
-**User Report** (optional - only when real user issue exists):
-```
-[Brief excerpt from actual issue: error messages, reproduction steps, impact]
-```
-
-**Requirements**:
-- [Functional requirement 1 - what to achieve]
-- [Functional requirement 2]
-- ...
-
-**Acceptance**:
-- [Prefer scenario-style observable outcome, e.g., “When <action>, <result>”; if not feasible, clearly state the observable outcome]
-- [Additional observable outcome]
-- ...
-```
-
-### What to INCLUDE
-
-✅ **Overview section**:
-- Brief summary of all requirements (numbered list)
-- Affected modules/files
-- High-level problem domain
-- Include only the context necessary to eliminate ambiguity; avoid extra guidance that makes implementation trivial
-- **Omit** issue/PR numbers and implementation details
-
-✅ **Problem section**:
-- Observable symptoms and error messages
-- Failure scenarios and reproduction context
-- Impact on users or system functionality
-- Key technical terms (e.g., "TLS 1.3 PHA", "FIPS", "OpenSSL 3.2.0")
-
-✅ **User Report** (when available):
-- Actual error messages from issue
-- User's reproduction steps
-- User's description of impact
-- Keep concise (3-5 lines max)
-- **Omit** issue/PR numbers and external links (GitHub, bug trackers, etc.)
-
-✅ **Requirements**:
-- What functionality to implement
-- What behavior to fix or improve
-- What compatibility to maintain
-- Describe desired end state or constraints; avoid mandating specific functions, methods, or code edits
-- Provide extra context only when required to prevent misinterpretation, not to ease implementation
-- Keep implementation-agnostic
-
-✅ **Acceptance**:
-- Prefer scenario-style observable outcomes (“When <action>, <result>”); if that’s not feasible, clearly state the observable result
-- Test scenarios that must pass (refer to existing tests by behavior, not implementation steps)
-- Backward compatibility requirements
-- Non-breaking change requirements
-
-### What to EXCLUDE
-
-❌ **Do NOT include**:
-- Technical background tutorials (e.g., "TLS 1.3 PHA allows...")
-- Root cause analysis (e.g., "The bug is in line 42 because...")
-- Implementation details (e.g., "Use lazy loading by...")
-- Prescriptive changes (e.g., "Delete `selected_npn_protocol()`" or "Call function X")
-- Code snippets (before/after examples)
-- File paths and line numbers
-- Step-by-step implementation guides
-- Historical context (e.g., "accidentally broken during refactoring")
-- Issue/PR/Changelog references (e.g., "Issue #1234", "PR #5678")
-- **External links that reveal implementation** (e.g., upstream bug trackers, reference implementations)
-
-❌ **Do NOT add separate sections**:
-- "Background", "Root Cause", "Technical Context"
-- "Implementation Plan", "Solution Approach"
-- "Implementation References"
-
-**End of Template**

BurntSushi_ripgrep_14.1.1_15.0.0/srs/maintenance_style_1/env_dependencies.md

@@ -1,4 +0,0 @@
-# Environment Dependency Changes (relative to Base Env)
-
-## Rust Toolchain
-- Rust upgraded to 1.80.0

BurntSushi_ripgrep_14.1.1_15.0.0/srs/maintenance_style_1/logs/stage1_srs_gen_prompt.txt

@@ -1,205 +0,0 @@
-================================================================================
-MILESTONE: maintenance_style_1 - Code Style and Refactoring
-================================================================================
-
-# TASK
-
-Your task is to generate a complete Software Requirements Specification (SRS) for this milestone based on the provided inputs. You will be given:
-1. A **mini SRS** (brief requirement description)
-2. **Code changes** (curated source-only modifications)
-3. **Full commit history** (complete development record with context)
-4. **Test list** (fail-to-pass test cases)
-
-Your goal is to **reverse-engineer** a comprehensive, production-quality SRS that:
-- Expands the mini SRS into detailed functional requirements
-- Analyzes code changes and commits to understand implementation
-- Uses fail-to-pass tests as acceptance criteria
-- Produces a realistic requirements document that could have guided the original development
-
-**Output Requirements**:
-- Save the generated SRS document to: `DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_style_1/SRS.md`
-- Use Markdown format (.md extension)
-- Ensure the document is complete and ready for engineering use
-
-================================================================================
-
-# AVAILABLE INPUTS
-
-## INPUT 1: Mini SRS
-
-This milestone consolidates code style and refactoring commits. Includes rustfmt 2024 formatting - simplified string formatting - Clippy lint fixes - atomic ordering simplification - removal of __Nonexhaustive work-around - minor code simplifications in printer.
-
-
-## INPUT 2: Code Changes
-
-**Docker Container**: `burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_style_1-container`
-**Git range**: `milestone-maintenance_style_1-start..milestone-maintenance_style_1-end`
-
-**How to Access Code in Container:**
-
-The milestone container has the complete git repository (working directory: `/testbed`) already checked out to commit `milestone-maintenance_style_1-end`.
-
-To view files in the container:
-```bash
-docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_style_1-container cat <file_path>
-```
-
-To run git commands:
-```bash
-docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_style_1-container git <git-command>
-```
-
----
-
-This represents the **curated** implementation changes for this milestone:
-- Squashed source code modifications (project source code only)
-- Focused on requirement-related functional changes
-- Excludes test files, documentation, and auxiliary changes
-
-**Use this to**: Understand the core functional implementation relevant to requirements.
-
-**How to view**: Run `docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_style_1-container git diff milestone-maintenance_style_1-start..milestone-maintenance_style_1-end`
-
-
-## INPUT 3: Full Commit History (6 commits)
-
-This is the **complete** development record for context:
-- `5e2d32f` - printer: slightly simplify code
-- `861f6d3` - style: simplify string formatting
-- `bb8172f` - style: apply rustfmt
-- `a7b7d81` - lint: fix a few Clippy errors
-- `90a680a` - impl: switch most atomic ops to `Relaxed` ordering
-- `ab4665a` - globset: remove `__Nonexhaustive` work-around
-
-Includes all original commits with:
-- Complete semantic information and commit messages
-- Test files and their evolution
-- Documentation and configuration changes
-
-**Use this to**: Gain full context on implementation rationale and test-requirement alignment.
-
-**How to access patches**: Read `DATA/github_data/preprocessed/BurntSushi_ripgrep_14.1.1_15.0.0/patches/{sha}.patch` for detailed changes.
-
-
-## INPUT 4: Stable Fail-to-Pass Test List (0 tests)
-No acceptance tests found for this milestone.
-
-================================================================================
-
-# SRS GENERATION GUIDELINES
-
-## Design Philosophy
-
-A good SRS should simulate real-world development scenarios where engineers receive requirements and must independently research, analyze code, and design solutions. The SRS must be **realistic**, **challenging**, and **well-defined**.
-
-### Core Principles
-
-1. **Realism**: Mimic actual issue statements and requirements from production environments
-   - Base problems on real user reports and symptoms
-   - Avoid artificial or overly academic problem descriptions
-   - Use concrete error messages and failure scenarios when available
-
-2. **Agent Autonomy**: Test comprehensive engineering capabilities
-   - Agent must research domain knowledge (RFCs, standards, documentation)
-   - Agent must analyze codebase to find root causes
-   - Agent must design implementation approach independently
-   - Frame requirements around desired outcomes, not prescribed edits
-   - **Do NOT over-specify**: No implementation hints, no file paths, no code snippets
-
-3. **Sufficiency**: Provide clear and complete problem definitions
-   - Problem symptoms must be specific and observable
-   - Requirements must define **what** to achieve, not **how**
-   - Acceptance criteria must be verifiable (preferably via tests)
-   - Use gold-patch and test suite to validate completeness
-   - Maintain clarity to avoid ambiguity while keeping the task challenging—do not simplify implementation choices
-
----
-
-## Format Requirements
-
-### Document Structure
-
-Every SRS must include:
-
-1. **Overview Section**: High-level summary of all requirements
-2. **Requirements Sections**: Individual functional requirements (FR1, FR2, ...)
-
-### Individual Requirement Format
-
-```markdown
-### FRX: [Requirement Title]
-
-**Problem**: [One-sentence symptom description. Describe what fails, not why.]
-
-**User Report** (optional - only when real user issue exists):
-```
-[Brief excerpt from actual issue: error messages, reproduction steps, impact]
-```
-
-**Requirements**:
-- [Functional requirement 1 - what to achieve]
-- [Functional requirement 2]
-- ...
-
-**Acceptance**:
-- [Prefer scenario-style observable outcome, e.g., “When <action>, <result>”; if not feasible, clearly state the observable outcome]
-- [Additional observable outcome]
-- ...
-```
-
-### What to INCLUDE
-
-✅ **Overview section**:
-- Brief summary of all requirements (numbered list)
-- Affected modules/files
-- High-level problem domain
-- Include only the context necessary to eliminate ambiguity; avoid extra guidance that makes implementation trivial
-- **Omit** issue/PR numbers and implementation details
-
-✅ **Problem section**:
-- Observable symptoms and error messages
-- Failure scenarios and reproduction context
-- Impact on users or system functionality
-- Key technical terms (e.g., "TLS 1.3 PHA", "FIPS", "OpenSSL 3.2.0")
-
-✅ **User Report** (when available):
-- Actual error messages from issue
-- User's reproduction steps
-- User's description of impact
-- Keep concise (3-5 lines max)
-- **Omit** issue/PR numbers and external links (GitHub, bug trackers, etc.)
-
-✅ **Requirements**:
-- What functionality to implement
-- What behavior to fix or improve
-- What compatibility to maintain
-- Describe desired end state or constraints; avoid mandating specific functions, methods, or code edits
-- Provide extra context only when required to prevent misinterpretation, not to ease implementation
-- Keep implementation-agnostic
-
-✅ **Acceptance**:
-- Prefer scenario-style observable outcomes (“When <action>, <result>”); if that’s not feasible, clearly state the observable result
-- Test scenarios that must pass (refer to existing tests by behavior, not implementation steps)
-- Backward compatibility requirements
-- Non-breaking change requirements
-
-### What to EXCLUDE
-
-❌ **Do NOT include**:
-- Technical background tutorials (e.g., "TLS 1.3 PHA allows...")
-- Root cause analysis (e.g., "The bug is in line 42 because...")
-- Implementation details (e.g., "Use lazy loading by...")
-- Prescriptive changes (e.g., "Delete `selected_npn_protocol()`" or "Call function X")
-- Code snippets (before/after examples)
-- File paths and line numbers
-- Step-by-step implementation guides
-- Historical context (e.g., "accidentally broken during refactoring")
-- Issue/PR/Changelog references (e.g., "Issue #1234", "PR #5678")
-- **External links that reveal implementation** (e.g., upstream bug trackers, reference implementations)
-
-❌ **Do NOT add separate sections**:
-- "Background", "Root Cause", "Technical Context"
-- "Implementation Plan", "Solution Approach"
-- "Implementation References"
-
-**End of Template**

BurntSushi_ripgrep_14.1.1_15.0.0/srs/maintenance_style_1/logs/stage1_srs_gen_stdout.txt

@@ -1 +0,0 @@
-{"type":"result","subtype":"success","is_error":false,"duration_ms":84382,"duration_api_ms":87399,"num_turns":12,"result":"The SRS document has been successfully generated and saved to the specified location. \n\n**Summary of the SRS:**\n\nThe document covers 6 functional requirements for this code style and refactoring milestone:\n\n| FR | Title | Description |\n|---|---|---|\n| FR1 | Rust 2024 Edition Formatting | Configure rustfmt for 2024 edition, reorder imports, single-line conditionals |\n| FR2 | String Formatting Modernization | Replace positional format arguments with inline variable syntax |\n| FR3 | Clippy Lint Fixes | Fix iterator patterns, write operations, lifetime annotations, semicolons |\n| FR4 | Atomic Memory Ordering | Replace `SeqCst` with `Relaxed` ordering for independent flags |\n| FR5 | Non-Exhaustive Enum Pattern | Replace `__Nonexhaustive` variant with `#[non_exhaustive]` attribute |\n| FR6 | Printer Code Simplification | Remove redundant reference conversion in Option chains |\n\nThe document follows the SRS template format with:\n- Overview section listing all requirements and affected modules\n- Individual requirement sections with Problem, Requirements, and Acceptance criteria\n- No implementation details, file paths, or code snippets (as required)\n- Scenario-style acceptance criteria focused on observable outcomes","session_id":"a9e2167a-c3f2-430f-b329-2bd1a1a1df53","total_cost_usd":0.50421,"usage":{"input_tokens":3291,"cache_creation_input_tokens":39442,"cache_read_input_tokens":233859,"output_tokens":4312,"server_tool_use":{"web_search_requests":0,"web_fetch_requests":0},"service_tier":"standard","cache_creation":{"ephemeral_1h_input_tokens":0,"ephemeral_5m_input_tokens":39442}},"modelUsage":{"claude-opus-4-5-20251101":{"inputTokens":3291,"outputTokens":4312,"cacheReadInputTokens":233859,"cacheCreationInputTokens":39442,"webSearchRequests":0,"costUSD":0.48769700000000005,"contextWindow":200000,"maxOutputTokens":64000},"claude-haiku-4-5-20251001":{"inputTokens":13608,"outputTokens":581,"cacheReadInputTokens":0,"cacheCreationInputTokens":0,"webSearchRequests":0,"costUSD":0.016513000000000003,"contextWindow":200000,"maxOutputTokens":64000}},"permission_denials":[],"uuid":"b2ba964f-5f12-41e2-90c1-2b3f26dd1dcb"}

BurntSushi_ripgrep_14.1.1_15.0.0/srs/maintenance_style_1/logs/stage2_acceptance_prompt.txt

@@ -1,110 +0,0 @@
-# Task: Align SRS Acceptance Criteria with Fail-to-Pass Tests
-
-## Objective
-Identify where SRS acceptance criteria are **insufficiently specific** to remove API ambiguity, and add **minimum necessary details** about interfaces and contracts—while avoiding test implementation leakage and preserving agent's ability to infer from code context.
-
-**Task Output**: Modify the SRS Document with minimal necessary changes. Only update the **Acceptance** sections (and **Requirements** if absolutely needed) to include specific API contracts required by the f2p tests. Do not rewrite the entire document—make surgical edits only where ambiguity exists.
-
-## Inputs
-- **SRS Document**: DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_style_1/SRS.md
-- **Stable F2P Test List**: DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/test_results/maintenance_style_1/maintenance_style_1_classification.json (from `stable_classification.fail_to_pass`)
-- **Full Test List File**: DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_style_1/f2p_tests_list.txt
-- **Docker Container**: burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_style_1-container
-- **Code Changes**: milestone-maintenance_style_1-start..milestone-maintenance_style_1-end
-
-**Note**: Test list is from stable classification - verified fail-to-pass tests after filtering out flaky tests.
-
-**How to Access Code in Container**:
-
-The milestone container has the complete git repository (working directory: `/testbed`) already checked out to commit `milestone-maintenance_style_1-end`.
-
-To view files in the container:
-```bash
-docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_style_1-container cat <file_path>
-```
-
-To run git commands:
-```bash
-docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_style_1-container git <git-command>
-```
-
-**How to Access Test Code**:
-- The classification file contains stable fail-to-pass test IDs (filtered from multiple test runs)
-- Each test ID follows the format: `<file_path>::<ClassName>::<method_name>` or `<file_path>::<function_name>`
-- To view test implementation in the container:
-  ```bash
-  docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_style_1-container cat test/test_response.py
-  ```
-
-## Core Principle: Remove Ambiguity, Not Agency
-
-The goal is to identify misalignments where:
-- **SRS says**: "Response objects must carry version information"
-- **Test requires**: `BaseHTTPResponse(version_string="HTTP/1.1", ...)`
-- **Problem**: Agent doesn't know the parameter must be named `version_string`
-
-### Add Only When Necessary to Remove Ambiguity
-
-**✅ Add if tests require specific naming/interfaces**:
-- Parameter names (when tests directly use them)
-- Attribute names (when tests access them)
-- Module constants (when tests import them)
-- Required vs. optional parameters
-- Default values for optional parameters
-
-**❌ Don't add (avoid test leakage)**:
-- Test assertion values or expected outcomes
-- Test-specific scenarios or data flows
-- Implementation logic or algorithms
-- Details derivable from existing codebase
-- Anything beyond API surface contracts
-
-### Litmus Test
-Ask: "If the agent sees the SRS but not the tests, will they know:"
-- The exact parameter name? (if not, add it)
-- Whether it's required or optional? (if not, add it)
-- What type it should be? (if not, add it)
-
-But also ask:
-- "Can the agent figure this out from the code diff?" (if yes, maybe omit)
-- "Is this an API contract or test expectation?" (only add if API contract)
-
-## Cascading Failure Detection
-
-**Before analyzing**, check for **Cascading Failures**: clusters of tests sharing the same **Error Signature** (Exception + `file:line`).
-
-1. **If Cascading Failure Found**:
-   - Identify the single root cause API contract.
-   - Add **ONE** acceptance criterion to the SRS.
-   - **SKIP** individual analysis for the rest of the cluster.
-
-2. **If Independent Failures**:
-   - Analyze each test individually.
-
----
-
-## Instructions
-
-1. **Analyze**: For each f2p test, identify what API contracts it requires (parameter names, attributes, constants). Check if current SRS acceptance criteria specify these unambiguously.
-
-2. **Enhance**: Modify **Acceptance** sections (and **Requirements** if needed) to include necessary API specifics. You may keep high-level acceptance bullets and add specific ones, or integrate specifics into existing bullets. Do not create new sections.
-
-3. **Verify**: Check that the enhanced SRS provides sufficient minimum necessary information about API contracts without leaking test implementation details.
-
-## Example
-
-**Before** (too vague):
-```markdown
-**Acceptance**:
-- Response objects carry version metadata for logging
-```
-
-**After** (specific API contracts):
-```markdown
-**Acceptance**:
-- `BaseHTTPResponse.__init__()` must accept parameter `version_string: str` (required)
-- `HTTPResponse.__init__()` must accept parameter `version_string: str = "HTTP/?"`
-- Response objects must expose `version_string` as an instance attribute
-```
-
-Key point: Specify parameter/attribute **names** and **signatures**, but not implementation values or logic (agent infers from code diff).

BurntSushi_ripgrep_14.1.1_15.0.0/srs/maintenance_style_1/logs/stage2_acceptance_stdout.txt

@@ -1 +0,0 @@
-{"type":"result","subtype":"success","is_error":false,"duration_ms":62370,"duration_api_ms":63459,"num_turns":11,"result":"Based on my analysis, I've confirmed that this milestone has **no fail-to-pass tests** to align with the SRS acceptance criteria.\n\n## Summary\n\n**Classification Results:**\n- `stable_classification.fail_to_pass: []` (empty array)\n- The f2p_tests_list.txt file is also empty\n\n**Reason:**\nThis is a **code style and refactoring milestone** (maintenance_style_1) that includes:\n1. Rust 2024 edition formatting changes\n2. String formatting syntax modernization\n3. Clippy lint fixes\n4. Atomic memory ordering simplification\n5. Non-exhaustive enum pattern updates\n6. Printer code pattern simplification\n\nThese changes are purely cosmetic/stylistic and do not alter the program's behavior. The git diff shows 34 files changed with formatting and style updates that produce identical runtime behavior.\n\n**Test Classification Breakdown:**\n- **pass_to_pass**: ~1100+ tests (tests that passed before and still pass)\n- **fail_to_fail**: 7 tests (pre-existing failures unrelated to this milestone)\n- **fail_to_pass**: 0 tests (no behavioral changes that fix failing tests)\n\n## Conclusion\n\n**No modifications to the SRS document are required.** Since there are no fail-to-pass tests, there are no API contracts or acceptance criteria that need additional specificity for test alignment. The current SRS acceptance criteria are sufficient for this maintenance milestone, as the changes do not introduce or modify any testable behavior.","session_id":"9916dff5-330a-448b-b661-5e052d6148f6","total_cost_usd":0.21217525,"usage":{"input_tokens":168,"cache_creation_input_tokens":11231,"cache_read_input_tokens":144221,"output_tokens":2560,"server_tool_use":{"web_search_requests":0,"web_fetch_requests":0},"service_tier":"standard","cache_creation":{"ephemeral_1h_input_tokens":0,"ephemeral_5m_input_tokens":11231}},"modelUsage":{"claude-opus-4-5-20251101":{"inputTokens":168,"outputTokens":2560,"cacheReadInputTokens":144221,"cacheCreationInputTokens":11231,"webSearchRequests":0,"costUSD":0.20714425,"contextWindow":200000,"maxOutputTokens":64000},"claude-haiku-4-5-20251001":{"inputTokens":3771,"outputTokens":252,"cacheReadInputTokens":0,"cacheCreationInputTokens":0,"webSearchRequests":0,"costUSD":0.005031,"contextWindow":200000,"maxOutputTokens":64000}},"permission_denials":[],"uuid":"5c15768d-ab4b-40ae-b0dd-981e90c067f3"}

BurntSushi_ripgrep_14.1.1_15.0.0/srs/maintenance_style_1/logs/stage3_env_spec_prompt.txt

@@ -1,68 +0,0 @@
-# Environment Specification Comparison Task
-
-## Objective
-Compare two test environments and identify **dependency changes only**. Output a minimal list of environment differences, excluding all code-related information.
-
-## Input Materials
-- **Base Dockerfile**: `/home/gangda/workspace/AgentBench/DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/dockerfiles/base/Dockerfile`
-- **Milestone Dockerfile**: `/home/gangda/workspace/AgentBench/DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/dockerfiles/maintenance_style_1/Dockerfile`
-- **Base Container**: `burntsushi_ripgrep_14.1.1_15.0.0-base-container`
-- **Milestone Container**: `burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_style_1-container`
-- **Git Repository**: `/home/gangda/workspace/AgentBench/DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/testbed` (for reference only, DO NOT analyze code changes)
-
-## Critical Constraints
-
-**Include**: Language package changes (Python/Node/Go/etc), system packages (APT/YUM), environment variables, base image differences.
-
-**Exclude**: Git commits, source code changes, API/function additions, business logic, test results.
-
-## Analysis Workflow
-
-### Step 1: Static Analysis
-Compare Dockerfiles to identify differences in:
-- Package install commands (pip, npm, apt-get, etc.)
-- Base images (FROM statements)
-- Environment variables (ENV statements)
-
-### Step 2: Dynamic Verification
-Use `docker exec` to compare runtime environments:
-- Language packages: `pip list`, `npm list`, etc.
-- System packages: `dpkg -l`, `rpm -qa`, etc.
-- Environment: `env`
-
-## Output Format
-
-Save to: `/home/gangda/workspace/AgentBench/DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_style_1/env_dependencies.md`
-
-```markdown
-# Environment Dependency Changes (relative to Base Env)
-
-## Python Packages
-- <package1> <version> added
-- <package2> upgraded to <version>
-- <package3> removed
-
-## System Packages
-- <package1> added
-- <package2> upgraded to <version>
-
-## Environment Variables
-- <VAR_NAME> set to <value>
-- <OLD_VAR> removed
-
-## Base Image
-- Base image: <image:tag>
-```
-
-**Rules**:
-- Omit sections with no changes
-- One line per change, natural language format
-- Only list final state (Milestone version), not base version
-- If identical: output "No changes detected."
-
-## Quality Checklist
-
-Before submitting:
-- ✅ No git SHAs, code diffs, or source file paths
-- ✅ Only third-party dependency packages listed
-- ✅ Concise: one line per change

BurntSushi_ripgrep_14.1.1_15.0.0/srs/maintenance_style_1/logs/stage3_env_spec_stdout.txt

@@ -1 +0,0 @@
-{"type":"result","subtype":"success","is_error":false,"duration_ms":107911,"duration_api_ms":118391,"num_turns":25,"result":"Done. I've completed the environment specification comparison.\n\n## Summary\n\n**Static Analysis:**\n- Base Dockerfile: Uses `rust:1.74.0-slim` base image\n- Milestone Dockerfile: Builds on base and runs `rustup update && rustup install 1.80.0 && rustup default 1.80.0`\n\n**Dynamic Verification:**\n- Rust version in base: `rustc 1.74.0`\n- Rust version in milestone: `rustc 1.80.0`\n- System packages: Identical (no diff)\n- Environment variables: Identical\n\n**Result:** The only dependency change is the Rust toolchain upgrade from 1.74.0 to 1.80.0.\n\nOutput saved to: `/home/gangda/workspace/AgentBench/DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_style_1/env_dependencies.md`","session_id":"e4dcf9ad-e2bf-4f71-a9bf-31be964d190d","total_cost_usd":0.5073734999999999,"usage":{"input_tokens":906,"cache_creation_input_tokens":24752,"cache_read_input_tokens":383847,"output_tokens":4885,"server_tool_use":{"web_search_requests":0,"web_fetch_requests":0},"service_tier":"standard","cache_creation":{"ephemeral_1h_input_tokens":0,"ephemeral_5m_input_tokens":24752}},"modelUsage":{"claude-opus-4-5-20251101":{"inputTokens":906,"outputTokens":4885,"cacheReadInputTokens":383847,"cacheCreationInputTokens":24752,"webSearchRequests":0,"costUSD":0.4732785,"contextWindow":200000,"maxOutputTokens":64000},"claude-haiku-4-5-20251001":{"inputTokens":30905,"outputTokens":638,"cacheReadInputTokens":0,"cacheCreationInputTokens":0,"webSearchRequests":0,"costUSD":0.034095,"contextWindow":200000,"maxOutputTokens":64000}},"permission_denials":[],"uuid":"9a92b40f-9924-4409-8580-121678600df7"}

BurntSushi_ripgrep_14.1.1_15.0.0/srs/maintenance_style_1/prompt_acceptance_align.md

@@ -1,110 +0,0 @@
-# Task: Align SRS Acceptance Criteria with Fail-to-Pass Tests
-
-## Objective
-Identify where SRS acceptance criteria are **insufficiently specific** to remove API ambiguity, and add **minimum necessary details** about interfaces and contracts—while avoiding test implementation leakage and preserving agent's ability to infer from code context.
-
-**Task Output**: Modify the SRS Document with minimal necessary changes. Only update the **Acceptance** sections (and **Requirements** if absolutely needed) to include specific API contracts required by the f2p tests. Do not rewrite the entire document—make surgical edits only where ambiguity exists.
-
-## Inputs
-- **SRS Document**: DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_style_1/SRS.md
-- **Stable F2P Test List**: DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/test_results/maintenance_style_1/maintenance_style_1_classification.json (from `stable_classification.fail_to_pass`)
-- **Full Test List File**: DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_style_1/f2p_tests_list.txt
-- **Docker Container**: burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_style_1-container
-- **Code Changes**: milestone-maintenance_style_1-start..milestone-maintenance_style_1-end
-
-**Note**: Test list is from stable classification - verified fail-to-pass tests after filtering out flaky tests.
-
-**How to Access Code in Container**:
-
-The milestone container has the complete git repository (working directory: `/testbed`) already checked out to commit `milestone-maintenance_style_1-end`.
-
-To view files in the container:
-```bash
-docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_style_1-container cat <file_path>
-```
-
-To run git commands:
-```bash
-docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_style_1-container git <git-command>
-```
-
-**How to Access Test Code**:
-- The classification file contains stable fail-to-pass test IDs (filtered from multiple test runs)
-- Each test ID follows the format: `<file_path>::<ClassName>::<method_name>` or `<file_path>::<function_name>`
-- To view test implementation in the container:
-  ```bash
-  docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_style_1-container cat test/test_response.py
-  ```
-
-## Core Principle: Remove Ambiguity, Not Agency
-
-The goal is to identify misalignments where:
-- **SRS says**: "Response objects must carry version information"
-- **Test requires**: `BaseHTTPResponse(version_string="HTTP/1.1", ...)`
-- **Problem**: Agent doesn't know the parameter must be named `version_string`
-
-### Add Only When Necessary to Remove Ambiguity
-
-**✅ Add if tests require specific naming/interfaces**:
-- Parameter names (when tests directly use them)
-- Attribute names (when tests access them)
-- Module constants (when tests import them)
-- Required vs. optional parameters
-- Default values for optional parameters
-
-**❌ Don't add (avoid test leakage)**:
-- Test assertion values or expected outcomes
-- Test-specific scenarios or data flows
-- Implementation logic or algorithms
-- Details derivable from existing codebase
-- Anything beyond API surface contracts
-
-### Litmus Test
-Ask: "If the agent sees the SRS but not the tests, will they know:"
-- The exact parameter name? (if not, add it)
-- Whether it's required or optional? (if not, add it)
-- What type it should be? (if not, add it)
-
-But also ask:
-- "Can the agent figure this out from the code diff?" (if yes, maybe omit)
-- "Is this an API contract or test expectation?" (only add if API contract)
-
-## Cascading Failure Detection
-
-**Before analyzing**, check for **Cascading Failures**: clusters of tests sharing the same **Error Signature** (Exception + `file:line`).
-
-1. **If Cascading Failure Found**:
-   - Identify the single root cause API contract.
-   - Add **ONE** acceptance criterion to the SRS.
-   - **SKIP** individual analysis for the rest of the cluster.
-
-2. **If Independent Failures**:
-   - Analyze each test individually.
-
----
-
-## Instructions
-
-1. **Analyze**: For each f2p test, identify what API contracts it requires (parameter names, attributes, constants). Check if current SRS acceptance criteria specify these unambiguously.
-
-2. **Enhance**: Modify **Acceptance** sections (and **Requirements** if needed) to include necessary API specifics. You may keep high-level acceptance bullets and add specific ones, or integrate specifics into existing bullets. Do not create new sections.
-
-3. **Verify**: Check that the enhanced SRS provides sufficient minimum necessary information about API contracts without leaking test implementation details.
-
-## Example
-
-**Before** (too vague):
-```markdown
-**Acceptance**:
-- Response objects carry version metadata for logging
-```
-
-**After** (specific API contracts):
-```markdown
-**Acceptance**:
-- `BaseHTTPResponse.__init__()` must accept parameter `version_string: str` (required)
-- `HTTPResponse.__init__()` must accept parameter `version_string: str = "HTTP/?"`
-- Response objects must expose `version_string` as an instance attribute
-```
-
-Key point: Specify parameter/attribute **names** and **signatures**, but not implementation values or logic (agent infers from code diff).

BurntSushi_ripgrep_14.1.1_15.0.0/srs/maintenance_style_1/prompt_env_spec.md

@@ -1,68 +0,0 @@
-# Environment Specification Comparison Task
-
-## Objective
-Compare two test environments and identify **dependency changes only**. Output a minimal list of environment differences, excluding all code-related information.
-
-## Input Materials
-- **Base Dockerfile**: `/home/gangda/workspace/AgentBench/DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/dockerfiles/base/Dockerfile`
-- **Milestone Dockerfile**: `/home/gangda/workspace/AgentBench/DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/dockerfiles/maintenance_style_1/Dockerfile`
-- **Base Container**: `burntsushi_ripgrep_14.1.1_15.0.0-base-container`
-- **Milestone Container**: `burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_style_1-container`
-- **Git Repository**: `/home/gangda/workspace/AgentBench/DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/testbed` (for reference only, DO NOT analyze code changes)
-
-## Critical Constraints
-
-**Include**: Language package changes (Python/Node/Go/etc), system packages (APT/YUM), environment variables, base image differences.
-
-**Exclude**: Git commits, source code changes, API/function additions, business logic, test results.
-
-## Analysis Workflow
-
-### Step 1: Static Analysis
-Compare Dockerfiles to identify differences in:
-- Package install commands (pip, npm, apt-get, etc.)
-- Base images (FROM statements)
-- Environment variables (ENV statements)
-
-### Step 2: Dynamic Verification
-Use `docker exec` to compare runtime environments:
-- Language packages: `pip list`, `npm list`, etc.
-- System packages: `dpkg -l`, `rpm -qa`, etc.
-- Environment: `env`
-
-## Output Format
-
-Save to: `/home/gangda/workspace/AgentBench/DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_style_1/env_dependencies.md`
-
-```markdown
-# Environment Dependency Changes (relative to Base Env)
-
-## Python Packages
-- <package1> <version> added
-- <package2> upgraded to <version>
-- <package3> removed
-
-## System Packages
-- <package1> added
-- <package2> upgraded to <version>
-
-## Environment Variables
-- <VAR_NAME> set to <value>
-- <OLD_VAR> removed
-
-## Base Image
-- Base image: <image:tag>
-```
-
-**Rules**:
-- Omit sections with no changes
-- One line per change, natural language format
-- Only list final state (Milestone version), not base version
-- If identical: output "No changes detected."
-
-## Quality Checklist
-
-Before submitting:
-- ✅ No git SHAs, code diffs, or source file paths
-- ✅ Only third-party dependency packages listed
-- ✅ Concise: one line per change

BurntSushi_ripgrep_14.1.1_15.0.0/srs/maintenance_style_1/prompt_srs_gen.md

@@ -1,205 +0,0 @@
-================================================================================
-MILESTONE: maintenance_style_1 - Code Style and Refactoring
-================================================================================
-
-# TASK
-
-Your task is to generate a complete Software Requirements Specification (SRS) for this milestone based on the provided inputs. You will be given:
-1. A **mini SRS** (brief requirement description)
-2. **Code changes** (curated source-only modifications)
-3. **Full commit history** (complete development record with context)
-4. **Test list** (fail-to-pass test cases)
-
-Your goal is to **reverse-engineer** a comprehensive, production-quality SRS that:
-- Expands the mini SRS into detailed functional requirements
-- Analyzes code changes and commits to understand implementation
-- Uses fail-to-pass tests as acceptance criteria
-- Produces a realistic requirements document that could have guided the original development
-
-**Output Requirements**:
-- Save the generated SRS document to: `DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/maintenance_style_1/SRS.md`
-- Use Markdown format (.md extension)
-- Ensure the document is complete and ready for engineering use
-
-================================================================================
-
-# AVAILABLE INPUTS
-
-## INPUT 1: Mini SRS
-
-This milestone consolidates code style and refactoring commits. Includes rustfmt 2024 formatting - simplified string formatting - Clippy lint fixes - atomic ordering simplification - removal of __Nonexhaustive work-around - minor code simplifications in printer.
-
-
-## INPUT 2: Code Changes
-
-**Docker Container**: `burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_style_1-container`
-**Git range**: `milestone-maintenance_style_1-start..milestone-maintenance_style_1-end`
-
-**How to Access Code in Container:**
-
-The milestone container has the complete git repository (working directory: `/testbed`) already checked out to commit `milestone-maintenance_style_1-end`.
-
-To view files in the container:
-```bash
-docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_style_1-container cat <file_path>
-```
-
-To run git commands:
-```bash
-docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_style_1-container git <git-command>
-```
-
----
-
-This represents the **curated** implementation changes for this milestone:
-- Squashed source code modifications (project source code only)
-- Focused on requirement-related functional changes
-- Excludes test files, documentation, and auxiliary changes
-
-**Use this to**: Understand the core functional implementation relevant to requirements.
-
-**How to view**: Run `docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-maintenance_style_1-container git diff milestone-maintenance_style_1-start..milestone-maintenance_style_1-end`
-
-
-## INPUT 3: Full Commit History (6 commits)
-
-This is the **complete** development record for context:
-- `5e2d32f` - printer: slightly simplify code
-- `861f6d3` - style: simplify string formatting
-- `bb8172f` - style: apply rustfmt
-- `a7b7d81` - lint: fix a few Clippy errors
-- `90a680a` - impl: switch most atomic ops to `Relaxed` ordering
-- `ab4665a` - globset: remove `__Nonexhaustive` work-around
-
-Includes all original commits with:
-- Complete semantic information and commit messages
-- Test files and their evolution
-- Documentation and configuration changes
-
-**Use this to**: Gain full context on implementation rationale and test-requirement alignment.
-
-**How to access patches**: Read `DATA/github_data/preprocessed/BurntSushi_ripgrep_14.1.1_15.0.0/patches/{sha}.patch` for detailed changes.
-
-
-## INPUT 4: Stable Fail-to-Pass Test List (0 tests)
-No acceptance tests found for this milestone.
-
-================================================================================
-
-# SRS GENERATION GUIDELINES
-
-## Design Philosophy
-
-A good SRS should simulate real-world development scenarios where engineers receive requirements and must independently research, analyze code, and design solutions. The SRS must be **realistic**, **challenging**, and **well-defined**.
-
-### Core Principles
-
-1. **Realism**: Mimic actual issue statements and requirements from production environments
-   - Base problems on real user reports and symptoms
-   - Avoid artificial or overly academic problem descriptions
-   - Use concrete error messages and failure scenarios when available
-
-2. **Agent Autonomy**: Test comprehensive engineering capabilities
-   - Agent must research domain knowledge (RFCs, standards, documentation)
-   - Agent must analyze codebase to find root causes
-   - Agent must design implementation approach independently
-   - Frame requirements around desired outcomes, not prescribed edits
-   - **Do NOT over-specify**: No implementation hints, no file paths, no code snippets
-
-3. **Sufficiency**: Provide clear and complete problem definitions
-   - Problem symptoms must be specific and observable
-   - Requirements must define **what** to achieve, not **how**
-   - Acceptance criteria must be verifiable (preferably via tests)
-   - Use gold-patch and test suite to validate completeness
-   - Maintain clarity to avoid ambiguity while keeping the task challenging—do not simplify implementation choices
-
----
-
-## Format Requirements
-
-### Document Structure
-
-Every SRS must include:
-
-1. **Overview Section**: High-level summary of all requirements
-2. **Requirements Sections**: Individual functional requirements (FR1, FR2, ...)
-
-### Individual Requirement Format
-
-```markdown
-### FRX: [Requirement Title]
-
-**Problem**: [One-sentence symptom description. Describe what fails, not why.]
-
-**User Report** (optional - only when real user issue exists):
-```
-[Brief excerpt from actual issue: error messages, reproduction steps, impact]
-```
-
-**Requirements**:
-- [Functional requirement 1 - what to achieve]
-- [Functional requirement 2]
-- ...
-
-**Acceptance**:
-- [Prefer scenario-style observable outcome, e.g., “When <action>, <result>”; if not feasible, clearly state the observable outcome]
-- [Additional observable outcome]
-- ...
-```
-
-### What to INCLUDE
-
-✅ **Overview section**:
-- Brief summary of all requirements (numbered list)
-- Affected modules/files
-- High-level problem domain
-- Include only the context necessary to eliminate ambiguity; avoid extra guidance that makes implementation trivial
-- **Omit** issue/PR numbers and implementation details
-
-✅ **Problem section**:
-- Observable symptoms and error messages
-- Failure scenarios and reproduction context
-- Impact on users or system functionality
-- Key technical terms (e.g., "TLS 1.3 PHA", "FIPS", "OpenSSL 3.2.0")
-
-✅ **User Report** (when available):
-- Actual error messages from issue
-- User's reproduction steps
-- User's description of impact
-- Keep concise (3-5 lines max)
-- **Omit** issue/PR numbers and external links (GitHub, bug trackers, etc.)
-
-✅ **Requirements**:
-- What functionality to implement
-- What behavior to fix or improve
-- What compatibility to maintain
-- Describe desired end state or constraints; avoid mandating specific functions, methods, or code edits
-- Provide extra context only when required to prevent misinterpretation, not to ease implementation
-- Keep implementation-agnostic
-
-✅ **Acceptance**:
-- Prefer scenario-style observable outcomes (“When <action>, <result>”); if that’s not feasible, clearly state the observable result
-- Test scenarios that must pass (refer to existing tests by behavior, not implementation steps)
-- Backward compatibility requirements
-- Non-breaking change requirements
-
-### What to EXCLUDE
-
-❌ **Do NOT include**:
-- Technical background tutorials (e.g., "TLS 1.3 PHA allows...")
-- Root cause analysis (e.g., "The bug is in line 42 because...")
-- Implementation details (e.g., "Use lazy loading by...")
-- Prescriptive changes (e.g., "Delete `selected_npn_protocol()`" or "Call function X")
-- Code snippets (before/after examples)
-- File paths and line numbers
-- Step-by-step implementation guides
-- Historical context (e.g., "accidentally broken during refactoring")
-- Issue/PR/Changelog references (e.g., "Issue #1234", "PR #5678")
-- **External links that reveal implementation** (e.g., upstream bug trackers, reference implementations)
-
-❌ **Do NOT add separate sections**:
-- "Background", "Root Cause", "Technical Context"
-- "Implementation Plan", "Solution Approach"
-- "Implementation References"
-
-**End of Template**

BurntSushi_ripgrep_14.1.1_15.0.0/srs/milestone_seed_119407d_1_sub-01/env_dependencies.md

@@ -1,3 +0,0 @@
-# Environment Dependency Changes (relative to Base Env)
-
-No changes detected.

BurntSushi_ripgrep_14.1.1_15.0.0/srs/milestone_seed_119407d_1_sub-01/logs/stage1_srs_gen_prompt.txt

@@ -1,200 +0,0 @@
-================================================================================
-MILESTONE: milestone_seed_119407d_1_sub-01 - Windows Hyperlink Path Performance
-================================================================================
-
-# TASK
-
-Your task is to generate a complete Software Requirements Specification (SRS) for this milestone based on the provided inputs. You will be given:
-1. A **mini SRS** (brief requirement description)
-2. **Code changes** (curated source-only modifications)
-3. **Full commit history** (complete development record with context)
-4. **Test list** (fail-to-pass test cases)
-
-Your goal is to **reverse-engineer** a comprehensive, production-quality SRS that:
-- Expands the mini SRS into detailed functional requirements
-- Analyzes code changes and commits to understand implementation
-- Uses fail-to-pass tests as acceptance criteria
-- Produces a realistic requirements document that could have guided the original development
-
-**Output Requirements**:
-- Save the generated SRS document to: `DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/milestone_seed_119407d_1_sub-01/SRS.md`
-- Use Markdown format (.md extension)
-- Ensure the document is complete and ready for engineering use
-
-================================================================================
-
-# AVAILABLE INPUTS
-
-## INPUT 1: Mini SRS
-
-This sub-milestone optimizes hyperlink path handling on Windows by replacing Path::canonicalize with std::path::absolute to avoid filesystem access. This dramatically improves performance in large repositories with lots of matches by eliminating costly filesystem operations during path resolution.
-
-
-## INPUT 2: Code Changes
-
-**Docker Container**: `burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-milestone_seed_119407d_1_sub-01-container`
-**Git range**: `milestone-milestone_seed_119407d_1_sub-01-start..milestone-milestone_seed_119407d_1_sub-01-end`
-
-**How to Access Code in Container:**
-
-The milestone container has the complete git repository (working directory: `/testbed`) already checked out to commit `milestone-milestone_seed_119407d_1_sub-01-end`.
-
-To view files in the container:
-```bash
-docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-milestone_seed_119407d_1_sub-01-container cat <file_path>
-```
-
-To run git commands:
-```bash
-docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-milestone_seed_119407d_1_sub-01-container git <git-command>
-```
-
----
-
-This represents the **curated** implementation changes for this milestone:
-- Squashed source code modifications (project source code only)
-- Focused on requirement-related functional changes
-- Excludes test files, documentation, and auxiliary changes
-
-**Use this to**: Understand the core functional implementation relevant to requirements.
-
-**How to view**: Run `docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-milestone_seed_119407d_1_sub-01-container git diff milestone-milestone_seed_119407d_1_sub-01-start..milestone-milestone_seed_119407d_1_sub-01-end`
-
-
-## INPUT 3: Full Commit History (1 commits)
-
-This is the **complete** development record for context:
-- `119407d` - printer: use std::path::absolute on Windows
-
-Includes all original commits with:
-- Complete semantic information and commit messages
-- Test files and their evolution
-- Documentation and configuration changes
-
-**Use this to**: Gain full context on implementation rationale and test-requirement alignment.
-
-**How to access patches**: Read `DATA/github_data/preprocessed/BurntSushi_ripgrep_14.1.1_15.0.0/patches/{sha}.patch` for detailed changes.
-
-
-## INPUT 4: Stable Fail-to-Pass Test List (0 tests)
-No acceptance tests found for this milestone.
-
-================================================================================
-
-# SRS GENERATION GUIDELINES
-
-## Design Philosophy
-
-A good SRS should simulate real-world development scenarios where engineers receive requirements and must independently research, analyze code, and design solutions. The SRS must be **realistic**, **challenging**, and **well-defined**.
-
-### Core Principles
-
-1. **Realism**: Mimic actual issue statements and requirements from production environments
-   - Base problems on real user reports and symptoms
-   - Avoid artificial or overly academic problem descriptions
-   - Use concrete error messages and failure scenarios when available
-
-2. **Agent Autonomy**: Test comprehensive engineering capabilities
-   - Agent must research domain knowledge (RFCs, standards, documentation)
-   - Agent must analyze codebase to find root causes
-   - Agent must design implementation approach independently
-   - Frame requirements around desired outcomes, not prescribed edits
-   - **Do NOT over-specify**: No implementation hints, no file paths, no code snippets
-
-3. **Sufficiency**: Provide clear and complete problem definitions
-   - Problem symptoms must be specific and observable
-   - Requirements must define **what** to achieve, not **how**
-   - Acceptance criteria must be verifiable (preferably via tests)
-   - Use gold-patch and test suite to validate completeness
-   - Maintain clarity to avoid ambiguity while keeping the task challenging—do not simplify implementation choices
-
----
-
-## Format Requirements
-
-### Document Structure
-
-Every SRS must include:
-
-1. **Overview Section**: High-level summary of all requirements
-2. **Requirements Sections**: Individual functional requirements (FR1, FR2, ...)
-
-### Individual Requirement Format
-
-```markdown
-### FRX: [Requirement Title]
-
-**Problem**: [One-sentence symptom description. Describe what fails, not why.]
-
-**User Report** (optional - only when real user issue exists):
-```
-[Brief excerpt from actual issue: error messages, reproduction steps, impact]
-```
-
-**Requirements**:
-- [Functional requirement 1 - what to achieve]
-- [Functional requirement 2]
-- ...
-
-**Acceptance**:
-- [Prefer scenario-style observable outcome, e.g., “When <action>, <result>”; if not feasible, clearly state the observable outcome]
-- [Additional observable outcome]
-- ...
-```
-
-### What to INCLUDE
-
-✅ **Overview section**:
-- Brief summary of all requirements (numbered list)
-- Affected modules/files
-- High-level problem domain
-- Include only the context necessary to eliminate ambiguity; avoid extra guidance that makes implementation trivial
-- **Omit** issue/PR numbers and implementation details
-
-✅ **Problem section**:
-- Observable symptoms and error messages
-- Failure scenarios and reproduction context
-- Impact on users or system functionality
-- Key technical terms (e.g., "TLS 1.3 PHA", "FIPS", "OpenSSL 3.2.0")
-
-✅ **User Report** (when available):
-- Actual error messages from issue
-- User's reproduction steps
-- User's description of impact
-- Keep concise (3-5 lines max)
-- **Omit** issue/PR numbers and external links (GitHub, bug trackers, etc.)
-
-✅ **Requirements**:
-- What functionality to implement
-- What behavior to fix or improve
-- What compatibility to maintain
-- Describe desired end state or constraints; avoid mandating specific functions, methods, or code edits
-- Provide extra context only when required to prevent misinterpretation, not to ease implementation
-- Keep implementation-agnostic
-
-✅ **Acceptance**:
-- Prefer scenario-style observable outcomes (“When <action>, <result>”); if that’s not feasible, clearly state the observable result
-- Test scenarios that must pass (refer to existing tests by behavior, not implementation steps)
-- Backward compatibility requirements
-- Non-breaking change requirements
-
-### What to EXCLUDE
-
-❌ **Do NOT include**:
-- Technical background tutorials (e.g., "TLS 1.3 PHA allows...")
-- Root cause analysis (e.g., "The bug is in line 42 because...")
-- Implementation details (e.g., "Use lazy loading by...")
-- Prescriptive changes (e.g., "Delete `selected_npn_protocol()`" or "Call function X")
-- Code snippets (before/after examples)
-- File paths and line numbers
-- Step-by-step implementation guides
-- Historical context (e.g., "accidentally broken during refactoring")
-- Issue/PR/Changelog references (e.g., "Issue #1234", "PR #5678")
-- **External links that reveal implementation** (e.g., upstream bug trackers, reference implementations)
-
-❌ **Do NOT add separate sections**:
-- "Background", "Root Cause", "Technical Context"
-- "Implementation Plan", "Solution Approach"
-- "Implementation References"
-
-**End of Template**

BurntSushi_ripgrep_14.1.1_15.0.0/srs/milestone_seed_119407d_1_sub-01/logs/stage1_srs_gen_stdout.txt

@@ -1 +0,0 @@
-{"type":"result","subtype":"success","is_error":false,"duration_ms":71527,"duration_api_ms":75155,"num_turns":10,"result":"The SRS document has been successfully created at the specified location. The document includes:\n\n**Overview Section**:\n- High-level summary of the Windows hyperlink performance issue\n- Numbered requirements summary (FR1 and FR2)\n- Affected components\n\n**FR1: Optimize Windows Hyperlink Path Resolution**:\n- Problem statement describing the performance degradation symptom\n- User report capturing the observable issue\n- Implementation-agnostic requirements focusing on avoiding filesystem access\n- Scenario-style acceptance criteria\n\n**FR2: Maintain Correct Hyperlink Path Formatting**:\n- Problem statement about handling multiple Windows path formats\n- Specific requirements for each path type (local, network/UNC, verbatim)\n- Comprehensive acceptance criteria covering all path conversion scenarios from the test cases\n\nThe SRS follows the guidelines by:\n- Focusing on observable symptoms rather than root causes\n- Avoiding implementation details, file paths, and code snippets\n- Using scenario-style acceptance criteria\n- Omitting issue/PR numbers from requirements","session_id":"e9d22684-ba22-48f0-b349-28a94073bad9","total_cost_usd":0.29608225,"usage":{"input_tokens":74,"cache_creation_input_tokens":13291,"cache_read_input_tokens":234865,"output_tokens":3362,"server_tool_use":{"web_search_requests":0,"web_fetch_requests":0},"service_tier":"standard","cache_creation":{"ephemeral_1h_input_tokens":0,"ephemeral_5m_input_tokens":13291}},"modelUsage":{"claude-opus-4-5-20251101":{"inputTokens":74,"outputTokens":3362,"cacheReadInputTokens":234865,"cacheCreationInputTokens":13291,"webSearchRequests":0,"costUSD":0.28492125,"contextWindow":200000,"maxOutputTokens":64000},"claude-haiku-4-5-20251001":{"inputTokens":9496,"outputTokens":333,"cacheReadInputTokens":0,"cacheCreationInputTokens":0,"webSearchRequests":0,"costUSD":0.011160999999999999,"contextWindow":200000,"maxOutputTokens":64000}},"permission_denials":[],"uuid":"00f885eb-2850-4474-84c9-6112c39ed656"}

BurntSushi_ripgrep_14.1.1_15.0.0/srs/milestone_seed_119407d_1_sub-01/logs/stage2_acceptance_prompt.txt

@@ -1,110 +0,0 @@
-# Task: Align SRS Acceptance Criteria with Fail-to-Pass Tests
-
-## Objective
-Identify where SRS acceptance criteria are **insufficiently specific** to remove API ambiguity, and add **minimum necessary details** about interfaces and contracts—while avoiding test implementation leakage and preserving agent's ability to infer from code context.
-
-**Task Output**: Modify the SRS Document with minimal necessary changes. Only update the **Acceptance** sections (and **Requirements** if absolutely needed) to include specific API contracts required by the f2p tests. Do not rewrite the entire document—make surgical edits only where ambiguity exists.
-
-## Inputs
-- **SRS Document**: DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/milestone_seed_119407d_1_sub-01/SRS.md
-- **Stable F2P Test List**: DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/test_results/milestone_seed_119407d_1_sub-01/milestone_seed_119407d_1_sub-01_classification.json (from `stable_classification.fail_to_pass`)
-- **Full Test List File**: DATA/harness_workspace/BurntSushi_ripgrep_14.1.1_15.0.0/v1_001_v2/srs/v1/milestone_seed_119407d_1_sub-01/f2p_tests_list.txt
-- **Docker Container**: burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-milestone_seed_119407d_1_sub-01-container
-- **Code Changes**: milestone-milestone_seed_119407d_1_sub-01-start..milestone-milestone_seed_119407d_1_sub-01-end
-
-**Note**: Test list is from stable classification - verified fail-to-pass tests after filtering out flaky tests.
-
-**How to Access Code in Container**:
-
-The milestone container has the complete git repository (working directory: `/testbed`) already checked out to commit `milestone-milestone_seed_119407d_1_sub-01-end`.
-
-To view files in the container:
-```bash
-docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-milestone_seed_119407d_1_sub-01-container cat <file_path>
-```
-
-To run git commands:
-```bash
-docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-milestone_seed_119407d_1_sub-01-container git <git-command>
-```
-
-**How to Access Test Code**:
-- The classification file contains stable fail-to-pass test IDs (filtered from multiple test runs)
-- Each test ID follows the format: `<file_path>::<ClassName>::<method_name>` or `<file_path>::<function_name>`
-- To view test implementation in the container:
-  ```bash
-  docker exec burntsushi_ripgrep_14.1.1_15.0.0-v1_001_v2-milestone_seed_119407d_1_sub-01-container cat test/test_response.py
-  ```
-
-## Core Principle: Remove Ambiguity, Not Agency
-
-The goal is to identify misalignments where:
-- **SRS says**: "Response objects must carry version information"
-- **Test requires**: `BaseHTTPResponse(version_string="HTTP/1.1", ...)`
-- **Problem**: Agent doesn't know the parameter must be named `version_string`
-
-### Add Only When Necessary to Remove Ambiguity
-
-**✅ Add if tests require specific naming/interfaces**:
-- Parameter names (when tests directly use them)
-- Attribute names (when tests access them)
-- Module constants (when tests import them)
-- Required vs. optional parameters
-- Default values for optional parameters
-
-**❌ Don't add (avoid test leakage)**:
-- Test assertion values or expected outcomes
-- Test-specific scenarios or data flows
-- Implementation logic or algorithms
-- Details derivable from existing codebase
-- Anything beyond API surface contracts
-
-### Litmus Test
-Ask: "If the agent sees the SRS but not the tests, will they know:"
-- The exact parameter name? (if not, add it)
-- Whether it's required or optional? (if not, add it)
-- What type it should be? (if not, add it)
-
-But also ask:
-- "Can the agent figure this out from the code diff?" (if yes, maybe omit)
-- "Is this an API contract or test expectation?" (only add if API contract)
-
-## Cascading Failure Detection
-
-**Before analyzing**, check for **Cascading Failures**: clusters of tests sharing the same **Error Signature** (Exception + `file:line`).
-
-1. **If Cascading Failure Found**:
-   - Identify the single root cause API contract.
-   - Add **ONE** acceptance criterion to the SRS.
-   - **SKIP** individual analysis for the rest of the cluster.
-
-2. **If Independent Failures**:
-   - Analyze each test individually.
-
----
-
-## Instructions
-
-1. **Analyze**: For each f2p test, identify what API contracts it requires (parameter names, attributes, constants). Check if current SRS acceptance criteria specify these unambiguously.
-
-2. **Enhance**: Modify **Acceptance** sections (and **Requirements** if needed) to include necessary API specifics. You may keep high-level acceptance bullets and add specific ones, or integrate specifics into existing bullets. Do not create new sections.
-
-3. **Verify**: Check that the enhanced SRS provides sufficient minimum necessary information about API contracts without leaking test implementation details.
-
-## Example
-
-**Before** (too vague):
-```markdown
-**Acceptance**:
-- Response objects carry version metadata for logging
-```
-
-**After** (specific API contracts):
-```markdown
-**Acceptance**:
-- `BaseHTTPResponse.__init__()` must accept parameter `version_string: str` (required)
-- `HTTPResponse.__init__()` must accept parameter `version_string: str = "HTTP/?"`
-- Response objects must expose `version_string` as an instance attribute
-```
-
-Key point: Specify parameter/attribute **names** and **signatures**, but not implementation values or logic (agent infers from code diff).

BurntSushi_ripgrep_14.1.1_15.0.0/srs/milestone_seed_119407d_1_sub-01/logs/stage2_acceptance_stdout.txt

@@ -1 +0,0 @@
-{"type":"result","subtype":"success","is_error":false,"duration_ms":115155,"duration_api_ms":131834,"num_turns":18,"result":"Based on my analysis, I need to report an important finding about this milestone.\n\n## Analysis Results\n\n### Fail-to-Pass Tests Status\n\nAfter examining the classification data, I found:\n\n| Metric | Value |\n|--------|-------|\n| `fail_to_pass` | **0** |\n| `pass_to_pass` | 1084 |\n| `fail_to_fail` | 7 |\n| Total tests | 1091 |\n\n**There are no fail-to-pass tests for this milestone.**\n\n### Root Cause\n\nThe code change in `crates/printer/src/hyperlink.rs` is a **Windows-specific performance optimization** that:\n1. Replaces `Path::canonicalize()` (filesystem I/O) with `std::path::absolute()` (no I/O)\n2. Makes verbatim path prefix handling (`\\\\?\\`) optional rather than required\n3. Adds support for regular network paths (`\\\\` or `//`) without verbatim prefixes\n\nThe key test that validates this functionality is:\n```rust\n#[test]\n#[cfg(windows)]  // <-- Only compiles/runs on Windows\nfn convert_to_hyperlink_path() { ... }\n```\n\nSince tests run in a **Linux environment**, this Windows-specific test is **not compiled or executed**. The test does not appear in the test results at all.\n\n### Hyperlink Tests Found (all pass_to_pass)\n- `hyperlink::tests::build_format`\n- `hyperlink::tests::parse_valid`\n- `hyperlink::tests::build_empty_format`\n- `hyperlink::tests::parse_format`\n- `hyperlink::tests::handle_alias`\n- `hyperlink::tests::parse_invalid`\n- `hyperlink_aliases::tests::*`\n\nNone of these tests exercise the modified `from_path` function - they test format parsing which is platform-agnostic.\n\n### Conclusion\n\n**The SRS cannot be aligned with fail-to-pass tests because there are none.** The SRS document already accurately describes the expected behavior:\n\n- FR1 correctly specifies the performance optimization (no filesystem access)\n- FR2 correctly specifies all Windows path format conversions\n\nThe acceptance criteria in the SRS match the test assertions in `convert_to_hyperlink_path`:\n- `C:\\dir\\file.txt` → `/C:/dir/file.txt` ✓\n- `\\\\server\\dir\\file.txt` → `//server/dir/file.txt` ✓\n- `\\\\?\\C:\\dir\\file.txt` → `/C:/dir/file.txt` ✓\n- `\\\\?\\UNC\\server\\dir\\file.txt` → `//server/dir/file.txt` ✓\n\n**No modifications to the SRS are required** since there are no fail-to-pass tests to drive API contract specificity.","session_id":"5a6222dc-26f6-4ee5-a7e1-df5f0e95e288","total_cost_usd":0.47054825,"usage":{"input_tokens":181,"cache_creation_input_tokens":13535,"cache_read_input_tokens":393065,"output_tokens":5510,"server_tool_use":{"web_search_requests":0,"web_fetch_requests":0},"service_tier":"standard","cache_creation":{"ephemeral_1h_input_tokens":0,"ephemeral_5m_input_tokens":13535}},"modelUsage":{"claude-opus-4-5-20251101":{"inputTokens":181,"outputTokens":5510,"cacheReadInputTokens":393065,"cacheCreationInputTokens":13535,"webSearchRequests":0,"costUSD":0.41978125,"contextWindow":200000,"maxOutputTokens":64000},"claude-haiku-4-5-20251001":{"inputTokens":44367,"outputTokens":1280,"cacheReadInputTokens":0,"cacheCreationInputTokens":0,"webSearchRequests":0,"costUSD":0.050767,"contextWindow":200000,"maxOutputTokens":64000}},"permission_denials":[],"uuid":"70c30514-d192-4639-a6dd-9ea1ca613105"}