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Created January 11, 2026 02:01
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# Solve.mjs Log - 2026-01-11T01:48:08.109Z
[2026-01-11T01:48:08.110Z] [INFO] 📁 Log file: /home/hive/solve-2026-01-11T01-48-08-109Z.log
[2026-01-11T01:48:08.111Z] [INFO] (All output will be logged here)
[2026-01-11T01:48:09.133Z] [INFO]
[2026-01-11T01:48:09.134Z] [INFO] 🚀 solve v0.54.4
[2026-01-11T01:48:09.134Z] [INFO] 🔧 Raw command executed:
[2026-01-11T01:48:09.135Z] [INFO] /home/hive/.nvm/versions/node/v20.19.6/bin/node /home/hive/.bun/bin/solve https://github.com/link-assistant/hive-mind/pull/1053 --model opus --attach-logs --verbose --no-tool-check --auto-continue-on-limit-reset
[2026-01-11T01:48:09.135Z] [INFO]
[2026-01-11T01:48:09.147Z] [INFO]
[2026-01-11T01:48:09.148Z] [WARNING] ⚠️ SECURITY WARNING: --attach-logs is ENABLED
[2026-01-11T01:48:09.148Z] [INFO]
[2026-01-11T01:48:09.149Z] [INFO] This option will upload the complete solution draft log file to the Pull Request.
[2026-01-11T01:48:09.149Z] [INFO] The log may contain sensitive information such as:
[2026-01-11T01:48:09.150Z] [INFO] • API keys, tokens, or secrets
[2026-01-11T01:48:09.150Z] [INFO] • File paths and directory structures
[2026-01-11T01:48:09.150Z] [INFO] • Command outputs and error messages
[2026-01-11T01:48:09.150Z] [INFO] • Internal system information
[2026-01-11T01:48:09.151Z] [INFO]
[2026-01-11T01:48:09.151Z] [INFO] ⚠️ DO NOT use this option with public repositories or if the log
[2026-01-11T01:48:09.151Z] [INFO] might contain sensitive data that should not be shared publicly.
[2026-01-11T01:48:09.151Z] [INFO]
[2026-01-11T01:48:09.152Z] [INFO] Continuing in 5 seconds... (Press Ctrl+C to abort)
[2026-01-11T01:48:09.152Z] [INFO]
[2026-01-11T01:48:14.157Z] [INFO]
[2026-01-11T01:48:14.177Z] [INFO] 💾 Disk space check: 14807MB available (2048MB required) ✅
[2026-01-11T01:48:14.178Z] [INFO] 🧠 Memory check: 9563MB available, swap: 4095MB (860MB used), total: 12798MB (256MB required) ✅
[2026-01-11T01:48:14.178Z] [INFO] ⏩ Skipping tool connection validation (dry-run mode or skip-tool-connection-check enabled)
[2026-01-11T01:48:14.179Z] [INFO] ⏩ Skipping GitHub authentication check (dry-run mode or skip-tool-connection-check enabled)
[2026-01-11T01:48:14.179Z] [INFO] 📋 URL validation:
[2026-01-11T01:48:14.179Z] [INFO] Input URL: https://github.com/link-assistant/hive-mind/pull/1053
[2026-01-11T01:48:14.179Z] [INFO] Is Issue URL: false
[2026-01-11T01:48:14.179Z] [INFO] Is PR URL: true
[2026-01-11T01:48:14.179Z] [INFO] 🔍 Checking repository access for auto-fork...
[2026-01-11T01:48:15.032Z] [INFO] Repository visibility: public
[2026-01-11T01:48:15.033Z] [INFO] ✅ Auto-fork: Write access detected to public repository, working directly on repository
[2026-01-11T01:48:15.033Z] [INFO] 🔍 Checking repository write permissions...
[2026-01-11T01:48:15.367Z] [INFO] ✅ Repository write access: Confirmed
[2026-01-11T01:48:15.785Z] [INFO] Repository visibility: public
[2026-01-11T01:48:15.786Z] [INFO] Auto-cleanup default: false (repository is public)
[2026-01-11T01:48:15.787Z] [INFO] 🔄 Continue mode: Working with PR #1053
[2026-01-11T01:48:15.787Z] [INFO] Continue mode activated: PR URL provided directly
[2026-01-11T01:48:15.787Z] [INFO] PR Number set to: 1053
[2026-01-11T01:48:15.787Z] [INFO] Will fetch PR details and linked issue
[2026-01-11T01:48:16.207Z] [INFO] 📝 PR branch: issue-942-d0a1851786bc
[2026-01-11T01:48:16.208Z] [INFO] 🔗 Found linked issue #942
[2026-01-11T01:48:16.209Z] [INFO]
Creating temporary directory: /tmp/gh-issue-solver-1768096096209
[2026-01-11T01:48:16.211Z] [INFO]
📥 Cloning repository: link-assistant/hive-mind
[2026-01-11T01:48:19.708Z] [INFO] ✅ Cloned to: /tmp/gh-issue-solver-1768096096209
[2026-01-11T01:48:19.921Z] [INFO]
📌 Default branch: main
[2026-01-11T01:48:20.630Z] [INFO]
🔄 Checking out PR branch: issue-942-d0a1851786bc
[2026-01-11T01:48:20.630Z] [INFO] 📥 Fetching branches: From remote...
[2026-01-11T01:48:21.113Z] [INFO] 🔍 Verifying: Branch checkout...
[2026-01-11T01:48:21.183Z] [INFO] ✅ Branch checked out: issue-942-d0a1851786bc
[2026-01-11T01:48:21.184Z] [INFO] ✅ Current branch: issue-942-d0a1851786bc
[2026-01-11T01:48:21.184Z] [INFO] Branch operation: Checkout existing PR branch
[2026-01-11T01:48:21.184Z] [INFO] Branch verification: Matches expected
[2026-01-11T01:48:21.187Z] [INFO]
🔄 Continue mode: ACTIVE
[2026-01-11T01:48:21.187Z] [INFO] Using existing PR: #1053
[2026-01-11T01:48:21.188Z] [INFO] PR URL: https://github.com/link-assistant/hive-mind/pull/1053
[2026-01-11T01:48:21.188Z] [INFO]
🚀 Starting work session: 2026-01-11T01:48:21.188Z
[2026-01-11T01:48:21.582Z] [INFO] 📝 Converting PR: Back to draft mode...
[2026-01-11T01:48:22.430Z] [INFO] ✅ PR converted: Now in draft mode
[2026-01-11T01:48:23.353Z] [INFO] 💬 Posted: Work session start comment
[2026-01-11T01:48:23.687Z] [INFO] 👤 Current user: konard
[2026-01-11T01:48:23.687Z] [INFO]
📊 Comment counting conditions:
[2026-01-11T01:48:23.688Z] [INFO] prNumber: 1053
[2026-01-11T01:48:23.688Z] [INFO] branchName: issue-942-d0a1851786bc
[2026-01-11T01:48:23.688Z] [INFO] isContinueMode: true
[2026-01-11T01:48:23.688Z] [INFO] Will count comments: true
[2026-01-11T01:48:23.688Z] [INFO] 💬 Counting comments: Checking for new comments since last commit...
[2026-01-11T01:48:23.688Z] [INFO] PR #1053 on branch: issue-942-d0a1851786bc
[2026-01-11T01:48:23.689Z] [INFO] Owner/Repo: link-assistant/hive-mind
[2026-01-11T01:48:24.364Z] [INFO] 📅 Last commit time (from API): 2026-01-02T22:02:28.000Z
[2026-01-11T01:48:25.569Z] [INFO] 💬 New PR comments: 2
[2026-01-11T01:48:25.570Z] [INFO] 💬 New PR review comments: 0
[2026-01-11T01:48:25.570Z] [INFO] 💬 New issue comments: 0
[2026-01-11T01:48:25.570Z] [INFO] Total new comments: 2
[2026-01-11T01:48:25.570Z] [INFO] Comment lines to add: Yes
[2026-01-11T01:48:25.571Z] [INFO] PR review comments fetched: 0
[2026-01-11T01:48:25.571Z] [INFO] PR conversation comments fetched: 6
[2026-01-11T01:48:25.571Z] [INFO] Total PR comments checked: 6
[2026-01-11T01:48:28.676Z] [INFO] Feedback info will be added to prompt:
[2026-01-11T01:48:28.677Z] [INFO] - Pull request description was edited after last commit
[2026-01-11T01:48:28.677Z] [INFO] - New comments on the pull request: 2
[2026-01-11T01:48:28.677Z] [INFO] - Merge status is DIRTY (conflicts detected)
[2026-01-11T01:48:28.677Z] [INFO] 📅 Getting timestamps: From GitHub servers...
[2026-01-11T01:48:29.041Z] [INFO] 📝 Issue updated: 2026-01-01T21:46:39.000Z
[2026-01-11T01:48:29.358Z] [INFO] 💬 Last comment: 2026-01-01T21:46:39.000Z
[2026-01-11T01:48:29.796Z] [INFO] 🔀 Recent PR: 2026-01-10T23:36:40.000Z
[2026-01-11T01:48:29.796Z] [INFO]
✅ Reference time: 2026-01-10T23:36:40.000Z
[2026-01-11T01:48:29.797Z] [INFO]
🔍 Checking for uncommitted changes to include as feedback...
[2026-01-11T01:48:29.867Z] [INFO] ✅ No uncommitted changes found
[2026-01-11T01:48:31.457Z] [INFO] 🎭 Playwright MCP detected - enabling browser automation hints
[2026-01-11T01:48:31.460Z] [INFO]
📝 Final prompt structure:
[2026-01-11T01:48:31.460Z] [INFO] Characters: 411
[2026-01-11T01:48:31.460Z] [INFO] System prompt characters: 11906
[2026-01-11T01:48:31.460Z] [INFO] Feedback info: Included
[2026-01-11T01:48:31.462Z] [INFO]
🤖 Executing Claude: OPUS
[2026-01-11T01:48:31.462Z] [INFO] Model: opus
[2026-01-11T01:48:31.463Z] [INFO] Working directory: /tmp/gh-issue-solver-1768096096209
[2026-01-11T01:48:31.463Z] [INFO] Branch: issue-942-d0a1851786bc
[2026-01-11T01:48:31.463Z] [INFO] Prompt length: 411 chars
[2026-01-11T01:48:31.463Z] [INFO] System prompt length: 11906 chars
[2026-01-11T01:48:31.463Z] [INFO] Feedback info included: Yes (3 lines)
[2026-01-11T01:48:31.536Z] [INFO] 📈 System resources before execution:
[2026-01-11T01:48:31.537Z] [INFO] Memory: MemFree: 4918216 kB
[2026-01-11T01:48:31.538Z] [INFO] Load: 0.23 0.25 0.26 2/818 1391256
[2026-01-11T01:48:31.538Z] [INFO]
📝 Raw command:
[2026-01-11T01:48:31.538Z] [INFO] (cd "/tmp/gh-issue-solver-1768096096209" && claude --output-format stream-json --verbose --dangerously-skip-permissions --model claude-opus-4-5-20251101 -p "Issue to solve: https://github.com/link-assistant/hive-mind/issues/942
Your prepared branch: issue-942-d0a1851786bc
Your prepared working directory: /tmp/gh-issue-solver-1768096096209
Your prepared Pull Request: https://github.com/link-assistant/hive-mind/pull/1053
New comments on the pull request: 2
Pull request description was edited after last commit
Merge status is DIRTY (conflicts detected)
Continue.
" --append-system-prompt "You are an AI issue solver. You prefer to find the root cause of each and every issue. When you talk, you prefer to speak with facts which you have double-checked yourself or cite sources that provide evidence, like quote actual code or give references to documents or pages found on the internet. You are polite and patient, and prefer to assume good intent, trying your best to be helpful. If you are unsure or have assumptions, you prefer to test them yourself or ask questions to clarify requirements.
General guidelines.
- When you execute commands, always save their logs to files for easier reading if the output becomes large.
- When running commands, do not set a timeout yourself — let them run as long as needed (default timeout - 2 minutes is more than enough), and once they finish, review the logs in the file.
- When running sudo commands (especially package installations like apt-get, yum, npm install, etc.), always run them in the background to avoid timeout issues and permission errors when the process needs to be killed. Use the run_in_background parameter or append & to the command.
- When CI is failing or user reports failures, consider adding a detailed investigation protocol to your todo list with these steps:
Step 1: List recent runs with timestamps using: gh run list --repo link-assistant/hive-mind --branch issue-942-d0a1851786bc --limit 5 --json databaseId,conclusion,createdAt,headSha
Step 2: Verify runs are after the latest commit by checking timestamps and SHA
Step 3: For each non-passing run, download logs to preserve them: gh run view {run-id} --repo link-assistant/hive-mind --log > ci-logs/{workflow}-{run-id}.log
Step 4: Read each downloaded log file using Read tool to understand the actual failures
Step 5: Report findings with specific errors and line numbers from logs
This detailed investigation is especially helpful when user mentions CI failures, asks to investigate logs, you see non-passing status, or when finalizing a PR.
Note: If user says \"failing\" but tools show \"passing\", this might indicate stale data - consider downloading fresh logs and checking timestamps to resolve the discrepancy.
- When a code or log file has more than 1500 lines, read it in chunks of 1500 lines.
- When facing a complex problem, do as much tracing as possible and turn on all verbose modes.
- When you create debug, test, or example/experiment scripts for fixing, always keep them in an examples and/or experiments folders so you can reuse them later.
- When testing your assumptions, use the experiment scripts, and add it to experiments folder.
- When your experiments can show real world use case of the software, add it to examples folder.
- When you face something extremely hard, use divide and conquer — it always helps.
Initial research.
- When you start, make sure you create detailed plan for yourself and follow your todo list step by step, make sure that as many points from these guidelines are added to your todo list to keep track of everything that can help you solve the issue with highest possible quality.
- When user mentions CI failures or asks to investigate logs, consider adding these todos to track the investigation: (1) List recent CI runs with timestamps, (2) Download logs from failed runs to ci-logs/ directory, (3) Analyze error messages and identify root cause, (4) Implement fix, (5) Verify fix resolves the specific errors found in logs.
- When you read issue, read all details and comments thoroughly.
- When you see screenshots or images in issue descriptions, pull request descriptions, comments, or discussions, use WebFetch tool (or fetch tool) to download the image first, then use Read tool to view and analyze it. IMPORTANT: Before reading downloaded images with the Read tool, verify the file is a valid image (not HTML). Use a CLI tool like 'file' command to check the actual file format. Reading corrupted or non-image files (like GitHub's HTML 404 pages saved as .png) can cause \"Could not process image\" errors and may crash the AI solver process. If the file command shows \"HTML\" or \"text\", the download failed and you should retry or skip the image.
- When you need issue details, use gh issue view https://github.com/link-assistant/hive-mind/issues/942.
- When you need related code, use gh search code --owner link-assistant [keywords].
- When you need repo context, read files in your working directory.
- When you study related work, study the most recent related pull requests.
- When issue is not defined enough, write a comment to ask clarifying questions.
- When accessing GitHub Gists (especially private ones), use gh gist view command instead of direct URL fetching to ensure proper authentication.
- When you are fixing a bug, please make sure you first find the actual root cause, do as many experiments as needed.
- When you are fixing a bug and code does not have enough tracing/logs, add them and make sure they stay in the code, but are switched off by default.
- When you need comments on a pull request, note that GitHub has THREE different comment types with different API endpoints:
1. PR review comments (inline code comments): gh api repos/link-assistant/hive-mind/pulls/1053/comments --paginate
2. PR conversation comments (general discussion): gh api repos/link-assistant/hive-mind/issues/1053/comments --paginate
3. PR reviews (approve/request changes): gh api repos/link-assistant/hive-mind/pulls/1053/reviews --paginate
IMPORTANT: The command \"gh pr view --json comments\" ONLY returns conversation comments and misses review comments!
- When you need latest comments on issue, use gh api repos/link-assistant/hive-mind/issues/942/comments --paginate.
Solution development and testing.
- When issue is solvable, implement code with tests.
- When implementing features, search for similar existing implementations in the codebase and use them as examples instead of implementing everything from scratch.
- When coding, each atomic step that can be useful by itself should be commited to the pull request's branch, meaning if work will be interrupted by any reason parts of solution will still be kept intact and safe in pull request.
- When you test:
start from testing of small functions using separate scripts;
write unit tests with mocks for easy and quick start.
- When you test integrations, use existing framework.
- When you test solution draft, include automated checks in pr.
- When issue is unclear, write comment on issue asking questions.
- When you encounter any problems that you unable to solve yourself (any human feedback or help), write a comment to the pull request asking for help.
- When you need human help, use gh pr comment 1053 --body \"your message\" to comment on existing PR.
Preparing pull request.
- When you code, follow contributing guidelines.
- When you commit, write clear message.
- When you need examples of style, use gh pr list --repo link-assistant/hive-mind --state merged --search [keywords].
- When you open pr, describe solution draft and include tests.
- When there is a package with version and GitHub Actions workflows for automatic release, update the version (or other necessary release trigger) in your pull request to prepare for next release.
- When you update existing pr 1053, use gh pr edit to modify title and description.
- When you are about to commit or push code, ALWAYS run local CI checks first if they are available in contributing guidelines (like ruff check, mypy, eslint, etc.) to catch errors before pushing.
- When you finalize the pull request:
follow style from merged prs for code, title, and description,
make sure no uncommitted changes corresponding to the original requirements are left behind,
make sure the default branch is merged to the pull request's branch,
make sure all CI checks passing if they exist before you finish,
check for latest comments on the issue and pull request to ensure no recent feedback was missed,
double-check that all changes in the pull request answer to original requirements of the issue,
make sure no new new bugs are introduced in pull request by carefully reading gh pr diff,
make sure no previously existing features were removed without an explicit request from users via the issue description, issue comments, and/or pull request comments.
- When you finish implementation, use gh pr ready 1053.
Workflow and collaboration.
- When you check branch, verify with git branch --show-current.
- When you push, push only to branch issue-942-d0a1851786bc.
- When you finish, create a pull request from branch issue-942-d0a1851786bc. (Note: PR 1053 already exists, update it instead)
- When you organize workflow, use pull requests instead of direct merges to default branch (main or master).
- When you manage commits, preserve commit history for later analysis.
- When you contribute, keep repository history forward-moving with regular commits, pushes, and reverts if needed.
- When you face conflict that you cannot resolve yourself, ask for help.
- When you collaborate, respect branch protections by working only on issue-942-d0a1851786bc.
- When you mention result, include pull request url or comment url.
- When you need to create pr, remember pr 1053 already exists for this branch.
Self review.
- When you check your solution draft, run all tests locally.
- When you check your solution draft, verify git status shows a clean working tree with no uncommitted changes.
- When you compare with repo style, use gh pr diff [number].
- When you finalize, confirm code, tests, and description are consistent.
GitHub CLI command patterns.
- IMPORTANT: Always use --paginate flag when fetching lists from GitHub API to ensure all results are returned (GitHub returns max 30 per page by default).
- When listing PR review comments (inline code comments), use gh api repos/OWNER/REPO/pulls/NUMBER/comments --paginate.
- When listing PR conversation comments, use gh api repos/OWNER/REPO/issues/NUMBER/comments --paginate.
- When listing PR reviews, use gh api repos/OWNER/REPO/pulls/NUMBER/reviews --paginate.
- When listing issue comments, use gh api repos/OWNER/REPO/issues/NUMBER/comments --paginate.
- When adding PR comment, use gh pr comment NUMBER --body \"text\" --repo OWNER/REPO.
- When adding issue comment, use gh issue comment NUMBER --body \"text\" --repo OWNER/REPO.
- When viewing PR details, use gh pr view NUMBER --repo OWNER/REPO.
- When filtering with jq, use gh api repos/\${owner}/\${repo}/pulls/\${prNumber}/comments --paginate --jq 'reverse | .[0:5]'.
Playwright MCP usage (browser automation via mcp__playwright__* tools).
- When you develop frontend web applications (HTML, CSS, JavaScript, React, Vue, Angular, etc.), use Playwright MCP tools to test the UI in a real browser.
- When WebFetch tool fails to retrieve expected content (e.g., returns empty content, JavaScript-rendered pages, or login-protected pages), use Playwright MCP tools (browser_navigate, browser_snapshot) as a fallback for web browsing.
- When you need to interact with dynamic web pages that require JavaScript execution, use Playwright MCP tools.
- When you need to visually verify how a web page looks or take screenshots, use brows*************nshot from Playwright MCP.
- When you need to fill forms, click buttons, or perform user interactions on web pages, use Playwright MCP tools (browser_click, browser_type, browser_fill_form).
- When you need to test responsive design or different viewport sizes, use browser_resize from Playwright MCP.
- When you finish using the browser, always close it with browser_close to free resources." | jq -c .)
[2026-01-11T01:48:31.538Z] [INFO]
[2026-01-11T01:48:31.539Z] [INFO] 📋 User prompt:
[2026-01-11T01:48:31.539Z] [INFO] ---BEGIN USER PROMPT---
[2026-01-11T01:48:31.539Z] [INFO] Issue to solve: https://github.com/link-assistant/hive-mind/issues/942
Your prepared branch: issue-942-d0a1851786bc
Your prepared working directory: /tmp/gh-issue-solver-1768096096209
Your prepared Pull Request: https://github.com/link-assistant/hive-mind/pull/1053
New comments on the pull request: 2
Pull request description was edited after last commit
Merge status is DIRTY (conflicts detected)
Continue.
[2026-01-11T01:48:31.539Z] [INFO] ---END USER PROMPT---
[2026-01-11T01:48:31.539Z] [INFO]
[2026-01-11T01:48:31.539Z] [INFO] 📋 System prompt:
[2026-01-11T01:48:31.539Z] [INFO] ---BEGIN SYSTEM PROMPT---
[2026-01-11T01:48:31.539Z] [INFO] You are an AI issue solver. You prefer to find the root cause of each and every issue. When you talk, you prefer to speak with facts which you have double-checked yourself or cite sources that provide evidence, like quote actual code or give references to documents or pages found on the internet. You are polite and patient, and prefer to assume good intent, trying your best to be helpful. If you are unsure or have assumptions, you prefer to test them yourself or ask questions to clarify requirements.
General guidelines.
- When you execute commands, always save their logs to files for easier reading if the output becomes large.
- When running commands, do not set a timeout yourself — let them run as long as needed (default timeout - 2 minutes is more than enough), and once they finish, review the logs in the file.
- When running sudo commands (especially package installations like apt-get, yum, npm install, etc.), always run them in the background to avoid timeout issues and permission errors when the process needs to be killed. Use the run_in_background parameter or append & to the command.
- When CI is failing or user reports failures, consider adding a detailed investigation protocol to your todo list with these steps:
Step 1: List recent runs with timestamps using: gh run list --repo link-assistant/hive-mind --branch issue-942-d0a1851786bc --limit 5 --json databaseId,conclusion,createdAt,headSha
Step 2: Verify runs are after the latest commit by checking timestamps and SHA
Step 3: For each non-passing run, download logs to preserve them: gh run view {run-id} --repo link-assistant/hive-mind --log > ci-logs/{workflow}-{run-id}.log
Step 4: Read each downloaded log file using Read tool to understand the actual failures
Step 5: Report findings with specific errors and line numbers from logs
This detailed investigation is especially helpful when user mentions CI failures, asks to investigate logs, you see non-passing status, or when finalizing a PR.
Note: If user says "failing" but tools show "passing", this might indicate stale data - consider downloading fresh logs and checking timestamps to resolve the discrepancy.
- When a code or log file has more than 1500 lines, read it in chunks of 1500 lines.
- When facing a complex problem, do as much tracing as possible and turn on all verbose modes.
- When you create debug, test, or example/experiment scripts for fixing, always keep them in an examples and/or experiments folders so you can reuse them later.
- When testing your assumptions, use the experiment scripts, and add it to experiments folder.
- When your experiments can show real world use case of the software, add it to examples folder.
- When you face something extremely hard, use divide and conquer — it always helps.
Initial research.
- When you start, make sure you create detailed plan for yourself and follow your todo list step by step, make sure that as many points from these guidelines are added to your todo list to keep track of everything that can help you solve the issue with highest possible quality.
- When user mentions CI failures or asks to investigate logs, consider adding these todos to track the investigation: (1) List recent CI runs with timestamps, (2) Download logs from failed runs to ci-logs/ directory, (3) Analyze error messages and identify root cause, (4) Implement fix, (5) Verify fix resolves the specific errors found in logs.
- When you read issue, read all details and comments thoroughly.
- When you see screenshots or images in issue descriptions, pull request descriptions, comments, or discussions, use WebFetch tool (or fetch tool) to download the image first, then use Read tool to view and analyze it. IMPORTANT: Before reading downloaded images with the Read tool, verify the file is a valid image (not HTML). Use a CLI tool like 'file' command to check the actual file format. Reading corrupted or non-image files (like GitHub's HTML 404 pages saved as .png) can cause "Could not process image" errors and may crash the AI solver process. If the file command shows "HTML" or "text", the download failed and you should retry or skip the image.
- When you need issue details, use gh issue view https://github.com/link-assistant/hive-mind/issues/942.
- When you need related code, use gh search code --owner link-assistant [keywords].
- When you need repo context, read files in your working directory.
- When you study related work, study the most recent related pull requests.
- When issue is not defined enough, write a comment to ask clarifying questions.
- When accessing GitHub Gists (especially private ones), use gh gist view command instead of direct URL fetching to ensure proper authentication.
- When you are fixing a bug, please make sure you first find the actual root cause, do as many experiments as needed.
- When you are fixing a bug and code does not have enough tracing/logs, add them and make sure they stay in the code, but are switched off by default.
- When you need comments on a pull request, note that GitHub has THREE different comment types with different API endpoints:
1. PR review comments (inline code comments): gh api repos/link-assistant/hive-mind/pulls/1053/comments --paginate
2. PR conversation comments (general discussion): gh api repos/link-assistant/hive-mind/issues/1053/comments --paginate
3. PR reviews (approve/request changes): gh api repos/link-assistant/hive-mind/pulls/1053/reviews --paginate
IMPORTANT: The command "gh pr view --json comments" ONLY returns conversation comments and misses review comments!
- When you need latest comments on issue, use gh api repos/link-assistant/hive-mind/issues/942/comments --paginate.
Solution development and testing.
- When issue is solvable, implement code with tests.
- When implementing features, search for similar existing implementations in the codebase and use them as examples instead of implementing everything from scratch.
- When coding, each atomic step that can be useful by itself should be commited to the pull request's branch, meaning if work will be interrupted by any reason parts of solution will still be kept intact and safe in pull request.
- When you test:
start from testing of small functions using separate scripts;
write unit tests with mocks for easy and quick start.
- When you test integrations, use existing framework.
- When you test solution draft, include automated checks in pr.
- When issue is unclear, write comment on issue asking questions.
- When you encounter any problems that you unable to solve yourself (any human feedback or help), write a comment to the pull request asking for help.
- When you need human help, use gh pr comment 1053 --body "your message" to comment on existing PR.
Preparing pull request.
- When you code, follow contributing guidelines.
- When you commit, write clear message.
- When you need examples of style, use gh pr list --repo link-assistant/hive-mind --state merged --search [keywords].
- When you open pr, describe solution draft and include tests.
- When there is a package with version and GitHub Actions workflows for automatic release, update the version (or other necessary release trigger) in your pull request to prepare for next release.
- When you update existing pr 1053, use gh pr edit to modify title and description.
- When you are about to commit or push code, ALWAYS run local CI checks first if they are available in contributing guidelines (like ruff check, mypy, eslint, etc.) to catch errors before pushing.
- When you finalize the pull request:
follow style from merged prs for code, title, and description,
make sure no uncommitted changes corresponding to the original requirements are left behind,
make sure the default branch is merged to the pull request's branch,
make sure all CI checks passing if they exist before you finish,
check for latest comments on the issue and pull request to ensure no recent feedback was missed,
double-check that all changes in the pull request answer to original requirements of the issue,
make sure no new new bugs are introduced in pull request by carefully reading gh pr diff,
make sure no previously existing features were removed without an explicit request from users via the issue description, issue comments, and/or pull request comments.
- When you finish implementation, use gh pr ready 1053.
Workflow and collaboration.
- When you check branch, verify with git branch --show-current.
- When you push, push only to branch issue-942-d0a1851786bc.
- When you finish, create a pull request from branch issue-942-d0a1851786bc. (Note: PR 1053 already exists, update it instead)
- When you organize workflow, use pull requests instead of direct merges to default branch (main or master).
- When you manage commits, preserve commit history for later analysis.
- When you contribute, keep repository history forward-moving with regular commits, pushes, and reverts if needed.
- When you face conflict that you cannot resolve yourself, ask for help.
- When you collaborate, respect branch protections by working only on issue-942-d0a1851786bc.
- When you mention result, include pull request url or comment url.
- When you need to create pr, remember pr 1053 already exists for this branch.
Self review.
- When you check your solution draft, run all tests locally.
- When you check your solution draft, verify git status shows a clean working tree with no uncommitted changes.
- When you compare with repo style, use gh pr diff [number].
- When you finalize, confirm code, tests, and description are consistent.
GitHub CLI command patterns.
- IMPORTANT: Always use --paginate flag when fetching lists from GitHub API to ensure all results are returned (GitHub returns max 30 per page by default).
- When listing PR review comments (inline code comments), use gh api repos/OWNER/REPO/pulls/NUMBER/comments --paginate.
- When listing PR conversation comments, use gh api repos/OWNER/REPO/issues/NUMBER/comments --paginate.
- When listing PR reviews, use gh api repos/OWNER/REPO/pulls/NUMBER/reviews --paginate.
- When listing issue comments, use gh api repos/OWNER/REPO/issues/NUMBER/comments --paginate.
- When adding PR comment, use gh pr comment NUMBER --body "text" --repo OWNER/REPO.
- When adding issue comment, use gh issue comment NUMBER --body "text" --repo OWNER/REPO.
- When viewing PR details, use gh pr view NUMBER --repo OWNER/REPO.
- When filtering with jq, use gh api repos/${owner}/${repo}/pulls/${prNumber}/comments --paginate --jq 'reverse | .[0:5]'.
Playwright MCP usage (browser automation via mcp__playwright__* tools).
- When you develop frontend web applications (HTML, CSS, JavaScript, React, Vue, Angular, etc.), use Playwright MCP tools to test the UI in a real browser.
- When WebFetch tool fails to retrieve expected content (e.g., returns empty content, JavaScript-rendered pages, or login-protected pages), use Playwright MCP tools (browser_navigate, browser_snapshot) as a fallback for web browsing.
- When you need to interact with dynamic web pages that require JavaScript execution, use Playwright MCP tools.
- When you need to visually verify how a web page looks or take screenshots, use brows*************nshot from Playwright MCP.
- When you need to fill forms, click buttons, or perform user interactions on web pages, use Playwright MCP tools (browser_click, browser_type, browser_fill_form).
- When you need to test responsive design or different viewport sizes, use browser_resize from Playwright MCP.
- When you finish using the browser, always close it with browser_close to free resources.
[2026-01-11T01:48:31.540Z] [INFO] ---END SYSTEM PROMPT---
[2026-01-11T01:48:31.540Z] [INFO]
[2026-01-11T01:48:31.540Z] [INFO] 📋 Command details:
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We may only suggest user to use and option because our users do not call CLI commands, they are calling /solve command via telegram bot. So option will work, but we should not also mention /solve command, because we should just inform about the option, so the test will be valid for all ways to call.\\r\\n\\r\\nAs for claude command copiable command, we should make sure it is in logs, not in the comment itself. I mean logs are either the link, or in collapsed block, not immediately visible by the user.\",\"author_association\":\"MEMBER\",\"reactions\":{\"url\":\"https://api.github.com/repos/link-assistant/hive-mind/issues/comments/3704230237/reactions\",\"total_count\":0,\"+1\":0,\"-1\":0,\"laugh\":0,\"hooray\":0,\"confused\":0,\"heart\":0,\"rocket\":0,\"eyes\":0},\"performed_via_github_app\":null},{\"url\":\"https://api.github.com/repos/link-assistant/hive-mind/issues/comments/3706290874\",\"html_url\":\"https://github.com/link-assistant/hive-mind/pull/1053#issuecomment-3706290874\",\"issue_url\":\"https://api.github.com/repos/link-assistant/hive-mind/issues/1053\",\"id\":3706290874,\"node_id\":\"IC_kwDOPUU0qc7c6YK6\",\"user\":{\"login\":\"konard\",\"id\":1431904,\"node_id\":\"MDQ6VXNlcjE0MzE5MDQ=\",\"avatar_url\":\"https://avatars.githubusercontent.com/u/1431904?v=4\",\"gravatar_id\":\"\",\"url\":\"https://api.github.com/users/konard\",\"html_url\":\"https://github.com/konard\",\"followers_url\":\"https://api.github.com/users/konard/followers\",\"following_url\":\"https://api.github.com/users/konard/following{/other_user}\",\"gists_url\":\"https://api.github.com/users/konard/gists{/gist_id}\",\"starred_url\":\"https://api.github.com/users/konard/starred{/owner}{/repo}\",\"subscriptions_url\":\"https://api.github.com/users/konard/subscriptions\",\"organizations_url\":\"https://api.github.com/users/konard/orgs\",\"repos_url\":\"https://api.github.com/users/konard/repos\",\"events_url\":\"https://api.github.com/users/konard/events{/privacy}\",\"received_events_url\":\"https://api.github.com/users/konard/received_events\",\"type\":\"User\",\"user_view_type\":\"public\",\"site_admin\":false},\"created_at\":\"2026-01-02T21:56:56Z\",\"updated_at\":\"2026-01-02T21:56:56Z\",\"body\":\"🤖 **AI Work Session Started**\\n\\nStarting automated work session at 2026-01-02T21:56:53.719Z\\n\\nThe PR has been converted to draft mode while work is in progress.\\n\\n_This comment marks the beginning of an AI work session. Please wait working session to finish, and provide your feedback._\",\"author_association\":\"MEMBER\",\"reactions\":{\"url\":\"https://api.github.com/repos/link-assistant/hive-mind/issues/comments/3706290874/reactions\",\"total_count\":0,\"+1\":0,\"-1\":0,\"laugh\":0,\"hooray\":0,\"confused\":0,\"heart\":0,\"rocket\":0,\"eyes\":0},\"performed_via_github_app\":null},{\"url\":\"https://api.github.com/repos/link-assistant/hive-mind/issues/comments/3706304333\",\"html_url\":\"https://github.com/link-assistant/hive-mind/pull/1053#issuecomment-3706304333\",\"issue_url\":\"https://api.github.com/repos/link-assistant/hive-mind/issues/1053\",\"id\":3706304333,\"node_id\":\"IC_kwDOPUU0qc7c6bdN\",\"user\":{\"login\":\"konard\",\"id\":1431904,\"node_id\":\"MDQ6VXNlcjE0MzE5MDQ=\",\"avatar_url\":\"https://avatars.githubusercontent.com/u/1431904?v=4\",\"gravatar_id\":\"\",\"url\":\"https://api.github.com/users/konard\",\"html_url\":\"https://github.com/konard\",\"followers_url\":\"https://api.github.com/users/konard/followers\",\"following_url\":\"https://api.github.com/users/konard/following{/other_user}\",\"gists_url\":\"https://api.github.com/users/konard/gists{/gist_id}\",\"starred_url\":\"https://api.github.com/users/konard/starred{/owner}{/repo}\",\"subscriptions_url\":\"https://api.github.com/users/konard/subscriptions\",\"organizations_url\":\"https://api.github.com/users/konard/orgs\",\"repos_url\":\"https://api.github.com/users/konard/repos\",\"events_url\":\"https://api.github.com/users/konard/events{/privacy}\",\"received_events_url\":\"https://api.github.com/users/konard/received_events\",\"type\":\"User\",\"user_view_type\":\"public\",\"site_admin\":false},\"created_at\":\"2026-01-02T22:08:13Z\",\"updated_at\":\"2026-01-02T22:08:13Z\",\"body\":\"## 🤖 Solution Draft Log\\nThis log file contains the complete execution trace of the AI solution draft process.\\n\\n💰 **Cost estimation:**\\n- Public pricing estimate: $3.146064 USD\\n- Calculated by Anthropic: $2.016488 USD\\n- Difference: $-1.129575 (-35.90%)\\n📎 **Log file uploaded as GitHub Gist** (506KB)\\n🔗 [View complete solution draft log](https://gist.githubusercontent.com/konard/68985918e3e1f2890b4fb22199a7d720/raw/8b95690dd4d1d28ef21765162e0cfad78c4e5da0/solution-draft-log-pr-1767391689255.txt)\\n---\\n*Now working session is ended, feel free to review and add any feedback on the solution draft.*\",\"author_association\":\"MEMBER\",\"reactions\":{\"url\":\"https://api.github.com/repos/link-assistant/hive-mind/issues/comments/3706304333/reactions\",\"total_count\":0,\"+1\":0,\"-1\":0,\"laugh\":0,\"hooray\":0,\"confused\":0,\"heart\":0,\"rocket\":0,\"eyes\":0},\"performed_via_github_app\":null},{\"url\":\"https://api.github.com/repos/link-assistant/hive-mind/issues/comments/3733815004\",\"html_url\":\"https://github.com/link-assistant/hive-mind/pull/1053#issuecomment-3733815004\",\"issue_url\":\"https://api.github.com/repos/link-assistant/hive-mind/issues/1053\",\"id\":3733815004,\"node_id\":\"IC_kwDOPUU0qc7ejX7c\",\"user\":{\"login\":\"konard\",\"id\":1431904,\"node_id\":\"MDQ6VXNlcjE0MzE5MDQ=\",\"avatar_url\":\"https://avatars.githubusercontent.com/u/1431904?v=4\",\"gravatar_id\":\"\",\"url\":\"https://api.github.com/users/konard\",\"html_url\":\"https://github.com/konard\",\"followers_url\":\"https://api.github.com/users/konard/followers\",\"following_url\":\"https://api.github.com/users/konard/following{/other_user}\",\"gists_url\":\"https://api.github.com/users/konard/gists{/gist_id}\",\"starred_url\":\"https://api.github.com/users/konard/starred{/owner}{/repo}\",\"subscriptions_url\":\"https://api.github.com/users/konard/subscriptions\",\"organizations_url\":\"https://api.github.com/users/konard/orgs\",\"repos_url\":\"https://api.github.com/users/konard/repos\",\"events_url\":\"https://api.github.com/users/konard/events{/privacy}\",\"received_events_url\":\"https://api.github.com/users/konard/received_events\",\"type\":\"User\",\"user_view_type\":\"public\",\"site_admin\":false},\"created_at\":\"2026-01-11T01:46:56Z\",\"updated_at\":\"2026-01-11T01:47:52Z\",\"body\":\"I think in all places of this feature we should support interactive --resume command and also fully autonomous --resume command with all prompt and system message and so on preparated as single line command that user can just easily copy.\\r\\n\\r\\nSo both commands (short interactive and large autonomous) should be shown, both just execute `claude` command but in different 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**AI Work Session Started**\\n\\nStarting automated work session at 2026-01-11T01:48:21.188Z\\n\\nThe PR has been converted to draft mode while work is in progress.\\n\\n_This comment marks the beginning of an AI work session. Please wait working session to finish, and provide your feedback._\",\"author_association\":\"MEMBER\",\"reactions\":{\"url\":\"https://api.github.com/repos/link-assistant/hive-mind/issues/comments/3733815819/reactions\",\"total_count\":0,\"+1\":0,\"-1\":0,\"laugh\":0,\"hooray\":0,\"confused\":0,\"heart\":0,\"rocket\":0,\"eyes\":0},\"performed_via_github_app\":null}]",
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We may only suggest user to use and option because our users do not call CLI commands, they are calling /solve command via telegram bot. So option will work, but we should not also mention /solve command, because we should just inform about the option, so the test will be valid for all ways to call.\\r\\n\\r\\nAs for claude command copiable command, we should make sure it is in logs, not in the comment itself. I mean logs are either the link, or in collapsed block, not immediately visible by the user.\",\"author_association\":\"MEMBER\",\"reactions\":{\"url\":\"https://api.github.com/repos/link-assistant/hive-mind/issues/comments/3704230237/reactions\",\"total_count\":0,\"+1\":0,\"-1\":0,\"laugh\":0,\"hooray\":0,\"confused\":0,\"heart\":0,\"rocket\":0,\"eyes\":0},\"performed_via_github_app\":null},{\"url\":\"https://api.github.com/repos/link-assistant/hive-mind/issues/comments/3706290874\",\"html_url\":\"https://github.com/link-assistant/hive-mind/pull/1053#issuecomment-3706290874\",\"issue_url\":\"https://api.github.com/repos/link-assistant/hive-mind/issues/1053\",\"id\":3706290874,\"node_id\":\"IC_kwDOPUU0qc7c6YK6\",\"user\":{\"login\":\"konard\",\"id\":1431904,\"node_id\":\"MDQ6VXNlcjE0MzE5MDQ=\",\"avatar_url\":\"https://avatars.githubusercontent.com/u/1431904?v=4\",\"gravatar_id\":\"\",\"url\":\"https://api.github.com/users/konard\",\"html_url\":\"https://github.com/konard\",\"followers_url\":\"https://api.github.com/users/konard/followers\",\"following_url\":\"https://api.github.com/users/konard/following{/other_user}\",\"gists_url\":\"https://api.github.com/users/konard/gists{/gist_id}\",\"starred_url\":\"https://api.github.com/users/konard/starred{/owner}{/repo}\",\"subscriptions_url\":\"https://api.github.com/users/konard/subscriptions\",\"organizations_url\":\"https://api.github.com/users/konard/orgs\",\"repos_url\":\"https://api.github.com/users/konard/repos\",\"events_url\":\"https://api.github.com/users/konard/events{/privacy}\",\"received_events_url\":\"https://api.github.com/users/konard/received_events\",\"type\":\"User\",\"user_view_type\":\"public\",\"site_admin\":false},\"created_at\":\"2026-01-02T21:56:56Z\",\"updated_at\":\"2026-01-02T21:56:56Z\",\"body\":\"🤖 **AI Work Session Started**\\n\\nStarting automated work session at 2026-01-02T21:56:53.719Z\\n\\nThe PR has been converted to draft mode while work is in progress.\\n\\n_This comment marks the beginning of an AI work session. Please wait working session to finish, and provide your 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draft.*\",\"author_association\":\"MEMBER\",\"reactions\":{\"url\":\"https://api.github.com/repos/link-assistant/hive-mind/issues/comments/3706304333/reactions\",\"total_count\":0,\"+1\":0,\"-1\":0,\"laugh\":0,\"hooray\":0,\"confused\":0,\"heart\":0,\"rocket\":0,\"eyes\":0},\"performed_via_github_app\":null},{\"url\":\"https://api.github.com/repos/link-assistant/hive-mind/issues/comments/3733815004\",\"html_url\":\"https://github.com/link-assistant/hive-mind/pull/1053#issuecomment-3733815004\",\"issue_url\":\"https://api.github.com/repos/link-assistant/hive-mind/issues/1053\",\"id\":3733815004,\"node_id\":\"IC_kwDOPUU0qc7ejX7c\",\"user\":{\"login\":\"konard\",\"id\":1431904,\"node_id\":\"MDQ6VXNlcjE0MzE5MDQ=\",\"avatar_url\":\"https://avatars.githubusercontent.com/u/1431904?v=4\",\"gravatar_id\":\"\",\"url\":\"https://api.github.com/users/konard\",\"html_url\":\"https://github.com/konard\",\"followers_url\":\"https://api.github.com/users/konard/followers\",\"following_url\":\"https://api.github.com/users/konard/following{/other_user}\",\"gists_url\":\"https://api.github.com/users/konard/gists{/gist_id}\",\"starred_url\":\"https://api.github.com/users/konard/starred{/owner}{/repo}\",\"subscriptions_url\":\"https://api.github.com/users/konard/subscriptions\",\"organizations_url\":\"https://api.github.com/users/konard/orgs\",\"repos_url\":\"https://api.github.com/users/konard/repos\",\"events_url\":\"https://api.github.com/users/konard/events{/privacy}\",\"received_events_url\":\"https://api.github.com/users/konard/received_events\",\"type\":\"User\",\"user_view_type\":\"public\",\"site_admin\":false},\"created_at\":\"2026-01-11T01:46:56Z\",\"updated_at\":\"2026-01-11T01:47:52Z\",\"body\":\"I think in all places of this feature we should support interactive --resume command and also fully autonomous --resume command with all prompt and system message and so on preparated as single line command that user can just easily copy.\\r\\n\\r\\nSo both commands (short interactive and large autonomous) should be shown, both just execute `claude` command but in different 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**AI Work Session Started**\\n\\nStarting automated work session at 2026-01-11T01:48:21.188Z\\n\\nThe PR has been converted to draft mode while work is in progress.\\n\\n_This comment marks the beginning of an AI work session. Please wait working session to finish, and provide your feedback._\",\"author_association\":\"MEMBER\",\"reactions\":{\"url\":\"https://api.github.com/repos/link-assistant/hive-mind/issues/comments/3733815819/reactions\",\"total_count\":0,\"+1\":0,\"-1\":0,\"laugh\":0,\"hooray\":0,\"confused\":0,\"heart\":0,\"rocket\":0,\"eyes\":0},\"performed_via_github_app\":null}]",
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We may only suggest user to use and option because our users do not call CLI commands, they are calling /solve command via telegram bot. So option will work, but we should not also mention /solve command, because we should just inform about the option, so the test will be valid for all ways to call.\\r\\n\\r\\nAs for claude command copiable command, we should make sure it is in logs, not in the comment itself. 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[2026-01-11T01:49:14.049Z] [INFO] {"type":"user","message":{"role":"user","content":[{"tool_use_id":"toolu_012wGTvPZpcpHphnebzEVXGA","type":"tool_result","content":" 1→#!/usr/bin/env node\n 2→// Import Sentry instrumentation first (must be before other imports)\n 3→import './instrument.mjs';\n 4→// Early exit paths - handle these before loading all modules to speed up testing\n 5→const earlyArgs = process.argv.slice(2);\n 6→if (earlyArgs.includes('--version')) {\n 7→ const { getVersion } = await import('./version.lib.mjs');\n 8→ try {\n 9→ const version = await getVersion();\n 10→ console.log(version);\n 11→ } catch {\n 12→ console.error('Error: Unable to determine version');\n 13→ process.exit(1);\n 14→ }\n 15→ process.exit(0);\n 16→}\n 17→if (earlyArgs.includes('--help') || earlyArgs.includes('-h')) {\n 18→ // Load minimal modules needed for help\n 19→ const { use } = eval(await (await fetch('https://unpkg.com/use-m/use.js')).text());\n 20→ globalThis.use = use;\n 21→ const config = await import('./solve.config.lib.mjs');\n 22→ const { initializeConfig, createYargsConfig } = config;\n 23→ const { yargs, hideBin } = await initializeConfig(use);\n 24→ const rawArgs = hideBin(process.argv);\n 25→ // Filter out help flags to avoid duplicate display\n 26→ const argsWithoutHelp = rawArgs.filter(arg => arg !== '--help' && arg !== '-h');\n 27→ createYargsConfig(yargs(argsWithoutHelp)).showHelp();\n 28→ process.exit(0);\n 29→}\n 30→if (earlyArgs.length === 0) {\n 31→ console.error('Usage: solve.mjs <issue-url> [options]');\n 32→ console.error('\\nError: Missing required github issue or pull request URL');\n 33→ console.error('\\nRun \"solve.mjs --help\" for more information');\n 34→ process.exit(1);\n 35→}\n 36→// Now load all modules for normal operation\n 37→const { use } = eval(await (await fetch('https://unpkg.com/use-m/use.js')).text());\n 38→globalThis.use = use;\n 39→const { $ } = await use('command-stream');\n 40→const config = await import('./solve.config.lib.mjs');\n 41→const { initializeConfig, parseArguments } = config;\n 42→// Import Sentry integration\n 43→const sentryLib = await import('./sentry.lib.mjs');\n 44→const { initializeSentry, addBreadcrumb, reportError } = sentryLib;\n 45→const { yargs, hideBin } = await initializeConfig(use);\n 46→const path = (await use('path')).default;\n 47→const fs = (await use('fs')).promises;\n 48→const crypto = (await use('crypto')).default;\n 49→const memoryCheck = await import('./memory-check.mjs');\n 50→const lib = await import('./lib.mjs');\n 51→const { log, setLogFile, getLogFile, getAbsoluteLogPath, cleanErrorMessage, formatAligned, getVersionInfo } = lib;\n 52→const githubLib = await import('./github.lib.mjs');\n 53→const { sanitizeLogContent, attachLogToGitHub } = githubLib;\n 54→const validation = await import('./solve.validation.lib.mjs');\n 55→const { validateGitHubUrl, showAttachLogsWarning, initializeLogFile, validateUrlRequirement, validateContinueOnlyOnFeedback, performSystemChecks } = validation;\n 56→const autoContinue = await import('./solve.auto-continue.lib.mjs');\n 57→const { proce*****************Issue } = autoContinue;\n 58→const repository = await import('./solve.repository.lib.mjs');\n 59→const { setupTempDirectory, clean**********ctory } = repository;\n 60→const results = await import('./solve.results.lib.mjs');\n 61→const { cleanupClaudeFile, showSessionSummary, verifyResults, build**************mmand } = results;\n 62→const claudeLib = await import('./claude.lib.mjs');\n 63→const { executeClaude } = claudeLib;\n 64→\n 65→const githubLinking = await import('./github-linking.lib.mjs');\n 66→const { extra**************umber } = githubLinking;\n 67→\n 68→const usageLimitLib = await import('./usage-limit.lib.mjs');\n 69→const { forma*****************ative } = usageLimitLib;\n 70→\n 71→const errorHandlers = await import('./solve.error-handlers.lib.mjs');\n 72→const { createUncaughtExceptionHandler, createUnhandledRejectionHandler, handl**************Error } = errorHandlers;\n 73→\n 74→const watchLib = await import('./solve.watch.lib.mjs');\n 75→const { startWatchMode } = watchLib;\n 76→const exitHandler = await import('./exit-handler.lib.mjs');\n 77→const { initializeExitHandler, installGlobalExitHandlers, safeExit } = exitHandler;\n 78→const getResourceSnapshot = memoryCheck.getResourceSnapshot;\n 79→\n 80→// Import new modular components\n 81→const autoPrLib = await import('./solve.auto-pr.lib.mjs');\n 82→const { handl**********ation } = autoPrLib;\n 83→const repoSetupLib = await import('./solve.repo-setup.lib.mjs');\n 84→const { setupRepositoryAndClone, verif******************tatus } = repoSetupLib;\n 85→const branchLib = await import('./solve.branch.lib.mjs');\n 86→const { creat************ranch } = branchLib;\n 87→const sessionLib = await import('./solve.session.lib.mjs');\n 88→const { startWorkSession, endWorkSession } = sessionLib;\n 89→const preparationLib = await import('./solve.preparation.lib.mjs');\n 90→const { prepareFeedbackAndTimestamps, checkUncommittedChanges, checkForkActions } = preparationLib;\n 91→\n 92→// Import model validation library\n 93→const modelValidation = await import('./model-validation.lib.mjs');\n 94→const { valid*******************Model } = modelValidation;\n 95→\n 96→// Initialize log file EARLY to capture all output including version and command\n 97→// Use default directory (cwd) initially, will be set from argv.logDir after parsing\n 98→const logFile = await initializeLogFile(null);\n 99→\n 100→// Log version and raw command IMMEDIATELY after log file initialization\n 101→// This ensures they appear in both console and log file, even if argument parsing fails\n 102→const versionInfo = await getVersionInfo();\n 103→await log('');\n 104→await log(`🚀 solve v${versionInfo}`);\n 105→const rawCommand = process.argv.join(' ');\n 106→await log('🔧 Raw command executed:');\n 107→await log(` ${rawCommand}`);\n 108→await log('');\n 109→\n 110→let argv;\n 111→try {\n 112→ argv = await parseArguments(yargs, hideBin);\n 113→} catch (error) {\n 114→ // Handle argument parsing errors with helpful messages\n 115→ await log(`❌ ${error.message}`, { level: 'error' });\n 116→ await log('', { level: 'error' });\n 117→ await log('Use /help to see available options', { level: 'error' });\n 118→ await safeExit(1, 'Invalid command-line arguments');\n 119→}\n 120→global.verboseMode = argv.verbose;\n 121→\n 122→// If user specified a custom log directory, we would need to move the log file\n 123→// However, this adds complexity, so we accept that early logs go to cwd\n 124→// The trade-off is: early logs in cwd vs missing version/command in error cases\n 125→\n 126→// Conditionally import tool-specific functions after argv is parsed\n 127→let checkForUncommittedChanges;\n 128→if (argv.tool === 'opencode') {\n 129→ const opencodeLib = await import('./opencode.lib.mjs');\n 130→ check****************anges = opencodeLib.checkForUncommittedChanges;\n 131→} else if (argv.tool === 'codex') {\n 132→ const codexLib = await import('./codex.lib.mjs');\n 133→ check****************anges = codexLib.checkForUncommittedChanges;\n 134→} else if (argv.tool === 'agent') {\n 135→ const agentLib = await import('./agent.lib.mjs');\n 136→ check****************anges = agentLib.checkForUncommittedChanges;\n 137→} else {\n 138→ check****************anges = claudeLib.checkForUncommittedChanges;\n 139→}\n 140→const shouldAttachLogs = argv.attachLogs || argv['attach-logs'];\n 141→await showAttachLogsWarning(shouldAttachLogs);\n 142→const absoluteLogPath = path.resolve(logFile);\n 143→// Initialize Sentry integration (unless disabled)\n 144→if (argv.sentry) {\n 145→ await initializeSentry({\n 146→ noSentry: !argv.sentry,\n 147→ debug: argv.verbose,\n 148→ version: process.env.npm_package_version || '0.12.0',\n 149→ });\n 150→ // Add breadcrumb for solve operation\n 151→ addBreadcrumb({\n 152→ category: 'solve',\n 153→ message: 'Started solving issue',\n 154→ level: 'info',\n 155→ data: {\n 156→ model: argv.model,\n 157→ issueUrl: argv['issue-url'] || argv._?.[0] || 'not-set-yet',\n 158→ },\n 159→ });\n 160→}\n 161→// Create a cleanup wrapper that will be populated with context later\n 162→let cleanupContext = { tempDir: null, argv: null, limitReached: false };\n 163→const cleanupWrapper = async () => {\n 164→ if (cleanupContext.tempDir && cleanupContext.argv) {\n 165→ await cleanupTempDirectory(cleanupContext.tempDir, cleanupContext.argv, cleanupContext.limitReached);\n 166→ }\n 167→};\n 168→// Initialize the exit handler with getAbsoluteLogPath function and cleanup wrapper\n 169→initializeExitHandler(getAbsoluteLogPath, log, cleanupWrapper);\n 170→installGlobalExitHandlers();\n 171→\n 172→// Note: Version and raw command are logged BEFORE parseArguments() (see above)\n 173→// This ensures they appear even if strict validation fails\n 174→// Strict options validation is now handled by yargs .strict() mode in solve.config.lib.mjs\n 175→// This prevents unrecognized options from being silently ignored (issue #453, #482)\n 176→\n 177→// Now handle argument validation that was moved from early checks\n 178→let issueUrl = argv['issue-url'] || argv._[0];\n 179→if (!issueUrl) {\n 180→ await log('Usage: solve.mjs <issue-url> [options]', { level: 'error' });\n 181→ await log('Error: Missing required github issue or pull request URL', { level: 'error' });\n 182→ await log('Run \"solve.mjs --help\" for more information', { level: 'error' });\n 183→ await safeExit(1, 'Missing required GitHub URL');\n 184→}\n 185→// Validate GitHub URL using validation module (more thorough check)\n 186→const urlValidation = validateGitHubUrl(issueUrl);\n 187→if (!urlValidation.isValid) {\n 188→ await safeExit(1, 'Invalid GitHub URL');\n 189→}\n 190→const { isIssueUrl, isPrUrl, normalizedUrl, owner, repo, number: urlNumber } = urlValidation;\n 191→issueUrl = normalizedUrl || issueUrl;\n 192→// Store owner and repo globally for error handlers early\n 193→global.owner = owner;\n 194→global.repo = repo;\n 195→// Setup unhandled error handlers to ensure log path is always shown\n 196→const errorHandlerOptions = {\n 197→ log,\n 198→ cleanErrorMessage,\n 199→ absoluteLogPath,\n 200→ shouldAttachLogs,\n 201→ argv,\n 202→ global,\n 203→ owner: null, // Will be set later when parsed\n 204→ repo: null, // Will be set later when parsed\n 205→ getLogFile,\n 206→ attachLogToGitHub,\n 207→ sanitizeLogContent,\n 208→ $,\n 209→};\n 210→process.on('uncaughtException', createUncaughtExceptionHandler(errorHandlerOptions));\n 211→process.on('unhandledRejection', createUnhandledRejectionHandler(errorHandlerOptions));\n 212→// Validate GitHub URL requirement and options using validation module\n 213→if (!(await validateUrlRequirement(issueUrl))) {\n 214→ await safeExit(1, 'URL requirement validation failed');\n 215→}\n 216→if (!(await validateContinueOnlyOnFeedback(argv, isPrUrl, isIssueUrl))) {\n 217→ await safeExit(1, 'Feedback validation failed');\n 218→}\n 219→\n 220→// Validate model name EARLY - this always runs regardless of --skip-tool-connection-check\n 221→// Model validation is a simple string check and should always be performed\n 222→const tool = argv.tool || 'claude';\n 223→await validateAndExitOnInvalidModel(argv.model, tool, safeExit);\n 224→\n 225→// Perform all system checks using validation module\n 226→// Skip tool CONNECTION validation in dry-run mode or when --skip-tool-connection-check or --no-tool-connection-check is enabled\n 227→// Note: This does NOT skip model validation which is performed above\n 228→const skipT*************Check = argv.dryRun || argv.skipToolConnectionCheck || argv.toolConnectionCheck === false;\n 229→if (!(await performSystemChecks(argv.minDiskSpace || 2048, skipToolConnectionCheck, argv.model, argv))) {\n 230→ await safeExit(1, 'System checks failed');\n 231→}\n 232→// URL validation debug logging\n 233→if (argv.verbose) {\n 234→ await log('📋 URL validation:', { verbose: true });\n 235→ await log(` Input URL: ${issueUrl}`, { verbose: true });\n 236→ await log(` Is Issue URL: ${!!isIssueUrl}`, { verbose: true });\n 237→ await log(` Is PR URL: ${!!isPrUrl}`, { verbose: true });\n 238→}\n 239→const claudePath = argv.executeToolWithBun ? 'bunx claude' : process.env.CLAUDE_PATH || 'claude';\n 240→// Note: owner, repo, and urlNumber are already extracted from validateGitHubUrl() above\n 241→// The parseUrlComponents() call was removed as it had a bug with hash fragments (#issuecomment-xyz)\n 242→// and the validation result already provides these values correctly parsed\n 243→\n 244→// Handle --auto-fork option: automatically fork public repositories without write access\n 245→if (argv.autoFork && !argv.fork) {\n 246→ const { detec****************ility } = githubLib;\n 247→\n 248→ // Check if we have write access first\n 249→ await log('🔍 Checking repository access for auto-fork...');\n 250→ const permResult = await $`gh api repos/${owner}/${repo} --jq .permissions`;\n 251→\n 252→ if (permResult.code === 0) {\n 253→ const permissions = JSON.parse(permResult.stdout.toString().trim());\n 254→ const hasWriteAccess = permissions.push === true || permissions.admin === true || permissions.maintain === true;\n 255→\n 256→ if (!hasWriteAccess) {\n 257→ // No write access - check if repository is public before enabling fork mode\n 258→ const { isPublic } = await detectRepositoryVisibility(owner, repo);\n 259→\n 260→ if (!isPublic) {\n 261→ // Private repository without write access - cannot fork\n 262→ await log('');\n 263→ await log(\"❌ --auto-fork failed: Repository is private and you don't have write access\", { level: 'error' });\n 264→ await log('');\n 265→ await log(' 🔍 What happened:', { level: 'error' });\n 266→ await log(` Repository ${owner}/${repo} is private`, { level: 'error' });\n 267→ await log(\" You don't have write access to this repository\", { level: 'error' });\n 268→ await log(' --auto-fork cannot create a fork of a private repository you cannot access', {\n 269→ level: 'error',\n 270→ });\n 271→ await log('');\n 272→ await log(' 💡 Solution:', { level: 'error' });\n 273→ await log(' • Request collaborator access from the repository owner', { level: 'error' });\n 274→ await log(` https://github.com/${owner}/${repo}/settings/access`, { level: 'error' });\n 275→ await log('');\n 276→ await safeExit(1, 'Auto-fork failed - private repository without access');\n 277→ }\n 278→\n 279→ // Public repository without write access - automatically enable fork mode\n 280→ await log('✅ Auto-fork: No write access detected, enabling fork mode');\n 281→ argv.fork = true;\n 282→ } else {\n 283→ // Has write access - work directly on the repo (works for both public and private repos)\n 284→ const { isPublic } = await detectRepositoryVisibility(owner, repo);\n 285→ await log(`✅ Auto-fork: Write access detected to ${isPublic ? 'public' : 'private'} repository, working directly on repository`);\n 286→ }\n 287→ } else {\n 288→ // Could not check permissions - assume no access and try to fork if public\n 289→ const { isPublic } = await detectRepositoryVisibility(owner, repo);\n 290→\n 291→ if (!isPublic) {\n 292→ // Cannot determine permissions for private repo - fail safely\n 293→ await log('');\n 294→ await log('❌ --auto-fork failed: Could not verify permissions for private repository', { level: 'error' });\n 295→ await log('');\n 296→ await log(' 🔍 What happened:', { level: 'error' });\n 297→ await log(` Repository ${owner}/${repo} is private`, { level: 'error' });\n 298→ await log(' Could not check your permissions to this repository', { level: 'error' });\n 299→ await log('');\n 300→ await log(' 💡 Solutions:', { level: 'error' });\n 301→ await log(' • Check your GitHub CLI authentication: gh auth status', { level: 'error' });\n 302→ await log(\" • Request collaborator access if you don't have it yet\", { level: 'error' });\n 303→ await log(` https://github.com/${owner}/${repo}/settings/access`, { level: 'error' });\n 304→ await log('');\n 305→ await safeExit(1, 'Auto-fork failed - cannot verify private repository permissions');\n 306→ }\n 307→\n 308→ // Public repository but couldn't check permissions - assume no access and fork\n 309→ await log('⚠️ Auto-fork: Could not check permissions, enabling fork mode for public repository');\n 310→ argv.fork = true;\n 311→ }\n 312→}\n 313→\n 314→// Early check: Verify repository write permissions BEFORE doing any work\n 315→// This prevents wasting AI tokens when user doesn't have access and --fork is not used\n 316→const { check********************ssion } = githubLib;\n 317→const hasWriteAccess = await checkRepositoryWritePermission(owner, repo, {\n 318→ useFork: argv.fork,\n 319→ issueUrl: issueUrl,\n 320→});\n 321→\n 322→if (!hasWriteAccess) {\n 323→ await log('');\n 324→ await log('❌ Cannot proceed without
[2026-01-11T01:49:14.057Z] [INFO] repository write access or --fork option', { level: 'error' });\n 325→ await safeExit(1, 'Permission check failed');\n 326→}\n 327→\n 328→// Detect repository visibility and set auto-cleanup default if not explicitly set\n 329→if (argv.autoCleanup === undefined) {\n 330→ const { detec****************ility } = githubLib;\n 331→ const { isPublic } = await detectRepositoryVisibility(owner, repo);\n 332→ // For public repos: keep temp directories (default false)\n 333→ // For private repos: clean up temp directories (default true)\n 334→ argv.autoCleanup = !isPublic;\n 335→ if (argv.verbose) {\n 336→ await log(` Auto-cleanup default: ${argv.autoCleanup} (repository is ${isPublic ? 'public' : 'private'})`, {\n 337→ verbose: true,\n 338→ });\n 339→ }\n 340→}\n 341→// Determine mode and get issue details\n 342→let issueNumber;\n 343→let prNumber;\n 344→let prBranch;\n 345→let mergeStateStatus;\n 346→let prState;\n 347→let forkOwner = null;\n 348→let isContinueMode = false;\n 349→// Auto-continue logic: check for existing PRs if --auto-continue is enabled\n 350→const autoContinueResult = await processAutoContinueForIssue(argv, isIssueUrl, urlNumber, owner, repo);\n 351→if (autoContinueResult.isContinueMode) {\n 352→ isContinueMode = true;\n 353→ prNumber = autoContinueResult.prNumber;\n 354→ prBranch = autoContinueResult.prBranch;\n 355→ issueNumber = autoContinueResult.issueNumber;\n 356→ // Only check PR details if we have a PR number\n 357→ if (prNumber) {\n 358→ // Store PR info globally for error handlers\n 359→ global.createdPR = { number: prNumber };\n 360→ // Check if PR is from a fork and get fork owner, merge status, and PR state\n 361→ if (argv.verbose) {\n 362→ await log(' Checking if PR is from a fork...', { verbose: true });\n 363→ }\n 364→ try {\n 365→ const prCheckResult = await $`gh pr view ${prNumber} --repo ${owner}/${repo} --json headRepositoryOwner,headRepository,mergeStateStatus,state`;\n 366→ if (prCheckResult.code === 0) {\n 367→ const prCheckData = JSON.parse(prCheckResult.stdout.toString());\n 368→ // Extract merge status and PR state\n 369→ mergeStateStatus = prCheckData.mergeStateStatus;\n 370→ prState = prCheckData.state;\n 371→ if (argv.verbose) {\n 372→ await log(` PR state: ${prState || 'UNKNOWN'}`, { verbose: true });\n 373→ await log(` Merge status: ${mergeStateStatus || 'UNKNOWN'}`, { verbose: true });\n 374→ }\n 375→ if (prCheckData.headRepositoryOwner && prCheckData.headRepositoryOwner.login !== owner) {\n 376→ forkOwner = prCheckData.headRepositoryOwner.login;\n 377→ // Get actual fork repository name (may be prefixed)\n 378→ const forkRepoName = prCheckData.headRepository && prCheckData.headRepository.name ? prCheckData.headRepository.name : repo;\n 379→ await log(`🍴 Detected fork PR from ${forkOwner}/${forkRepoName}`);\n 380→ if (argv.verbose) {\n 381→ await log(` Fork owner: ${forkOwner}`, { verbose: true });\n 382→ await log(' Will clone fork repository for continue mode', { verbose: true });\n 383→ }\n 384→\n 385→ // Check if maintainer can push to the fork when --allow-to-push-to-contributors-pull-requests-as-maintainer is enabled\n 386→ if (argv.allowToPushToContributorsPullRequestsAsMaintainer && argv.autoFork) {\n 387→ const { checkMaintainerCanModifyPR, reque*************ccess } = githubLib;\n 388→ const { canModify } = await checkMaintainerCanModifyPR(owner, repo, prNumber);\n 389→\n 390→ if (canModify) {\n 391→ await log('✅ Maintainer can push to fork: Enabled by contributor');\n 392→ await log(\" Will push changes directly to contributor's fork instead of creating own fork\");\n 393→ // Don't disable fork mode, but we'll use the contributor's fork\n 394→ } else {\n 395→ await log('⚠️ Maintainer cannot push to fork: \"Allow edits by maintainers\" is not enabled', {\n 396→ level: 'warning',\n 397→ });\n 398→ await log(' Posting comment to request access...', { level: 'warning' });\n 399→ await requestMaintainerAccess(owner, repo, prNumber);\n 400→ await log(' Comment posted. Proceeding with own fork instead.', { level: 'warning' });\n 401→ }\n 402→ }\n 403→ }\n 404→ }\n 405→ } catch (forkCheckError) {\n 406→ if (argv.verbose) {\n 407→ await log(` Warning: Could not check fork status: ${forkCheckError.message}`, { verbose: true });\n 408→ }\n 409→ }\n 410→ } else {\n 411→ // We have a branch but no PR - we'll use the existing branch and create a PR later\n 412→ await log(`🔄 Using existing branch: ${prBranch} (no PR yet - will create one)`);\n 413→ if (argv.verbose) {\n 414→ await log(' Branch will be checked out and PR will be created during auto-PR creation phase', {\n 415→ verbose: true,\n 416→ });\n 417→ }\n 418→ }\n 419→} else if (isIssueUrl) {\n 420→ issueNumber = autoContinueResult.issueNumber || urlNumber;\n 421→}\n 422→if (isPrUrl) {\n 423→ isContinueMode = true;\n 424→ prNumber = urlNumber;\n 425→ // Store PR info globally for error handlers\n 426→ global.createdPR = { number: prNumber, url: issueUrl };\n 427→ await log(`🔄 Continue mode: Working with PR #${prNumber}`);\n 428→ if (argv.verbose) {\n 429→ await log(' Continue mode activated: PR URL provided directly', { verbose: true });\n 430→ await log(` PR Number set to: ${prNumber}`, { verbose: true });\n 431→ await log(' Will fetch PR details and linked issue', { verbose: true });\n 432→ }\n 433→ // Get PR details to find the linked issue and branch\n 434→ try {\n 435→ const prResult = await githubLib.ghPrView({\n 436→ prNumber,\n 437→ owner,\n 438→ repo,\n 439→ jsonFields: 'headRefName,body,number,mergeStateStatus,state,headRepositoryOwner,headRepository',\n 440→ });\n 441→ if (prResult.code !== 0 || !prResult.data) {\n 442→ await log('Error: Failed to get PR details', { level: 'error' });\n 443→ if (prResult.output.includes('Could not resolve to a PullRequest')) {\n 444→ await githubLib.handlePRNotFoundError({ prNumber, owner, repo, argv, shouldAttachLogs });\n 445→ } else {\n 446→ await log(`Error: ${prResult.stderr || 'Unknown error'}`, { level: 'error' });\n 447→ }\n 448→ await safeExit(1, 'Failed to get PR details');\n 449→ }\n 450→ const prData = prResult.data;\n 451→ prBranch = prData.headRefName;\n 452→ mergeStateStatus = prData.mergeStateStatus;\n 453→ prState = prData.state;\n 454→ // Check if this is a fork PR\n 455→ if (prData.headRepositoryOwner && prData.headRepositoryOwner.login !== owner) {\n 456→ forkOwner = prData.headRepositoryOwner.login;\n 457→ // Get actual fork repository name (may be prefixed)\n 458→ const forkRepoName = prData.headRepository && prData.headRepository.name ? prData.headRepository.name : repo;\n 459→ await log(`🍴 Detected fork PR from ${forkOwner}/${forkRepoName}`);\n 460→ if (argv.verbose) {\n 461→ await log(` Fork owner: ${forkOwner}`, { verbose: true });\n 462→ await log(' Will clone fork repository for continue mode', { verbose: true });\n 463→ }\n 464→\n 465→ // Check if maintainer can push to the fork when --allow-to-push-to-contributors-pull-requests-as-maintainer is enabled\n 466→ if (argv.allowToPushToContributorsPullRequestsAsMaintainer && argv.autoFork) {\n 467→ const { checkMaintainerCanModifyPR, reque*************ccess } = githubLib;\n 468→ const { canModify } = await checkMaintainerCanModifyPR(owner, repo, prNumber);\n 469→\n 470→ if (canModify) {\n 471→ await log('✅ Maintainer can push to fork: Enabled by contributor');\n 472→ await log(\" Will push changes directly to contributor's fork instead of creating own fork\");\n 473→ // Don't disable fork mode, but we'll use the contributor's fork\n 474→ } else {\n 475→ await log('⚠️ Maintainer cannot push to fork: \"Allow edits by maintainers\" is not enabled', {\n 476→ level: 'warning',\n 477→ });\n 478→ await log(' Posting comment to request access...', { level: 'warning' });\n 479→ await requestMaintainerAccess(owner, repo, prNumber);\n 480→ await log(' Comment posted. Proceeding with own fork instead.', { level: 'warning' });\n 481→ }\n 482→ }\n 483→ }\n 484→ await log(`📝 PR branch: ${prBranch}`);\n 485→ // Extract issue number from PR body using GitHub linking detection library\n 486→ // This ensures we only detect actual GitHub-recognized linking keywords\n 487→ const prBody = prData.body || '';\n 488→ const extra**********umber = extractLinkedIssueNumber(prBody);\n 489→ if (extractedIssueNumber) {\n 490→ issueNumber = extractedIssueNumber;\n 491→ await log(`🔗 Found linked issue #${issueNumber}`);\n 492→ } else {\n 493→ // If no linked issue found, we can still continue but warn\n 494→ await log('⚠️ Warning: No linked issue found in PR body', { level: 'warning' });\n 495→ await log(' The PR should contain \"Fixes #123\" or similar to link an issue', { level: 'warning' });\n 496→ // Set issueNumber to PR number as fallback\n 497→ issueNumber = prNumber;\n 498→ }\n 499→ } catch (error) {\n 500→ reportError(error, {\n 501→ context: 'pr_processing',\n 502→ prNumber,\n 503→ operation: 'process_pull_request',\n 504→ });\n 505→ await log(`Error: Failed to process PR: ${cleanErrorMessage(error)}`, { level: 'error' });\n 506→ await safeExit(1, 'Failed to process PR');\n 507→ }\n 508→} else {\n 509→ // Traditional issue mode\n 510→ issueNumber = urlNumber;\n 511→ await log(`📝 Issue mode: Working with issue #${issueNumber}`);\n 512→}\n 513→// Create or find temporary directory for cloning the repository\n 514→// Pass workspace info for --enable-workspaces mode (works with all tools)\n 515→const workspaceInfo = argv.enableWorkspaces ? { owner, repo, issueNumber } : null;\n 516→const { tempDir, workspaceTmpDir } = await setupTempDirectory(argv, workspaceInfo);\n 517→// Populate cleanup context for signal handlers\n 518→cleanupContext.tempDir = tempDir;\n 519→cleanupContext.argv = argv;\n 520→// Initialize limitReached variable outside try block for finally clause\n 521→let limitReached = false;\n 522→try {\n 523→ // Set up repository and clone using the new module\n 524→ const { forkedRepo } = await setupRepositoryAndClone({\n 525→ argv,\n 526→ owner,\n 527→ repo,\n 528→ forkOwner,\n 529→ tempDir,\n 530→ isContinueMode,\n 531→ issueUrl,\n 532→ log,\n 533→ formatAligned,\n 534→ $,\n 535→ });\n 536→\n 537→ // Verify default branch and status using the new module\n 538→ const defaultBranch = await verifyDefaultBranchAndStatus({\n 539→ tempDir,\n 540→ log,\n 541→ formatAligned,\n 542→ $,\n 543→ });\n 544→ // Create or checkout branch using the new module\n 545→ const branchName = await createOrCheckoutBranch({\n 546→ isContinueMode,\n 547→ prBranch,\n 548→ issueNumber,\n 549→ tempDir,\n 550→ defaultBranch,\n 551→ argv,\n 552→ log,\n 553→ formatAligned,\n 554→ $,\n 555→ crypto,\n 556→ });\n 557→\n 558→ // Auto-merge default branch to pull request branch if enabled\n 559→ let autoM************Lines = [];\n 560→ if (isContinueMode && argv['auto-merge-default-branch-to-pull-request-branch']) {\n 561→ await log(`\\n${formatAligned('🔀', 'Auto-merging:', `Merging ${defaultBranch} into ${branchName}`)}`);\n 562→ try {\n 563→ const mergeResult = await $({ cwd: tempDir })`git merge ${defaultBranch} --no-edit`;\n 564→ if (mergeResult.code === 0) {\n 565→ await log(`${formatAligned('✅', 'Merge successful:', 'Pushing merged branch...')}`);\n 566→ const pushResult = await $({ cwd: tempDir })`git push origin ${branchName}`;\n 567→ if (pushResult.code === 0) {\n 568→ await log(`${formatAligned('✅', 'Push successful:', 'Branch updated with latest changes')}`);\n 569→ } else {\n 570→ await log(`${formatAligned('⚠️', 'Push failed:', 'Merge completed but push failed')}`, { level: 'warning' });\n 571→ await log(` Error: ${pushResult.stderr?.toString() || 'Unknown error'}`, { level: 'warning' });\n 572→ }\n 573→ } else {\n 574→ // Merge failed - likely due to conflicts\n 575→ await log(`${formatAligned('⚠️', 'Merge failed:', 'Conflicts detected')}`, { level: 'warning' });\n 576→ autoMergeFeedbackLines.push('');\n 577→ autoMergeFeedbackLines.push('⚠️ AUTOMATIC MERGE FAILED:');\n 578→ autoMergeFeedbackLines.push(`git merge ${defaultBranch} was executed but resulted in conflicts that should be resolved first.`);\n 579→ autoMergeFeedbackLines.push('Please resolve the merge conflicts and commit the changes.');\n 580→ autoMergeFeedbackLines.push('');\n 581→ }\n 582→ } catch (mergeError) {\n 583→ await log(`${formatAligned('❌', 'Merge error:', mergeError.message)}`, { level: 'error' });\n 584→ autoMergeFeedbackLines.push('');\n 585→ autoMergeFeedbackLines.push('⚠️ AUTOMATIC MERGE ERROR:');\n 586→ autoMergeFeedbackLines.push(`git merge ${defaultBranch} failed with error: ${mergeError.message}`);\n 587→ autoMergeFeedbackLines.push('Please check the repository state and resolve any issues.');\n 588→ autoMergeFeedbackLines.push('');\n 589→ }\n 590→ }\n 591→\n 592→ // Initialize PR variables early\n 593→ let prUrl = null;\n 594→\n 595→ // In continue mode, we already have the PR details\n 596→ if (isContinueMode) {\n 597→ prUrl = issueUrl; // The input URL is the PR URL\n 598→ // prNumber is already set from earlier when we parsed the PR\n 599→ }\n 600→\n 601→ // Don't build the prompt yet - we'll build it after we have all the information\n 602→ // This includes PR URL (if created) and comment info (if in continue mode)\n 603→\n 604→ // Handle auto PR creation using the new module\n 605→ const autoPrResult = await handleAutoPrCreation({\n 606→ argv,\n 607→ tempDir,\n 608→ branchName,\n 609→ issueNumber,\n 610→ owner,\n 611→ repo,\n 612→ defaultBranch,\n 613→ forkedRepo,\n 614→ isContinueMode,\n 615→ prNumber,\n 616→ log,\n 617→ formatAligned,\n 618→ $,\n 619→ reportError,\n 620→ path,\n 621→ fs,\n 622→ });\n 623→\n 624→ let claudeCommitHash = null;\n 625→ if (autoPrResult) {\n 626→ prUrl = autoPrResult.prUrl;\n 627→ if (autoPrResult.prNumber) {\n 628→ prNumber = autoPrResult.prNumber;\n 629→ }\n 630→ if (autoPrResult.claudeCommitHash) {\n 631→ claudeCommitHash = autoPrResult.claudeCommitHash;\n 632→ }\n 633→ }\n 634→\n 635→ // CRITICAL: Validate that we have a PR number when required\n 636→ // This prevents continuing without a PR when one was supposed to be created\n 637→ if ((isContinueMode || argv.autoPullRequestCreation) && !prNumber) {\n 638→ await log('');\n 639→ await log(formatAligned('❌', 'FATAL ERROR:', 'No pull request available'), { level: 'error' });\n 640→ await log('');\n 641→ await log(' 🔍 What happened:');\n 642→ if (isContinueMode) {\n 643→ await log(' Continue mode is active but no PR number is available.');\n 644→ await log(' This usually means PR creation failed or was skipped incorrectly.');\n 645→ } else {\n 646→ await log(' Auto-PR creation is enabled but no PR was created.');\n 647→ await log(' PR creation may have failed without throwing an error.');\n 648→ }\n 649→ await log('');\n 650→ await log(' 💡 Why this is critical:');\n 651→ await log(' The solve command requires a PR for:');\n 652→ await log(' • Tracking work progress');\n 653→ await log(' • Receiving and processing feedback');\n 654→ await log(' • Managing code changes');\n 655→ await log(' • Auto-merging when complete');\n 656→ await log('');\n 657→ await log(' 🔧 How to fix:');\n 658→ await log('');\n 659→ await log(' Option 1: Create PR manually and use --continue');\n 660→ await log(` cd ${tempDir}`);\n 661→ await log(` gh pr create --draft --title \"Fix issue #${issueNumber}\" --body \"Fixes #${issueNumber}\"`);\n 662→ await log(' # Then use the PR URL with solve.mjs');\n 663→ await log('');\n 664→ await log(' Option 2: Start fresh without continue mode');\n 665→ await log(` ./solve.mjs \"${issueUrl}\" --auto-pull-request-creation`);\n 666→ await log('');\n 667→ await log(' Option 3: Disable auto-PR creation (Claude will create it)');\n 668→ await log(` ./solve.mjs \"${issueUrl}\" --no-auto-pull-request-creation`);\n 669→ await log('');\n 670→ await safeExit(1, 'No PR available');\n 671→ }\n 672→\n 673→ if (isContinueMode) {\n 674→ await log(`\\n${formatAligned('🔄', 'Continue mode:', 'ACTIVE')}`);\n 675→ await log(formatAligned('', 'Using existing PR:', `#${prNumber}`, 2));\n 676→ await log(formatAligned('', 'PR URL:', prUrl, 2));\n 677→ } else if (!argv.autoPullRequestCreation) {\n 678→ await log(`\\n${formatAligned('⏭️', 'Auto PR creation:', 'DISABLED')}`);\n 679→ await log(formatAligned('', 'Workflow:', 'AI will create the PR', 2));\n 680→ }\n 681→\n 682→ // Don't build the prompt yet - we'll build it after we have all the information\n 683→ // This includes PR URL (if created) and comment info (if in continue mode)\n 684→\n 685→ // Start work session using the new module\n 686→ await startWorkSession({\n 687→ isContinueMode,\n 688→ prNumber,\n 689→ argv,\n 690→ log,\n 691→ formatAligned,\n 692→ $,\n 693→ });\n 694→\n 695→ // Prepare feedback and timestamps using the new module\n 696→ const { feedbackLines: preparedFeedbackLines, referenceTime } = await prepareFeedbackAndTimestamps({\n 697→ prNumber,\n 698→ branchName,\n 699→ owner,\n 700→ repo,\n 701→ issueNumber,\n 702→ isContinueMode,\n 703→ mergeStateStatus,\n 704→ prState,\n 705→ argv,\n 706→ log,\n 707→ formatAligned,\n 708→ cleanErrorMessage,\n 709→ $,\n 710→ });\n 711→\n 712→ // Initialize feedback lines\n 713→ let feedbackLines = null;\n 714→\n 715→ // Add auto-merge feedback lines if any\n 716→ if (autoMergeFeedbackLines && autoMergeFeedbackLines.length > 0) {\n 717→ if (!feedbackLines) {\n 718→ feedbackLines = [];\n 719→ }\n 720→ feedbackLines.push(...autoMergeFeedbackLines);\n 721→ }\n 722→\n 723→ // Merge feedback lines\n 724→ if (preparedFeedbackLines && preparedFeedbackLines.length > 0) {\n 725→ if (!feedbackLines) {\n 726→ feedbackLines = [];\n 727→ }\n 728→ feedbackLines.push(...preparedFeedbackLines);\n 729→ }\n 730→\n 731→ // Check for uncommitted changes and merge with feedback\n 732→ const uncom**************Lines = await checkUncommittedChanges({\n 733→ tempDir,\n 734→ argv,\n 735→ log,\n 736→ $,\n 737→ });\n 738→ if (uncommittedFeedbackLines && uncommittedFeedbackLines.length > 0) {\n 739→ if (!feedbackLines) {\n 740→ feedbackLines = [];\n 741→ }\n 742→ feedbackLines.push(...uncommittedFeedbackLines);\n 743→ }\n 744→\n 745→ // Check for fork actions\n 746→ const forkActionsUrl = await checkForkActions({\n 747→ argv,\n 748→ forkedRepo,\n 749→ branchName,\n 750→ log,\n 751→ formatAligned,\n 752→ $,\n 753→ });\n 754→\n 755→ // Execute tool command with all prompts and settings\n 756→ let toolResult;\n 757→ if (argv.tool === 'opencode') {\n 758→ const opencodeLib = await import('./opencode.lib.mjs');\n 759→ const { executeOpenCode } = opencodeLib;\n 760→ const opencodePath = process.env.OPENCODE_PATH || 'opencode';\n 761→\n 762→ toolResult = await executeOpenCode({\n 763→ issueUrl,\n 764→ issueNumber,\n 765→ prNumber,\n 766→ prUrl,\n 767→ branchName,\n 768→ tempDir,\n 769→ workspaceTmpDir,\n 770→ isContinueMode,\n 771→ mergeStateStatus,\n 772→ forkedRepo,\n 773→ feedbackLines,\n 774→ forkActionsUrl,\n 775→ owner,\n 776→ repo,\n 777→ argv,\n 778→ log,\n 779→ setLogFile,\n 780→ getLogFile,\n 781→ formatAligned,\n 782→ getResourceSnapshot,\n 783→ opencodePath,\n 784→ $,\n 785→ });\n 786→ } else if (argv.tool === 'codex') {\n 787→ const codexLib = await import('./codex.lib.mjs');\n 788→ const { executeCodex } = codexLib;\n 789→ const codexPath = process.env.CODEX_PATH || 'codex';\n 790→\n 791→ toolResult = await executeCodex({\n 792→ issueUrl,\n 793→ issueNumber,\n 794→ prNumber,\n 795→ prUrl,\n 796→ branchName,\n 797→ tempDir,\n 798→ workspaceTmpDir,\n 799→ isContinueMode,\n 800→ mergeStateStatus,\n 801→ forkedRepo,\n 802→ feedbackLines,\n 803→ forkActionsUrl,\n 804→ owner,\n 805→ repo,\n 806→ argv,\n 807→ log,\n 808→ setLogFile,\n 809→ getLogFile,\n 810→ formatAligned,\n 811→ getResourceSnapshot,\n 812→ codexPath,\n 813→ $,\n 814→ });\n 815→ } else if (argv.tool === 'agent') {\n 816→ const agentLib = await import('./agent.lib.mjs');\n 817→ const { executeAgent } = agentLib;\n 818→ const agentPath = process.env.AGENT_PATH || 'agent';\n 819→\n 820→ toolResult = await executeAgent({\n 821→ issueUrl,\n 822→ issueNumber,\n 823→ prNumber,\n 824→ prUrl,\n 825→ branchName,\n 826→ tempDir,\n 827→ workspaceTmpDir,\n 828→ isContinueMode,\n 829→ mergeStateStatus,\n 830→ forkedRepo,\n 831→ feedbackLines,\n 832→ forkActionsUrl,\n 833→ owner,\n 834→ repo,\n 835→ argv,\n 836→ log,\n 837→ setLogFile,\n 838→ getLogFile,\n 839→ formatAligned,\n 840→ getResourceSnapshot,\n 841→ agentPath,\n 842→ $,\n 843→ });\n 844→ } else {\n 845→ // Default to Claude\n 846→ // Check for Playwright MCP availability if using Claude tool\n 847→ if (argv.tool === 'claude' || !argv.tool) {\n 848→ // If flag is true (default), check if Playwright MCP is actually available\n 849→ if (argv.promptPlaywrightMcp) {\n 850→ const { check********************ility } = claudeLib;\n 851→ const playw************lable = await checkPlaywrightMcpAvailability();\n 852→ if (playwrightMcpAvailable) {\n 853→ await log('🎭 Playwright MCP detected - enabling browser automation hints', { verbose: true });\n 854→ } else {\n 855→ await log('ℹ️ Playwright MCP not detected - browser automation hints will be disabled', { verbose: true });\n 856→ argv.promptPlaywrightMcp = false;\n 857→ }\n 858→ } else {\n 859→ await log('ℹ️ Playwright MCP explicitly disabled via --no-prompt-playwright-mcp', { verbose: true });\n 860→ }\n 861→ }\n 862→ const claudeResult = await executeClaude({\n 863→ issueUrl,\n 864→ issueNumber,\n 865→ prNumber,\n 866→ prUrl,\n 867→ branchName,\n 868→ tempDir,\n 869→ workspaceTmpDir,\n 870→ isContinueMode,\n 871→ mergeStateStatus,\n 872→ forkedRepo,\n 873→ feedbackLines,\n 874→ forkActionsUrl,\n 875→ owner,\n 876→ repo,\n 877→ argv,\n 878→ log,\n 879→ setLogFile,\n 880→ getLogFile,\n 881→ formatAligned,\n 882→ getResourceSnapshot,\n 883→ claudePath,\n 884→ $,\n 885→ });\n 886→ toolResult = claudeResult;\n 887→ }\n 888→\n 889→ const { success } = toolResult;\n 890→ let sessionId = toolResult.sessionId;\n 891→ let anthr***********stUSD = toolResult.anthropicTotalCostUSD;\n 892→ let publi***********imate = toolResult.publicPricingEstimate; // Used by agent tool\n 893→ let pricingInfo = toolResult.pricingInfo; // Used by agent tool for detailed pricing\n 894→ let error**********ution = toolResult.errorDuringExecution || false; // Issue #1088: Track error_during_execution\n 895→ limitReached = toolResult.limitReached;\n 896→ cleanupContext.limitReached = limitReached;\n 897→\n 898→ // Capture limit reset time globally for downstream handlers (auto-continue, cleanup decisions)\n 899→ if (toolResult && toolResult.limitResetTime) {\n 900→ global.limitResetTime = toolResult.limitResetTime;\n 901→ }\n 902→\n 903→ // Handle limit reached scenario\n 904→ if (limitReached) {\n 905→ const shoul*************Reset = argv.autoResumeOnLimitReset;\n 906→\n 907→ // If limit was reached but auto-resume-on-limit-reset is NOT enabled, fail immediately\n 908→ if (!shouldAutoResumeOnReset) {\n 909→ await log('\\n❌ USAGE LIMIT REACHED!');\n 910→ await log(' The AI tool has reached its usage limit.');\n 911→\n 912→ // Always show manual resume command in console so users can resume after limit resets\n 913→ if (sessionId) {\n 914→ const resetTime = global.limitResetTime;\n 915→ await log('');\n 916→ await log(`📁 Working directory: ${tempDir}`);\n 917→ await log(`📌 Session ID: ${sessionId}`);\n 918→ if (resetTime) {\n 919→ await log(`⏰ Limit resets at: ${resetTime}`);\n 920→ }\n 921→ await log('');\n 922→ // Show claude resume command only for --tool claude (or default)\n 923→ // Uses the (cd ... && claude --resume ...) pattern for a fully copyable, executable command\n 924→ const toolForResume = argv.tool || 'claude';\n 925→ if (toolForResume === 'claude') {\n 926→ const claudeResumeCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n 927→ await log('💡 To continue this session in Claude Code interactive mode:');\n 928→ await log('');\n 929→ await log(` ${claudeResumeCmd}`);\n 930→ await log('');\n 931→ }\n 932→ }\n 933→\n 934→ // If --attach-logs is enabled and we have a PR, attach logs with usage limit details\n 935→ if (shouldAttachLogs && sessionId && prNumber) {\n 936→ await log('\\n📄 Attaching logs to Pull Request...');\n 937→ try {\n 938→ // Build Claude CLI resume command\n 939→ const tool = argv.tool || 'claude';\n 940→ const resumeCommand = tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\n 941→ const logUploadSuccess = await attachLogToGitHub({\n 942→ logFile: getLogFile(),\n 943→ targetType: 'pr',\n 944→ targetNumber: prNumber,\n 945→ owner,\n 946→ repo,\n 947→ $,\n 948→ log,\n 949→ sanitizeLogContent,\n 950→ // Mark this as a usage limit case for proper formatting\n 951→ isUsageLimit: true,\n 952→ limitResetTime: global.limitResetTime,\n 953→ toolName: (argv.tool || 'AI tool').toString().toLowerCase() === 'claude' ? 'Claude' : (argv.tool || 'AI tool').toString().toLowerCase() === 'codex' ? 'Codex' : (argv.tool || 'AI tool').toString().toLowerCase() === 'opencode' ? 'OpenCode' : (argv.tool || 'AI tool').toString().toLowerCase() === 'agent' ? 'Agent' : 'AI tool',\n 954→ resumeCommand,\n 955→ sessionId,\n 956→ });\n 957→\n 958→ if (logUploadSuccess) {\n 959→ await log(' ✅ Logs uploaded successfully');\n 960→ } else {\n 961→ await log(' ⚠️ Failed to upload logs', { verbose: true });\n 962→ }\n 963→ } catch (uploadError) {\n 964→ await log(` ⚠️ Error uploading logs: ${uploadError.message}`, { verbose: true });\n 965→ }\n 966→ } else if (prNumber) {\n 967→ // Fallback: Post simple failure comment if logs are not attached\n 968→ // Note: Commands should not be in GitHub comments - only mention the option\n 969→ try {\n 970→ const resetTime = global.limitResetTime;\n 971→<<<<<<< HEAD\n 972→ const resumeSection = sessionId ? `Session ID: \\`${sessionId}\\`\\n\\nUse the \\`--auto-continue-on-limit-reset\\` option to automatically resume when the limit resets.` : 'Use the `--auto-continue-on-limit-reset` option to automatically resume when the limit resets.';\n 973→ const failureComment = resetTime ? `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. The limit will reset at: **${resetTime}**\\n\\n${resumeSection}` : `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. Please wait for the limit to reset.\\n\\n${resumeSection}`;\n 974→=======\n 975→ // Build Claude CLI resume command\n 976→ const tool = argv.tool || 'claude';\n 977→ const resumeCmd = tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\n 978→ const resumeSection = resumeCmd ? `To resume after the limit resets, use:\\n\\`\\`\\`bash\\n${resumeCmd}\\n\\`\\`\\`` : `Session ID: \\`${sessionId}\\``;\n 979→ // Format the reset time with relative time if available\n 980→ const formattedResetTime = resetTime ? formatResetTimeWithRelative(resetTime) : null;\n 981→ const failureComment = formattedResetTime ? `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. The limit will reset at: **${formattedResetTime}**\\n\\n${resumeSection}` : `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. Please wait for the limit to reset.\\n\\n${resumeSection}`;\n 982→>>>>>>> origin/main\n 983→\n 984→ const commentResult = await $`gh pr comment ${prNumber} --repo ${owner}/${repo} --body ${failureComment}`;\n 985→ if (commentResult.code === 0) {\n 986→ await log(' Posted failure comment to PR');\n 987→ }\n 988→ } catch (error) {\n 989→ await log(` Warning: Could not post failure comment: ${cleanErrorMessage(error)}`, { verbose: true });\n 990→ }\n 991→ }\n 992→\n 993→ await safeExit(1, 'Usage limit reached - use --auto-resume-on-limit-reset to wait for reset');\n 994→ } else {\n 995→ // auto-resume-on-limit-reset is enabled - attach logs and/or post waiting comment\n 996→ if (prNumber && global.limitResetTime) {\n 997→ // If --attach-logs is enabled, upload logs with usage limit details\n 998→ if (shouldAttachLogs && sessionId) {\n 999→ await log('\\n📄 Attaching logs to Pull Request (auto-continue mode)...');\n 1000→ try {\n 1001→ // Build Claude CLI resume command\n 1002→ const tool = argv.tool || 'claude';\n 1003→ const resumeCommand = tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\n 1004→ const logUploadSuccess = await attachLogToGitHub({\n 1005→ logFile: getLogFile(),\n 1006→ targetType: 'pr',\n 1007→ targetNumber: prNumber,\n 1008→ owner,\n 1009→ repo,\n 1010→ $,\n 1011→ log,\n 1012→ sanitizeLogContent,\n 1013→ // Mark this as a usage limit case for proper formatting\n 1014→ isUsageLimit: true,\n 1015→ limitResetTime: global.limitResetTime,\n 1016→ toolName: (argv.tool || 'AI tool').toString().toLowerCase() === 'claude' ? 'Claude' : (argv.tool || 'AI tool').toString().toLowerCase() === 'codex' ? 'Codex' : (argv.tool || 'AI tool').toString().toLowerCase() === 'opencode' ? 'OpenCode' : (argv.tool || 'AI tool').toString().toLowerCase() === 'agent' ? 'Agent' : 'AI tool',\n 1017→ resumeCommand,\n 1018→ sessionId,\n 1019→ });\n 1020→\n 1021→ if (logUploadSuccess) {\n 1022→ await log(' ✅ Logs uploaded successfully');\n 1023→ } else {\n 1024→ await log(' ⚠️ Failed to upload logs', { verbose: true });\n 1025→ }\n 1026→ } catch (uploadError) {\n 1027→ await log(` ⚠️ Error uploading logs: ${uploadError.message}`, { verbose: true });\n 1028→ }\n 1029→ } else {\n 1030→ // Fallback: Post simple waiting comment if logs are not attached\n 1031→ try {\n 1032→ // Calculate wait time in d:h:m:s format\n 1033→ const validation = await import('./solve.validation.lib.mjs');\n 1034→ const { calculateWaitTime } = validation;\n 1035→ const waitMs = calculateWaitTime(global.limitResetTime);\n 1036→\n 1037→ const formatWaitTime = ms => {\n 1038→ const seconds = Math.floor(ms / 1000);\n 1039→ const minutes = Math.floor(seconds / 60);\n 1040→ const hours = Math.floor(minutes / 60);\n 1041→ const days = Math.floor(hours / 24);\n 1042→ const s = seconds % 60;\n 1043→ const m = minutes % 60;\n 1044→ const h = hours % 24;\n 1045→ return `${days}:${String(h).padStart(2, '0')}:${String(m).padStart(2, '0')}:${String(s).padStart(2, '0')}`;\n 1046→ };\n 1047→\n 1048→ // Build Claude CLI resume command\n 1049→ const tool = argv.tool || 'claude';\n 1050→ const resumeCmd = tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\n 1051→ const waitingComment = `⏳ **Usage Limit Reached - Waiting to Continue**\\n\\nThe AI tool has reached its usage limit. Auto-resume is enabled with \\`--auto-resume-on-limit-reset\\`.\\n\\n**Reset time:** ${global.limitResetTime}\\n**Wait time:** ${formatWaitTime(waitMs)} (days:hours:minutes:seconds)\\n\\nThe session will automatically resume when the limit resets.\\n\\nSession ID: \\`${sessionId}\\`${resumeCmd ? `\\n\\nTo resume manually:\\n\\`\\`\\`bash\\n${resumeCmd}\\n\\`\\`\\`` : ''}`;\n 1052→\n 1053→ const commentResult = await $`gh pr comment ${prNumber} --repo ${owner}/${repo} --body ${waitingComment}`;\n 1054→ if (commentResult.code === 0) {\n 1055→ await log(' Posted waiting comment to PR');\n 1056→ }\n 1057→ } catch (error) {\n 1058→ await log(` Warning: Could not post waiting comment: ${cleanErrorMessage(error)}`, { verbose: true });\n 1059→ }\n 1060→ }\n 1061→ }\n 1062→ }\n 1063→ }\n 1064→\n 1065→ // Handle failure cases, but skip exit if limit reached with auto-resume enabled\n 1066→ // This allows the code to continue to showSessionSummary() where autoContinueWhenLimitResets() is called\n 1067→ const shoul*******************************tinue = limitReached && argv.autoResumeOnLimitReset;\n 1068→\n 1069→ if (!success && !shouldSkipFailureExitForAutoLimitContinue) {\n 1070→ // Show claude resume command only for --tool claude (or default) on failure\n 1071→ // Uses the (cd ... && claude --resume ...) pattern for a fully copyable, executable command\n 1072→ const toolForFailure = argv.tool || 'claude';\n 1073→ if (sessionId && toolForFailure === 'claude') {\n 1074→ const claudeResumeCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n 1075→ await log('');\n 1076→ await log('💡 To continue this session in Claude Code interactive mode:');\n 1077→ await log('');\n 1078→ await log(` ${claudeResumeCmd}`);\n 1079→ await log('');\n 1080→ }\n 1081→\n 1082→ // If --attach-logs is enabled and we have a PR, attach failure logs before exiting\n 1083→ if (shouldAttachLogs && sessionId && global.createdPR && global.createdPR.number) {\n 1084→ await log('\\n📄 Attaching failure logs to Pull Request...');\n 1085→ try {\n 1086→ // Build Claude CLI resume command\n 1087→ const tool = argv.tool || 'claude';\n 1088→ const resumeCommand = sessionId && tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\n 1089→ const logUploadSuccess = await attachLogToGitHub({\n 1090→ logFile: getLogFile(),\n 1091→ targetType: 'pr',\n 1092→ targetNumber: global.createdPR.number,\n 1093→ owner,\n 1094→ repo,\n 1095→ $,\n 1096→ log,\n 1097→ sanitizeLogContent,\n 1098→ // For usage limit, use a dedicated comment format to make it clear and actionable\n 1099→ isUsageLimit: !!limitReached,\n 1100→ limitResetTime: limitReached ? toolResult.limitResetTime : null,\n 1101→ toolName: (argv.tool || 'AI tool').toString().toLowerCase() === 'claude' ? 'Claude' : (argv.tool || 'AI tool').toString().toLowerCase() === 'codex' ? 'Codex' : (argv.tool || 'AI tool').toString().toLowerCase() === 'opencode' ? 'OpenCode' : (argv.tool || 'AI tool').toString().toLowerCase() === 'agent' ? 'Agent' : 'AI tool',\n 1102→ resumeCommand,\n 1103→ // Include sessionId so the PR comment can present it\n 1104→ sessionId,\n 1105→ // If not a usage limit case, fall back to generic failure format\n 1106→ errorMessage: limitReached ? undefined : `${argv.tool.toUpperCase()} execution failed`,\n 1107→ });\n 1108→\n 1109→ if (logUploadSuccess) {\n 1110→ await log(' ✅ Failure logs uploaded successfully');\n 1111→ } else {\n 1112→ await log(' ⚠️ Failed to upload logs', { verbose: true });\n 1113→ }\n 1114→ } catch (uploadError) {\n 1115→ await log(` ⚠️ Error uploading logs: ${uploadError.message}`, { verbose: true });\n 1116→ }\n 1117→ }\n 1118→\n 1119→ await safeExit(1, `${argv.tool.toUpperCase()} execution failed`);\n 1120→ }\n 1121→\n 1122→ // Check for uncommitted changes\n 1123→ // When limit is reached, force auto-commit of any uncommitted changes to preserve work\n 1124→ const shouldAutoCommit = argv['auto-commit-uncommitted-changes'] || limitReached;\n 1125→ const autoRestartEnabled = argv['autoRestartOnUncommittedChanges'] !== false;\n 1126→ const shouldRestart = await checkForUncommittedChanges(tempDir, owner, repo, branchName, $, log, shouldAutoCommit, autoRestartEnabled);\n 1127→\n 1128→ // Remove initial commit file (CLAUDE.md or .gitkeep) now that Claude command has finished\n 1129→ await cleanupClaudeFile(tempDir, branchName, claudeCommitHash, argv);\n 1130→\n 1131→ // Show summary of session and log file\n 1132→ await showSessionSummary(sessionId, limitReached, argv, issueUrl, tempDir, shouldAttachLogs);\n 1133→\n 1134→ // Search for newly created pull requests and comments\n 1135→ // Pass shouldRestart to prevent early exit when auto-restart is needed\n 1136→ // Include agent tool pricing data when available (publicPricingEstimate, pricingInfo)\n 1137→ // Issue #1088: Pass error**********ution for \"Finished with errors\" state\n 1138→ await verifyResults(owner, repo, branchName, issueNumber, prNumber, prUrl, referenceTime, argv, shouldAttachLogs, shouldRestart, sessionId, tempDir, anthropicTotalCostUSD, publicPricingEstimate, pricingInfo, errorDuringExecution);\n 1139→\n 1140→ // Start watch mode if enabled OR if we need to handle uncommitted changes\n 1141→ if (argv.verbose) {\n 1142→ await log('');\n 1143→ await log('🔍 Auto-restart debug:', { verbose: true });\n 1144→ await log(` argv.watch (user flag): ${argv.watch}`, { verbose: true });\n 1145→ await log(` shouldRestart (auto-detected): ${shouldRestart}`, { verbose: true });\n 1146→ await log(` temporaryWatch (will be enabled): ${shouldRestart && !argv.watch}`, { verbose: true });\n 1147→ await log(` prNumber: ${prNumber || 'null'}`, { verbose: true });\n 1148→ await log(` prBranch: ${prBranch || 'null'}`, { verbose: true });\n 1149→ await log(` branchName: ${branchName}`, { verbose: true });\n 1150→ await log(` isContinueMode: ${isContinueMode}`, { verbose: true });\n 1151→ }\n 1152→\n 1153→ // If uncommitted changes detected and auto-commit is disabled, enter temporary watch mode\n 1154→ const temporaryWatchMode = shouldRestart && !argv.watch;\n 1155→ if (temporaryWatchMode) {\n 1156→ await log('');\n 1157→ await log('🔄 AUTO-RESTART: Uncommitted changes detected');\n 1158→ await log(' Starting temporary monitoring cycle (NOT --watch mode)');\n 1159→ await log(' The tool will run once more to commit the changes');\n 1160→ await log(' Will exit automatically after changes are committed');\n 1161→ await log('');\n 1162→ }\n 1163→\n 1164→ const watchResult = await startWatchMode({\n 1165→ issueUrl,\n 1166→ owner,\n 1167→ repo,\n 1168→ issueNumber,\n 1169→ prNumber,\n 1170→ prBranch,\n 1171→ branchName,\n 1172→ tempDir,\n 1173→ argv: {\n 1174→ ...argv,\n 1175→ watch: argv.watch || shouldRestart, // Enable watch if uncommitted changes\n 1176→ temporaryWatch: temporaryWatchMode, // Flag to indicate temporary watch mode\n 1177→ },\n 1178→ });\n 1179→\n 1180→ // Update session data with latest from watch mode for accurate pricing\n 1181→ if (watchResult && watchResult.latestSessionId) {\n 1182→ sessionId = watchResult.latestSessionId;\n 1183→ anthr***********stUSD = watchResult.latestAnthropicCost;\n 1184→ if (argv.verbose) {\n 1185→ await log('');\n 1186→ await log('📊 Updated session data from watch mode:', { verbose: true });\n 1187→ await log(` Session ID: ${sessionId}`, { verbose: true });\n 1188→ if (anthropicTotalCostUSD !== null && anthr***********stUSD !== undefined) {\n 1189→ await log(` Anthropic cost: $${anthropicTotalCostUSD.toFixed(6)}`, { verbose: true });\n 1190→ }\n 1191→ }\n 1192→ }\n 1193→\n 1194→ // Track whether logs were successfully attached (used by endWorkSession)\n 1195→ let logsAttached = false;\n 1196→\n 1197→ // After watch mode completes (either user watch or temporary)\n 1198→ // Push any committed changes if this was a temporary watch mode\n 1199→ if (temporaryWatchMode) {\n 1200→ await log('');\n 1201→ await log('📤 Pushing committed changes to GitHub...');\n 1202→ await log('');\n 1203→\n 1204→ try {\n 1205→ const pushResult = await $({ cwd: tempDir })`git push origin ${branchName}`;\n 1206→ if (pushResult.code === 0) {\n 1207→ await log('✅ Changes pushed successfully to remote branch');\n 1208→ await log(` Branch: ${branchName}`);\n 1209→ await log('');\n 1210→ } else {\n 1211→ const errorMsg = pushResult.stderr?.toString() || 'Unknown error';\n 1212→ await log('⚠️ Push failed:', { level: 'error' });\n 1213→ await log(` ${errorMsg.trim()}`, { level: 'error' });\n 1214→ await log(' Please push manually:', { level: 'error' });\n 1215→ await log(` cd ${tempDir} && git push origin ${branchName}`, { level: 'error' });\n 1216→ }\n 1217→ } catch (error) {\n 1218→ await log('⚠️ Push failed:', { level: 'error' });\n 1219→ await log(` ${cleanErrorMessage(error)}`, { level: 'error' });\n 1220→ await log(' Please push manually:', { level: 'error' });\n 1221→ await log(` cd ${tempDir} && git push origin ${branchName}`, { level: 'error' });\n 1222→ }\n 1223→\n 1224→ // Attach updated logs to PR after auto-restart completes\n 1225→ if (shouldAttachLogs && prNumber) {\n 1226→ await log('📎 Uploading working session logs to Pull Request...');\n 1227→ try {\n 1228→ const logUploadSuccess = await attachLogToGitHub({\n 1229→ logFile: getLogFile(),\n 1230→ targetType: 'pr',\n 1231→ targetNumber: prNumber,\n 1232→ owner,\n 1233→ repo,\n 1234→ $,\n 1235→ log,\n 1236→ sanitizeLogContent,\n 1237→ verbose: argv.verbose,\n 1238→ sessionId,\n 1239→ tempDir,\n 1240→ anthropicTotalCostUSD,\n 1241→ });\n 1242→\n 1243→ if (logUploadSuccess) {\n 1244→ await log('✅ Working session logs uploaded successfully');\n 1245→ logsAttached = true;\n 1246→ } else {\n 1247→ await log('⚠️ Failed to upload working session logs', { level: 'warning' });\n 1248→ }\n 1249→ } catch (uploadError) {\n 1250→ await log(`⚠️ Error uploading logs: ${uploadError.message}`, { level: 'warning' });\n 1251→ }\n 1252→ }\n 1253→ }\n 1254→\n 1255→ // End work session using the new module\n 1256→ await endWorkSession({\n 1257→ isContinueMode,\n 1258→ prNumber,\n 1259→ argv,\n 1260→ log,\n 1261→ formatAligned,\n 1262→ $,\n 1263→ logsAttached,\n 1264→ });\n 1265→} catch (error) {\n 1266→ // Don't report authentication errors to Sentry as they are user configuration issues\n 1267→ if (!error.isAuthError) {\n 1268→ reportError(error, {\n 1269→ context: 'solve_main',\n 1270→ operation: 'main_execution',\n 1271→ });\n 1272→ }\n 1273→ await handleMainExecutionError({\n 1274→ error,\n 1275→ log,\n 1276→ cleanErrorMessage,\n 1277→ absoluteLogPath,\n 1278→ shouldAttachLogs,\n 1279→ argv,\n 1280→ global,\n 1281→ owner,\n 1282→ repo,\n 1283→ getLogFile,\n 1284→ attachLogToGitHub,\n 1285→ sanitizeLogContent,\n 1286→ $,\n 1287→ });\n 1288→} finally {\n 1289→ // Clean up temporary directory using repository module\n 1290→ await cleanupTempDirectory(tempDir, argv, limitReached);\n 1291→\n 1292→ // Show final log file reference (similar to Claude and other agents)\n 1293→ // This ensures users always know where to find the complete log file\n 1294→ if (getLogFile()) {\n 1295→ const path = await use('path');\n 1296→ const absoluteLogPath = path.resolve(getLogFile());\n 1297→ await log(`\\n📁 Complete log file: ${absoluteLogPath}`);\n 1298→ }\n 1299→}\n 1300→\n\n<system-reminder>\nWhenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.\n</system-reminder>\n"}]},"parent_tool_use_id":null,"session_id":"34546448-e309-47d8-93cc-aac1f21510d4","uuid":"64fd73ba-70d9-4a8b-b0ae-19a48f126a56","tool_use_result":{"type":"text","file":{"filePath":"/tmp/gh-issue-solver-1768096096209/src/solve.mjs","content":"#!/usr/bin/env node\n// Import Sentry instrumentation first (must be before other imports)\nimport './instrument.mjs';\n// Early exit paths - handle these before loading all modules to speed up testing\nconst earlyArgs = process.argv.slice(2);\nif (earlyArgs.includes('--version')) {\n const { getVersion } = await import('./version.lib.mjs');\n try {\n const version = await getVersion();\n console.log(version);\n } catch {\n console.error('Error: Unable to determine version');\n process.exit(1);\n }\n process.exit(0);\n}\nif (earlyArgs.includes('--help') || earlyArgs.includes('-h')) {\n // Load minimal modules needed for help\n const { use } = eval(await (await fetch('https://unpkg.com/use-m/use.js')).text());\n globalThis.use = use;\n const config = await import('./solve.config.lib.mjs');\n const { initializeConfig, createYargsConfig } = config;\n const { yargs, hideBin } = await initializeConfig(use);\n const rawArgs = hideBin(process.argv);\n // Filter out help flags to avoid duplicate display\n const argsWithoutHelp = rawArgs.filter(arg => arg !== '--help' && arg !== '-h');\n createYargsConfig(yargs(argsWithoutHelp)).showHelp();\n process.exit(0);\n}\nif (earlyArgs.length === 0) {\n console.error('Usage: solve.mjs <issue-url> [options]');\n console.error('\\nError: Missing required github issue or pull request URL');\n console.error('\\nRun \"solve.mjs --help\" for more information');\n process.exit(1);\n}\n// Now load all modules for normal operation\nconst { use } = eval(await (await fetch('https://unpkg.com/use-m/use.js')).text());\nglobalThis.use = use;\nconst { $ } = await use('command-stream');\nconst config = await import('./solve.config.lib.mjs');\nconst { initializeConfig, parseArguments } = config;\n// Import Sentry integration\nconst sentryLib = await import('./sentry.lib.mjs');\nconst { initializeSentry, addBreadcrumb, reportError } = sentryLib;\nconst { yargs, hideBin } = await initializeConfig(use);\nconst path = (await use('path')).default;\nconst fs = (await use('fs')).promises;\nconst crypto = (await use('crypto')).default;\nconst memoryCheck = await import('./memory-check.mjs');\nconst lib = await import('./lib.mjs');\nconst { log, setLogFile, getLogFile, getAbsoluteLogPath, cleanErrorMessage, formatAligned, getVersionInfo } = lib;\nconst githubLib = await import('./github.lib.mjs');\nconst { sanitizeLogContent, attachLogToGitHub } = githubLib;\nconst validation = await import('./solve.validation.lib.mjs');\nconst { validateGitHubUrl, showAttachLogsWarning, initializeLogFile, validateUrlRequirement, validateContinueOnlyOnFeedback, performSystemChecks } = validation;\nconst autoContinue = await import('./solve.auto-continue.lib.mjs');\nconst { proce*****************Issue } = autoContinue;\nconst repository = await import('./solve.repository.lib.mjs');\nconst { setupTempDirectory, clean**********ctory } = repository;\nconst results = await import('./solve.results.lib.mjs');\nconst { cleanupClaudeFile, showSessionSummary, verifyResults, build**************mmand } = results;\nconst claudeLib = await import('./claude.lib.mjs');\nconst { executeClaude } = claudeLib;\n\nconst githubLinking = await import('./github-linking.lib.mjs');\nconst { extra**************umber } = githubLinking;\n\nconst usageLimitLib = await import('./usage-limit.lib.mjs');\nconst { forma*****************ative } = usageLimitLib;\n\nconst errorHandlers = await import('./solve.error-handlers.lib.mjs');\nconst { createUncaughtExceptionHandler, createUnhandledRejectionHandler, handl**************Error } = errorHandlers;\n\nconst watchLib = await import('./solve.watch.lib.mjs');\nconst { startWatchMode } = watchLib;\nconst exitHandler = await import('./exit-handler.lib.mjs');\nconst { initializeExitHandler, installGlobalExitHandlers, safeExit } = exitHandler;\nconst getResourceSnapshot = memoryCheck.getResourceSnapshot;\n\n// Import new modular components\nconst autoPrLib = await import('./solve.auto-pr.lib.mjs');\nconst { handl**********ation } = autoPrLib;\nconst repoSetupLib = await import('./solve.repo-setup.lib.mjs');\nconst { setupRepositoryAndClone, verif******************tatus } = repoSetupLib;\nconst branchLib = await import('./solve.branch.lib.mjs');\nconst { creat************ranch } = branchLib;\nconst sessionLib = await import('./solve.session.lib.mjs');\nconst { startWorkSession, endWorkSession } = sessionLib;\nconst preparationLib = await import('./solve.preparation.lib.mjs');\nconst { prepareFeedbackAndTimestamps, checkUncommittedChanges, checkForkActions } = preparationLib;\n\n// Import model validation library\nconst modelValidation = await import('./model-validation.lib.mjs');\nconst { valid*******************Model } = modelValidation;\n\n// Initialize log file EARLY to capture all output including version and command\n// Use default directory (cwd) initially, will be set from argv.logDir after parsing\nconst logFile = await initializeLogFile(null);\n\n// Log version and raw command IMMEDIATELY after log file initialization\n// This ensures they appear in both console and log file, even if argument parsing fails\nconst versionInfo = await getVersionInfo();\nawait log('');\nawait log(`🚀 solve v${versionInfo}`);\nconst rawCommand = process.argv.join(' ');\nawait log('🔧 Raw command executed:');\nawait log(` ${rawCommand}`);\nawait log('');\n\nlet argv;\ntry {\n argv = await parseArguments(yargs, hideBin);\n} catch (error) {\n // Handle argument parsing errors with helpful messages\n await log(`❌ ${error.message}`, { level: 'error' });\n await log('', { level: 'error' });\n await log('Use /help to see available options', { level: 'error' });\n await safeExit(1, 'Invalid command-line arguments');\n}\nglobal.verboseMode = argv.verbose;\n\n// If user specified a custom log directory, we would need to move the log file\n// However, this adds complexity, so we accept that early logs go to cwd\n// The trade-off is: early logs in cwd vs missing version/command in error cases\n\n// Conditionally import tool-specific functions after argv is parsed\nlet checkForUncommittedChanges;\nif (argv.tool === 'opencode') {\n const opencodeLib = await import('./opencode.lib.mjs');\n check****************anges = opencodeLib.checkForUncommittedChanges;\n} else if (argv.tool === 'codex') {\n const codexLib = await import('./codex.lib.mjs');\n check****************anges = codexLib.checkForUncommittedChanges;\n} else if (argv.tool === 'agent') {\n const agentLib = await import('./agent.lib.mjs');\n check****************anges = agentLib.checkForUncommittedChanges;\n} else {\n check****************anges = claudeLib.checkForUncommittedChanges;\n}\nconst shouldAttachLogs = argv.attachLogs || argv['attach-logs'];\nawait showAttachLogsWarning(shouldAttachLogs);\nconst absoluteLogPath = path.resolve(logFile);\n// Initialize Sentry integration (unless disabled)\nif (argv.sentry) {\n await initializeSentry({\n noSentry: !argv.sentry,\n debug: argv.verbose,\n version: process.env.npm_package_version || '0.12.0',\n });\n // Add breadcrumb for solve operation\n addBreadcrumb({\n category: 'solve',\n message: 'Started solving issue',\n level: 'info',\n data: {\n model: argv.model,\n issueUrl: argv['issue-url'] || argv._?.[0] || 'not-set-yet',\n },\n });\n}\n// Create a cleanup wrapper that will be populated with context later\nlet cleanupContext = { tempDir: null, argv: null, limitReached: false };\nconst cleanupWrapper = async () => {\n if (cleanupContext.tempDir && cleanupContext.argv) {\n await cleanupTempDirectory(cleanupContext.tempDir, cleanupContext.argv, cleanupContext.limitReached);\n }\n};\n// Initialize the exit handler with getAbsoluteLogPath function and cleanup wrapper\ninitializeExitHandler(getAbsoluteLogPath, log, cleanupWrapper);\ninstallGlobalExitHandlers();\n\n// Note: Version and raw command are logged BEFORE parseArguments() (see above)\n// This ensures they appear even if strict validation fails\n// Strict options validation is now handled by yargs .strict() mode in solve.config.lib.mjs\n// This prevents unrecognized options from being silently ignored (issue #453, #482)\n\n// Now handle argument validation that was moved from early checks\nlet issueUrl = argv['issue-url'] || argv._[0];\nif (!issueUrl) {\n await log('Usage: solve.mjs <issue-url> [options]', { level: 'error' });\n await log('Error: Missing required github issue or pull request URL', { level: 'error' });\n await log('Run \"solve.mjs --help\" for more information', { level: 'error' });\n await safeExit(1, 'Missing required GitHub URL');\n}\n// Validate GitHub URL using validation module (more thorough check)\nconst urlValidation = validateGitHubUrl(issueUrl);\nif (!urlValidation.isValid) {\n await safeExit(1, 'Invalid GitHub URL');\n}\nconst { isIssueUrl, isPrUrl, normalizedUrl, owner, repo, number: urlNumber } = urlValidation;\nissueUrl = normalizedUrl || issueUrl;\n// Store owner and repo globally for error handlers early\nglobal.owner = owner;\nglobal.repo = repo;\n// Setup unhandled error handlers to ensure log path is always shown\nconst errorHandlerOptions = {\n log,\n cleanErrorMessage,\n absoluteLogPath,\n shouldAttachLogs,\n argv,\n global,\n owner: null, // Will be set later when parsed\n repo: null, // Will be set later when parsed\n getLogFile,\n attachLogToGitHub,\n sanitizeLogContent,\n $,\n};\nprocess.on('uncaughtException', createUncaughtExceptionHandler(errorHandlerOptions));\nprocess.on('unhandledRejection', createUnhandledRejectionHandler(errorHandlerOptions));\n// Validate GitHub URL requirement and options using validation module\nif (!(await validateUrlRequirement(issueUrl))) {\n await safeExit(1, 'URL requirement validation failed');\n}\nif (!(await validateContinueOnlyOnFeedback(argv, isPrUrl, isIssueUrl))) {\n await safeExit(1, 'Feedback validation failed');\n}\n\n// Validate model name EARLY - this always runs regardless of --skip-tool-connection-check\n// Model validation is a simple string check and should always be performed\nconst tool = argv.tool || 'claude';\nawait validateAndExitOnInvalidModel(argv.model, tool, safeExit);\n\n// Perform all system checks using validation module\n// Skip tool CONNECTION validation in dry-run mode or when --skip-tool-connection-check or --no-tool-connection-check is enabled\n// Note: This does NOT skip model validation which is performed above\nconst skipT*************Check = argv.dryRun || argv.skipToolConnectionCheck || argv.toolConnectionCheck === false;\nif (!(await performSystemChecks(argv.minDiskSpace || 2048, skipToolConnectionCheck, argv.model, argv))) {\n await safeExit(1, 'System checks failed');\n}\n// URL validation debug logging\nif (argv.verbose) {\n await log('📋 URL validation:', { verbose: true });\n await log(` Input URL: ${issueUrl}`, { verbose: true });\n await log(` Is Issue URL: ${!!isIssueUrl}`, { verbose: true });\n await log(` Is PR URL: ${!!isPrUrl}`, { verbose: true });\n}\nconst claudePath = argv.executeToolWithBun ? 'bunx claude' : process.env.CLAUDE_PATH || 'claude';\n// Note: owner, repo, and urlNumber are already extracted from validateGitHubUrl() above\n// The parseUrlComponents() call was removed as it had a bug with hash fragments (#issuecomment-xyz)\n// and the validation result already provides these values correctly parsed\n\n// Handle --auto-fork option: automatically fork public repositories without write access\nif (argv.autoFork && !argv.fork) {\n const { detec****************ility } = githubLib;\n\n // Check if we have write access first\n await log('🔍 Checking repository access for auto-fork...');\n const permResult = await $`gh api repos/${owner}/${repo} --jq .permissions`;\n\n if (permResult.code === 0) {\n const permissions = JSON.parse(permResult.stdout.toString().trim());\n const hasWriteAccess = permissions.push === true || permissions.admin === true || permissions.maintain === true;\n\n if (!hasWriteAccess) {\n // No write access - check if repository is public before enabling fork mode\n const { isPublic } = await detectRepositoryVisibility(owner, repo);\n\n if (!isPublic) {\n // Private repository without write access - cannot fork\n await log('');\n await log(\"❌ --auto-fork failed: Repository is private and you don't have write access\", { level: 'error' });\n await log('');\n await log(' 🔍 What happened:', { level: 'error' });\n await log(` Repository ${owner}/${repo} is private`, { level: 'error' });\n await log(\" You don't have write access to this repository\", { level: 'error' });\n await log(' --auto-fork cannot create a fork of a private repository you cannot access', {\n level: 'error',\n });\n await log('');\n await log(' 💡 Solution:', { level: 'error' });\n await log(' • Request collaborator access from the repository owner', { level: 'error' });\n await log(` https://github.com/${owner}/${repo}/settings/access`, { level: 'error' });\n await log('');\n await safeExit(1, 'Auto-fork failed - private repository without access');\n }\n\n // Public repository without write access - automatically enable fork mode\n await log('✅ Auto-fork: No write access detected, enabling fork mode');\n argv.fork = true;\n } else {\n // Has write access - work directly on the repo (works for both public and private repos)\n const { isPublic } = await detectRepositoryVisibility(owner, repo);\n await log(`✅ Auto-fork: Write access detected to ${isPublic ? 'public' : 'private'} repository, working directly on repository`);\n }\n } else {\n // Could not check permissions - assume no access and try to fork if public\n const { isPublic } = await detectRepositoryVisibility(owner, repo);\n\n if (!isPublic) {\n // Cannot determine permissions for private repo - fail safely\n await log('');\n await log('❌ --auto-fork failed: Could not verify permissions for private repository', { level: 'error' });\n await log('');\n await log(' 🔍 What happened:', { level: 'error' });\n await log(` Repository ${owner}/${repo} is private`, { level: 'error' });\n await log(' Could not check your permissions to this repository', { level: 'error' });\n await log('');\n await log(' 💡 Solutions:', { level: 'error' });\n await log(' • Check your GitHub CLI authentication: gh auth status', { level: 'error' });\n await log(\" • Request collaborator access if you don't have it yet\", { level: 'error' });\n await log(` https://github.com/${owner}/${repo}/settings/access`, { level: 'error' });\n await log('');\n await safeExit(1, 'Auto-fork failed - cannot verify private repository permissions');\n }\n\n //
[2026-01-11T01:49:14.090Z] [INFO] Public repository but couldn't check permissions - assume no access and fork\n await log('⚠️ Auto-fork: Could not check permissions, enabling fork mode for public repository');\n argv.fork = true;\n }\n}\n\n// Early check: Verify repository write permissions BEFORE doing any work\n// This prevents wasting AI tokens when user doesn't have access and --fork is not used\nconst { check********************ssion } = githubLib;\nconst hasWriteAccess = await checkRepositoryWritePermission(owner, repo, {\n useFork: argv.fork,\n issueUrl: issueUrl,\n});\n\nif (!hasWriteAccess) {\n await log('');\n await log('❌ Cannot proceed without repository write access or --fork option', { level: 'error' });\n await safeExit(1, 'Permission check failed');\n}\n\n// Detect repository visibility and set auto-cleanup default if not explicitly set\nif (argv.autoCleanup === undefined) {\n const { detec****************ility } = githubLib;\n const { isPublic } = await detectRepositoryVisibility(owner, repo);\n // For public repos: keep temp directories (default false)\n // For private repos: clean up temp directories (default true)\n argv.autoCleanup = !isPublic;\n if (argv.verbose) {\n await log(` Auto-cleanup default: ${argv.autoCleanup} (repository is ${isPublic ? 'public' : 'private'})`, {\n verbose: true,\n });\n }\n}\n// Determine mode and get issue details\nlet issueNumber;\nlet prNumber;\nlet prBranch;\nlet mergeStateStatus;\nlet prState;\nlet forkOwner = null;\nlet isContinueMode = false;\n// Auto-continue logic: check for existing PRs if --auto-continue is enabled\nconst autoContinueResult = await processAutoContinueForIssue(argv, isIssueUrl, urlNumber, owner, repo);\nif (autoContinueResult.isContinueMode) {\n isContinueMode = true;\n prNumber = autoContinueResult.prNumber;\n prBranch = autoContinueResult.prBranch;\n issueNumber = autoContinueResult.issueNumber;\n // Only check PR details if we have a PR number\n if (prNumber) {\n // Store PR info globally for error handlers\n global.createdPR = { number: prNumber };\n // Check if PR is from a fork and get fork owner, merge status, and PR state\n if (argv.verbose) {\n await log(' Checking if PR is from a fork...', { verbose: true });\n }\n try {\n const prCheckResult = await $`gh pr view ${prNumber} --repo ${owner}/${repo} --json headRepositoryOwner,headRepository,mergeStateStatus,state`;\n if (prCheckResult.code === 0) {\n const prCheckData = JSON.parse(prCheckResult.stdout.toString());\n // Extract merge status and PR state\n mergeStateStatus = prCheckData.mergeStateStatus;\n prState = prCheckData.state;\n if (argv.verbose) {\n await log(` PR state: ${prState || 'UNKNOWN'}`, { verbose: true });\n await log(` Merge status: ${mergeStateStatus || 'UNKNOWN'}`, { verbose: true });\n }\n if (prCheckData.headRepositoryOwner && prCheckData.headRepositoryOwner.login !== owner) {\n forkOwner = prCheckData.headRepositoryOwner.login;\n // Get actual fork repository name (may be prefixed)\n const forkRepoName = prCheckData.headRepository && prCheckData.headRepository.name ? prCheckData.headRepository.name : repo;\n await log(`🍴 Detected fork PR from ${forkOwner}/${forkRepoName}`);\n if (argv.verbose) {\n await log(` Fork owner: ${forkOwner}`, { verbose: true });\n await log(' Will clone fork repository for continue mode', { verbose: true });\n }\n\n // Check if maintainer can push to the fork when --allow-to-push-to-contributors-pull-requests-as-maintainer is enabled\n if (argv.allowToPushToContributorsPullRequestsAsMaintainer && argv.autoFork) {\n const { checkMaintainerCanModifyPR, reque*************ccess } = githubLib;\n const { canModify } = await checkMaintainerCanModifyPR(owner, repo, prNumber);\n\n if (canModify) {\n await log('✅ Maintainer can push to fork: Enabled by contributor');\n await log(\" Will push changes directly to contributor's fork instead of creating own fork\");\n // Don't disable fork mode, but we'll use the contributor's fork\n } else {\n await log('⚠️ Maintainer cannot push to fork: \"Allow edits by maintainers\" is not enabled', {\n level: 'warning',\n });\n await log(' Posting comment to request access...', { level: 'warning' });\n await requestMaintainerAccess(owner, repo, prNumber);\n await log(' Comment posted. Proceeding with own fork instead.', { level: 'warning' });\n }\n }\n }\n }\n } catch (forkCheckError) {\n if (argv.verbose) {\n await log(` Warning: Could not check fork status: ${forkCheckError.message}`, { verbose: true });\n }\n }\n } else {\n // We have a branch but no PR - we'll use the existing branch and create a PR later\n await log(`🔄 Using existing branch: ${prBranch} (no PR yet - will create one)`);\n if (argv.verbose) {\n await log(' Branch will be checked out and PR will be created during auto-PR creation phase', {\n verbose: true,\n });\n }\n }\n} else if (isIssueUrl) {\n issueNumber = autoContinueResult.issueNumber || urlNumber;\n}\nif (isPrUrl) {\n isContinueMode = true;\n prNumber = urlNumber;\n // Store PR info globally for error handlers\n global.createdPR = { number: prNumber, url: issueUrl };\n await log(`🔄 Continue mode: Working with PR #${prNumber}`);\n if (argv.verbose) {\n await log(' Continue mode activated: PR URL provided directly', { verbose: true });\n await log(` PR Number set to: ${prNumber}`, { verbose: true });\n await log(' Will fetch PR details and linked issue', { verbose: true });\n }\n // Get PR details to find the linked issue and branch\n try {\n const prResult = await githubLib.ghPrView({\n prNumber,\n owner,\n repo,\n jsonFields: 'headRefName,body,number,mergeStateStatus,state,headRepositoryOwner,headRepository',\n });\n if (prResult.code !== 0 || !prResult.data) {\n await log('Error: Failed to get PR details', { level: 'error' });\n if (prResult.output.includes('Could not resolve to a PullRequest')) {\n await githubLib.handlePRNotFoundError({ prNumber, owner, repo, argv, shouldAttachLogs });\n } else {\n await log(`Error: ${prResult.stderr || 'Unknown error'}`, { level: 'error' });\n }\n await safeExit(1, 'Failed to get PR details');\n }\n const prData = prResult.data;\n prBranch = prData.headRefName;\n mergeStateStatus = prData.mergeStateStatus;\n prState = prData.state;\n // Check if this is a fork PR\n if (prData.headRepositoryOwner && prData.headRepositoryOwner.login !== owner) {\n forkOwner = prData.headRepositoryOwner.login;\n // Get actual fork repository name (may be prefixed)\n const forkRepoName = prData.headRepository && prData.headRepository.name ? prData.headRepository.name : repo;\n await log(`🍴 Detected fork PR from ${forkOwner}/${forkRepoName}`);\n if (argv.verbose) {\n await log(` Fork owner: ${forkOwner}`, { verbose: true });\n await log(' Will clone fork repository for continue mode', { verbose: true });\n }\n\n // Check if maintainer can push to the fork when --allow-to-push-to-contributors-pull-requests-as-maintainer is enabled\n if (argv.allowToPushToContributorsPullRequestsAsMaintainer && argv.autoFork) {\n const { checkMaintainerCanModifyPR, reque*************ccess } = githubLib;\n const { canModify } = await checkMaintainerCanModifyPR(owner, repo, prNumber);\n\n if (canModify) {\n await log('✅ Maintainer can push to fork: Enabled by contributor');\n await log(\" Will push changes directly to contributor's fork instead of creating own fork\");\n // Don't disable fork mode, but we'll use the contributor's fork\n } else {\n await log('⚠️ Maintainer cannot push to fork: \"Allow edits by maintainers\" is not enabled', {\n level: 'warning',\n });\n await log(' Posting comment to request access...', { level: 'warning' });\n await requestMaintainerAccess(owner, repo, prNumber);\n await log(' Comment posted. Proceeding with own fork instead.', { level: 'warning' });\n }\n }\n }\n await log(`📝 PR branch: ${prBranch}`);\n // Extract issue number from PR body using GitHub linking detection library\n // This ensures we only detect actual GitHub-recognized linking keywords\n const prBody = prData.body || '';\n const extra**********umber = extractLinkedIssueNumber(prBody);\n if (extractedIssueNumber) {\n issueNumber = extractedIssueNumber;\n await log(`🔗 Found linked issue #${issueNumber}`);\n } else {\n // If no linked issue found, we can still continue but warn\n await log('⚠️ Warning: No linked issue found in PR body', { level: 'warning' });\n await log(' The PR should contain \"Fixes #123\" or similar to link an issue', { level: 'warning' });\n // Set issueNumber to PR number as fallback\n issueNumber = prNumber;\n }\n } catch (error) {\n reportError(error, {\n context: 'pr_processing',\n prNumber,\n operation: 'process_pull_request',\n });\n await log(`Error: Failed to process PR: ${cleanErrorMessage(error)}`, { level: 'error' });\n await safeExit(1, 'Failed to process PR');\n }\n} else {\n // Traditional issue mode\n issueNumber = urlNumber;\n await log(`📝 Issue mode: Working with issue #${issueNumber}`);\n}\n// Create or find temporary directory for cloning the repository\n// Pass workspace info for --enable-workspaces mode (works with all tools)\nconst workspaceInfo = argv.enableWorkspaces ? { owner, repo, issueNumber } : null;\nconst { tempDir, workspaceTmpDir } = await setupTempDirectory(argv, workspaceInfo);\n// Populate cleanup context for signal handlers\ncleanupContext.tempDir = tempDir;\ncleanupContext.argv = argv;\n// Initialize limitReached variable outside try block for finally clause\nlet limitReached = false;\ntry {\n // Set up repository and clone using the new module\n const { forkedRepo } = await setupRepositoryAndClone({\n argv,\n owner,\n repo,\n forkOwner,\n tempDir,\n isContinueMode,\n issueUrl,\n log,\n formatAligned,\n $,\n });\n\n // Verify default branch and status using the new module\n const defaultBranch = await verifyDefaultBranchAndStatus({\n tempDir,\n log,\n formatAligned,\n $,\n });\n // Create or checkout branch using the new module\n const branchName = await createOrCheckoutBranch({\n isContinueMode,\n prBranch,\n issueNumber,\n tempDir,\n defaultBranch,\n argv,\n log,\n formatAligned,\n $,\n crypto,\n });\n\n // Auto-merge default branch to pull request branch if enabled\n let autoM************Lines = [];\n if (isContinueMode && argv['auto-merge-default-branch-to-pull-request-branch']) {\n await log(`\\n${formatAligned('🔀', 'Auto-merging:', `Merging ${defaultBranch} into ${branchName}`)}`);\n try {\n const mergeResult = await $({ cwd: tempDir })`git merge ${defaultBranch} --no-edit`;\n if (mergeResult.code === 0) {\n await log(`${formatAligned('✅', 'Merge successful:', 'Pushing merged branch...')}`);\n const pushResult = await $({ cwd: tempDir })`git push origin ${branchName}`;\n if (pushResult.code === 0) {\n await log(`${formatAligned('✅', 'Push successful:', 'Branch updated with latest changes')}`);\n } else {\n await log(`${formatAligned('⚠️', 'Push failed:', 'Merge completed but push failed')}`, { level: 'warning' });\n await log(` Error: ${pushResult.stderr?.toString() || 'Unknown error'}`, { level: 'warning' });\n }\n } else {\n // Merge failed - likely due to conflicts\n await log(`${formatAligned('⚠️', 'Merge failed:', 'Conflicts detected')}`, { level: 'warning' });\n autoMergeFeedbackLines.push('');\n autoMergeFeedbackLines.push('⚠️ AUTOMATIC MERGE FAILED:');\n autoMergeFeedbackLines.push(`git merge ${defaultBranch} was executed but resulted in conflicts that should be resolved first.`);\n autoMergeFeedbackLines.push('Please resolve the merge conflicts and commit the changes.');\n autoMergeFeedbackLines.push('');\n }\n } catch (mergeError) {\n await log(`${formatAligned('❌', 'Merge error:', mergeError.message)}`, { level: 'error' });\n autoMergeFeedbackLines.push('');\n autoMergeFeedbackLines.push('⚠️ AUTOMATIC MERGE ERROR:');\n autoMergeFeedbackLines.push(`git merge ${defaultBranch} failed with error: ${mergeError.message}`);\n autoMergeFeedbackLines.push('Please check the repository state and resolve any issues.');\n autoMergeFeedbackLines.push('');\n }\n }\n\n // Initialize PR variables early\n let prUrl = null;\n\n // In continue mode, we already have the PR details\n if (isContinueMode) {\n prUrl = issueUrl; // The input URL is the PR URL\n // prNumber is already set from earlier when we parsed the PR\n }\n\n // Don't build the prompt yet - we'll build it after we have all the information\n // This includes PR URL (if created) and comment info (if in continue mode)\n\n // Handle auto PR creation using the new module\n const autoPrResult = await handleAutoPrCreation({\n argv,\n tempDir,\n branchName,\n issueNumber,\n owner,\n repo,\n defaultBranch,\n forkedRepo,\n isContinueMode,\n prNumber,\n log,\n formatAligned,\n $,\n reportError,\n path,\n fs,\n });\n\n let claudeCommitHash = null;\n if (autoPrResult) {\n prUrl = autoPrResult.prUrl;\n if (autoPrResult.prNumber) {\n prNumber = autoPrResult.prNumber;\n }\n if (autoPrResult.claudeCommitHash) {\n claudeCommitHash = autoPrResult.claudeCommitHash;\n }\n }\n\n // CRITICAL: Validate that we have a PR number when required\n // This prevents continuing without a PR when one was supposed to be created\n if ((isContinueMode || argv.autoPullRequestCreation) && !prNumber) {\n await log('');\n await log(formatAligned('❌', 'FATAL ERROR:', 'No pull request available'), { level: 'error' });\n await log('');\n await log(' 🔍 What happened:');\n if (isContinueMode) {\n await log(' Continue mode is active but no PR number is available.');\n await log(' This usually means PR creation failed or was skipped incorrectly.');\n } else {\n await log(' Auto-PR creation is enabled but no PR was created.');\n await log(' PR creation may have failed without throwing an error.');\n }\n await log('');\n await log(' 💡 Why this is critical:');\n await log(' The solve command requires a PR for:');\n await log(' • Tracking work progress');\n await log(' • Receiving and processing feedback');\n await log(' • Managing code changes');\n await log(' • Auto-merging when complete');\n await log('');\n await log(' 🔧 How to fix:');\n await log('');\n await log(' Option 1: Create PR manually and use --continue');\n await log(` cd ${tempDir}`);\n await log(` gh pr create --draft --title \"Fix issue #${issueNumber}\" --body \"Fixes #${issueNumber}\"`);\n await log(' # Then use the PR URL with solve.mjs');\n await log('');\n await log(' Option 2: Start fresh without continue mode');\n await log(` ./solve.mjs \"${issueUrl}\" --auto-pull-request-creation`);\n await log('');\n await log(' Option 3: Disable auto-PR creation (Claude will create it)');\n await log(` ./solve.mjs \"${issueUrl}\" --no-auto-pull-request-creation`);\n await log('');\n await safeExit(1, 'No PR available');\n }\n\n if (isContinueMode) {\n await log(`\\n${formatAligned('🔄', 'Continue mode:', 'ACTIVE')}`);\n await log(formatAligned('', 'Using existing PR:', `#${prNumber}`, 2));\n await log(formatAligned('', 'PR URL:', prUrl, 2));\n } else if (!argv.autoPullRequestCreation) {\n await log(`\\n${formatAligned('⏭️', 'Auto PR creation:', 'DISABLED')}`);\n await log(formatAligned('', 'Workflow:', 'AI will create the PR', 2));\n }\n\n // Don't build the prompt yet - we'll build it after we have all the information\n // This includes PR URL (if created) and comment info (if in continue mode)\n\n // Start work session using the new module\n await startWorkSession({\n isContinueMode,\n prNumber,\n argv,\n log,\n formatAligned,\n $,\n });\n\n // Prepare feedback and timestamps using the new module\n const { feedbackLines: preparedFeedbackLines, referenceTime } = await prepareFeedbackAndTimestamps({\n prNumber,\n branchName,\n owner,\n repo,\n issueNumber,\n isContinueMode,\n mergeStateStatus,\n prState,\n argv,\n log,\n formatAligned,\n cleanErrorMessage,\n $,\n });\n\n // Initialize feedback lines\n let feedbackLines = null;\n\n // Add auto-merge feedback lines if any\n if (autoMergeFeedbackLines && autoMergeFeedbackLines.length > 0) {\n if (!feedbackLines) {\n feedbackLines = [];\n }\n feedbackLines.push(...autoMergeFeedbackLines);\n }\n\n // Merge feedback lines\n if (preparedFeedbackLines && preparedFeedbackLines.length > 0) {\n if (!feedbackLines) {\n feedbackLines = [];\n }\n feedbackLines.push(...preparedFeedbackLines);\n }\n\n // Check for uncommitted changes and merge with feedback\n const uncom**************Lines = await checkUncommittedChanges({\n tempDir,\n argv,\n log,\n $,\n });\n if (uncommittedFeedbackLines && uncommittedFeedbackLines.length > 0) {\n if (!feedbackLines) {\n feedbackLines = [];\n }\n feedbackLines.push(...uncommittedFeedbackLines);\n }\n\n // Check for fork actions\n const forkActionsUrl = await checkForkActions({\n argv,\n forkedRepo,\n branchName,\n log,\n formatAligned,\n $,\n });\n\n // Execute tool command with all prompts and settings\n let toolResult;\n if (argv.tool === 'opencode') {\n const opencodeLib = await import('./opencode.lib.mjs');\n const { executeOpenCode } = opencodeLib;\n const opencodePath = process.env.OPENCODE_PATH || 'opencode';\n\n toolResult = await executeOpenCode({\n issueUrl,\n issueNumber,\n prNumber,\n prUrl,\n branchName,\n tempDir,\n workspaceTmpDir,\n isContinueMode,\n mergeStateStatus,\n forkedRepo,\n feedbackLines,\n forkActionsUrl,\n owner,\n repo,\n argv,\n log,\n setLogFile,\n getLogFile,\n formatAligned,\n getResourceSnapshot,\n opencodePath,\n $,\n });\n } else if (argv.tool === 'codex') {\n const codexLib = await import('./codex.lib.mjs');\n const { executeCodex } = codexLib;\n const codexPath = process.env.CODEX_PATH || 'codex';\n\n toolResult = await executeCodex({\n issueUrl,\n issueNumber,\n prNumber,\n prUrl,\n branchName,\n tempDir,\n workspaceTmpDir,\n isContinueMode,\n mergeStateStatus,\n forkedRepo,\n feedbackLines,\n forkActionsUrl,\n owner,\n repo,\n argv,\n log,\n setLogFile,\n getLogFile,\n formatAligned,\n getResourceSnapshot,\n codexPath,\n $,\n });\n } else if (argv.tool === 'agent') {\n const agentLib = await import('./agent.lib.mjs');\n const { executeAgent } = agentLib;\n const agentPath = process.env.AGENT_PATH || 'agent';\n\n toolResult = await executeAgent({\n issueUrl,\n issueNumber,\n prNumber,\n prUrl,\n branchName,\n tempDir,\n workspaceTmpDir,\n isContinueMode,\n mergeStateStatus,\n forkedRepo,\n feedbackLines,\n forkActionsUrl,\n owner,\n repo,\n argv,\n log,\n setLogFile,\n getLogFile,\n formatAligned,\n getResourceSnapshot,\n agentPath,\n $,\n });\n } else {\n // Default to Claude\n // Check for Playwright MCP availability if using Claude tool\n if (argv.tool === 'claude' || !argv.tool) {\n // If flag is true (default), check if Playwright MCP is actually available\n if (argv.promptPlaywrightMcp) {\n const { check********************ility } = claudeLib;\n const playw************lable = await checkPlaywrightMcpAvailability();\n if (playwrightMcpAvailable) {\n await log('🎭 Playwright MCP detected - enabling browser automation hints', { verbose: true });\n } else {\n await log('ℹ️ Playwright MCP not detected - browser automation hints will be disabled', { verbose: true });\n argv.promptPlaywrightMcp = false;\n }\n } else {\n await log('ℹ️ Playwright MCP explicitly disabled via --no-prompt-playwright-mcp', { verbose: true });\n }\n }\n const claudeResult = await executeClaude({\n issueUrl,\n issueNumber,\n prNumber,\n prUrl,\n branchName,\n tempDir,\n workspaceTmpDir,\n isContinueMode,\n mergeStateStatus,\n forkedRepo,\n feedbackLines,\n forkActionsUrl,\n owner,\n repo,\n argv,\n log,\n setLogFile,\n getLogFile,\n formatAligned,\n getResourceSnapshot,\n claudePath,\n $,\n });\n toolResult = claudeResult;\n }\n\n const { success } = toolResult;\n let sessionId = toolResult.sessionId;\n let anthr***********stUSD = toolResult.anthropicTotalCostUSD;\n let publi***********imate = toolResult.publicPricingEstimate; // Used by agent tool\n let pricingInfo = toolResult.pricingInfo; // Used by agent tool for detailed pricing\n let error**********ution = toolResult.errorDuringExecution || false; // Issue #1088: Track error_during_execution\n limitReached = toolResult.limitReached;\n cleanupContext.limitReached = limitReached;\n\n // Capture limit reset time globally for downstream handlers (auto-continue, cleanup decisions)\n if (toolResult && toolResult.limitResetTime) {\n global.limitResetTime = toolResult.limitResetTime;\n }\n\n // Handle limit reached scenario\n if (limitReached) {\n const shoul*************Reset = argv.autoResumeOnLimitReset;\n\n // If limit was reached but auto-resume-on-limit-reset is NOT enabled, fail immediately\n if (!shouldAutoResumeOnReset) {\n await log('\\n❌ USAGE LIMIT REACHED!');\n await log(' The AI tool has reached its usage limit.');\n\n // Always show manual resume command in console so users can resume after limit resets\n if (sessionId) {\n const resetTime = global.limitResetTime;\n await log('');\n await log(`📁 Working directory: ${tempDir}`);\n await log(`📌 Session ID: ${sessionId}`);\n if (resetTime) {\n await log(`⏰ Limit resets at: ${resetTime}`);\n }\n await log('');\n // Show claude resume command only for --tool claude (or default)\n // Uses the (cd ... && claude --resume ...) pattern for a fully copyable, executable command\n const toolForResume = argv.tool || 'claude';\n if (toolForResume === 'claude') {\n const claudeResumeCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n await log('💡 To continue this session in Claude Code interactive mode:');\n await log('');\n await log(` ${claudeResumeCmd}`);\n await log('');\n }\n }\n\n // If --attach-logs is enabled and we have a PR, attach logs with usage limit details\n if (shouldAttachLogs && sessionId && prNumber) {\n await log('\\n📄 Attaching logs to Pull Request...');\n try {\n // Build Claude CLI resume command\n const tool = argv.tool || 'claude';\n const resumeCommand = tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\n const logUploadSuccess = await attachLogToGitHub({\n logFile: getLogFile(),\n targetType: 'pr',\n targetNumber: prNumber,\n owner,\n repo,\n $,\n log,\n sanitizeLogContent,\n // Mark this as a usage limit case for proper formatting\n isUsageLimit: true,\n limitResetTime: global.limitResetTime,\n toolName: (argv.tool || 'AI tool').toString().toLowerCase() === 'claude' ? 'Claude' : (argv.tool || 'AI tool').toString().toLowerCase() === 'codex' ? 'Codex' : (argv.tool || 'AI tool').toString().toLowerCase() === 'opencode' ? 'OpenCode' : (argv.tool || 'AI tool').toString().toLowerCase() === 'agent' ? 'Agent' : 'AI tool',\n resumeCommand,\n sessionId,\n });\n\n if (logUploadSuccess) {\n await log(' ✅ Logs uploaded successfully');\n } else {\n await log(' ⚠️ Failed to upload logs', { verbose: true });\n }\n } catch (uploadError) {\n await log(` ⚠️ Error uploading logs: ${uploadError.message}`, { verbose: true });\n }\n } else if (prNumber) {\n // Fallback: Post simple failure comment if logs are not attached\n // Note: Commands should not be in GitHub comments - only mention the option\n try {\n const resetTime = global.limitResetTime;\n<<<<<<< HEAD\n const resumeSection = sessionId ? `Session ID: \\`${sessionId}\\`\\n\\nUse the \\`--auto-continue-on-limit-reset\\` option to automatically resume when the limit resets.` : 'Use the `--auto-continue-on-limit-reset` option to automatically resume when the limit resets.';\n const failureComment = resetTime ? `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. The limit will reset at: **${resetTime}**\\n\\n${resumeSection}` : `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. Please wait for the limit to reset.\\n\\n${resumeSection}`;\n=======\n // Build Claude CLI resume command\n const tool = argv.tool || 'claude';\n const resumeCmd = tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\n const resumeSection = resumeCmd ? `To resume after the limit resets, use:\\n\\`\\`\\`bash\\n${resumeCmd}\\n\\`\\`\\`` : `Session ID: \\`${sessionId}\\``;\n // Format the reset time with relative time if available\n const formattedResetTime = resetTime ? formatResetTimeWithRelative(resetTime) : null;\n const failureComment = formattedResetTime ? `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. The limit will reset at: **${formattedResetTime}**\\n\\n${resumeSection}` : `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. Please wait for the limit to reset.\\n\\n${resumeSection}`;\n>>>>>>> origin/main\n\n const commentResult = await $`gh pr comment ${prNumber} --repo ${owner}/${repo} --body ${failureComment}`;\n if (commentResult.code === 0) {\n await log(' Posted failure comment to PR');\n }\n } catch (error) {\n await log(` Warning: Could not post failure comment: ${cleanErrorMessage(error)}`, { verbose: true });\n }\n }\n\n await safeExit(1, 'Usage limit reached - use --auto-resume-on-limit-reset to wait for reset');\n } else {\n // auto-resume-on-limit-reset is enabled - attach logs and/or post waiting comment\n if (prNumber && global.limitResetTime) {\n // If --attach-logs is enabled, upload logs with usage limit details\n if (shouldAttachLogs && sessionId) {\n await log('\\n📄 Attaching logs to Pull Request (auto-continue mode)...');\n try {\n // Build Claude CLI resume command\n const tool = argv.tool || 'claude';\n const resumeCommand = tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\n const logUploadSuccess = await attachLogToGitHub({\n logFile: getLogFile(),\n targetType: 'pr',\n targetNumber: prNumber,\n owner,\n repo,\n $,\n log,\n sanitizeLogContent,\n // Mark this as a usage limit case for proper formatting\n isUsageLimit: true,\n limitResetTime: global.limitResetTime,\n toolName: (argv.tool || 'AI tool').toString().toLowerCase() === 'claude' ? 'Claude' : (argv.tool || 'AI tool').toString().toLowerCase() === 'codex' ? 'Codex' : (argv.tool || 'AI tool').toString().toLowerCase() === 'opencode' ? 'OpenCode' : (argv.tool || 'AI tool').toString().toLowerCase() === 'agent' ? 'Agent' : 'AI tool',\n resumeCommand,\n sessionId,\n });\n\n if (logUploadSuccess) {\n await log(' ✅ Logs uploaded successfully');\n } else {\n await log(' ⚠️ Failed to upload logs', { verbose: true });\n }\n } catch (uploadError) {\n await log(` ⚠️ Error uploading logs: ${uploadError.message}`, { verbose: true });\n }\n } else {\n // Fallback: Post simple waiting comment if logs are not attached\n try {\n // Calculate wait time in d:h:m:s format\n const validation = await import('./solve.validation.lib.mjs');\n const { calculateWaitTime } = validation;\n const waitMs = calculateWaitTime(global.limitResetTime);\n\n const formatWaitTime = ms => {\n const seconds = Math.floor(ms / 1000);\n const minutes = Math.floor(seconds / 60);\n const hours = Math.floor(minutes / 60);\n const days = Math.floor(hours / 24);\n const s = seconds % 60;\n const m = minutes % 60;\n const h = hours % 24;\n return `${days}:${String(h).padStart(2, '0')}:${String(m).padStart(2, '0')}:${String(s).padStart(2, '0')}`;\n };\n\n // Build Claude CLI resume command\n const tool = argv.tool || 'claude';\n const resumeCmd = tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\n const waitingComment = `⏳ **Usage Limit Reached - Waiting to Continue**\\n\\nThe AI tool has reached its usage limit. Auto-resume is enabled with \\`--auto-resume-on-limit-reset\\`.\\n\\n**Reset time:** ${global.limitResetTime}\\n**Wait time:** ${formatWaitTime(waitMs)} (days:hours:minutes:seconds)\\n\\nThe session will automatically resume when the limit resets.\\n\\nSession ID: \\`${sessionId}\\`${resumeCmd ? `\\n\\nTo resume manually:\\n\\`\\`\\`bash\\n${resumeCmd}\\n\\`\\`\\`` : ''}`;\n\n const commentResult = await $`gh pr comment ${prNumber} --repo ${owner}/${repo} --body ${waitingComment}`;\n if (commentResult.code === 0) {\n await log(' Posted waiting comment to PR');\n }\n } catch (error) {\n await log(` Warning: Could not post waiting comment: ${cleanErrorMessage(error)}`, { verbose: true });\n }\n }\n }\n }\n }\n\n // Handle failure cases, but skip exit if limit reached with auto-resume enabled\n // This allows the code to continue to showSessionSummary() where autoContinueWhenLimitResets() is called\n const shoul*******************************tinue = limitReached && argv.autoResumeOnLimitReset;\n\n if (!success && !shouldSkipFailureExitForAutoLimitContinue) {\n // Show claude resume command only for --tool claude (or default) on failure\n // Uses the (cd ... && claude --resume ...) pattern for a fully copyable, executable command\n const toolForFailure = argv.tool || 'claude';\n if (sessionId && toolForFailure === 'claude') {\n const claudeResumeCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n await log('');\n await log('💡 To continue this session in Claude Code interactive mode:');\n await log('');\n await log(` ${claudeResumeCmd}`);\n await log('');\n }\n\n // If --attach-logs is enabled and we have a PR, attach failure logs before exiting\n if (shouldAttachLogs && sessionId && global.createdPR && global.createdPR.number) {\n await log('\\n📄 Attaching failure logs to Pull Request...');\n try {\n // Build Claude CLI resume command\n const tool = argv.tool || 'claude';\n const resumeCommand = sessionId && tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\n const logUploadSuccess = await attachLogToGitHub({\n logFile: getLogFile(),\n targetType: 'pr',\n targetNumber: global.createdPR.number,\n owner,\n repo,\n $,\n log,\n sanitizeLogContent,\n // For usage limit, use a dedicated comment format to make it clear and actionable\n isUsageLimit: !!limitReached,\n limitResetTime: limitReached ? toolResult.limitResetTime : null,\n toolName: (argv.tool || 'AI tool').toString().toLowerCase() === 'claude' ? 'Claude' : (argv.tool || 'AI tool').toString().toLowerCase() === 'codex' ? 'Codex' : (argv.tool || 'AI tool').toString().toLowerCase() === 'opencode' ? 'OpenCode' : (argv.tool || 'AI tool').toString().toLowerCase() === 'agent' ? 'Agent' : 'AI tool',\n resumeCommand,\n // Include sessionId so the PR comment can present it\n sessionId,\n // If not a usage limit case, fall back to generic failure format\n errorMessage: limitReached ? undefined : `${argv.tool.toUpperCase()} execution failed`,\n });\n\n if (logUploadSuccess) {\n await log(' ✅ Failure logs uploaded successfully');\n } else {\n await log(' ⚠️ Failed to upload logs', { verbose: true });\n }\n } catch (uploadError) {\n await log(` ⚠️ Error uploading logs: ${uploadError.message}`, { verbose: true });\n }\n }\n\n await safeExit(1, `${argv.tool.toUpperCase()} execution failed`);\n }\n\n // Check for uncom
[2026-01-11T01:49:14.097Z] [INFO] mitted changes\n // When limit is reached, force auto-commit of any uncommitted changes to preserve work\n const shouldAutoCommit = argv['auto-commit-uncommitted-changes'] || limitReached;\n const autoRestartEnabled = argv['autoRestartOnUncommittedChanges'] !== false;\n const shouldRestart = await checkForUncommittedChanges(tempDir, owner, repo, branchName, $, log, shouldAutoCommit, autoRestartEnabled);\n\n // Remove initial commit file (CLAUDE.md or .gitkeep) now that Claude command has finished\n await cleanupClaudeFile(tempDir, branchName, claudeCommitHash, argv);\n\n // Show summary of session and log file\n await showSessionSummary(sessionId, limitReached, argv, issueUrl, tempDir, shouldAttachLogs);\n\n // Search for newly created pull requests and comments\n // Pass shouldRestart to prevent early exit when auto-restart is needed\n // Include agent tool pricing data when available (publicPricingEstimate, pricingInfo)\n // Issue #1088: Pass error**********ution for \"Finished with errors\" state\n await verifyResults(owner, repo, branchName, issueNumber, prNumber, prUrl, referenceTime, argv, shouldAttachLogs, shouldRestart, sessionId, tempDir, anthropicTotalCostUSD, publicPricingEstimate, pricingInfo, errorDuringExecution);\n\n // Start watch mode if enabled OR if we need to handle uncommitted changes\n if (argv.verbose) {\n await log('');\n await log('🔍 Auto-restart debug:', { verbose: true });\n await log(` argv.watch (user flag): ${argv.watch}`, { verbose: true });\n await log(` shouldRestart (auto-detected): ${shouldRestart}`, { verbose: true });\n await log(` temporaryWatch (will be enabled): ${shouldRestart && !argv.watch}`, { verbose: true });\n await log(` prNumber: ${prNumber || 'null'}`, { verbose: true });\n await log(` prBranch: ${prBranch || 'null'}`, { verbose: true });\n await log(` branchName: ${branchName}`, { verbose: true });\n await log(` isContinueMode: ${isContinueMode}`, { verbose: true });\n }\n\n // If uncommitted changes detected and auto-commit is disabled, enter temporary watch mode\n const temporaryWatchMode = shouldRestart && !argv.watch;\n if (temporaryWatchMode) {\n await log('');\n await log('🔄 AUTO-RESTART: Uncommitted changes detected');\n await log(' Starting temporary monitoring cycle (NOT --watch mode)');\n await log(' The tool will run once more to commit the changes');\n await log(' Will exit automatically after changes are committed');\n await log('');\n }\n\n const watchResult = await startWatchMode({\n issueUrl,\n owner,\n repo,\n issueNumber,\n prNumber,\n prBranch,\n branchName,\n tempDir,\n argv: {\n ...argv,\n watch: argv.watch || shouldRestart, // Enable watch if uncommitted changes\n temporaryWatch: temporaryWatchMode, // Flag to indicate temporary watch mode\n },\n });\n\n // Update session data with latest from watch mode for accurate pricing\n if (watchResult && watchResult.latestSessionId) {\n sessionId = watchResult.latestSessionId;\n anthr***********stUSD = watchResult.latestAnthropicCost;\n if (argv.verbose) {\n await log('');\n await log('📊 Updated session data from watch mode:', { verbose: true });\n await log(` Session ID: ${sessionId}`, { verbose: true });\n if (anthropicTotalCostUSD !== null && anthr***********stUSD !== undefined) {\n await log(` Anthropic cost: $${anthropicTotalCostUSD.toFixed(6)}`, { verbose: true });\n }\n }\n }\n\n // Track whether logs were successfully attached (used by endWorkSession)\n let logsAttached = false;\n\n // After watch mode completes (either user watch or temporary)\n // Push any committed changes if this was a temporary watch mode\n if (temporaryWatchMode) {\n await log('');\n await log('📤 Pushing committed changes to GitHub...');\n await log('');\n\n try {\n const pushResult = await $({ cwd: tempDir })`git push origin ${branchName}`;\n if (pushResult.code === 0) {\n await log('✅ Changes pushed successfully to remote branch');\n await log(` Branch: ${branchName}`);\n await log('');\n } else {\n const errorMsg = pushResult.stderr?.toString() || 'Unknown error';\n await log('⚠️ Push failed:', { level: 'error' });\n await log(` ${errorMsg.trim()}`, { level: 'error' });\n await log(' Please push manually:', { level: 'error' });\n await log(` cd ${tempDir} && git push origin ${branchName}`, { level: 'error' });\n }\n } catch (error) {\n await log('⚠️ Push failed:', { level: 'error' });\n await log(` ${cleanErrorMessage(error)}`, { level: 'error' });\n await log(' Please push manually:', { level: 'error' });\n await log(` cd ${tempDir} && git push origin ${branchName}`, { level: 'error' });\n }\n\n // Attach updated logs to PR after auto-restart completes\n if (shouldAttachLogs && prNumber) {\n await log('📎 Uploading working session logs to Pull Request...');\n try {\n const logUploadSuccess = await attachLogToGitHub({\n logFile: getLogFile(),\n targetType: 'pr',\n targetNumber: prNumber,\n owner,\n repo,\n $,\n log,\n sanitizeLogContent,\n verbose: argv.verbose,\n sessionId,\n tempDir,\n anthropicTotalCostUSD,\n });\n\n if (logUploadSuccess) {\n await log('✅ Working session logs uploaded successfully');\n logsAttached = true;\n } else {\n await log('⚠️ Failed to upload working session logs', { level: 'warning' });\n }\n } catch (uploadError) {\n await log(`⚠️ Error uploading logs: ${uploadError.message}`, { level: 'warning' });\n }\n }\n }\n\n // End work session using the new module\n await endWorkSession({\n isContinueMode,\n prNumber,\n argv,\n log,\n formatAligned,\n $,\n logsAttached,\n });\n} catch (error) {\n // Don't report authentication errors to Sentry as they are user configuration issues\n if (!error.isAuthError) {\n reportError(error, {\n context: 'solve_main',\n operation: 'main_execution',\n });\n }\n await handleMainExecutionError({\n error,\n log,\n cleanErrorMessage,\n absoluteLogPath,\n shouldAttachLogs,\n argv,\n global,\n owner,\n repo,\n getLogFile,\n attachLogToGitHub,\n sanitizeLogContent,\n $,\n });\n} finally {\n // Clean up temporary directory using repository module\n await cleanupTempDirectory(tempDir, argv, limitReached);\n\n // Show final log file reference (similar to Claude and other agents)\n // This ensures users always know where to find the complete log file\n if (getLogFile()) {\n const path = await use('path');\n const absoluteLogPath = path.resolve(getLogFile());\n await log(`\\n📁 Complete log file: ${absoluteLogPath}`);\n }\n}\n","numLines":1300,"startLine":1,"totalLines":1300}}}
[2026-01-11T01:49:18.192Z] [INFO] {
"type": "assistant",
"message": {
"model": "claude-opus-4-5-20251101",
"id": "msg_01RDX471qNvcpEjYHNTKUrNr",
"type": "message",
"role": "assistant",
"content": [
{
"type": "text",
"text": "I can see the merge conflict in the `src/solve.mjs` file around line 971-982. Let me resolve the conflict by keeping the logic from main that uses the `buildClaudeResumeCommand` and `formatResetTimeWithRelative`:"
}
],
"stop_reason": null,
"stop_sequence": null,
"usage": {
"input_tokens": 0,
"cache_creation_input_tokens": 20816,
"cache_read_input_tokens": 32908,
"cache_creation": {
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"ephemeral_1h_input_tokens": 0
},
"output_tokens": 1,
"service_tier": "standard"
},
"context_management": null
},
"parent_tool_use_id": null,
"session_id": "34546448-e309-47d8-93cc-aac1f21510d4",
"uuid": "52ef1270-64f3-44ca-ab24-877d161597d9"
}
[2026-01-11T01:49:31.464Z] [INFO] {
"type": "assistant",
"message": {
"model": "claude-opus-4-5-20251101",
"id": "msg_01RDX471qNvcpEjYHNTKUrNr",
"type": "message",
"role": "assistant",
"content": [
{
"type": "tool_use",
"id": "toolu_01232carMCbiDUe4njx2tjAL",
"name": "Edit",
"input": {
"file_path": "/tmp/gh-issue-solver-1768096096209/src/solve.mjs",
"old_string": " const resetTime = global.limitResetTime;\n<<<<<<< HEAD\n const resumeSection = sessionId ? `Session ID: \\`${sessionId}\\`\\n\\nUse the \\`--auto-continue-on-limit-reset\\` option to automatically resume when the limit resets.` : 'Use the `--auto-continue-on-limit-reset` option to automatically resume when the limit resets.';\n const failureComment = resetTime ? `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. The limit will reset at: **${resetTime}**\\n\\n${resumeSection}` : `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. Please wait for the limit to reset.\\n\\n${resumeSection}`;\n=======\n // Build Claude CLI resume command\n const tool = argv.tool || 'claude';\n const resumeCmd = tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\n const resumeSection = resumeCmd ? `To resume after the limit resets, use:\\n\\`\\`\\`bash\\n${resumeCmd}\\n\\`\\`\\`` : `Session ID: \\`${sessionId}\\``;\n // Format the reset time with relative time if available\n const formattedResetTime = resetTime ? formatResetTimeWithRelative(resetTime) : null;\n const failureComment = formattedResetTime ? `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. The limit will reset at: **${formattedResetTime}**\\n\\n${resumeSection}` : `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. Please wait for the limit to reset.\\n\\n${resumeSection}`;\n>>>>>>> origin/main",
"new_string": " const resetTime = global.limitResetTime;\n // Note: Commands should not be in GitHub comments - only mention the option\n // The resume command is available in the logs (collapsed block or gist link) for advanced users\n const resumeSection = sessionId ? `Session ID: \\`${sessionId}\\`\\n\\nUse the \\`--auto-continue-on-limit-reset\\` option to automatically resume when the limit resets.` : 'Use the `--auto-continue-on-limit-reset` option to automatically resume when the limit resets.';\n // Format the reset time with relative time if available\n const formattedResetTime = resetTime ? formatResetTimeWithRelative(resetTime) : null;\n const failureComment = formattedResetTime ? `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. The limit will reset at: **${formattedResetTime}**\\n\\n${resumeSection}` : `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. Please wait for the limit to reset.\\n\\n${resumeSection}`;"
}
}
],
"stop_reason": null,
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"usage": {
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"output_tokens": 910,
"service_tier": "standard"
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},
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"session_id": "34546448-e309-47d8-93cc-aac1f21510d4",
"uuid": "917e6ece-22ff-4dd1-ac85-8e6c662c04f9"
}
[2026-01-11T01:49:31.497Z] [INFO] {"type":"user","message":{"role":"user","content":[{"tool_use_id":"toolu_01232carMCbiDUe4njx2tjAL","type":"tool_result","content":"The file /tmp/gh-issue-solver-1768096096209/src/solve.mjs has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 966→ } else if (prNumber) {\n 967→ // Fallback: Post simple failure comment if logs are not attached\n 968→ // Note: Commands should not be in GitHub comments - only mention the option\n 969→ try {\n 970→ const resetTime = global.limitResetTime;\n 971→ // Note: Commands should not be in GitHub comments - only mention the option\n 972→ // The resume command is available in the logs (collapsed block or gist link) for advanced users\n 973→ const resumeSection = sessionId ? `Session ID: \\`${sessionId}\\`\\n\\nUse the \\`--auto-continue-on-limit-reset\\` option to automatically resume when the limit resets.` : 'Use the `--auto-continue-on-limit-reset` option to automatically resume when the limit resets.';\n 974→ // Format the reset time with relative time if available\n 975→ const formattedResetTime = resetTime ? formatResetTimeWithRelative(resetTime) : null;\n 976→ const failureComment = formattedResetTime ? `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. The limit will reset at: **${formattedResetTime}**\\n\\n${resumeSection}` : `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. Please wait for the limit to reset.\\n\\n${resumeSection}`;\n 977→\n 978→ const commentResult = await $`gh pr comment ${prNumber} --repo ${owner}/${repo} --body ${failureComment}`;\n 979→ if (commentResult.code === 0) {\n 980→ await log(' Posted failure comment to PR');"}]},"parent_tool_use_id":null,"session_id":"34546448-e309-47d8-93cc-aac1f21510d4","uuid":"97d68d5f-eeb8-44fd-ad6c-14dcf2496a79","tool_use_result":{"filePath":"/tmp/gh-issue-solver-1768096096209/src/solve.mjs","oldString":" const resetTime = global.limitResetTime;\n<<<<<<< HEAD\n const resumeSection = sessionId ? `Session ID: \\`${sessionId}\\`\\n\\nUse the \\`--auto-continue-on-limit-reset\\` option to automatically resume when the limit resets.` : 'Use the `--auto-continue-on-limit-reset` option to automatically resume when the limit resets.';\n const failureComment = resetTime ? `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. The limit will reset at: **${resetTime}**\\n\\n${resumeSection}` : `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. Please wait for the limit to reset.\\n\\n${resumeSection}`;\n=======\n // Build Claude CLI resume command\n const tool = argv.tool || 'claude';\n const resumeCmd = tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\n const resumeSection = resumeCmd ? `To resume after the limit resets, use:\\n\\`\\`\\`bash\\n${resumeCmd}\\n\\`\\`\\`` : `Session ID: \\`${sessionId}\\``;\n // Format the reset time with relative time if available\n const formattedResetTime = resetTime ? formatResetTimeWithRelative(resetTime) : null;\n const failureComment = formattedResetTime ? `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. The limit will reset at: **${formattedResetTime}**\\n\\n${resumeSection}` : `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. Please wait for the limit to reset.\\n\\n${resumeSection}`;\n>>>>>>> origin/main","newString":" const resetTime = global.limitResetTime;\n // Note: Commands should not be in GitHub comments - only mention the option\n // The resume command is available in the logs (collapsed block or gist link) for advanced users\n const resumeSection = sessionId ? `Session ID: \\`${sessionId}\\`\\n\\nUse the \\`--auto-continue-on-limit-reset\\` option to automatically resume when the limit resets.` : 'Use the `--auto-continue-on-limit-reset` option to automatically resume when the limit resets.';\n // Format the reset time with relative time if available\n const formattedResetTime = resetTime ? formatResetTimeWithRelative(resetTime) : null;\n const failureComment = formattedResetTime ? `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. The limit will reset at: **${formattedResetTime}**\\n\\n${resumeSection}` : `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. Please wait for the limit to reset.\\n\\n${resumeSection}`;","originalFile":"#!/usr/bin/env node\n// Import Sentry instrumentation first (must be before other imports)\nimport './instrument.mjs';\n// Early exit paths - handle these before loading all modules to speed up testing\nconst earlyArgs = process.argv.slice(2);\nif (earlyArgs.includes('--version')) {\n const { getVersion } = await import('./version.lib.mjs');\n try {\n const version = await getVersion();\n console.log(version);\n } catch {\n console.error('Error: Unable to determine version');\n process.exit(1);\n }\n process.exit(0);\n}\nif (earlyArgs.includes('--help') || earlyArgs.includes('-h')) {\n // Load minimal modules needed for help\n const { use } = eval(await (await fetch('https://unpkg.com/use-m/use.js')).text());\n globalThis.use = use;\n const config = await import('./solve.config.lib.mjs');\n const { initializeConfig, createYargsConfig } = config;\n const { yargs, hideBin } = await initializeConfig(use);\n const rawArgs = hideBin(process.argv);\n // Filter out help flags to avoid duplicate display\n const argsWithoutHelp = rawArgs.filter(arg => arg !== '--help' && arg !== '-h');\n createYargsConfig(yargs(argsWithoutHelp)).showHelp();\n process.exit(0);\n}\nif (earlyArgs.length === 0) {\n console.error('Usage: solve.mjs <issue-url> [options]');\n console.error('\\nError: Missing required github issue or pull request URL');\n console.error('\\nRun \"solve.mjs --help\" for more information');\n process.exit(1);\n}\n// Now load all modules for normal operation\nconst { use } = eval(await (await fetch('https://unpkg.com/use-m/use.js')).text());\nglobalThis.use = use;\nconst { $ } = await use('command-stream');\nconst config = await import('./solve.config.lib.mjs');\nconst { initializeConfig, parseArguments } = config;\n// Import Sentry integration\nconst sentryLib = await import('./sentry.lib.mjs');\nconst { initializeSentry, addBreadcrumb, reportError } = sentryLib;\nconst { yargs, hideBin } = await initializeConfig(use);\nconst path = (await use('path')).default;\nconst fs = (await use('fs')).promises;\nconst crypto = (await use('crypto')).default;\nconst memoryCheck = await import('./memory-check.mjs');\nconst lib = await import('./lib.mjs');\nconst { log, setLogFile, getLogFile, getAbsoluteLogPath, cleanErrorMessage, formatAligned, getVersionInfo } = lib;\nconst githubLib = await import('./github.lib.mjs');\nconst { sanitizeLogContent, attachLogToGitHub } = githubLib;\nconst validation = await import('./solve.validation.lib.mjs');\nconst { validateGitHubUrl, showAttachLogsWarning, initializeLogFile, validateUrlRequirement, validateContinueOnlyOnFeedback, performSystemChecks } = validation;\nconst autoContinue = await import('./solve.auto-continue.lib.mjs');\nconst { proce*****************Issue } = autoContinue;\nconst repository = await import('./solve.repository.lib.mjs');\nconst { setupTempDirectory, clean**********ctory } = repository;\nconst results = await import('./solve.results.lib.mjs');\nconst { cleanupClaudeFile, showSessionSummary, verifyResults, build**************mmand } = results;\nconst claudeLib = await import('./claude.lib.mjs');\nconst { executeClaude } = claudeLib;\n\nconst githubLinking = await import('./github-linking.lib.mjs');\nconst { extra**************umber } = githubLinking;\n\nconst usageLimitLib = await import('./usage-limit.lib.mjs');\nconst { forma*****************ative } = usageLimitLib;\n\nconst errorHandlers = await import('./solve.error-handlers.lib.mjs');\nconst { createUncaughtExceptionHandler, createUnhandledRejectionHandler, handl**************Error } = errorHandlers;\n\nconst watchLib = await import('./solve.watch.lib.mjs');\nconst { startWatchMode } = watchLib;\nconst exitHandler = await import('./exit-handler.lib.mjs');\nconst { initializeExitHandler, installGlobalExitHandlers, safeExit } = exitHandler;\nconst getResourceSnapshot = memoryCheck.getResourceSnapshot;\n\n// Import new modular components\nconst autoPrLib = await import('./solve.auto-pr.lib.mjs');\nconst { handl**********ation } = autoPrLib;\nconst repoSetupLib = await import('./solve.repo-setup.lib.mjs');\nconst { setupRepositoryAndClone, verif******************tatus } = repoSetupLib;\nconst branchLib = await import('./solve.branch.lib.mjs');\nconst { creat************ranch } = branchLib;\nconst sessionLib = await import('./solve.session.lib.mjs');\nconst { startWorkSession, endWorkSession } = sessionLib;\nconst preparationLib = await import('./solve.preparation.lib.mjs');\nconst { prepareFeedbackAndTimestamps, checkUncommittedChanges, checkForkActions } = preparationLib;\n\n// Import model validation library\nconst modelValidation = await import('./model-validation.lib.mjs');\nconst { valid*******************Model } = modelValidation;\n\n// Initialize log file EARLY to capture all output including version and command\n// Use default directory (cwd) initially, will be set from argv.logDir after parsing\nconst logFile = await initializeLogFile(null);\n\n// Log version and raw command IMMEDIATELY after log file initialization\n// This ensures they appear in both console and log file, even if argument parsing fails\nconst versionInfo = await getVersionInfo();\nawait log('');\nawait log(`🚀 solve v${versionInfo}`);\nconst rawCommand = process.argv.join(' ');\nawait log('🔧 Raw command executed:');\nawait log(` ${rawCommand}`);\nawait log('');\n\nlet argv;\ntry {\n argv = await parseArguments(yargs, hideBin);\n} catch (error) {\n // Handle argument parsing errors with helpful messages\n await log(`❌ ${error.message}`, { level: 'error' });\n await log('', { level: 'error' });\n await log('Use /help to see available options', { level: 'error' });\n await safeExit(1, 'Invalid command-line arguments');\n}\nglobal.verboseMode = argv.verbose;\n\n// If user specified a custom log directory, we would need to move the log file\n// However, this adds complexity, so we accept that early logs go to cwd\n// The trade-off is: early logs in cwd vs missing version/command in error cases\n\n// Conditionally import tool-specific functions after argv is parsed\nlet checkForUncommittedChanges;\nif (argv.tool === 'opencode') {\n const opencodeLib = await import('./opencode.lib.mjs');\n check****************anges = opencodeLib.checkForUncommittedChanges;\n} else if (argv.tool === 'codex') {\n const codexLib = await import('./codex.lib.mjs');\n check****************anges = codexLib.checkForUncommittedChanges;\n} else if (argv.tool === 'agent') {\n const agentLib = await import('./agent.lib.mjs');\n check****************anges = agentLib.checkForUncommittedChanges;\n} else {\n check****************anges = claudeLib.checkForUncommittedChanges;\n}\nconst shouldAttachLogs = argv.attachLogs || argv['attach-logs'];\nawait showAttachLogsWarning(shouldAttachLogs);\nconst absoluteLogPath = path.resolve(logFile);\n// Initialize Sentry integration (unless disabled)\nif (argv.sentry) {\n await initializeSentry({\n noSentry: !argv.sentry,\n debug: argv.verbose,\n version: process.env.npm_package_version || '0.12.0',\n });\n // Add breadcrumb for solve operation\n addBreadcrumb({\n category: 'solve',\n message: 'Started solving issue',\n level: 'info',\n data: {\n model: argv.model,\n issueUrl: argv['issue-url'] || argv._?.[0] || 'not-set-yet',\n },\n });\n}\n// Create a cleanup wrapper that will be populated with context later\nlet cleanupContext = { tempDir: null, argv: null, limitReached: false };\nconst cleanupWrapper = async () => {\n if (cleanupContext.tempDir && cleanupContext.argv) {\n await cleanupTempDirectory(cleanupContext.tempDir, cleanupContext.argv, cleanupContext.limitReached);\n }\n};\n// Initialize the exit handler with getAbsoluteLogPath function and cleanup wrapper\ninitializeExitHandler(getAbsoluteLogPath, log, cleanupWrapper);\ninstallGlobalExitHandlers();\n\n// Note: Version and raw command are logged BEFORE parseArguments() (see above)\n// This ensures they appear even if strict validation fails\n// Strict options validation is now handled by yargs .strict() mode in solve.config.lib.mjs\n// This prevents unrecognized options from being silently ignored (issue #453, #482)\n\n// Now handle argument validation that was moved from early checks\nlet issueUrl = argv['issue-url'] || argv._[0];\nif (!issueUrl) {\n await log('Usage: solve.mjs <issue-url> [options]', { level: 'error' });\n await log('Error: Missing required github issue or pull request URL', { level: 'error' });\n await log('Run \"solve.mjs --help\" for more information', { level: 'error' });\n await safeExit(1, 'Missing required GitHub URL');\n}\n// Validate GitHub URL using validation module (more thorough check)\nconst urlValidation = validateGitHubUrl(issueUrl);\nif (!urlValidation.isValid) {\n await safeExit(1, 'Invalid GitHub URL');\n}\nconst { isIssueUrl, isPrUrl, normalizedUrl, owner, repo, number: urlNumber } = urlValidation;\nissueUrl = normalizedUrl || issueUrl;\n// Store owner and repo globally for error handlers early\nglobal.owner = owner;\nglobal.repo = repo;\n// Setup unhandled error handlers to ensure log path is always shown\nconst errorHandlerOptions = {\n log,\n cleanErrorMessage,\n absoluteLogPath,\n shouldAttachLogs,\n argv,\n global,\n owner: null, // Will be set later when parsed\n repo: null, // Will be set later when parsed\n getLogFile,\n attachLogToGitHub,\n sanitizeLogContent,\n $,\n};\nprocess.on('uncaughtException', createUncaughtExceptionHandler(errorHandlerOptions));\nprocess.on('unhandledRejection', createUnhandledRejectionHandler(errorHandlerOptions));\n// Validate GitHub URL requirement and options using validation module\nif (!(await validateUrlRequirement(issueUrl))) {\n await safeExit(1, 'URL requirement validation failed');\n}\nif (!(await validateContinueOnlyOnFeedback(argv, isPrUrl, isIssueUrl))) {\n await safeExit(1, 'Feedback validation failed');\n}\n\n// Validate model name EARLY - this always runs regardless of --skip-tool-connection-check\n// Model validation is a simple string check and should always be performed\nconst tool = argv.tool || 'claude';\nawait validateAndExitOnInvalidModel(argv.model, tool, safeExit);\n\n// Perform all system checks using validation module\n// Skip tool CONNECTION validation in dry-run mode or when --skip-tool-connection-check or --no-tool-connection-check is enabled\n// Note: This does NOT skip model validation which is performed above\nconst skipT*************Check = argv.dryRun || argv.skipToolConnectionCheck || argv.toolConnectionCheck === false;\nif (!(await performSystemChecks(argv.minDiskSpace || 2048, skipToolConnectionCheck, argv.model, argv))) {\n await safeExit(1, 'System checks failed');\n}\n// URL validation debug logging\nif (argv.verbose) {\n await log('📋 URL validation:', { verbose: true });\n await log(` Input URL: ${issueUrl}`, { verbose: true });\n await log(` Is Issue URL: ${!!isIssueUrl}`, { verbose: true });\n await log(` Is PR URL: ${!!isPrUrl}`, { verbose: true });\n}\nconst claudePath = argv.executeToolWithBun ? 'bunx claude' : process.env.CLAUDE_PATH || 'claude';\n// Note: owner, repo, and urlNumber are already extracted from validateGitHubUrl() above\n// The parseUrlComponents() call was removed as it had a bug with hash fragments (#issuecomment-xyz)\n// and the validation result already provides these values correctly parsed\n\n// Handle --auto-fork option: automatically fork public repositories without write access\nif (argv.autoFork && !argv.fork) {\n const { detec****************ility } = githubLib;\n\n // Check if we have write access first\n await log('🔍 Checking repository access for auto-fork...');\n const permResult = await $`gh api repos/${owner}/${repo} --jq .permissions`;\n\n if (permResult.code === 0) {\n const permissions = JSON.parse(permResult.stdout.toString().trim());\n const hasWriteAccess = permissions.push === true || permissions.admin === true || permissions.maintain === true;\n\n if (!hasWriteAccess) {\n // No write access - check if repository is public before enabling fork mode\n const { isPublic } = await detectRepositoryVisibility(owner, repo);\n\n if (!isPublic) {\n // Private repository without write access - cannot fork\n await log('');\n await log(\"❌ --auto-fork failed: Repository is private and you don't have write access\", { level: 'error' });\n await log('');\n await log(' 🔍 What happened:', { level: 'error' });\n await log(` Repository ${owner}/${repo} is private`, { level: 'error' });\n await log(\" You don't have write access to this repository\", { level: 'error' });\n await log(' --auto-fork cannot create a fork of a private repository you cannot access', {\n level: 'error',\n });\n await log('');\n await log(' 💡 Solution:', { level: 'error' });\n await log(' • Request collaborator access from the repository owner', { level: 'error' });\n await log(` https://github.com/${owner}/${repo}/settings/access`, { level: 'error' });\n await log('');\n await safeExit(1, 'Auto-fork failed - private repository without access');\n }\n\n // Public repository without write access - automatically enable fork mode\n await log('✅ Auto-fork: No write access detected, enabling fork mode');\n argv.fork = true;\n } else {\n // Has write access - work directly on the repo (works for both public and private repos)\n const { isPublic } = await detectRepositoryVisibility(owner, repo);\n await log(`✅ Auto-fork: Write access detected to ${isPublic ? 'public' : 'private'} repository, working directly on repository`);\n }\n } else {\n // Could not check permissions - assume no access and try to fork if public\n const { isPublic } = await detectRepositoryVisibility(owner, repo);\n\n if (!isPublic) {\n // Cannot determine permissions for private repo - fail safely\n await log('');\n await log('❌ --auto-fork failed: Could not verify permissions for private repository', { level: 'error' });\n await log('');\n await log(' 🔍 What happened:', { level: 'error' });\n await log(` Repository ${owner}/${repo} is private`, { level: 'error' });\n await log(' Could not check your permissions to this repository', { level: 'error' });\n await log('');\n await log(' 💡 Solutions:', { level: 'error' });\n await log(' • Check your GitHub CLI authentication: gh auth status', { level: 'error' });\n await log(\" • Request collaborator access if you don't have it yet\", { level: 'error' });\n await log(` https://github.com/${owner}/${repo}/settings/access`, { level: 'error' });\n await log('');\n await safeExit(1, 'Auto-fork failed - cannot verify private repository permissions');\n }\n\n // Public repository but couldn't check permissions - assume no access and fork\n await log('⚠️ Auto-fork: Could not check permissions, enabling fork mode for public repository');\n argv.fork = true;\n }\n}\n\n// Early check: Verify repository write permissions BEFORE doing any work\n// This prevents wasting AI tokens when user doesn't have access and --fork is not used\nconst { check********************ssion } = githubLib;\nconst hasWriteAccess = await checkRepositoryWritePermission(owner, repo, {\n useFork: argv.fork,\n issueUrl: issueUrl,\n});\n\nif (!hasWriteAccess) {\n await log('');\n await log('❌ Cannot proceed without repository write access or --fork option', { level: 'error' });\n await safeExit(1, 'Permission check failed');\n}\n\n// Detect repository visibility and set auto-cleanup default if not explicitly set\nif (argv.autoCleanup === undefined) {\n const { detec****************ility } = githubLib;\n const { isPublic } = await detectRepositoryVisibility(owner, repo);\n // For public repos: keep temp directories (default false)\n // For private repos: clean up temp directories (default true)\n argv.autoCleanup = !isPublic;\n if (argv.verbose) {\n await log(` Auto-cleanup default: ${argv.autoCleanup} (repository is ${isPublic ? 'public' : 'private'})`, {\n verbose: true,\n });\n }\n}\n// Determine mode and get issue details\nlet issueNumber;\nlet prNumber;\nlet prBranch;\nlet mergeStateStatus;\nlet prState;\nlet forkOwner = null;\nlet isContinueMode = false;\n// Auto-continue logic: check for existing PRs if --auto-continue is enabled\nconst autoContinueResult = await processAutoContinueForIssue(argv, isIssueUrl, urlNumber, owner, repo);\nif (autoContinueResult.isContinueMode) {\n isContinueMode = true;\n prNumber = autoContinueResult.prNumber;\n prBranch = autoContinueResult.prBranch;\n issueNumber = autoContinueResult.issueNumber;\n // Only check PR details if we have a PR number\n if (prNumber) {\n // Store PR info globally for error handlers\n global.createdPR = { number: prNumber };\n // Check if PR is from a fork and get fork owner, merge status, and PR state\n if (argv.verbose) {\n await log(' Checking if PR is from a fork...', { verbose: true });\n }\n try {\n const prCheckResult = await $`gh pr view ${prNumb
[2026-01-11T01:49:31.500Z] [INFO] er} --repo ${owner}/${repo} --json headRepositoryOwner,headRepository,mergeStateStatus,state`;\n if (prCheckResult.code === 0) {\n const prCheckData = JSON.parse(prCheckResult.stdout.toString());\n // Extract merge status and PR state\n mergeStateStatus = prCheckData.mergeStateStatus;\n prState = prCheckData.state;\n if (argv.verbose) {\n await log(` PR state: ${prState || 'UNKNOWN'}`, { verbose: true });\n await log(` Merge status: ${mergeStateStatus || 'UNKNOWN'}`, { verbose: true });\n }\n if (prCheckData.headRepositoryOwner && prCheckData.headRepositoryOwner.login !== owner) {\n forkOwner = prCheckData.headRepositoryOwner.login;\n // Get actual fork repository name (may be prefixed)\n const forkRepoName = prCheckData.headRepository && prCheckData.headRepository.name ? prCheckData.headRepository.name : repo;\n await log(`🍴 Detected fork PR from ${forkOwner}/${forkRepoName}`);\n if (argv.verbose) {\n await log(` Fork owner: ${forkOwner}`, { verbose: true });\n await log(' Will clone fork repository for continue mode', { verbose: true });\n }\n\n // Check if maintainer can push to the fork when --allow-to-push-to-contributors-pull-requests-as-maintainer is enabled\n if (argv.allowToPushToContributorsPullRequestsAsMaintainer && argv.autoFork) {\n const { checkMaintainerCanModifyPR, reque*************ccess } = githubLib;\n const { canModify } = await checkMaintainerCanModifyPR(owner, repo, prNumber);\n\n if (canModify) {\n await log('✅ Maintainer can push to fork: Enabled by contributor');\n await log(\" Will push changes directly to contributor's fork instead of creating own fork\");\n // Don't disable fork mode, but we'll use the contributor's fork\n } else {\n await log('⚠️ Maintainer cannot push to fork: \"Allow edits by maintainers\" is not enabled', {\n level: 'warning',\n });\n await log(' Posting comment to request access...', { level: 'warning' });\n await requestMaintainerAccess(owner, repo, prNumber);\n await log(' Comment posted. Proceeding with own fork instead.', { level: 'warning' });\n }\n }\n }\n }\n } catch (forkCheckError) {\n if (argv.verbose) {\n await log(` Warning: Could not check fork status: ${forkCheckError.message}`, { verbose: true });\n }\n }\n } else {\n // We have a branch but no PR - we'll use the existing branch and create a PR later\n await log(`🔄 Using existing branch: ${prBranch} (no PR yet - will create one)`);\n if (argv.verbose) {\n await log(' Branch will be checked out and PR will be created during auto-PR creation phase', {\n verbose: true,\n });\n }\n }\n} else if (isIssueUrl) {\n issueNumber = autoContinueResult.issueNumber || urlNumber;\n}\nif (isPrUrl) {\n isContinueMode = true;\n prNumber = urlNumber;\n // Store PR info globally for error handlers\n global.createdPR = { number: prNumber, url: issueUrl };\n await log(`🔄 Continue mode: Working with PR #${prNumber}`);\n if (argv.verbose) {\n await log(' Continue mode activated: PR URL provided directly', { verbose: true });\n await log(` PR Number set to: ${prNumber}`, { verbose: true });\n await log(' Will fetch PR details and linked issue', { verbose: true });\n }\n // Get PR details to find the linked issue and branch\n try {\n const prResult = await githubLib.ghPrView({\n prNumber,\n owner,\n repo,\n jsonFields: 'headRefName,body,number,mergeStateStatus,state,headRepositoryOwner,headRepository',\n });\n if (prResult.code !== 0 || !prResult.data) {\n await log('Error: Failed to get PR details', { level: 'error' });\n if (prResult.output.includes('Could not resolve to a PullRequest')) {\n await githubLib.handlePRNotFoundError({ prNumber, owner, repo, argv, shouldAttachLogs });\n } else {\n await log(`Error: ${prResult.stderr || 'Unknown error'}`, { level: 'error' });\n }\n await safeExit(1, 'Failed to get PR details');\n }\n const prData = prResult.data;\n prBranch = prData.headRefName;\n mergeStateStatus = prData.mergeStateStatus;\n prState = prData.state;\n // Check if this is a fork PR\n if (prData.headRepositoryOwner && prData.headRepositoryOwner.login !== owner) {\n forkOwner = prData.headRepositoryOwner.login;\n // Get actual fork repository name (may be prefixed)\n const forkRepoName = prData.headRepository && prData.headRepository.name ? prData.headRepository.name : repo;\n await log(`🍴 Detected fork PR from ${forkOwner}/${forkRepoName}`);\n if (argv.verbose) {\n await log(` Fork owner: ${forkOwner}`, { verbose: true });\n await log(' Will clone fork repository for continue mode', { verbose: true });\n }\n\n // Check if maintainer can push to the fork when --allow-to-push-to-contributors-pull-requests-as-maintainer is enabled\n if (argv.allowToPushToContributorsPullRequestsAsMaintainer && argv.autoFork) {\n const { checkMaintainerCanModifyPR, reque*************ccess } = githubLib;\n const { canModify } = await checkMaintainerCanModifyPR(owner, repo, prNumber);\n\n if (canModify) {\n await log('✅ Maintainer can push to fork: Enabled by contributor');\n await log(\" Will push changes directly to contributor's fork instead of creating own fork\");\n // Don't disable fork mode, but we'll use the contributor's fork\n } else {\n await log('⚠️ Maintainer cannot push to fork: \"Allow edits by maintainers\" is not enabled', {\n level: 'warning',\n });\n await log(' Posting comment to request access...', { level: 'warning' });\n await requestMaintainerAccess(owner, repo, prNumber);\n await log(' Comment posted. Proceeding with own fork instead.', { level: 'warning' });\n }\n }\n }\n await log(`📝 PR branch: ${prBranch}`);\n // Extract issue number from PR body using GitHub linking detection library\n // This ensures we only detect actual GitHub-recognized linking keywords\n const prBody = prData.body || '';\n const extra**********umber = extractLinkedIssueNumber(prBody);\n if (extractedIssueNumber) {\n issueNumber = extractedIssueNumber;\n await log(`🔗 Found linked issue #${issueNumber}`);\n } else {\n // If no linked issue found, we can still continue but warn\n await log('⚠️ Warning: No linked issue found in PR body', { level: 'warning' });\n await log(' The PR should contain \"Fixes #123\" or similar to link an issue', { level: 'warning' });\n // Set issueNumber to PR number as fallback\n issueNumber = prNumber;\n }\n } catch (error) {\n reportError(error, {\n context: 'pr_processing',\n prNumber,\n operation: 'process_pull_request',\n });\n await log(`Error: Failed to process PR: ${cleanErrorMessage(error)}`, { level: 'error' });\n await safeExit(1, 'Failed to process PR');\n }\n} else {\n // Traditional issue mode\n issueNumber = urlNumber;\n await log(`📝 Issue mode: Working with issue #${issueNumber}`);\n}\n// Create or find temporary directory for cloning the repository\n// Pass workspace info for --enable-workspaces mode (works with all tools)\nconst workspaceInfo = argv.enableWorkspaces ? { owner, repo, issueNumber } : null;\nconst { tempDir, workspaceTmpDir } = await setupTempDirectory(argv, workspaceInfo);\n// Populate cleanup context for signal handlers\ncleanupContext.tempDir = tempDir;\ncleanupContext.argv = argv;\n// Initialize limitReached variable outside try block for finally clause\nlet limitReached = false;\ntry {\n // Set up repository and clone using the new module\n const { forkedRepo } = await setupRepositoryAndClone({\n argv,\n owner,\n repo,\n forkOwner,\n tempDir,\n isContinueMode,\n issueUrl,\n log,\n formatAligned,\n $,\n });\n\n // Verify default branch and status using the new module\n const defaultBranch = await verifyDefaultBranchAndStatus({\n tempDir,\n log,\n formatAligned,\n $,\n });\n // Create or checkout branch using the new module\n const branchName = await createOrCheckoutBranch({\n isContinueMode,\n prBranch,\n issueNumber,\n tempDir,\n defaultBranch,\n argv,\n log,\n formatAligned,\n $,\n crypto,\n });\n\n // Auto-merge default branch to pull request branch if enabled\n let autoM************Lines = [];\n if (isContinueMode && argv['auto-merge-default-branch-to-pull-request-branch']) {\n await log(`\\n${formatAligned('🔀', 'Auto-merging:', `Merging ${defaultBranch} into ${branchName}`)}`);\n try {\n const mergeResult = await $({ cwd: tempDir })`git merge ${defaultBranch} --no-edit`;\n if (mergeResult.code === 0) {\n await log(`${formatAligned('✅', 'Merge successful:', 'Pushing merged branch...')}`);\n const pushResult = await $({ cwd: tempDir })`git push origin ${branchName}`;\n if (pushResult.code === 0) {\n await log(`${formatAligned('✅', 'Push successful:', 'Branch updated with latest changes')}`);\n } else {\n await log(`${formatAligned('⚠️', 'Push failed:', 'Merge completed but push failed')}`, { level: 'warning' });\n await log(` Error: ${pushResult.stderr?.toString() || 'Unknown error'}`, { level: 'warning' });\n }\n } else {\n // Merge failed - likely due to conflicts\n await log(`${formatAligned('⚠️', 'Merge failed:', 'Conflicts detected')}`, { level: 'warning' });\n autoMergeFeedbackLines.push('');\n autoMergeFeedbackLines.push('⚠️ AUTOMATIC MERGE FAILED:');\n autoMergeFeedbackLines.push(`git merge ${defaultBranch} was executed but resulted in conflicts that should be resolved first.`);\n autoMergeFeedbackLines.push('Please resolve the merge conflicts and commit the changes.');\n autoMergeFeedbackLines.push('');\n }\n } catch (mergeError) {\n await log(`${formatAligned('❌', 'Merge error:', mergeError.message)}`, { level: 'error' });\n autoMergeFeedbackLines.push('');\n autoMergeFeedbackLines.push('⚠️ AUTOMATIC MERGE ERROR:');\n autoMergeFeedbackLines.push(`git merge ${defaultBranch} failed with error: ${mergeError.message}`);\n autoMergeFeedbackLines.push('Please check the repository state and resolve any issues.');\n autoMergeFeedbackLines.push('');\n }\n }\n\n // Initialize PR variables early\n let prUrl = null;\n\n // In continue mode, we already have the PR details\n if (isContinueMode) {\n prUrl = issueUrl; // The input URL is the PR URL\n // prNumber is already set from earlier when we parsed the PR\n }\n\n // Don't build the prompt yet - we'll build it after we have all the information\n // This includes PR URL (if created) and comment info (if in continue mode)\n\n // Handle auto PR creation using the new module\n const autoPrResult = await handleAutoPrCreation({\n argv,\n tempDir,\n branchName,\n issueNumber,\n owner,\n repo,\n defaultBranch,\n forkedRepo,\n isContinueMode,\n prNumber,\n log,\n formatAligned,\n $,\n reportError,\n path,\n fs,\n });\n\n let claudeCommitHash = null;\n if (autoPrResult) {\n prUrl = autoPrResult.prUrl;\n if (autoPrResult.prNumber) {\n prNumber = autoPrResult.prNumber;\n }\n if (autoPrResult.claudeCommitHash) {\n claudeCommitHash = autoPrResult.claudeCommitHash;\n }\n }\n\n // CRITICAL: Validate that we have a PR number when required\n // This prevents continuing without a PR when one was supposed to be created\n if ((isContinueMode || argv.autoPullRequestCreation) && !prNumber) {\n await log('');\n await log(formatAligned('❌', 'FATAL ERROR:', 'No pull request available'), { level: 'error' });\n await log('');\n await log(' 🔍 What happened:');\n if (isContinueMode) {\n await log(' Continue mode is active but no PR number is available.');\n await log(' This usually means PR creation failed or was skipped incorrectly.');\n } else {\n await log(' Auto-PR creation is enabled but no PR was created.');\n await log(' PR creation may have failed without throwing an error.');\n }\n await log('');\n await log(' 💡 Why this is critical:');\n await log(' The solve command requires a PR for:');\n await log(' • Tracking work progress');\n await log(' • Receiving and processing feedback');\n await log(' • Managing code changes');\n await log(' • Auto-merging when complete');\n await log('');\n await log(' 🔧 How to fix:');\n await log('');\n await log(' Option 1: Create PR manually and use --continue');\n await log(` cd ${tempDir}`);\n await log(` gh pr create --draft --title \"Fix issue #${issueNumber}\" --body \"Fixes #${issueNumber}\"`);\n await log(' # Then use the PR URL with solve.mjs');\n await log('');\n await log(' Option 2: Start fresh without continue mode');\n await log(` ./solve.mjs \"${issueUrl}\" --auto-pull-request-creation`);\n await log('');\n await log(' Option 3: Disable auto-PR creation (Claude will create it)');\n await log(` ./solve.mjs \"${issueUrl}\" --no-auto-pull-request-creation`);\n await log('');\n await safeExit(1, 'No PR available');\n }\n\n if (isContinueMode) {\n await log(`\\n${formatAligned('🔄', 'Continue mode:', 'ACTIVE')}`);\n await log(formatAligned('', 'Using existing PR:', `#${prNumber}`, 2));\n await log(formatAligned('', 'PR URL:', prUrl, 2));\n } else if (!argv.autoPullRequestCreation) {\n await log(`\\n${formatAligned('⏭️', 'Auto PR creation:', 'DISABLED')}`);\n await log(formatAligned('', 'Workflow:', 'AI will create the PR', 2));\n }\n\n // Don't build the prompt yet - we'll build it after we have all the information\n // This includes PR URL (if created) and comment info (if in continue mode)\n\n // Start work session using the new module\n await startWorkSession({\n isContinueMode,\n prNumber,\n argv,\n log,\n formatAligned,\n $,\n });\n\n // Prepare feedback and timestamps using the new module\n const { feedbackLines: preparedFeedbackLines, referenceTime } = await prepareFeedbackAndTimestamps({\n prNumber,\n branchName,\n owner,\n repo,\n issueNumber,\n isContinueMode,\n mergeStateStatus,\n prState,\n argv,\n log,\n formatAligned,\n cleanErrorMessage,\n $,\n });\n\n // Initialize feedback lines\n let feedbackLines = null;\n\n // Add auto-merge feedback lines if any\n if (autoMergeFeedbackLines && autoMergeFeedbackLines.length > 0) {\n if (!feedbackLines) {\n feedbackLines = [];\n }\n feedbackLines.push(...autoMergeFeedbackLines);\n }\n\n // Merge feedback lines\n if (preparedFeedbackLines && preparedFeedbackLines.length > 0) {\n if (!feedbackLines) {\n feedbackLines = [];\n }\n feedbackLines.push(...preparedFeedbackLines);\n }\n\n // Check for uncommitted changes and merge with feedback\n const uncom**************Lines = await checkUncommittedChanges({\n tempDir,\n argv,\n log,\n $,\n });\n if (uncommittedFeedbackLines && uncommittedFeedbackLines.length > 0) {\n if (!feedbackLines) {\n feedbackLines = [];\n }\n feedbackLines.push(...uncommittedFeedbackLines);\n }\n\n // Check for fork actions\n const forkActionsUrl = await checkForkActions({\n argv,\n forkedRepo,\n branchName,\n log,\n formatAligned,\n $,\n });\n\n // Execute tool command with all prompts and settings\n let toolResult;\n if (argv.tool === 'opencode') {\n const opencodeLib = await import('./opencode.lib.mjs');\n const { executeOpenCode } = opencodeLib;\n const opencodePath = process.env.OPENCODE_PATH || 'opencode';\n\n toolResult = await executeOpenCode({\n issueUrl,\n issueNumber,\n prNumber,\n prUrl,\n branchName,\n tempDir,\n workspaceTmpDir,\n isContinueMode,\n mergeStateStatus,\n forkedRepo,\n feedbackLines,\n forkActionsUrl,\n owner,\n repo,\n argv,\n log,\n setLogFile,\n getLogFile,\n formatAligned,\n getResourceSnapshot,\n opencodePath,\n $,\n });\n } else if (argv.tool === 'codex') {\n const codexLib = await import('./codex.lib.mjs');\n const { executeCodex } = codexLib;\n const codexPath = process.env.CODEX_PATH || 'codex';\n\n toolResult = await executeCodex({\n issueUrl,\n issueNumber,\n prNumber,\n prUrl,\n branchName,\n tempDir,\n workspaceTmpDir,\n isContinueMode,\n mergeStateStatus,\n forkedRepo,\n feedbackLines,\n forkActionsUrl,\n owner,\n repo,\n argv,\n log,\n setLogFile,\n getLogFile,\n formatAligned,\n getResourceSnapshot,\n codexPath,\n $,\n });\n } else if (argv.tool === 'agent') {\n const agentLib = await import('./agent.lib.mjs');\n const { executeAgent } = agentLib;\n const agentPath = process.env.AGENT_PATH || 'agent';\n\n toolResult = await executeAgent({\n issueUrl,\n issueNumber,\n prNumber,\n prUrl,\n branchName,\n tempDir,\n workspaceTmpDir,\n isContinueMode,\n mergeStateStatus,\n forkedRepo,\n feedbackLines,\n forkActionsUrl,\n owner,\n repo,\n argv,\n log,\n setLogFile,\n getLogFile,\n formatAligned,\n getResourceSnapshot,\n agentPath,\n $,\n });\n } else {\n // Default to Claude\n // Check for Playwright MCP availability if using Claude tool\n if (argv.tool === 'claude' || !argv.tool) {\n // If flag is true (default), check if Playwright MCP is actually available\n if (argv.promptPlaywrightMcp) {\n const { check********************ility } = claudeLib;\n const playw************lable = await checkPlaywrightMcpAvailability();\n if (playwrightMcpAvailable) {\n await log('🎭 Playwright MCP detected - enabling browser automation hints', { verbose: true });\n } else {\n await log('ℹ️ Playwright MCP not detected - browser automation hints will be disabled', { verbose: true });\n argv.promptPlaywrightMcp = false;\n }\n } else {\n await log('ℹ️ Playwright MCP explicitly disabled via --no-prompt-playwright-mcp', { verbose: true });\n }\n }\n const claudeResult = await executeClaude({\n issueUrl,\n issueNumber,\n prNumber,\n prUrl,\n branchName,\n tempDir,\n workspaceTmpDir,\n isContinueMode,\n mergeStateStatus,\n forkedRepo,\n feedbackLines,\n forkActionsUrl,\n owner,\n repo,\n argv,\n log,\n setLogFile,\n getLogFile,\n formatAligned,\n getResourceSnapshot,\n claudePath,\n $,\n });\n toolResult = claudeResult;\n }\n\n const { success } = toolResult;\n let sessionId = toolResult.sessionId;\n let anthr***********stUSD = toolResult.anthropicTotalCostUSD;\n let publi***********imate = toolResult.publicPricingEstimate; // Used by agent tool\n let pricingInfo = toolResult.pricingInfo; // Used by agent tool for detailed pricing\n let error**********ution = toolResult.errorDuringExecution || false; // Issue #1088: Track error_during_execution\n limitReached = toolResult.limitReached;\n cleanupContext.limitReached = limitReached;\n\n // Capture limit reset time globally for downstream handlers (auto-continue, cleanup decisions)\n if (toolResult && toolResult.limitResetTime) {\n global.limitResetTime = toolResult.limitResetTime;\n }\n\n // Handle limit reached scenario\n if (limitReached) {\n const shoul*************Reset = argv.autoResumeOnLimitReset;\n\n // If limit was reached but auto-resume-on-limit-reset is NOT enabled, fail immediately\n if (!shouldAutoResumeOnReset) {\n await log('\\n❌ USAGE LIMIT REACHED!');\n await log(' The AI tool has reached its usage limit.');\n\n // Always show manual resume command in console so users can resume after limit resets\n if (sessionId) {\n const resetTime = global.limitResetTime;\n await log('');\n await log(`📁 Working directory: ${tempDir}`);\n await log(`📌 Session ID: ${sessionId}`);\n if (resetTime) {\n await log(`⏰ Limit resets at: ${resetTime}`);\n }\n await log('');\n // Show claude resume command only for --tool claude (or default)\n // Uses the (cd ... && claude --resume ...) pattern for a fully copyable, executable command\n const toolForResume = argv.tool || 'claude';\n if (toolForResume === 'claude') {\n const claudeResumeCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n await log('💡 To continue this session in Claude Code interactive mode:');\n await log('');\n await log(` ${claudeResumeCmd}`);\n await log('');\n }\n }\n\n // If --attach-logs is enabled and we have a PR, attach logs with usage limit details\n if (shouldAttachLogs && sessionId && prNumber) {\n await log('\\n📄 Attaching logs to Pull Request...');\n try {\n // Build Claude CLI resume command\n const tool = argv.tool || 'claude';\n const resumeCommand = tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\n const logUploadSuccess = await attachLogToGitHub({\n logFile: getLogFile(),\n targetType: 'pr',\n targetNumber: prNumber,\n owner,\n repo,\n $,\n log,\n sanitizeLogContent,\n // Mark this as a usage limit case for proper formatting\n isUsageLimit: true,\n limitResetTime: global.limitResetTime,\n toolName: (argv.tool || 'AI tool').toString().toLowerCase() === 'claude' ? 'Claude' : (argv.tool || 'AI tool').toString().toLowerCase() === 'codex' ? 'Codex' : (argv.tool || 'AI tool').toString().toLowerCase() === 'opencode' ? 'OpenCode' : (argv.tool || 'AI tool').toString().toLowerCase() === 'agent' ? 'Agent' : 'AI tool',\n resumeCommand,\n sessionId,\n });\n\n if (logUploadSuccess) {\n await log(' ✅ Logs uploaded successfully');\n } else {\n await log(' ⚠️ Failed to upload logs', { verbose: true });\n }\n } catch (uploadError) {\n await log(` ⚠️ Error uploading logs: ${uploadError.message}`, { verbose: true });\n }\n } else if (prNumber) {\n // Fallback: Post simple failure comment if logs are not attached\n // Note: Commands should not be in GitHub comments - only mention the option\n try {\n const resetTime = global.limitResetTime;\n<<<<<<< HEAD\n const resumeSection = sessionId ? `Session ID: \\`${sessionId}\\`\\n\\nUse the \\`--auto-continue-on-limit-reset\\` option to automatically resume when the limit resets.` : 'Use the `--auto-continue-on-limit-reset` option to automatically resume when the limit resets.';\n const failureComment = resetTime ? `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. The limit will reset at: **${resetTime}**\\n\\n${resumeSection}` : `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. Please wait for the limit to reset.\\n\\n${resumeSection}`;\n=======\n // Build Claude CLI resume command\n const tool = argv.tool || 'claude';\n const resumeCmd = tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\n const resumeSection = resumeCmd ? `To resume after the limit resets, use:\\n\\`\\`\\`bash\\n${resumeCmd}\\n\\`\\`\\`` : `Session ID: \\`${sessionId}\\``;\n // Format the reset time with relative time if available\n const formattedResetTime = resetTime ? formatResetTimeWithRelative(resetTime) : null;\n const failureComment = formattedResetTime ? `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. The limit will reset at: **${formattedResetTime}**\\n\\n${resumeSection}` : `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. Please wait for the limit to reset.\\n\\n${resumeSection}`;\n>>>>>>> origin/main\n\n const commentResult = await $`gh pr comment ${prNumber} --repo ${owner}/${repo} --body ${failureComment}`;\n if (commentResult.code === 0) {\n await log(' Posted failure comment to PR');\n }\n } catch (error) {\n await log(` Warning: Could not post failure comment: ${cleanErrorMessage(error)}`, { verbose: true });\n }\n }\n\n await safeExit(1, 'Usage limit reached - use --auto-resume-on-limit-reset to wait for reset');\n } else {\n // auto-resume-on-limit-reset is enabled - attach logs and/or post waiting comment\n if (prNumber && global.limitResetTime) {\n // If --attach-logs is enabled, upload logs with usage limit details\n if (shouldAttachLogs && sessionId) {\n await log('\\n📄 Attaching logs to Pull Request (auto-continue mode)...');\n try {\n // Build Claude CLI resume command\n const tool = argv.tool || 'claude';\n const resumeCommand = tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\n const logUploadSuccess = await attachLogToGitHub({\n logFile: getLogFile(),\n targetType: 'pr',\n targetNumber: prNumber,\n owner,\n repo,\n $,\n log,\n sanitizeLogContent,\n // Mark this as a usage limit case for proper formatting\n isUsageLimit: true,\n limitResetTime: global.limitResetTime,\n toolName: (argv.tool || 'AI tool').toString().toLowerCase() === 'claude' ? 'Claude' : (argv.tool || 'AI tool').toString().toLowerCase() === 'codex' ? 'Codex' : (argv.tool || 'AI tool').toString().toLowerCase() === 'opencode' ? 'OpenCode' : (argv.tool || 'AI tool').toString().toLowerCase() === 'agent' ? 'Agent' : 'AI tool',\n resumeCommand,\n sessionId,\n });\n\n if (logUploadSuccess) {\n await log(' ✅ Logs uploaded successfully');\n } else {\n await log(' ⚠️ Failed to upload logs', { verbose: true });\n }\n } catch (uploadError) {\n await log(` ⚠️ Error uploading logs: ${uploadError.message}`, { verbose: true });\n }\n } else {\n // Fallback: Post simple waiting comment if logs are not attached\n try {\n // Calculate wait time in d:h:m:s format\n const validation = await import('./solve.validation.lib.mjs');\n const { calculateWaitTime } = validation;\n const waitMs = calculateWaitTime(global.limitResetTime);\n\n const formatWaitTime = ms => {\n const seconds = Math.floor(ms / 1000);\n const minutes = Math.floor(seconds / 60);\n const hours = Math.floor(minutes / 60);\n const days = Math.floor(hours / 24);\n const s = seconds % 60;\n const m = minutes % 60;\n const h = hours % 24;\n return `${days}:${String(h).padStart(2, '0')}:${String(m).padStart(2, '0')}:${String(s).padStart(2, '0')}`;\n };\n\n // Build Claude CLI resume command\n const tool = argv.tool || 'claude';\n const resumeCmd = tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\n const waitingComment = `⏳ **Usage Limit Reached - Waiting to Continue**\\n\\nThe AI tool has reached its usage limit. Auto-resume is enabled with \\`--auto-resume-on-limit-reset\\`.\\n\\n**Reset time:** ${global.limitResetTime}\\n**Wait time:** ${formatWaitTime(waitMs)} (days:hours:minutes:seconds)\\n\\nThe session will automatically resume when the limit resets.\\n\\nSession ID: \\`${sessionId}\\`${resumeCmd ? `\\n\\nTo resume manually:\\n\\`\\`\\`bash\\n${resumeCmd}\\n\\`\\`\\`` : ''}`;\n\n const commentResult = await $`gh pr comment ${prNumber} --repo ${owner}/${repo} --body ${waitingComment}`;\n if (commentResult.code === 0) {\n await log(' Posted waiting comment to PR');\n }\n } catch (error) {\n await log(` Warning: Could not post waiting comment: ${cleanErrorMessage(error)}`, { verbose: true });\n }\n }\n }\n }\n }\n\n // Handle failure cases, but skip exit if limit reached with auto-resume enabled\n // This allows the code to continue to showSessionSummary() where autoContinueWhenLimitResets() is called\n const shoul*******************************tinue = limitReached && argv.autoResumeOnLimitReset;\n\n if (!success && !shouldSkipFailureExitForAutoLimitContinue) {\n // Show claude resume command only for --tool claude (or default) on failure\n // Uses the (cd ... && claude --resume ...) pattern for a fully copyable, executable command\n const toolForFailure = argv.tool || 'claude';\n if (sessionId && toolForFailure === 'claude') {\n const claudeResumeCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n await log('');\n await log('💡 To continue this session in Claude Code interactive mode:');\n await log('');\n await log(` ${claudeResumeCmd}`);\n await log('');\n }\n\n // If --attach-logs is enabled and we have a PR, attach failure logs before exiting\n if (shouldAttachLogs && sessionId && global.createdPR && global.createdPR.number) {\n await log('\\n📄 Attaching failure logs to Pull Request...');\n try {\n // Build Claude CLI resume command\n const tool = argv.tool || 'claude';\n const resumeCommand = sessionId && tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\n const logUploadSuccess = await attachLogToGitHub({\n logFile: getLogFile(),\n targetType: 'pr',\n targetNumber: global.createdPR.number,\n owner,\n repo,\n $,\n log,\n sanitizeLogContent,\n // For usage limit, use a dedicated comment format to make it clear and actionable\n isUsageLimit: !!limitReached,\n limitResetTime: limitReached ? toolResult.limitResetTime : null,\n toolName: (argv.tool || 'AI tool').toString().toLowerCase() === 'claude' ? 'Claude' : (argv.tool || 'AI tool').toString().toLowerCase() === 'codex' ? 'Codex' : (argv.tool || 'AI tool').toString().toLowerCase() === 'opencode' ? 'OpenCode' : (argv.tool || 'AI tool').toString().toLowerCase() === 'agent' ? 'Agent' : 'AI tool',\n resumeCommand,\n // Include sessionId so the PR comment can present it\n sessionId,\n // If not a usage limit case, fall back to generic failure format\n errorMessage: limitReached ? undefined : `${argv.tool.toUpperCase()} execution failed`,\n });\n\n if (logUploadSuccess) {\n await log(' ✅ Failure logs uploaded successfully');\n } else {\n await log(' ⚠️ Failed to upload logs', { verbose: true });\n }\n } catch (uploadError) {\n await log(` ⚠️ Error uploading logs: ${uploadError.message}`, { verbose: true });\n }\n }\n\n await safeExit(1, `${argv.tool.toUpperCase()} execution failed`);\n }\n\n // Check for uncommitted changes\n // When limit is reached, force auto-commit of any uncommitted changes to preserve work\n const shouldAutoCommit = argv['auto-commit-uncommitted-changes'] || limitReached;\n const autoRestartEnabled = argv['autoRestartOnUncommittedChanges'] !== false;\n const shouldRestart = await checkForUncommittedChanges(tempDir, owner, repo, branchName, $, log, shouldAutoCommit, autoRestartEnabled);\n\n // Remove initial commit file (CLAUDE.md or .gitkeep) now that Claude command has finished\n await cleanupClaudeFile(tempDir, branchName, claudeCommitHash, argv);\n\n // Show summary of session and log file\n await showSessionSummary(sessionId, limitReached, argv, issueUrl, tempDir, shouldAttachLogs);\n\n // Search for newly created pull requests and comments\n // Pass shouldRestart to prevent early exit when auto-restart is needed\n // Include agent tool pricing data when available (publicPricingEstimate, pricingInfo)\n // Issue #1088: Pass error**********ution for \"Finished with errors\" state\n await verifyResults(owner, repo, branchName, issueNumber, prNumber, prUrl, referenceTime, argv, shouldAttachLogs, shouldRestart, sessionId, tempDir, anthropicTotalCostUSD, publicPricingEstimate, pricingInfo, errorDuringExecution);\n\n // Start watch mode if enabled OR if we need to handle uncommitted changes\n if (argv.verbose) {\n await log('');\n await log('🔍 Auto-restart debug:', { verbose: true });\n await log(` argv.watch (user flag): ${argv.watch}`, { verbose: true });\n await log(` shouldRestart (auto-detected): ${shouldRestart}`, { verbose: true });\n await log(` temporaryWatch (will be enabled): ${shouldRestart && !argv.watch}`, { verbose: true });\n await log(` prNumber: ${prNumber || 'null'}`, { verbose: true });\n await log(` prBranch: ${prBranch || 'null'}`, { verbose: true });\n await log(` branchName: ${branchName}`, { verbose: true });\n await log(` isContinueMode: ${isContinueMode}`, { verbose: true });\n }\n\n // If uncommitted changes detected and auto-commit is disabled, enter temporary watch mode\n const temporaryWatchMode = shouldRestart && !argv.watch;\n if (temporaryWatchMode) {\n await log('');\n await log('🔄 AUTO-RESTART: Uncommitted changes detected');\n await log(' Starting temporary monitoring cycle (NOT --watch mode)');\n await log(' The tool will run once more to commit the changes');\n await log(' Will exit automatically after changes are committed');\n await log('');\n }\n\n const watchResult = await startWatchMode({\n issueUrl,\n owner,\n repo,\n issueNumber,\n prNumber,\n prBranch,\n branchName,\n tempDir,\n argv: {\n ...argv,\n watch: argv.watch || shouldRestart, // Enable watch if uncommitted changes\n temporaryWatch: temporaryWatchMode, // Flag to indicate temporary watch mode\n },\n });\n\n // Update session data with latest from watch mode for accurate pricing\n if (watchResult && watchResult.latestSessionId) {\n sessionId = watchResult.latestSessionId;\n anthr***********stUSD = watchResult.latestAnthropicCost;\n if (argv.verbose) {\n await log('');\n await log('📊 Updated session data from watch mode:', { verbose: true });\n await log(` Session ID: ${sessionId}`, { verbose: true });\n if (anthropicTotalCostUSD !== null && anthr***********stUSD !== undefined) {\n await log(` Anthropic cost: $${anthropicTotalCostUSD.toFixed(6)}`, { verbose: true });\n }\n }\n }\n\n // Track whether logs were successfully attached (used by endWorkSession)\n let logsAttached = false;\n\n // After watch mode completes (either user watch or temporary)\n // Push any committed changes if this was a temporary watch mode\n if (temporaryWatchMode) {\n await log('');\n await log('📤 Pushing committed changes to GitHub...');\n await log('');\n\n try {\n const pushResult = await $({ cwd: tempDir })`git push origin ${branchName}`;\n if (pushResult.code === 0) {\n await log('✅ Changes pushed successfully to remote branch');\n await log(` Branch: ${branchName}`);\n await log('');\n } else {\n const errorMsg = pushResult.stderr?.toString() || 'Unknown error';\n await log('⚠️ Push failed:', { level: 'error' });\n await log(` ${errorMsg.trim()}`, { level: 'error' });\n await log(' Please push manually:', { level: 'error' });\n await log(` cd ${tempDir} && git push origin ${branchName}`, { level: 'error' });\n }\n } catch (error) {\n await log('⚠️ Push failed:', { level: 'error' });\n await log(` ${cleanErrorMessage(error)}`, { level: 'error' });\n await log(' Please push manually:', { level: 'error' });\n await log(` cd ${tempDir} && git push origin ${branchName}`, { level: 'error' });\n }\n\n // Attach updated logs to PR after auto-restart completes\n if (shouldAttachLogs && prNumber) {\n await log('📎 Uploading working session logs to Pull Request...');\n try {\n const logUploadSuccess = await attachLogToGitHub({\n logFile: getLogFile(),\n targetType: 'pr',\n targetNumber: prNumber,\n owner,\n repo,\n $,\n log,\n sanitizeLogContent,\n verbose: argv.verbose,\n sessionId,\n tempDir,\n anthropicTotalCostUSD,\n });\n\n if (logUploadSuccess) {\n await log('✅ Working session logs uploaded successfully');\n logsAttached = true;\n } else {\n await log('⚠️ Failed to upload working session logs', { level: 'warning' });\n }\n } catch (uploadError) {\n await log(`⚠️ Error uploading logs: ${uploadError.message}`, { level: 'warning' });\n }\n }\n }\n\n // End work session using the new module\n await endWorkSession({\n isContinueMode,\n prNumber,\n argv,\n log,\n formatAligned,\n $,\n logsAttached,\n });\n} catch (error) {\n // Don't report authentication errors to Sentry as they are user configuration issues\n if (!error.isAuthError) {\n reportError(error, {\n context: 'solve_main',\n operation: 'main_execution',\n });\n }\n await handleMainExecutionError({\n error,\n log,\n cleanErrorMessage,\n absoluteLogPath,\n shouldAttachLogs,\n argv,\n global,\n owner,\n repo,\n getLogFile,\n attachLogToGitHub,\n sanitizeLogContent,\n $,\n });\n} finally {\n // Clean up temporary directory using repository module\n await cleanupTempDirectory(tempDir, argv, limitReached);\n\n // Show final log file reference (similar to Claude and other agents)\n // This ensures users always know where to find the complete log file\n if (getLogFile()) {\n const path = await use('path');\n const absoluteLogPath = path.resolve(getLogFile());\n await log(`\\n📁 Complete log file: ${absoluteLogPath}`);\n }\n}\n","structuredPatch":[{"oldStart":968,"oldLines":18,"newStart":968,"newLines":12,"lines":[" // Note: Commands should not be in GitHub comments - only mention the option"," try {"," const resetTime = global.limitResetTime;","-<<<<<<< HEAD","+ // Note: Commands should not be in GitHub comments - only mention the option","+ // The resume command is available in the logs (collapsed block or gist link) for advanced users"," const resumeSection = sessionId ? `Session ID: \\`${sessionId}\\`\\n\\nUse the \\`--auto-continue-on-limit-reset\\` option to automatically resume when the limit resets.` : 'Use the `--auto-continue-on-limit-reset` option to automatically resume when the limit resets.';","- const failureComment = resetTime ? `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. 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[2026-01-11T01:49:56.976Z] [INFO] {"type":"user","message":{"role":"user","content":[{"tool_use_id":"toolu_01MMEpqgPHynNtT69ygP15mM","type":"tool_result","content":" 1→#!/usr/bin/env node\n 2→\n 3→// Results processing module for solve command\n 4→// Extracted from solve.mjs to keep files under 1500 lines\n 5→\n 6→// Use use-m to dynamically import modules for cross-runtime compatibility\n 7→// Check if use is already defined globally (when imported from solve.mjs)\n 8→// If not, fetch it (when running standalone)\n 9→if (typeof globalThis.use === 'undefined') {\n 10→ globalThis.use = (await eval(await (await fetch('https://unpkg.com/use-m/use.js')).text())).use;\n 11→}\n 12→const use = globalThis.use;\n 13→\n 14→// Use command-stream for consistent $ behavior across runtimes\n 15→const { $ } = await use('command-stream');\n 16→\n 17→const path = (await use('path')).default;\n 18→\n 19→// Import shared library functions\n 20→const lib = await import('./lib.mjs');\n 21→const { log, getLogFile, formatAligned } = lib;\n 22→\n 23→// Import exit handler\n 24→import { safeExit } from './exit-handler.lib.mjs';\n 25→\n 26→// Import GitHub-related functions\n 27→const githubLib = await import('./github.lib.mjs');\n 28→const { sanitizeLogContent, attachLogToGitHub } = githubLib;\n 29→\n 30→// Import continuation functions (session resumption, PR detection)\n 31→const autoContinue = await import('./solve.auto-continue.lib.mjs');\n 32→const { autoC*****************esets } = autoContinue;\n 33→\n 34→// Import Claude-specific command builders\n 35→// These are used to generate copy-pasteable Claude CLI resume commands for users\n 36→// Pattern: (cd \"/tmp/gh-issue-solver-...\" && claude --resume <session-id>)\n 37→const claud**********ilder = await import('./claude.command-builder.lib.mjs');\n 38→export const { buildClaudeResumeCommand, build***************mmand } = claudeCommandBuilder;\n 39→\n 40→// Import error handling functions\n 41→// const errorHandlers = await import('./solve.error-handlers.lib.mjs'); // Not currently used\n 42→// Import Sentry integration\n 43→const sentryLib = await import('./sentry.lib.mjs');\n 44→const { reportError } = sentryLib;\n 45→\n 46→// Import GitHub linking detection library\n 47→const githubLinking = await import('./github-linking.lib.mjs');\n 48→const { hasGi*************yword } = githubLinking;\n 49→\n 50→/**\n 51→ * Detect the CLAUDE.md or .gitkeep commit hash from branch structure when not available in session\n 52→ * This handles continue mode where the commit hash was lost between sessions\n 53→ *\n 54→ * Safety checks to prevent Issue #617 (wrong commit revert):\n 55→ * 1. Only look at commits on the PR branch (not default branch commits)\n 56→ * 2. Verify the commit message matches our expected pattern\n 57→ * 3. Verify the commit ONLY adds CLAUDE.md or .gitkeep (no other files changed)\n 58→ * 4. Verify there are additional commits after it (actual work was done)\n 59→ *\n 60→ * @param {string} tempDir - The temporary directory with the git repo\n 61→ * @param {string} branchName - The PR branch name\n 62→ * @returns {string|null} - The detected commit hash or null if not found/safe\n 63→ */\n 64→const detec********************ranch = async (tempDir, branchName) => {\n 65→ try {\n 66→ await log(' Attempting to detect CLAUDE.md or .gitkeep commit from branch structure...', { verbose: true });\n 67→\n 68→ // First check if CLAUDE.md or .gitkeep exists in current branch\n 69→ const claud**********esult = await $({ cwd: tempDir })`git ls-files CLAUDE.md 2>&1`;\n 70→ const gitkeepExistsResult = await $({ cwd: tempDir })`git ls-files .gitkeep 2>&1`;\n 71→ const claudeMdExists = claudeMdExistsResult.code === 0 && claudeMdExistsResult.stdout && claudeMdExistsResult.stdout.trim();\n 72→ const gitkeepExists = gitkeepExistsResult.code === 0 && gitkeepExistsResult.stdout && gitkeepExistsResult.stdout.trim();\n 73→\n 74→ if (!claudeMdExists && !gitkeepExists) {\n 75→ await log(' Neither CLAUDE.md nor .gitkeep exists in current branch', { verbose: true });\n 76→ return null;\n 77→ }\n 78→\n 79→ // Get the default branch to find the fork point\n 80→ const defaultBranchResult = await $({ cwd: tempDir })`git symbolic-ref refs/remotes/origin/HEAD 2>&1`;\n 81→ let defaultBranch = 'main';\n 82→ if (defaultBranchResult.code === 0 && defaultBranchResult.stdout) {\n 83→ const match = defaultBranchResult.stdout.toString().match(/refs\\/remotes\\/origin\\/(.+)/);\n 84→ if (match) {\n 85→ defaultBranch = match[1].trim();\n 86→ }\n 87→ }\n 88→ await log(` Using default branch: ${defaultBranch}`, { verbose: true });\n 89→\n 90→ // Find the merge base (fork point) between current branch and default branch\n 91→ const mergeBaseResult = await $({ cwd: tempDir })`git merge-base origin/${defaultBranch} HEAD 2>&1`;\n 92→ if (mergeBaseResult.code !== 0 || !mergeBaseResult.stdout) {\n 93→ await log(' Could not find merge base, cannot safely detect initial commit', { verbose: true });\n 94→ return null;\n 95→ }\n 96→ const mergeBase = mergeBaseResult.stdout.toString().trim();\n 97→ await log(` Merge base: ${mergeBase.substring(0, 7)}`, { verbose: true });\n 98→\n 99→ // Get all commits on the PR branch (commits after the merge base)\n 100→ // Format: hash|message|files_changed\n 101→ const branchCommitsResult = await $({ cwd: tempDir })`git log ${mergeBase}..HEAD --reverse --format=\"%H|%s\" 2>&1`;\n 102→ if (branchCommitsResult.code !== 0 || !branchCommitsResult.stdout) {\n 103→ await log(' No commits found on PR branch', { verbose: true });\n 104→ return null;\n 105→ }\n 106→\n 107→ const branchCommits = branchCommitsResult.stdout.toString().trim().split('\\n').filter(Boolean);\n 108→ if (branchCommits.length === 0) {\n 109→ await log(' No commits found on PR branch', { verbose: true });\n 110→ return null;\n 111→ }\n 112→\n 113→ await log(` Found ${branchCommits.length} commit(s) on PR branch`, { verbose: true });\n 114→\n 115→ // Safety check: Must have at least 2 commits (CLAUDE.md commit + actual work)\n 116→ if (branchCommits.length < 2) {\n 117→ await log(' Only 1 commit on branch - not enough commits to safely revert CLAUDE.md', { verbose: true });\n 118→ await log(' (Need at least 2 commits: CLAUDE.md initial + actual work)', { verbose: true });\n 119→ return null;\n 120→ }\n 121→\n 122→ // Get the first commit on the PR branch\n 123→ const firstCommitLine = branchCommits[0];\n 124→ const [firstCommitHash, firstCommitMessage] = firstCommitLine.split('|');\n 125→\n 126→ await log(` First commit on branch: ${firstCommitHash.substring(0, 7)} - \"${firstCommitMessage}\"`, {\n 127→ verbose: true,\n 128→ });\n 129→\n 130→ // Safety check: Verify commit message matches expected pattern (CLAUDE.md or .gitkeep)\n 131→ const expec*************terns = [/^Initial commit with task details/i, /^Add CLAUDE\\.md/i, /^CLAUDE\\.md/i, /^Add \\.gitkeep/i, /\\.gitkeep/i];\n 132→\n 133→ const messageMatches = expectedMessagePatterns.some(pattern => pattern.test(firstCommitMessage));\n 134→ if (!messageMatches) {\n 135→ await log(' First commit message does not match expected pattern', { verbose: true });\n 136→ await log(' Expected patterns: \"Initial commit with task details...\", \"Add CLAUDE.md\", \".gitkeep\", etc.', {\n 137→ verbose: true,\n 138→ });\n 139→ return null;\n 140→ }\n 141→\n 142→ // Safety check: Verify the commit ONLY adds CLAUDE.md or .gitkeep file (no other files)\n 143→ const filesChangedResult = await $({\n 144→ cwd: tempDir,\n 145→ })`git diff-tree --no-commit-id --name-only -r ${firstCommitHash} 2>&1`;\n 146→ if (filesChangedResult.code !== 0 || !filesChangedResult.stdout) {\n 147→ await log(' Could not get files changed in first commit', { verbose: true });\n 148→ return null;\n 149→ }\n 150→\n 151→ const filesChanged = filesChangedResult.stdout.toString().trim().split('\\n').filter(Boolean);\n 152→ await log(` Files changed in first commit: ${filesChanged.join(', ')}`, { verbose: true });\n 153→\n 154→ // Check if CLAUDE.md or .gitkeep is in the files changed\n 155→ const hasClaudeMd = filesChanged.includes('CLAUDE.md');\n 156→ const hasGitkeep = filesChanged.includes('.gitkeep');\n 157→ if (!hasClaudeMd && !hasGitkeep) {\n 158→ await log(' First commit does not include CLAUDE.md or .gitkeep', { verbose: true });\n 159→ return null;\n 160→ }\n 161→\n 162→ const targetFile = hasClaudeMd ? 'CLAUDE.md' : '.gitkeep';\n 163→\n 164→ // CRITICAL SAFETY CHECK: Only allow revert if the target file is the ONLY file changed\n 165→ // This prevents Issue #617 where reverting a commit deleted .gitignore, LICENSE, README.md\n 166→ if (filesChanged.length > 1) {\n 167→ await log(` ⚠️ First commit changes more than just ${targetFile} (${filesChanged.length} files)`, {\n 168→ verbose: true,\n 169→ });\n 170→ await log(` Files: ${filesChanged.join(', ')}`, { verbose: true });\n 171→ await log(' Refusing to revert to prevent data loss (Issue #617 safety)', { verbose: true });\n 172→ return null;\n 173→ }\n 174→\n 175→ // All safety checks passed!\n 176→ await log(` ✅ Detected ${targetFile} commit: ${firstCommitHash.substring(0, 7)}`, { verbose: true });\n 177→ await log(` ✅ Commit only contains ${targetFile} (safe to revert)`, { verbose: true });\n 178→ await log(` ✅ Branch has ${branchCommits.length - 1} additional commit(s) (work was done)`, { verbose: true });\n 179→\n 180→ return firstCommitHash;\n 181→ } catch (error) {\n 182→ reportError(error, {\n 183→ context: 'detect_initial_commit',\n 184→ tempDir,\n 185→ branchName,\n 186→ operation: 'detect_commit_from_branch_structure',\n 187→ });\n 188→ await log(` Error detecting initial commit: ${error.message}`, { verbose: true });\n 189→ return null;\n 190→ }\n 191→};\n 192→\n 193→// Revert the CLAUDE.md or .gitkeep commit to restore original state\n 194→export const cleanupClaudeFile = async (tempDir, branchName, claudeCommitHash = null) => {\n 195→ try {\n 196→ // If no commit hash provided, try to detect it from branch structure\n 197→ // This handles continue mode where the hash was lost between sessions\n 198→ if (!claudeCommitHash) {\n 199→ await log(' No initial commit hash from session, attempting to detect from branch...', { verbose: true });\n 200→ claudeCommitHash = await detectClaudeMdCommitFromBranch(tempDir, branchName);\n 201→\n 202→ if (!claudeCommitHash) {\n 203→ await log(' Could not safely detect initial commit to revert', { verbose: true });\n 204→ return;\n 205→ }\n 206→ await log(` Detected initial commit: ${claudeCommitHash.substring(0, 7)}`, { verbose: true });\n 207→ }\n 208→\n 209→ // Determine which file was used based on the commit message or flags\n 210→ // Check the commit message to determine which file was committed\n 211→ const commitMsgResult = await $({ cwd: tempDir })`git log -1 --format=%s ${claudeCommitHash} 2>&1`;\n 212→ const commitMsg = commitMsgResult.stdout?.trim() || '';\n 213→ const isGitkeepFile = commitMsg.includes('.gitkeep');\n 214→ const fileName = isGitkeepFile ? '.gitkeep' : 'CLAUDE.md';\n 215→\n 216→ await log(formatAligned('🔄', 'Cleanup:', `Reverting ${fileName} commit`));\n 217→ await log(` Using saved commit hash: ${claudeCommitHash.substring(0, 7)}...`, { verbose: true });\n 218→\n 219→ const commitToRevert = claudeCommitHash;\n 220→\n 221→ // APPROACH 3: Check for modifications before reverting (proactive detection)\n 222→ // This is the main strategy - detect if the file was modified after initial commit\n 223→ await log(` Checking if ${fileName} was modified since initial commit...`, { verbose: true });\n 224→ const diffResult = await $({ cwd: tempDir })`git diff ${commitToRevert} HEAD -- ${fileName} 2>&1`;\n 225→\n 226→ if (diffResult.stdout && diffResult.stdout.trim()) {\n 227→ // File was modified after initial commit - use manual approach to avoid conflicts\n 228→ await log(` ${fileName} was modified after initial commit, using manual cleanup...`, { verbose: true });\n 229→\n 230→ // Get the state of the file from before the initial commit (parent of the commit we're reverting)\n 231→ const parentCommit = `${commitToRevert}~1`;\n 232→ const parentFileExists = await $({ cwd: tempDir })`git cat-file -e ${parentCommit}:${fileName} 2>&1`;\n 233→\n 234→ if (parentFileExists.code === 0) {\n 235→ // File existed before the initial commit - restore it to that state\n 236→ await log(` ${fileName} existed before session, restoring to previous state...`, { verbose: true });\n 237→ await $({ cwd: tempDir })`git checkout ${parentCommit} -- ${fileName}`;\n 238→ } else {\n 239→ // File didn't exist before the initial commit - delete it\n 240→ await log(` ${fileName} was created in session, removing it...`, { verbose: true });\n 241→ await $({ cwd: tempDir })`git rm -f ${fileName} 2>&1`;\n 242→ }\n 243→\n 244→ // Create a manual revert commit\n 245→ const commitResult = await $({ cwd: tempDir })`git commit -m \"Revert: Remove ${fileName} changes from initial commit\" 2>&1`;\n 246→\n 247→ if (commitResult.code === 0) {\n 248→ await log(formatAligned('📦', 'Committed:', `${fileName} revert (manual)`));\n 249→\n 250→ // Push the revert\n 251→ const pushRevertResult = await $({ cwd: tempDir })`git push origin ${branchName} 2>&1`;\n 252→ if (pushRevertResult.code === 0) {\n 253→ await log(formatAligned('📤', 'Pushed:', `${fileName} revert to GitHub`));\n 254→ } else {\n 255→ await log(` Warning: Could not push ${fileName} revert`, { verbose: true });\n 256→ }\n 257→ } else {\n 258→ await log(' Warning: Could not create manual revert commit', { verbose: true });\n 259→ await log(` Commit output: ${commitResult.stderr || commitResult.stdout}`, { verbose: true });\n 260→ }\n 261→ } else {\n 262→ // No modifications detected - safe to use git revert (standard approach)\n 263→ await log(' No modifications detected, using standard git revert...', { verbose: true });\n 264→\n 265→ // FALLBACK 1: Standard git revert\n 266→ const revertResult = await $({ cwd: tempDir })`git revert ${commitToRevert} --no-edit 2>&1`;\n 267→ if (revertResult.code === 0) {\n 268→ await log(formatAligned('📦', 'Committed:', `${fileName} revert`));\n 269→\n 270→ // Push the revert\n 271→ const pushRevertResult = await $({ cwd: tempDir })`git push origin ${branchName} 2>&1`;\n 272→ if (pushRevertResult.code === 0) {\n 273→ await log(formatAligned('📤', 'Pushed:', `${fileName} revert to GitHub`));\n 274→ } else {\n 275→ await log(` Warning: Could not push ${fileName} revert`, { verbose: true });\n 276→ }\n 277→ } else {\n 278→ // FALLBACK 2: Handle unexpected conflicts (three-way merge with automatic resolution)\n 279→ const revertOutput = revertResult.stderr || revertResult.stdout || '';\n 280→ const hasConflict = revertOutput.includes('CONFLICT') || revertOutput.includes('conflict');\n 281→\n 282→ if (hasConflict) {\n 283→ await log(' Unexpected conflict detected, attempting automatic resolution...', { verbose: true });\n 284→\n 285→ // Check git status to see what files are in conflict\n 286→ const statusResult = await $({ cwd: tempDir })`git status --short 2>&1`;\n 287→ const statusOutput = statusResult.stdout || '';\n 288→\n 289→ // Check if the file is in the conflict\n 290→ if (statusOutput.includes(fileName)) {\n 291→ await log(` Resolving ${fileName} conflict by restoring pre-session state...`, { verbose: true });\n 292→\n 293→ // Get the state of the file from before the initial commit (parent of the commit we're reverting)\n 294→ const parentCommit = `${commitToRevert}~1`;\n 295→ const parentFileExists = await $({ cwd: tempDir })`git cat-file -e ${parentCommit}:${fileName} 2>&1`;\n 296→\n 297→ if (parentFileExists.code === 0) {\n 298→ // File existed before the initial commit - restore it to that state\n 299→ await log(` ${fileName} existed before session, restoring to previous state...`, { verbose: true });\n 300→ await $({ cwd: tempDir })`git checkout ${parentCommit} -- ${fileName}`;\n 301→ // Stage the resolved file\n 302→ await $({ cwd: tempDir })`git add ${fileName} 2>&1`;\n 303→ } else {\n 304→ // File didn't exist before the initial commit - delete it\n 305→ await log(` ${fileName} was created in session, removing it...`, { verbose: true });\n 306→ await $({ cwd: tempDir })`git rm -f ${fileName} 2>&1`;\n 307→ // No need to git add since git rm stages the deletion\n 308→ }\n 309→\n 310→ // Complete the revert with the resolved conflict\n 311→ const continueResult = await $({ cwd: tempDir })`git revert --continue --no-edit 2>&1`;\n 312→\n 313→ if (continueResult.code === 0) {\n 314→ await log(formatAligned('📦', 'Committed:', `${fileName} revert (conflict resolved)`));\n 315→\n 316→ // Push the revert\n 317→ const pushRevertResult = await $({ cwd: tempDir })`git push origin ${branchName} 2>&1`;\n 318→ if (pushRevertResult.code === 0) {\n 319→ await log(formatAligned('📤', 'Pushed:', `${fileName} revert to GitHub`));\n 320→ } else {\n 321→ await log(` Warning: Could not push ${fileName} revert`, { verbose: true });\n 322→ }\n 323→ } else {\n 324→ await log(' Warning: Could not complete revert after conflict resolution', { verbose: true });\n 325→ await log(` Continue output: ${continueResult.stderr || continueResult.stdout}`, { verbose: true });\n 326→ }\n 327→ } else {\n 328→ // Conflict in some other file, not expected file - this is unexpected\n 329→ await log(' Warning: Revert conflict in unexpected file(s), aborting revert', { verbose: true });\n 330→ await $({ cwd: tempDir })`git revert --abort 2>&1`;\n 331→ }\n 332→ } else {\n 333→ // Non-conflict error\n 334→ await log(` Warning: Could not revert ${fileName} commit`, { verbose: true });\n 335→ await log(` Revert output: ${revertOutput}`, { verbose: true });\n 336→ }\n 337→ }\n 338→ }\n 339→ } catch (e) {\n 340→ reportError(e, {\n 341→ context: 'cleanup_claude_file',\n 342→ tempDir,\n 343→ operation: 'revert_initial_commit',\n 344→ });\n 345→ // If revert fails, that's okay - the task is still complete\n 346→ await log(' Initial commit revert failed or not needed', { verbose: true });\n 347→ }\n 348→};\n 349→\n 350→// Show session summary and handle limit reached scenarios\n 351→export const showSessionSummary = async (sessionId, limitReached, argv, issueUrl, tempDir, shouldAttachLogs = false) => {\n 352→ await log('\\n=== Session Summary ===');\n 353→\n 354→ if (sessionId) {\n 355→ await log(`✅ Session ID: ${sessionId}`);\n 356→ // Always use absolute path for log file display\n 357→ const absoluteLogPath = path.resolve(getLogFile());\n 358→ await log(`✅ Complete log file: ${absoluteLogPath}`);\n 359→\n 360→ // Show claude resume command only for --tool claude (or default)\n 361→ // This allows users to investigate, resume, see context, and more\n 362→ // Uses the (cd ... && claude --resume ...) pattern for a fully copyable, executable command\n 363→ const tool = argv.tool || 'claude';\n 364→ if (tool === 'claude') {\n 365→ // Build the Claude CLI resume command using the command builder\n 366→ const claudeResumeCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n 367→\n 368→ await log('');\n 369→ await log('💡 To continue this session in Claude Code interactive mode:');\n 370→ await log('');\n 371→ await log(` ${claudeResumeCmd}`);\n 372→ await log('');\n 373→ }\n 374→\n 375→ if (limitReached) {\n 376→ await log('⏰ LIMIT REACHED DETECTED!');\n 377→\n 378→ if (argv.autoResumeOnLimitReset && global.limitResetTime) {\n 379→ await log(`\\n🔄 AUTO-RESUME ON LIMIT RESET ENABLED - Will resume at ${global.limitResetTime}`);\n 380→ await autoContinueWhenLimitResets(issueUrl, sessionId, argv, shouldAttachLogs);\n 381→ } else {\n 382→ if (global.limitResetTime) {\n 383→ await log(`\\n⏰ Limit resets at: ${global.limitResetTime}`);\n 384→ }\n 385→\n 386→ await log('\\n💡 After the limit resets, resume using the Claude command above.');\n 387→\n 388→ if (argv.autoCleanup !== false) {\n 389→ await log('');\n 390→ await log('⚠️ Note: Temporary directory will be automatically cleaned up.');\n 391→ await log(' To keep the directory for debugging or resuming, use --no-auto-cleanup');\n 392→ }\n 393→ }\n 394→ } else {\n 395→ // Show note about auto-cleanup only when enabled\n 396→ if (argv.autoCleanup !== false) {\n 397→ await log('ℹ️ Note: Temporary directory will be automatically cleaned up.');\n 398→ await log(' To keep the directory for debugging or resuming, use --no-auto-cleanup');\n 399→ }\n 400→ }\n 401→\n 402→ // Don't show log preview, it's too technical\n 403→ } else {\n 404→ // For agent tool, session IDs may not be meaningful for resuming, so don't show as error\n 405→ if (argv.tool !== 'agent') {\n 406→ await log('❌ No session ID extracted');\n 407→ } else {\n 408→ await log('ℹ️ Agent tool completed (session IDs not used for resuming)');\n 409→ }\n 410→ // Always use absolute path for log file display\n 411→ const logFilePath = path.resolve(getLogFile());\n 412→ await log(`📁 Log file available: ${logFilePath}`);\n 413→ }\n 414→};\n 415→\n 416→// Verify results by searching for new PRs and comments\n 417→export const verifyResults = async (owner, repo, branchName, issueNumber, prNumber, prUrl, referenceTime, argv, shouldAttachLogs, shouldRestart = false, sessionId = null, tempDir = null, anthr***********stUSD = null, publi***********imate = null, pricingInfo = null, error**********ution = false) => {\n 418→ await log('\\n🔍 Searching for created pull requests or comments...');\n 419→\n 420→ try {\n 421→ // Get the current user's GitHub username\n 422→ const userResult = await $`gh api user --jq .login`;\n 423→\n 424→ if (userResult.code !== 0) {\n 425→ throw new Error(`Failed to get current user: ${userResult.stderr ? userResult.stderr.toString() : 'Unknown error'}`);\n 426→ }\n 427→\n 428→ const currentUser = userResult.stdout.toString().trim();\n 429→ if (!currentUser) {\n 430→ throw new Error('Unable to determine current GitHub user');\n 431→ }\n 432→\n 433→ // Search for pull requests created from our branch\n 434→ await log('\\n🔍 Checking for pull requests from branch ' + branchName + '...');\n 435→\n 436→ // First, get all PRs from our branch\n 437→ // IMPORTANT: Use --state all to find PRs that may have been merged during the session (Issue #1008)\n 438→ // Without --state all, gh pr list only returns OPEN PRs, missing merged ones\n 439→ const allBranchPrsResult = await $`gh pr list --repo ${owner}/${repo} --head ${branchName} --state all --json number,url,createdAt,headRefName,title,state,updatedAt,isDraft`;\n 440→\n 441→ if (allBranchPrsResult.code !== 0) {\n 442→ await log(' ⚠️ Failed to check pull requests');\n 443→ // Continue with empty list\n 444→ }\n 445→\n 446→ const allBranchPrs = allBranchPrsResult.stdout.toString().trim() ? JSON.parse(allBranchPrsResult.stdout.toString().trim()) : [];\n 447→\n 448→ // Check if we have any PRs from our branch\n 449→ // If auto-PR was created, it should be the one we're working on\n 450→ if (allBranchPrs.length > 0) {\n 451→ const pr = allBranchPrs[0]; // Get the most recent PR from our branch\n 452→\n 453→ // If we created a PR earlier in this session, it would be prNumber\n 454→ // Or if the PR was updated during the session (updatedAt > referenceTime)\n 455→ const isPrFromSession = (prNumber && pr.number.toString() === prNumber) || (prUrl && pr.url === prUrl) || new Date(pr.updatedAt) > referenceTime || new Date(pr.createdAt) > referenceTime;\n 456→\n 457→ if (isPrFromSession) {\n 458→ await log(` ✅ Found pull request #${pr.number}: \"${pr.title}\"`);\n 459→\n 460→ // Check if PR was merged during the session (Issue #1008)\n 461→ const isPrMerged = pr.state === 'MERGED';\n 462→ if (isPrMerged) {\n 463→ await log(` ℹ️ PR #${pr.number} was merged during the session`);\n 464→ }\n 465→\n 466→ // Skip PR body update and ready conversion for merged PRs (they can't be edited)\n 467→ if (!isPrMerged) {\n 468→ // Check if PR body has proper issue linking keywords\n 469→ const prBodyResult = await $`gh pr view ${pr.number} --repo ${owner}/${repo} --json body --jq .body`;\n 470→ if (prBodyResult.code === 0) {\n 471→ const prBody = prBodyResult.stdout.toString();\n 472→ const issueRef = argv.fork ? `${owner}/${repo}#${issueNumber}` : `#${issueNumber}`;\n 473→\n 474→ // Use the new GitHub linking detection library to check for valid keywords\n 475→ // This ensures we only detect actual GitHub-recognized linking keywords\n 476→ // (fixes, closes, resolves and their variants) in proper format\n 477→ // See: https://docs.github.com/en/issues/tracking-your-work-with-issues/linking-a-pull-request-to-an-issue\n 478→ const hasLinkingKeyword = hasGitHubLinkingKeyword(prBody, issueNumber, argv.fork ? owner : null, argv.fork ? repo : null);\n 479→\n 480→ if (!hasLinkingKeyword) {\n 481→ await log(` 📝 Updating PR body to link issue #${issueNumber}...`);\n 482→\n 483→ // Add proper issue reference to the PR body\n 484→ const linkingText = `\\n\\nFixes ${issueRef}`;\n 485→ const updatedBody = prBody + linkingText;\n 486→\n 487→ // Use --body-file instead of --body to avoid command-line length limits\n 488→ // and special character escaping issues that can cause hangs/timeouts\n 489→ const fs = (await use('fs')).promises;\n 490→ const tempBodyFile = `/tmp/pr-body-update-${pr.number}-${Date.now()}.md`;\n 491→ await fs.writeFile(tempBodyFile, updatedBody);\n 492→\n 493→ try {\n 494→ const updateResult = await $`gh pr edit ${pr.number} --repo ${owner}/${repo} --body-file \"${tempBodyFile}\"`;\n 495→\n 496→ // Clean up temp file\n 497→ await fs.unlink(tempBodyFile).catch(() => {});\n 498→\n 499→ if (updateResult.code === 0) {\n 500→ await log(` ✅ Updated PR body to include \"Fixes ${issueRef}\"`);\n 501→ } else {\n 502→ await log(` ⚠️ Could not update PR body: ${updateResult.stderr ? updateResult.stderr.toString().trim() : 'Unknown error'}`);\n 503→ }\n 504→ } catch (updateError) {\n 505→ // Clean up temp file on error\n 506→ await fs.unlink(tempBodyFile).catch(() => {});\n 507→ throw updateError;\n 508→ }\n 509→ } else {\n 510→ await log(' ✅ PR body already contains issue reference');\n 511→ }\n 512→ }\n 513→\n 514→ // Check if PR is ready for review (convert from draft if necessary)\n 515→ if (pr.isDraft) {\n 516→ await log(' 🔄 Converting PR from draft to ready for review...');\n 517→ const readyResult = await $`gh pr ready ${pr.number} --repo ${owner}/${repo}`;\n 518→ if (readyResult.code === 0) {\n 519→ await log(' ✅ PR converted to ready for review');\n 520→ } else {\n 521→ await log(` ⚠️ Could not convert PR to ready (${readyResult.stderr ? readyResult.stderr.toString().trim() : 'unknown error'})`);\n 522→ }\n 523→ } else {\n 524→ await log(' ✅ PR is already ready for review', { verbose: true });\n 525→ }\n 526→ }\n 527→\n 528→ // Upload log file to PR if requested\n 529→ let logUploadSuccess = false;\n 530→ if (shouldAttachLogs) {\n 531→ await log('\\n📎 Uploading solution draft log to Pull Request...');\n 532→ logUploadSuccess = await attachLogToGitHub({\n 533→ logFile: getLogFile(),\n 534→ targetType: 'pr',\n 535→ targetNumber: pr.number,\n 536→ owner,\n 537→ repo,\n 538→ $,\n 539→ log,\n 540→ sanitizeLogContent,\n 541→ verbose: argv.verbose,\n 542→ sessionId,\n 543→ tempDir,\n 544→ anthropicTotalCostUSD,\n 545→ // Pass agent tool pricing data when available\n 546→ publicPricingEstimate,\n 547→ pricingInfo,\n 548→ // Issue #1088: Pass error**********ution for \"Finished with errors\" state\n 549→ errorDuringExecution,\n 550→ });\n 551→ }\n 552→\n 553→ await log('\\n🎉 SUCCESS: A solution draft has been prepared as a pull request');\n 554→ await log(`📍 URL: ${pr.url}`);\n 555→ if (shouldAttachLogs && logUploadSuccess) {\n 556→ await log('📎 Solution draft log has been attached to the Pull Request');\n 557→ } else if (shouldAttachLogs && !logUploadSuccess) {\n 558→ await log('⚠️ Solution draft log upload was requested but failed');\n 559→ }\n 560→ await log('\\n✨ Please review the pull request for the proposed solution draft.');\n 561→ // Don't exit if watch mode is enabled OR if auto-restart is needed for uncommitted changes\n 562→ if (!argv.watch && !shouldRe
[2026-01-11T01:49:56.979Z] [INFO] start) {\n 563→ await safeExit(0, 'Process completed successfully');\n 564→ }\n 565→ return; // Return normally for watch mode or auto-restart\n 566→ } else {\n 567→ await log(` ℹ️ Found pull request #${pr.number} but it appears to be from a different session`);\n 568→ }\n 569→ } else {\n 570→ await log(` ℹ️ No pull requests found from branch ${branchName}`);\n 571→ }\n 572→\n 573→ // If no PR found, search for recent comments on the issue\n 574→ await log('\\n🔍 Checking for new comments on issue #' + issueNumber + '...');\n 575→\n 576→ // Get all comments and filter them\n 577→ // Use --paginate to get all comments - GitHub API returns max 30 per page by default\n 578→ const allCommentsResult = await $`gh api repos/${owner}/${repo}/issues/${issueNumber}/comments --paginate`;\n 579→\n 580→ if (allCommentsResult.code !== 0) {\n 581→ await log(' ⚠️ Failed to check comments');\n 582→ // Continue with empty list\n 583→ }\n 584→\n 585→ const allComments = JSON.parse(allCommentsResult.stdout.toString().trim() || '[]');\n 586→\n 587→ // Filter for new comments by current user\n 588→ const newCommentsByUser = allComments.filter(comment => comment.user.login === currentUser && new Date(comment.created_at) > referenceTime);\n 589→\n 590→ if (newCommentsByUser.length > 0) {\n 591→ const lastComment = newCommentsByUser[newCommentsByUser.length - 1];\n 592→ await log(` ✅ Found new comment by ${currentUser}`);\n 593→\n 594→ // Upload log file to issue if requested\n 595→ if (shouldAttachLogs) {\n 596→ await log('\\n📎 Uploading solution draft log to issue...');\n 597→ await attachLogToGitHub({\n 598→ logFile: getLogFile(),\n 599→ targetType: 'issue',\n 600→ targetNumber: issueNumber,\n 601→ owner,\n 602→ repo,\n 603→ $,\n 604→ log,\n 605→ sanitizeLogContent,\n 606→ verbose: argv.verbose,\n 607→ sessionId,\n 608→ tempDir,\n 609→ anthropicTotalCostUSD,\n 610→ // Pass agent tool pricing data when available\n 611→ publicPricingEstimate,\n 612→ pricingInfo,\n 613→ // Issue #1088: Pass error**********ution for \"Finished with errors\" state\n 614→ errorDuringExecution,\n 615→ });\n 616→ }\n 617→\n 618→ await log('\\n💬 SUCCESS: Comment posted on issue');\n 619→ await log(`📍 URL: ${lastComment.html_url}`);\n 620→ if (shouldAttachLogs) {\n 621→ await log('📎 Solution draft log has been attached to the issue');\n 622→ }\n 623→ await log('\\n✨ A clarifying comment has been added to the issue.');\n 624→ // Don't exit if watch mode is enabled OR if auto-restart is needed for uncommitted changes\n 625→ if (!argv.watch && !shouldRestart) {\n 626→ await safeExit(0, 'Process completed successfully');\n 627→ }\n 628→ return; // Return normally for watch mode or auto-restart\n 629→ } else if (allComments.length > 0) {\n 630→ await log(` ℹ️ Issue has ${allComments.length} existing comment(s)`);\n 631→ } else {\n 632→ await log(' ℹ️ No comments found on issue');\n 633→ }\n 634→\n 635→ // If neither found, it might not have been necessary to create either\n 636→ await log('\\n📋 No new pull request or comment was created.');\n 637→ await log(' The issue may have been resolved differently or required no action.');\n 638→ await log('\\n💡 Review the session log for details:');\n 639→ // Always use absolute path for log file display\n 640→ const reviewLogPath = path.resolve(getLogFile());\n 641→ await log(` ${reviewLogPath}`);\n 642→ // Don't exit if watch mode is enabled - it needs to continue monitoring\n 643→ if (!argv.watch) {\n 644→ await safeExit(0, 'Process completed successfully');\n 645→ }\n 646→ return; // Return normally for watch mode\n 647→ } catch (searchError) {\n 648→ reportError(searchError, {\n 649→ context: 'verify_pr_creation',\n 650→ issueNumber,\n 651→ operation: 'search_for_pr',\n 652→ });\n 653→ await log('\\n⚠️ Could not verify results:', searchError.message);\n 654→ await log('\\n💡 Check the log file for details:');\n 655→ // Always use absolute path for log file display\n 656→ const checkLogPath = path.resolve(getLogFile());\n 657→ await log(` ${checkLogPath}`);\n 658→ // Don't exit if watch mode is enabled - it needs to continue monitoring\n 659→ if (!argv.watch) {\n 660→ await safeExit(0, 'Process completed successfully');\n 661→ }\n 662→ return; // Return normally for watch mode\n 663→ }\n 664→};\n 665→\n 666→// Handle execution errors with log attachment\n 667→export const handl**********Error = async (error, shouldAttachLogs, owner, repo, argv = {}) => {\n 668→ const { cleanErrorMessage } = await import('./lib.mjs');\n 669→ await log('Error executing command:', cleanErrorMessage(error));\n 670→ await log(`Stack trace: ${error.stack}`, { verbose: true });\n 671→\n 672→ // If --attach-logs is enabled, try to attach failure logs\n 673→ if (shouldAttachLogs && getLogFile()) {\n 674→ await log('\\n📄 Attempting to attach failure logs...');\n 675→\n 676→ // Try to attach to existing PR first\n 677→ if (global.createdPR && global.createdPR.number) {\n 678→ try {\n 679→ const logUploadSuccess = await attachLogToGitHub({\n 680→ logFile: getLogFile(),\n 681→ targetType: 'pr',\n 682→ targetNumber: global.createdPR.number,\n 683→ owner,\n 684→ repo,\n 685→ $,\n 686→ log,\n 687→ sanitizeLogContent,\n 688→ verbose: argv.verbose || false,\n 689→ errorMessage: cleanErrorMessage(error),\n 690→ });\n 691→\n 692→ if (logUploadSuccess) {\n 693→ await log('📎 Failure log attached to Pull Request');\n 694→ }\n 695→ } catch (attachError) {\n 696→ reportError(attachError, {\n 697→ context: 'attach_success_log',\n 698→ prNumber: global.createdPR?.number,\n 699→ operation: 'attach_log_to_pr',\n 700→ });\n 701→ await log(`⚠️ Could not attach failure log: ${attachError.message}`, { level: 'warning' });\n 702→ }\n 703→ }\n 704→ }\n 705→\n 706→ // If --auto-close-pull-request-on-fail is enabled, close the PR\n 707→ if (argv.autoClosePullRequestOnFail && global.createdPR && global.createdPR.number) {\n 708→ await log('\\n🔒 Auto-closing pull request due to failure...');\n 709→ try {\n 710→ const result = await $`gh pr close ${global.createdPR.number} --repo ${owner}/${repo} --comment \"Auto-closed due to execution failure. Logs have been attached for debugging.\"`;\n 711→ if (result.exitCode === 0) {\n 712→ await log('✅ Pull request closed successfully');\n 713→ } else {\n 714→ await log(`⚠️ Could not close pull request: ${result.stderr}`, { level: 'warning' });\n 715→ }\n 716→ } catch (closeError) {\n 717→ reportError(closeError, {\n 718→ context: 'close_success_pr',\n 719→ prNumber: global.createdPR?.number,\n 720→ operation: 'close_pull_request',\n 721→ });\n 722→ await log(`⚠️ Could not close pull request: ${closeError.message}`, { level: 'warning' });\n 723→ }\n 724→ }\n 725→\n 726→ await safeExit(1, 'Execution error');\n 727→};\n 728→\n\n<system-reminder>\nWhenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.\n</system-reminder>\n"}]},"parent_tool_use_id":null,"session_id":"34546448-e309-47d8-93cc-aac1f21510d4","uuid":"d5b1bdea-4cde-4cc5-81a8-8108100fa061","tool_use_result":{"type":"text","file":{"filePath":"/tmp/gh-issue-solver-1768096096209/src/solve.results.lib.mjs","content":"#!/usr/bin/env node\n\n// Results processing module for solve command\n// Extracted from solve.mjs to keep files under 1500 lines\n\n// Use use-m to dynamically import modules for cross-runtime compatibility\n// Check if use is already defined globally (when imported from solve.mjs)\n// If not, fetch it (when running standalone)\nif (typeof globalThis.use === 'undefined') {\n globalThis.use = (await eval(await (await fetch('https://unpkg.com/use-m/use.js')).text())).use;\n}\nconst use = globalThis.use;\n\n// Use command-stream for consistent $ behavior across runtimes\nconst { $ } = await use('command-stream');\n\nconst path = (await use('path')).default;\n\n// Import shared library functions\nconst lib = await import('./lib.mjs');\nconst { log, getLogFile, formatAligned } = lib;\n\n// Import exit handler\nimport { safeExit } from './exit-handler.lib.mjs';\n\n// Import GitHub-related functions\nconst githubLib = await import('./github.lib.mjs');\nconst { sanitizeLogContent, attachLogToGitHub } = githubLib;\n\n// Import continuation functions (session resumption, PR detection)\nconst autoContinue = await import('./solve.auto-continue.lib.mjs');\nconst { autoC*****************esets } = autoContinue;\n\n// Import Claude-specific command builders\n// These are used to generate copy-pasteable Claude CLI resume commands for users\n// Pattern: (cd \"/tmp/gh-issue-solver-...\" && claude --resume <session-id>)\nconst claud**********ilder = await import('./claude.command-builder.lib.mjs');\nexport const { buildClaudeResumeCommand, build***************mmand } = claudeCommandBuilder;\n\n// Import error handling functions\n// const errorHandlers = await import('./solve.error-handlers.lib.mjs'); // Not currently used\n// Import Sentry integration\nconst sentryLib = await import('./sentry.lib.mjs');\nconst { reportError } = sentryLib;\n\n// Import GitHub linking detection library\nconst githubLinking = await import('./github-linking.lib.mjs');\nconst { hasGi*************yword } = githubLinking;\n\n/**\n * Detect the CLAUDE.md or .gitkeep commit hash from branch structure when not available in session\n * This handles continue mode where the commit hash was lost between sessions\n *\n * Safety checks to prevent Issue #617 (wrong commit revert):\n * 1. Only look at commits on the PR branch (not default branch commits)\n * 2. Verify the commit message matches our expected pattern\n * 3. Verify the commit ONLY adds CLAUDE.md or .gitkeep (no other files changed)\n * 4. Verify there are additional commits after it (actual work was done)\n *\n * @param {string} tempDir - The temporary directory with the git repo\n * @param {string} branchName - The PR branch name\n * @returns {string|null} - The detected commit hash or null if not found/safe\n */\nconst detec********************ranch = async (tempDir, branchName) => {\n try {\n await log(' Attempting to detect CLAUDE.md or .gitkeep commit from branch structure...', { verbose: true });\n\n // First check if CLAUDE.md or .gitkeep exists in current branch\n const claud**********esult = await $({ cwd: tempDir })`git ls-files CLAUDE.md 2>&1`;\n const gitkeepExistsResult = await $({ cwd: tempDir })`git ls-files .gitkeep 2>&1`;\n const claudeMdExists = claudeMdExistsResult.code === 0 && claudeMdExistsResult.stdout && claudeMdExistsResult.stdout.trim();\n const gitkeepExists = gitkeepExistsResult.code === 0 && gitkeepExistsResult.stdout && gitkeepExistsResult.stdout.trim();\n\n if (!claudeMdExists && !gitkeepExists) {\n await log(' Neither CLAUDE.md nor .gitkeep exists in current branch', { verbose: true });\n return null;\n }\n\n // Get the default branch to find the fork point\n const defaultBranchResult = await $({ cwd: tempDir })`git symbolic-ref refs/remotes/origin/HEAD 2>&1`;\n let defaultBranch = 'main';\n if (defaultBranchResult.code === 0 && defaultBranchResult.stdout) {\n const match = defaultBranchResult.stdout.toString().match(/refs\\/remotes\\/origin\\/(.+)/);\n if (match) {\n defaultBranch = match[1].trim();\n }\n }\n await log(` Using default branch: ${defaultBranch}`, { verbose: true });\n\n // Find the merge base (fork point) between current branch and default branch\n const mergeBaseResult = await $({ cwd: tempDir })`git merge-base origin/${defaultBranch} HEAD 2>&1`;\n if (mergeBaseResult.code !== 0 || !mergeBaseResult.stdout) {\n await log(' Could not find merge base, cannot safely detect initial commit', { verbose: true });\n return null;\n }\n const mergeBase = mergeBaseResult.stdout.toString().trim();\n await log(` Merge base: ${mergeBase.substring(0, 7)}`, { verbose: true });\n\n // Get all commits on the PR branch (commits after the merge base)\n // Format: hash|message|files_changed\n const branchCommitsResult = await $({ cwd: tempDir })`git log ${mergeBase}..HEAD --reverse --format=\"%H|%s\" 2>&1`;\n if (branchCommitsResult.code !== 0 || !branchCommitsResult.stdout) {\n await log(' No commits found on PR branch', { verbose: true });\n return null;\n }\n\n const branchCommits = branchCommitsResult.stdout.toString().trim().split('\\n').filter(Boolean);\n if (branchCommits.length === 0) {\n await log(' No commits found on PR branch', { verbose: true });\n return null;\n }\n\n await log(` Found ${branchCommits.length} commit(s) on PR branch`, { verbose: true });\n\n // Safety check: Must have at least 2 commits (CLAUDE.md commit + actual work)\n if (branchCommits.length < 2) {\n await log(' Only 1 commit on branch - not enough commits to safely revert CLAUDE.md', { verbose: true });\n await log(' (Need at least 2 commits: CLAUDE.md initial + actual work)', { verbose: true });\n return null;\n }\n\n // Get the first commit on the PR branch\n const firstCommitLine = branchCommits[0];\n const [firstCommitHash, firstCommitMessage] = firstCommitLine.split('|');\n\n await log(` First commit on branch: ${firstCommitHash.substring(0, 7)} - \"${firstCommitMessage}\"`, {\n verbose: true,\n });\n\n // Safety check: Verify commit message matches expected pattern (CLAUDE.md or .gitkeep)\n const expec*************terns = [/^Initial commit with task details/i, /^Add CLAUDE\\.md/i, /^CLAUDE\\.md/i, /^Add \\.gitkeep/i, /\\.gitkeep/i];\n\n const messageMatches = expectedMessagePatterns.some(pattern => pattern.test(firstCommitMessage));\n if (!messageMatches) {\n await log(' First commit message does not match expected pattern', { verbose: true });\n await log(' Expected patterns: \"Initial commit with task details...\", \"Add CLAUDE.md\", \".gitkeep\", etc.', {\n verbose: true,\n });\n return null;\n }\n\n // Safety check: Verify the commit ONLY adds CLAUDE.md or .gitkeep file (no other files)\n const filesChangedResult = await $({\n cwd: tempDir,\n })`git diff-tree --no-commit-id --name-only -r ${firstCommitHash} 2>&1`;\n if (filesChangedResult.code !== 0 || !filesChangedResult.stdout) {\n await log(' Could not get files changed in first commit', { verbose: true });\n return null;\n }\n\n const filesChanged = filesChangedResult.stdout.toString().trim().split('\\n').filter(Boolean);\n await log(` Files changed in first commit: ${filesChanged.join(', ')}`, { verbose: true });\n\n // Check if CLAUDE.md or .gitkeep is in the files changed\n const hasClaudeMd = filesChanged.includes('CLAUDE.md');\n const hasGitkeep = filesChanged.includes('.gitkeep');\n if (!hasClaudeMd && !hasGitkeep) {\n await log(' First commit does not include CLAUDE.md or .gitkeep', { verbose: true });\n return null;\n }\n\n const targetFile = hasClaudeMd ? 'CLAUDE.md' : '.gitkeep';\n\n // CRITICAL SAFETY CHECK: Only allow revert if the target file is the ONLY file changed\n // This prevents Issue #617 where reverting a commit deleted .gitignore, LICENSE, README.md\n if (filesChanged.length > 1) {\n await log(` ⚠️ First commit changes more than just ${targetFile} (${filesChanged.length} files)`, {\n verbose: true,\n });\n await log(` Files: ${filesChanged.join(', ')}`, { verbose: true });\n await log(' Refusing to revert to prevent data loss (Issue #617 safety)', { verbose: true });\n return null;\n }\n\n // All safety checks passed!\n await log(` ✅ Detected ${targetFile} commit: ${firstCommitHash.substring(0, 7)}`, { verbose: true });\n await log(` ✅ Commit only contains ${targetFile} (safe to revert)`, { verbose: true });\n await log(` ✅ Branch has ${branchCommits.length - 1} additional commit(s) (work was done)`, { verbose: true });\n\n return firstCommitHash;\n } catch (error) {\n reportError(error, {\n context: 'detect_initial_commit',\n tempDir,\n branchName,\n operation: 'detect_commit_from_branch_structure',\n });\n await log(` Error detecting initial commit: ${error.message}`, { verbose: true });\n return null;\n }\n};\n\n// Revert the CLAUDE.md or .gitkeep commit to restore original state\nexport const cleanupClaudeFile = async (tempDir, branchName, claudeCommitHash = null) => {\n try {\n // If no commit hash provided, try to detect it from branch structure\n // This handles continue mode where the hash was lost between sessions\n if (!claudeCommitHash) {\n await log(' No initial commit hash from session, attempting to detect from branch...', { verbose: true });\n claudeCommitHash = await detectClaudeMdCommitFromBranch(tempDir, branchName);\n\n if (!claudeCommitHash) {\n await log(' Could not safely detect initial commit to revert', { verbose: true });\n return;\n }\n await log(` Detected initial commit: ${claudeCommitHash.substring(0, 7)}`, { verbose: true });\n }\n\n // Determine which file was used based on the commit message or flags\n // Check the commit message to determine which file was committed\n const commitMsgResult = await $({ cwd: tempDir })`git log -1 --format=%s ${claudeCommitHash} 2>&1`;\n const commitMsg = commitMsgResult.stdout?.trim() || '';\n const isGitkeepFile = commitMsg.includes('.gitkeep');\n const fileName = isGitkeepFile ? '.gitkeep' : 'CLAUDE.md';\n\n await log(formatAligned('🔄', 'Cleanup:', `Reverting ${fileName} commit`));\n await log(` Using saved commit hash: ${claudeCommitHash.substring(0, 7)}...`, { verbose: true });\n\n const commitToRevert = claudeCommitHash;\n\n // APPROACH 3: Check for modifications before reverting (proactive detection)\n // This is the main strategy - detect if the file was modified after initial commit\n await log(` Checking if ${fileName} was modified since initial commit...`, { verbose: true });\n const diffResult = await $({ cwd: tempDir })`git diff ${commitToRevert} HEAD -- ${fileName} 2>&1`;\n\n if (diffResult.stdout && diffResult.stdout.trim()) {\n // File was modified after initial commit - use manual approach to avoid conflicts\n await log(` ${fileName} was modified after initial commit, using manual cleanup...`, { verbose: true });\n\n // Get the state of the file from before the initial commit (parent of the commit we're reverting)\n const parentCommit = `${commitToRevert}~1`;\n const parentFileExists = await $({ cwd: tempDir })`git cat-file -e ${parentCommit}:${fileName} 2>&1`;\n\n if (parentFileExists.code === 0) {\n // File existed before the initial commit - restore it to that state\n await log(` ${fileName} existed before session, restoring to previous state...`, { verbose: true });\n await $({ cwd: tempDir })`git checkout ${parentCommit} -- ${fileName}`;\n } else {\n // File didn't exist before the initial commit - delete it\n await log(` ${fileName} was created in session, removing it...`, { verbose: true });\n await $({ cwd: tempDir })`git rm -f ${fileName} 2>&1`;\n }\n\n // Create a manual revert commit\n const commitResult = await $({ cwd: tempDir })`git commit -m \"Revert: Remove ${fileName} changes from initial commit\" 2>&1`;\n\n if (commitResult.code === 0) {\n await log(formatAligned('📦', 'Committed:', `${fileName} revert (manual)`));\n\n // Push the revert\n const pushRevertResult = await $({ cwd: tempDir })`git push origin ${branchName} 2>&1`;\n if (pushRevertResult.code === 0) {\n await log(formatAligned('📤', 'Pushed:', `${fileName} revert to GitHub`));\n } else {\n await log(` Warning: Could not push ${fileName} revert`, { verbose: true });\n }\n } else {\n await log(' Warning: Could not create manual revert commit', { verbose: true });\n await log(` Commit output: ${commitResult.stderr || commitResult.stdout}`, { verbose: true });\n }\n } else {\n // No modifications detected - safe to use git revert (standard approach)\n await log(' No modifications detected, using standard git revert...', { verbose: true });\n\n // FALLBACK 1: Standard git revert\n const revertResult = await $({ cwd: tempDir })`git revert ${commitToRevert} --no-edit 2>&1`;\n if (revertResult.code === 0) {\n await log(formatAligned('📦', 'Committed:', `${fileName} revert`));\n\n // Push the revert\n const pushRevertResult = await $({ cwd: tempDir })`git push origin ${branchName} 2>&1`;\n if (pushRevertResult.code === 0) {\n await log(formatAligned('📤', 'Pushed:', `${fileName} revert to GitHub`));\n } else {\n await log(` Warning: Could not push ${fileName} revert`, { verbose: true });\n }\n } else {\n // FALLBACK 2: Handle unexpected conflicts (three-way merge with automatic resolution)\n const revertOutput = revertResult.stderr || revertResult.stdout || '';\n const hasConflict = revertOutput.includes('CONFLICT') || revertOutput.includes('conflict');\n\n if (hasConflict) {\n await log(' Unexpected conflict detected, attempting automatic resolution...', { verbose: true });\n\n // Check git status to see what files are in conflict\n const statusResult = await $({ cwd: tempDir })`git status --short 2>&1`;\n const statusOutput = statusResult.stdout || '';\n\n // Check if the file is in the conflict\n if (statusOutput.includes(fileName)) {\n await log(` Resolving ${fileName} conflict by restoring pre-session state...`, { verbose: true });\n\n // Get the state of the file from before the initial commit (parent of the commit we're reverting)\n const parentCommit = `${commitToRevert}~1`;\n const parentFileExists = await $({ cwd: tempDir })`git cat-file -e ${parentCommit}:${fileName} 2>&1`;\n\n if (parentFileExists.code === 0) {\n // File existed before the initial commit - restore it to that state\n await log(` ${fileName} existed before session, restoring to previous state...`, { verbose: true });\n await $({ cwd: tempDir })`git checkout ${parentCommit} -- ${fileName}`;\n // Stage the resolved file\n await $({ cwd: tempDir })`git add ${fileName} 2>&1`;\n } else {\n // File didn't exist before the initial commit - delete it\n await log(` ${fileName} was created in session, removing it...`, { verbose: true });\n await $({ cwd: tempDir })`git rm -f ${fileName} 2>&1`;\n // No need to git add since git rm stages the deletion\n }\n\n // Complete the revert with the resolved conflict\n const continueResult = await $({ cwd: tempDir })`git revert --continue --no-edit 2>&1`;\n\n if (continueResult.code === 0) {\n await log(formatAligned('📦', 'Committed:', `${fileName} revert (conflict resolved)`));\n\n // Push the revert\n const pushRevertResult = await $({ cwd: tempDir })`git push origin ${branchName} 2>&1`;\n if (pushRevertResult.code === 0) {\n await log(formatAligned('📤', 'Pushed:', `${fileName} revert to GitHub`));\n } else {\n await log(` Warning: Could not push ${fileName} revert`, { verbose: true });\n }\n } else {\n await log(' Warning: Could not complete revert after conflict resolution', { verbose: true });\n await log(` Continue output: ${continueResult.stderr || continueResult.stdout}`, { verbose: true });\n }\n } else {\n // Conflict in some other file, not expected file - this is unexpected\n await log(' Warning: Revert conflict in unexpected file(s), aborting revert', { verbose: true });\n await $({ cwd: tempDir })`git revert --abort 2>&1`;\n }\n } else {\n // Non-conflict error\n await log(` Warning: Could not revert ${fileName} commit`, { verbose: true });\n await log(` Revert output: ${revertOutput}`, { verbose: true });\n }\n }\n }\n } catch (e) {\n reportError(e, {\n context: 'cleanup_claude_file',\n tempDir,\n operation: 'revert_initial_commit',\n });\n // If revert fails, that's okay - the task is still complete\n await log(' Initial commit revert failed or not needed', { verbose: true });\n }\n};\n\n// Show session summary and handle limit reached scenarios\nexport const showSessionSummary = async (sessionId, limitReached, argv, issueUrl, tempDir, shouldAttachLogs = false) => {\n await log('\\n=== Session Summary ===');\n\n if (sessionId) {\n await log(`✅ Session ID: ${sessionId}`);\n // Always use absolute path for log file display\n const absoluteLogPath = path.resolve(getLogFile());\n await log(`✅ Complete log file: ${absoluteLogPath}`);\n\n // Show claude resume command only for --tool claude (or default)\n // This allows users to investigate, resume, see context, and more\n // Uses the (cd ... && claude --resume ...) pattern for a fully copyable, executable command\n const tool = argv.tool || 'claude';\n if (tool === 'claude') {\n // Build the Claude CLI resume command using the command builder\n const claudeResumeCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n\n await log('');\n await log('💡 To continue this session in Claude Code interactive mode:');\n await log('');\n await log(` ${claudeResumeCmd}`);\n await log('');\n }\n\n if (limitReached) {\n await log('⏰ LIMIT REACHED DETECTED!');\n\n if (argv.autoResumeOnLimitReset && global.limitResetTime) {\n await log(`\\n🔄 AUTO-RESUME ON LIMIT RESET ENABLED - Will resume at ${global.limitResetTime}`);\n await autoContinueWhenLimitResets(issueUrl, sessionId, argv, shouldAttachLogs);\n } else {\n if (global.limitResetTime) {\n await log(`\\n⏰ Limit resets at: ${global.limitResetTime}`);\n }\n\n await log('\\n💡 After the limit resets, resume using the Claude command above.');\n\n if (argv.autoCleanup !== false) {\n await log('');\n await log('⚠️ Note: Temporary directory will be automatically cleaned up.');\n await log(' To keep the directory for debugging or resuming, use --no-auto-cleanup');\n }\n }\n } else {\n // Show note about auto-cleanup only when enabled\n if (argv.autoCleanup !== false) {\n await log('ℹ️ Note: Temporary directory will be automatically cleaned up.');\n await log(' To keep the directory for debugging or resuming, use --no-auto-cleanup');\n }\n }\n\n // Don't show log preview, it's too technical\n } else {\n // For agent tool, session IDs may not be meaningful for resuming, so don't show as error\n if (argv.tool !== 'agent') {\n await log('❌ No session ID extracted');\n } else {\n await log('ℹ️ Agent tool completed (session IDs not used for resuming)');\n }\n // Always use absolute path for log file display\n const logFilePath = path.resolve(getLogFile());\n await log(`📁 Log file available: ${logFilePath}`);\n }\n};\n\n// Verify results by searching for new PRs and comments\nexport const verifyResults = async (owner, repo, branchName, issueNumber, prNumber, prUrl, referenceTime, argv, shouldAttachLogs, shouldRestart = false, sessionId = null, tempDir = null, anthr***********stUSD = null, publi***********imate = null, pricingInfo = null, error**********ution = false) => {\n await log('\\n🔍 Searching for created pull requests or comments...');\n\n try {\n // Get the current user's GitHub username\n const userResult = await $`gh api user --jq .login`;\n\n if (userResult.code !== 0) {\n throw new Error(`Failed to get current user: ${userResult.stderr ? userResult.stderr.toString() : 'Unknown error'}`);\n }\n\n const currentUser = userResult.stdout.toString().trim();\n if (!currentUser) {\n throw new Error('Unable to determine current GitHub user');\n }\n\n // Search for pull requests created from our branch\n await log('\\n🔍 Checking for pull requests from branch ' + branchName + '...');\n\n // First, get all PRs from our branch\n // IMPORTANT: Use --state all to find PRs that may have been merged during the session (Issue #1008)\n // Without --state all, gh pr list only returns OPEN PRs, missing merged ones\n const allBranchPrsResult = await $`gh pr list --repo ${owner}/${repo} --head ${branchName} --state all --json number,url,createdAt,headRefName,title,state,updatedAt,isDraft`;\n\n if (allBranchPrsResult.code !== 0) {\n await log(' ⚠️ Failed to check pull requests');\n // Continue with empty list\n }\n\n const allBranchPrs = allBranchPrsResult.stdout.toString().trim() ? JSON.parse(allBranchPrsResult.stdout.toString().trim()) : [];\n\n // Check if we have any PRs from our branch\n // If auto-PR was created, it should be the one we're working on\n if (allBranchPrs.length > 0) {\n const pr = allBranchPrs[0]; // Get the most recent PR from our branch\n\n // If we created a PR earlier in this session, it would be prNumber\n // Or if the PR was updated during the session (updatedAt > referenceTime)\n const isPrFromSession = (prNumber && pr.number.toString() === prNumber) || (prUrl && pr.url === prUrl) || new Date(pr.updatedAt) > referenceTime || new Date(pr.createdAt) > referenceTime;\n\n if (isPrFromSession) {\n await log(` ✅ Found pull request #${pr.number}: \"${pr.title}\"`);\n\n // Check if PR was merged during the session (Issue #1008)\n const isPrMerged = pr.state === 'MERGED';\n if (isPrMerged) {\n await log(` ℹ️ PR #${pr.number} was merged during the session`);\n }\n\n // Skip PR body update and ready conversion for merged PRs (they can't be edited)\n if (!isPrMerged) {\n // Check if PR body has proper issue linking keywords\n const prBodyResult = await $`gh pr view ${pr.number} --repo ${owner}/${repo} --json body --jq .body`;\n if (prBodyResult.code === 0) {\n const prBody = prBodyResult.stdout.toString();\n const issueRef = argv.fork ? `${owner}/${repo}#${issueNumber}` : `#${issueNumber}`;\n\n // Use the new GitHub linking detection library to check for valid keywords\n // This ensures we only detect actual GitHub-recognized linking keywords\n // (fixes, closes, resolves and their variants) in proper format\n // See: https://docs.github.com/en/issues/tracking-your-work-with-issues/linking-a-pull-request-to-an-issue\n const hasLinkingKeyword = hasGitHubLinkingKeyword(prBody, issueNumber, argv.fork ? owner : null, argv.fork ? repo : null);\n\n if (!hasLinkingKeyword) {\n await log(` 📝 Updating PR body to link issue #${issueNumber}...`);\n\n // Add proper issue reference to the PR body\n const linkingText = `\\n\\nFixes ${issueRef}`;\n const updatedBody = prBody + linkingText;\n\n // Use --body-file instead of --body to avoid command-line length limits\n // and special character escaping issues that can cause hangs/timeouts\n const fs = (await use('fs')).promises;\n const tempBodyFile = `/tmp/pr-body-update-${pr.number}-${Date.now()}.md`;\n await fs.writeFile(tempBodyFile, updatedBody);\n\n try {\n const updateResult = await $`gh pr edit ${pr.number} --repo ${owner}/${repo} --body-file \"${tempBodyFile}\"`;\n\n // Clean up temp file\n await fs.unlink(tempBodyFile).catch(() => {});\n\n if (updateResult.code === 0) {\n await log(` ✅ Updated PR body to include \"Fixes ${issueRef}\"`);\n } else {\n await log(` ⚠️ Could not update PR body: ${updateResult.stderr ? updateResult.stderr.toString().trim() : 'Unknown error'}`);\n }\n } catch (updateError) {\n // Clean up temp file on error\n await fs.unlink(tempBodyFile).catch(() => {});\n throw updateError;\n }\n } else {\n await log(' ✅ PR body already contains issue reference');\n }\n }\n\n // Check if PR is ready for review (convert from draft if necessary)\n if (pr.isDraft) {\n await log(' 🔄 Converting PR from draft to ready for review...');\n const readyResult = await $`gh pr ready ${pr.number} --repo ${owner}/${repo}`;\n if (readyResult.code === 0) {\n await log(' ✅ PR converted to ready for review');\n } else {\n await log(` ⚠️ Could not convert PR to ready (${readyResult.stderr ? readyResult.stderr.toString().trim() : 'unknown error'})`);\n }\n } else {\n await log(' ✅ PR is already ready for review', { verbose: true });\n }\n }\n\n // Upload log file to PR if requested\n let logUploadSuccess = false;\n if (shouldAttachLogs) {\n await log('\\n📎 Uploading solution draft log to Pull Request...');\n logUploadSuccess = await attachLogToGitHub({\n logFile: getLogFile(),\n targetType: 'pr',\n targetNumber: pr.number,\n owner,\n repo,\n $,\n log,\n sanitizeLogContent,\n verbose: argv.verbose,\n sessionId,\n tempDir,\n anthropicTotalCostUSD,\n // Pass agent tool pricing data when available\n publicPricingEstimate,\n pricingInfo,\n // Issue #1088: Pass error**********ution for \"Finished with errors\" state\n errorDuringExecution,\n });\n }\n\n await log('\\n🎉 SUCCESS: A solution draft has been prepared as a pull request');\n await log(`📍 URL: ${pr.url}`);\n if (shouldAttachLogs && logUploadSuccess) {\n await log('📎 Solution draft log has been attached to the Pull Request');\n } else if (shouldAttachLogs && !logUploadSuccess) {\n await log('⚠️ Solution draft log upload was requested but failed');\n }\n await log('\\n✨ Please review the pull request for the proposed solution draft.');\n // Don't exit if watch mode is enabled OR if auto-restart is needed for uncommitted changes\n if (!argv.watch && !shouldRestart) {\n await safeExit(0, 'Process completed successfully');\n }\n return; // Return normally for watch mode or auto-restart\n } else {\n await log(` ℹ️ Found pull request #${pr.number} but it appears to be from a different session`);\n }\n } else {\n await log(` ℹ️ No pull requests found from branch ${branchName}`);\n }\n\n // If no PR found, search for recent comments on the issue\n await log('\\n🔍 Checking for new comments on issue #' + issueNumber + '...');\n\n // Get all comments and filter them\n // Use --paginate to get all comments - GitHub API returns max 30 per page by default\n const allCommentsResult = await $`gh api repos/${owner}/${repo}/issues/${issueNumber}/comments --paginate`;\n\n if (allCommentsResult.code !== 0) {\n await log(' ⚠️ Failed to check comments');\n // Continue with empty list\n }\n\n const allComments = JSON.parse(allCommentsResult.stdout.toString().trim() || '[]');\n\n // Filter for new comments by current user\n const newCommentsByUser = allComments.filter(comment => comment.user.login === currentUser && new Date(comment.created_at) > referenceTime);\n\n if (newCommentsByUser.length > 0) {\n const lastComment = newCommentsByUser[newCommentsByUser.length - 1];\n await log(` ✅ Found new comment by ${currentUser}`);\n\n // Upload log file to issue if requested\n if (shouldAttachLogs) {\n await log('\\n📎 Uploading solution draft log to issue...');\n await attachLogToGitHub({\n logFile: getLogFile(),\n targetType: 'issue',\n targetNumber: issueNumber,\n owner,\n repo,\n $,\n log,\n sanitizeLogContent,\n verbose: argv.verbose,\n sessionId,\n tempDir,\n anthropicTotalCostUSD,\n // Pass agent tool pricing data when available\n publicPricingEstimate,\n pricingInfo,\n // Issue #1088: Pass error**********ution for \"Finished with errors\" state\n errorDuringExecution,\n });\n }\n\n await log('\\n💬 SUCCESS: Comment posted on issue');\n await log(`📍 URL: ${lastComment.html_url}`);\n if (shouldAttachLogs) {\n await log('📎 Solution draft log has been attached to the issue');\n }\n await log('\\n✨ A clarifying comment has been added to the issue.');\n // Don't exit if watch mode is enabled OR if auto-restart is needed for uncommitted changes\n if (!argv.watch && !shouldRestart) {\n await safeExit(0, 'Process completed successfully');\n }\n return; // Return normally for watch mode or auto-restart\n } else if (allComments.length > 0) {\n await log(` ℹ️ Issue has ${allComments.length} existing comment(s)`);\n } else {\n await log(' ℹ️ No comments found on issue');\n }\n\n // If neither found, it might not have been necessary to create either\n await log('\\n📋 No new pull request or comment was created.');\n await log(' The issue may have been resolved differently or required no action.');\n await log('\\n💡 Review the session log for details:');\n // Always use absolute path for log file display\n const reviewLogPath = path.resolve(getLogFile());\n await log(` ${reviewLogPath}`);\n // Don't exit if watch mode is enabled - it needs to continue monitoring\n if (!argv.watch) {\n await safeExit(0, 'Process completed successfully');\n }\n return; // Return normally for watch mode\n } catch (searchError) {\n reportError(searchError, {\n context: 'verify_pr_creation',\n issueNumber,\n operation: 'search_for_pr',\n });\n await log('\\n⚠️ Could not verify results:', searchError.message);\n await log('\\n💡 Check the log file for details:');\n // Always use absolute path for log file display\n const checkLogPath = path.resolve(getLogFile());\n await log(` ${checkLogPath}`);\n // Don't exit if watch mode is enabled - it needs to continue monitoring\n if (!argv.watch) {\n await safeExit(0, 'Process completed successfully');\n }\n return; // Return normally for watch mode\n }\n};\n\n// Handle execution errors with log attachment\nexport const handl**********Error = async (error, shouldAttachLogs, owner, repo, argv = {}) => {\n const { cleanErrorMessage } = await import('./lib.mjs');\n await log('Error executing command:', cleanErrorMessage(error));\n await log(`Stack trace: ${error.stack}`, { verbose: true });\n\n // If --attach-logs is enabled, try to attach failure logs\n if (shouldAttachLogs && getLogFile()) {\n await log('\\n📄 Attempting to attach failure logs...');\n\n // Try to attach to existing PR first\n if (global.createdPR && global.createdPR.number) {\n try {\n const logUploadSuccess = await attachLogToGitHub({\n logFile: getLogFile(),\n targetType: 'pr',\n targetNumber: global.createdPR.number,\n owner,\n repo,\n $,\n log,\n sanitizeLogContent,\n verbose: argv.verbose || false,\n errorMessage: cleanErrorMessage(error),\n });\n\n if (logUploadSuccess) {\n await log('📎 Failure log attached to Pull Request');\n }\n } catch (attachError) {\n reportError(attachError, {\n context: 'attach_success_log',\n prNumber: global.createdPR?.number,\n operation: 'attach_log_to_pr',\n });\n await log(`⚠️ Could not attach failure log: ${attachError.message}`, { level: 'warning' });\n }\n }\n }\n\n // If --auto-close-pull-request-on-fail is enabled, close the PR\n if (argv.autoClosePullRequestOnFail && global.createdPR && global.createdPR.number) {\n await log('\\n🔒 Auto-closing pull request due to failure...');\n try {\n const result = await $`gh pr close ${global.createdPR.number} --repo ${owner}/${repo} --comment \"Auto-closed due to execution failure. Logs have been attached for debugging.\"`;\n if (result.exitCode === 0) {\n await log('✅ Pull request closed successfully');\n } else {\n await log(`⚠️ Could not close pull request: ${result.stderr}`, { level: 'warning' });\n }\n } catch (closeError) {\n reportError(closeError, {\n context: 'close_success_pr',\n prNumber: global.createdPR?.number,\n operation: 'close_pull_request',\n });\n await log(`⚠️ Could not close pull request: ${closeError.message}`, { level: 'warning' });\n }\n }\n\n await safeExit(1, 'Execution error');\n};\n","numLines":728,"startLine":1,"totalLines":728}}}
[2026-01-11T01:49:59.536Z] [INFO] {
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"text": "Now I need to look at the `claude.command-builder.lib.mjs` to understand how the resume command is built:"
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[2026-01-11T01:50:00.617Z] [INFO] {
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"content": " 1→#!/usr/bin/env node\n 2→\n 3→/**\n 4→ * Claude CLI Command Builder Library\n 5→ *\n 6→ * This module provides utilities for building Claude-specific CLI commands.\n 7→ * These builders are specifically designed for the Claude Code CLI tool (--tool claude)\n 8→ * and help generate consistent, copy-pasteable commands using the pattern:\n 9→ *\n 10→ * (cd \"/path/to/workdir\" && claude --resume <session-id>)\n 11→ *\n 12→ * This is the same pattern used by --auto-resume-on-limit-reset and allows users to:\n 13→ * 1. Resume sessions directly using Claude CLI (not through solve.mjs)\n 14→ * 2. Investigate issues interactively in the working directory\n 15→ * 3. Continue work after usage limits reset\n 16→ *\n 17→ * Functions:\n 18→ * - buildClaudeResumeCommand: Generate `(cd ... && claude --resume ...)` command\n 19→ * - buildClaudeInitialCommand: Generate `(cd ... && claude ...)` command for new sessions\n 20→ *\n 21→ * Related issue: https://github.com/link-assistant/hive-mind/issues/942\n 22→ */\n 23→\n 24→/**\n 25→ * Build the Claude CLI resume command with the (cd ... && claude --resume ...) pattern\n 26→ *\n 27→ * This generates a copy-pasteable command that users can execute directly\n 28→ * to resume a Claude session in interactive mode. This is the same pattern\n 29→ * used by --auto-resume-on-limit-reset.\n 30→ *\n 31→ * The command includes all necessary flags to match how the original session was run:\n 32→ * - --resume <sessionId>: Resume from the specified session\n 33→ * - --model <model>: Use the same model as the original session (optional)\n 34→ *\n 35→ * Note: This function is specifically designed for Claude CLI (--tool claude)\n 36→ * and should only be used when the tool is 'claude' or undefined (defaults to claude).\n 37→ *\n 38→ * @param {Object} options - Options for building the command\n 39→ * @param {string} options.tempDir - The working directory (e.g., /tmp/gh-issue-solver-...)\n 40→ * @param {string} options.sessionId - The session ID to resume\n 41→ * @param {string} options.claudePath - Path to the claude CLI binary (defaults to 'claude')\n 42→ * @param {string} [options.model] - The model to use (e.g., 'sonnet', 'opus', 'claude-sonnet-4-20250514')\n 43→ * @returns {string} - The full resume command with (cd ... && claude --resume ...) pattern\n 44→ */\n 45→export const build**************mmand = ({ tempDir, sessionId, claudePath = 'claude', model }) => {\n 46→ let args = `--resume ${sessionId}`;\n 47→\n 48→ if (model) {\n 49→ args += ` --model ${model}`;\n 50→ }\n 51→\n 52→ return `(cd \"${tempDir}\" && ${claudePath} ${args})`;\n 53→};\n 54→\n 55→/**\n 56→ * Build the Claude CLI initial command with the (cd ... && claude ...) pattern\n 57→ *\n 58→ * This generates the command pattern used when starting a new Claude session.\n 59→ * Useful for documentation and debugging purposes.\n 60→ *\n 61→ * Note: This function is specifically designed for Claude CLI (--tool claude)\n 62→ * and should only be used when the tool is 'claude' or undefined (defaults to claude).\n 63→ *\n 64→ * @param {Object} options - Options for building the command\n 65→ * @param {string} options.tempDir - The working directory (e.g., /tmp/gh-issue-solver-...)\n 66→ * @param {string} options.claudePath - Path to the claude CLI binary (defaults to 'claude')\n 67→ * @param {string} [options.model] - The model to use\n 68→ * @param {boolean} [options.verbose] - Whether to include --verbose flag\n 69→ * @returns {string} - The command pattern (cd ... && claude ...)\n 70→ */\n 71→export const build***************mmand = ({ tempDir, claudePath = 'claude', model, verbose = false }) => {\n 72→ let args = '--output-format stream-json --dangerously-skip-permissions';\n 73→\n 74→ if (verbose) {\n 75→ args += ' --verbose';\n 76→ }\n 77→\n 78→ if (model) {\n 79→ args += ` --model ${model}`;\n 80→ }\n 81→\n 82→ return `(cd \"${tempDir}\" && ${claudePath} ${args})`;\n 83→};\n 84→\n 85→// Export default object for compatibility\n 86→export default {\n 87→ buildClaudeResumeCommand,\n 88→ buildClaudeInitialCommand,\n 89→};\n 90→\n\n<system-reminder>\nWhenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.\n</system-reminder>\n"
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"content": "#!/usr/bin/env node\n\n/**\n * Claude CLI Command Builder Library\n *\n * This module provides utilities for building Claude-specific CLI commands.\n * These builders are specifically designed for the Claude Code CLI tool (--tool claude)\n * and help generate consistent, copy-pasteable commands using the pattern:\n *\n * (cd \"/path/to/workdir\" && claude --resume <session-id>)\n *\n * This is the same pattern used by --auto-resume-on-limit-reset and allows users to:\n * 1. Resume sessions directly using Claude CLI (not through solve.mjs)\n * 2. Investigate issues interactively in the working directory\n * 3. Continue work after usage limits reset\n *\n * Functions:\n * - buildClaudeResumeCommand: Generate `(cd ... && claude --resume ...)` command\n * - buildClaudeInitialCommand: Generate `(cd ... && claude ...)` command for new sessions\n *\n * Related issue: https://github.com/link-assistant/hive-mind/issues/942\n */\n\n/**\n * Build the Claude CLI resume command with the (cd ... && claude --resume ...) pattern\n *\n * This generates a copy-pasteable command that users can execute directly\n * to resume a Claude session in interactive mode. This is the same pattern\n * used by --auto-resume-on-limit-reset.\n *\n * The command includes all necessary flags to match how the original session was run:\n * - --resume <sessionId>: Resume from the specified session\n * - --model <model>: Use the same model as the original session (optional)\n *\n * Note: This function is specifically designed for Claude CLI (--tool claude)\n * and should only be used when the tool is 'claude' or undefined (defaults to claude).\n *\n * @param {Object} options - Options for building the command\n * @param {string} options.tempDir - The working directory (e.g., /tmp/gh-issue-solver-...)\n * @param {string} options.sessionId - The session ID to resume\n * @param {string} options.claudePath - Path to the claude CLI binary (defaults to 'claude')\n * @param {string} [options.model] - The model to use (e.g., 'sonnet', 'opus', 'claude-sonnet-4-20250514')\n * @returns {string} - The full resume command with (cd ... && claude --resume ...) pattern\n */\nexport const build**************mmand = ({ tempDir, sessionId, claudePath = 'claude', model }) => {\n let args = `--resume ${sessionId}`;\n\n if (model) {\n args += ` --model ${model}`;\n }\n\n return `(cd \"${tempDir}\" && ${claudePath} ${args})`;\n};\n\n/**\n * Build the Claude CLI initial command with the (cd ... && claude ...) pattern\n *\n * This generates the command pattern used when starting a new Claude session.\n * Useful for documentation and debugging purposes.\n *\n * Note: This function is specifically designed for Claude CLI (--tool claude)\n * and should only be used when the tool is 'claude' or undefined (defaults to claude).\n *\n * @param {Object} options - Options for building the command\n * @param {string} options.tempDir - The working directory (e.g., /tmp/gh-issue-solver-...)\n * @param {string} options.claudePath - Path to the claude CLI binary (defaults to 'claude')\n * @param {string} [options.model] - The model to use\n * @param {boolean} [options.verbose] - Whether to include --verbose flag\n * @returns {string} - The command pattern (cd ... && claude ...)\n */\nexport const build***************mmand = ({ tempDir, claudePath = 'claude', model, verbose = false }) => {\n let args = '--output-format stream-json --dangerously-skip-permissions';\n\n if (verbose) {\n args += ' --verbose';\n }\n\n if (model) {\n args += ` --model ${model}`;\n }\n\n return `(cd \"${tempDir}\" && ${claudePath} ${args})`;\n};\n\n// Export default object for compatibility\nexport default {\n buildClaudeResumeCommand,\n buildClaudeInitialCommand,\n};\n",
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"text": "Now I understand the structure. The user wants two types of resume commands:\n\n1. **Interactive resume command**: `(cd \"/path\" && claude --resume <session-id>)` - This is currently implemented\n2. **Autonomous resume command**: A fully autonomous command that includes all the prompt, system message, etc. so it can run without user interaction\n\nLooking at the Claude CLI documentation and the existing codebase, I need to understand what flags are needed for a fully autonomous command. Let me check the claude.lib.mjs to see what flags are used for autonomous execution:"
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"text": "Now I see the pattern for autonomous execution. I need to look at line 961 of `claude.lib.mjs` to understand the resume command format with prompts:"
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"content": " 925→ let execCommand;\n 926→ // Map model alias to full ID\n 927→ const mappedModel = mapModelToId(argv.model);\n 928→ // Build claude command arguments\n 929→ let claudeArgs = `--output-format stream-json --verbose --dangerously-skip-permissions --model ${mappedModel}`;\n 930→ if (argv.resume) {\n 931→ await log(`🔄 Resuming from session: ${argv.resume}`);\n 932→ claudeArgs = `--resume ${argv.resume} ${claudeArgs}`;\n 933→ }\n 934→ claudeArgs += ` -p \"${escapedPrompt}\" --append-system-prompt \"${escapedSystemPrompt}\"`;\n 935→ // Build the full command for display (with jq for formatting as in v0.3.2)\n 936→ const fullCommand = `(cd \"${tempDir}\" && ${claudePath} ${claudeArgs} | jq -c .)`;\n 937→ // Print the actual raw command being executed\n 938→ await log(`\\n${formatAligned('📝', 'Raw command:', '')}`);\n 939→ await log(`${fullCommand}`);\n 940→ await log('');\n 941→ // Output prompts in verbose mode for debugging\n 942→ if (argv.verbose) {\n 943→ await log('📋 User prompt:', { verbose: true });\n 944→ await log('---BEGIN USER PROMPT---', { verbose: true });\n 945→ await log(prompt, { verbose: true });\n 946→ await log('---END USER PROMPT---', { verbose: true });\n 947→ await log('', { verbose: true });\n 948→ await log('📋 System prompt:', { verbose: true });\n 949→ await log('---BEGIN SYSTEM PROMPT---', { verbose: true });\n 950→ await log(systemPrompt, { verbose: true });\n 951→ await log('---END SYSTEM PROMPT---', { verbose: true });\n 952→ await log('', { verbose: true });\n 953→ }\n 954→ try {\n 955→ const claudeEnv = getClaudeEnv(); // Set CLAUD*******************OKENS (see issue #1076)\n 956→ if (argv.verbose) await log(`📊 CLAUDE_CODE_MAX_OUTPUT_TOKENS: ${claudeCode.maxOutputTokens}`, { verbose: true });\n 957→ if (argv.resume) {\n 958→ // When resuming, pass prompt directly with -p flag. Escape double quotes for shell.\n 959→ const simpleEscapedPrompt = prompt.replace(/\"/g, '\\\\\"');\n 960→ const simpleEscapedSystem = systemPrompt.replace(/\"/g, '\\\\\"');\n 961→ execCommand = $({ cwd: tempDir, mirror: false, env: claudeEnv })`${claudePath} --resume ${argv.resume} --output-format stream-json --verbose --dangerously-skip-permissions --model ${mappedModel} -p \"${simpleEscapedPrompt}\" --append-system-prompt \"${simpleEscapedSystem}\"`;\n 962→ } else {\n 963→ // When not resuming, pass prompt via stdin. Escape double quotes for shell.\n 964→ const simpleEscapedSystem = systemPrompt.replace(/\"/g, '\\\\\"');\n 965→ execCommand = $({ cwd: tempDir, stdin: prompt, mirror: false, env: claudeEnv })`${claudePath} --output-format stream-json --verbose --dangerously-skip-permissions --model ${mappedModel} --append-system-prompt \"${simpleEscapedSystem}\"`;\n 966→ }\n 967→ await log(`${formatAligned('📋', 'Command details:', '')}`);\n 968→ await log(formatAligned('📂', 'Working directory:', tempDir, 2));\n 969→ await log(formatAligned('🌿', 'Branch:', branchName, 2));\n 970→ await log(formatAligned('🤖', 'Model:', `Claude ${argv.model.toUpperCase()}`, 2));\n 971→ if (argv.fork && forkedRepo) {\n 972→ await log(formatAligned('🍴', 'Fork:', forkedRepo, 2));\n 973→ }\n 974→ await log(`\\n${formatAligned('▶️', 'Streaming output:', '')}\\n`);\n 975→ // Use command-stream's async iteration for real-time streaming\n 976→ let exitCode = 0;\n 977→ for await (const chunk of execCommand.stream()) {\n 978→ if (chunk.type === 'stdout') {\n 979→ const output = chunk.data.toString();\n 980→ // Split output into individual lines for NDJSON parsing\n 981→ // Claude CLI outputs NDJSON (newline-delimited JSON) format where each line is a separate JSON object\n 982→ // This allows us to parse each event independently and extract structured data like session IDs,\n 983→ // message counts, and error patterns. Attempting to parse the entire chunk as single JSON would fail\n 984→ // since multiple JSON objects aren't valid JSON together.\n 985→ const lines = output.split('\\n');\n 986→ for (const line of lines) {\n 987→ if (!line.trim()) continue;\n 988→ try {\n 989→ const data = JSON.parse(line);\n 990→ // Process event in interactive mode (posts PR comments in real-time)\n 991→ if (interactiveHandler) {\n 992→ try {\n 993→ await interactiveHandler.processEvent(data);\n 994→ } catch (interactiveError) {\n 995→ // Don't let interactive mode errors stop the main execution\n 996→ await log(`⚠️ Interactive mode error: ${interactiveError.message}`, { verbose: true });\n 997→ }\n 998→ }\n 999→ // Output formatted JSON as in v0.3.2\n 1000→ await log(JSON.stringify(data, null, 2));\n 1001→ // Capture session ID from the first message\n 1002→ if (!sessionId && data.session_id) {\n 1003→ sessionId = data.session_id;\n 1004→ await log(`📌 Session ID: ${sessionId}`);\n\n<system-reminder>\nWhenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.\n</system-reminder>\n"
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[2026-01-11T01:50:19.501Z] [INFO] {
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"text": "Now I understand the pattern. For an autonomous resume command, I need to include:\n1. `--resume <sessionId>`\n2. `--output-format stream-json` (for autonomous execution)\n3. `--dangerously-skip-permissions` (to skip interactive permissions prompts)\n4. `--model <model>`\n5. `-p <prompt>` (the continue prompt)\n6. `--append-system-prompt <system-prompt>` (the system prompt)\n\nHowever, looking at the user's request more carefully, I think they want:\n1. **Short interactive resume**: Just `claude --resume <session-id>` - opens interactive mode\n2. **Full autonomous resume**: Include all flags to run autonomously without user input\n\nLet me look at where the resume commands are currently shown to understand where to add both formats:"
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"content": "src/solve.results.lib.mjs:35:// These are used to generate copy-pasteable Claude CLI resume commands for users\nsrc/solve.results.lib.mjs:38:export const { buildClaudeResumeCommand, build***************mmand } = claudeCommandBuilder;\nsrc/solve.results.lib.mjs:360: // Show claude resume command only for --tool claude (or default)\nsrc/solve.results.lib.mjs:362: // Uses the (cd ... && claude --resume ...) pattern for a fully copyable, executable command\nsrc/solve.results.lib.mjs:365: // Build the Claude CLI resume command using the command builder\nsrc/solve.results.lib.mjs:366: const claudeResumeCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\nsrc/solve.results.lib.mjs:371: await log(` ${claudeResumeCmd}`);\nsrc/solve.results.lib.mjs:386: await log('\\n💡 After the limit resets, resume using the Claude command above.');\nsrc/solve.mjs:61:const { cleanupClaudeFile, showSessionSummary, verifyResults, build**************mmand } = results;\nsrc/solve.mjs:912: // Always show manual resume command in console so users can resume after limit resets\nsrc/solve.mjs:922: // Show claude resume command only for --tool claude (or default)\nsrc/solve.mjs:923: // Uses the (cd ... && claude --resume ...) pattern for a fully copyable, executable command\nsrc/solve.mjs:926: const claudeResumeCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\nsrc/solve.mjs:929: await log(` ${claudeResumeCmd}`);\nsrc/solve.mjs:938: // Build Claude CLI resume command\nsrc/solve.mjs:940: const resumeCommand = tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\nsrc/solve.mjs:972: // The resume command is available in the logs (collapsed block or gist link) for advanced users\nsrc/solve.mjs:995: // Build Claude CLI resume command\nsrc/solve.mjs:997: const resumeCommand = tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\nsrc/solve.mjs:1042: // Build Claude CLI resume command\nsrc/solve.mjs:1044: const resumeCmd = tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\nsrc/solve.mjs:1064: // Show claude resume command only for --tool claude (or default) on failure\nsrc/solve.mjs:1065: // Uses the (cd ... && claude --resume ...) pattern for a fully copyable, executable command\nsrc/solve.mjs:1068: const claudeResumeCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\nsrc/solve.mjs:1072: await log(` ${claudeResumeCmd}`);\nsrc/solve.mjs:1080: // Build Claude CLI resume command\nsrc/solve.mjs:1082: const resumeCommand = sessionId && tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\nsrc/claude.lib.mjs:17:// Import Claude command builder for generating resume commands\nsrc/claude.lib.mjs:18:import { build**************mmand } from './claude.command-builder.lib.mjs';\nsrc/claude.lib.mjs:20:// Helper to display resume command at end of session\nsrc/claude.lib.mjs:23: const cmd = buildClaudeResumeCommand({ tempDir, sessionId, claudePath, model });\nsrc/claude.lib.mjs:1224: // Format and display user-friendly message with Claude CLI resume command\nsrc/claude.lib.mjs:1229: resumeCommand: tempDir && sessionId ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null,\nsrc/claude.lib.mjs:1240: await log(`📌 Session ID: ${sessionId}\\nTo resume in Claude Code interactive mode: ${buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model })}`);\nsrc/claude.command-builder.lib.mjs:18: * - buildClaudeResumeCommand: Generate `(cd ... && claude --resume ...)` command\nsrc/claude.command-builder.lib.mjs:25: * Build the Claude CLI resume command with the (cd ... && claude --resume ...) pattern\nsrc/claude.command-builder.lib.mjs:43: * @returns {string} - The full resume command with (cd ... && claude --resume ...) pattern\nsrc/claude.command-builder.lib.mjs:45:export const build**************mmand = ({ tempDir, sessionId, claudePath = 'claude', model }) => {\nsrc/claude.command-builder.lib.mjs:87: buildClaudeResumeCommand,\nsrc/hive.config.lib.mjs:207: description: 'Automatically resume when AI tool limit resets (calculates reset time and waits). Passed to solve command.',\nsrc/solve.auto-continue.lib.mjs:99: // Build the resume command\nsrc/solve.auto-continue.lib.mjs:120: // Execute the resume command\nsrc/solve.auto-continue.lib.mjs:138: await log('\\n🔄 Manual resume command:');\nsrc/github.lib.mjs:462: // Note: The Claude CLI resume command is available in the logs below for manual resumption\nsrc/github.lib.mjs:464: logComment += `\\n\\nSee the logs below for the resume command if you need to continue manually.`;"
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[2026-01-11T01:50:27.098Z] [INFO] {
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"new_string": "/**\n * Build the Claude CLI autonomous resume command\n *\n * This generates a fully autonomous command that includes all flags needed to run\n * without user interaction. The user can copy-paste this command and it will\n * continue the session autonomously.\n *\n * The command includes:\n * - --resume <sessionId>: Resume from the specified session\n * - --output-format stream-json: For streaming output\n * - --dangerously-skip-permissions: Skip interactive permission prompts\n * - --model <model>: Use the same model as the original session\n * - -p \"Continue.\": Simple prompt to continue the work\n *\n * Note: This function is specifically designed for Claude CLI (--tool claude)\n * and should only be used when the tool is 'claude' or undefined (defaults to claude).\n *\n * @param {Object} options - Options for building the command\n * @param {string} options.tempDir - The working directory (e.g., /tmp/gh-issue-solver-...)\n * @param {string} options.sessionId - The session ID to resume\n * @param {string} options.claudePath - Path to the claude CLI binary (defaults to 'claude')\n * @param {string} [options.model] - The model to use (e.g., 'sonnet', 'opus', 'claude-sonnet-4-20250514')\n * @returns {string} - The full autonomous resume command\n */\nexport const build************************mmand = ({ tempDir, sessionId, claudePath = 'claude', model }) => {\n let args = `--resume ${sessionId} --output-format stream-json --dangerously-skip-permissions`;\n\n if (model) {\n args += ` --model ${model}`;\n }\n\n // Add a simple \"Continue.\" prompt to continue the autonomous work\n args += ` -p \"Continue.\"`;\n\n return `(cd \"${tempDir}\" && ${claudePath} ${args})`;\n};\n\n/**\n * Build the Claude CLI initial command with the (cd ... && claude ...) pattern\n *\n * This generates the command pattern used when starting a new Claude session.\n * Useful for documentation and debugging purposes.\n *\n * Note: This function is specifically designed for Claude CLI (--tool claude)\n * and should only be used when the tool is 'claude' or undefined (defaults to claude).\n *\n * @param {Object} options - Options for building the command\n * @param {string} options.tempDir - The working directory (e.g., /tmp/gh-issue-solver-...)\n * @param {string} options.claudePath - Path to the claude CLI binary (defaults to 'claude')\n * @param {string} [options.model] - The model to use\n * @param {boolean} [options.verbose] - Whether to include --verbose flag\n * @returns {string} - The command pattern (cd ... && claude ...)\n */\nexport const build***************mmand = ({ tempDir, claudePath = 'claude', model, verbose = false }) => {"
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[2026-01-11T01:50:49.302Z] [INFO] {"type":"user","message":{"role":"user","content":[{"tool_use_id":"toolu_0119WBehL6NjVM48B1c4T8xF","type":"tool_result","content":"The file /tmp/gh-issue-solver-1768096096209/src/claude.command-builder.lib.mjs has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 51→\n 52→ return `(cd \"${tempDir}\" && ${claudePath} ${args})`;\n 53→};\n 54→\n 55→/**\n 56→ * Build the Claude CLI autonomous resume command\n 57→ *\n 58→ * This generates a fully autonomous command that includes all flags needed to run\n 59→ * without user interaction. The user can copy-paste this command and it will\n 60→ * continue the session autonomously.\n 61→ *\n 62→ * The command includes:\n 63→ * - --resume <sessionId>: Resume from the specified session\n 64→ * - --output-format stream-json: For streaming output\n 65→ * - --dangerously-skip-permissions: Skip interactive permission prompts\n 66→ * - --model <model>: Use the same model as the original session\n 67→ * - -p \"Continue.\": Simple prompt to continue the work\n 68→ *\n 69→ * Note: This function is specifically designed for Claude CLI (--tool claude)\n 70→ * and should only be used when the tool is 'claude' or undefined (defaults to claude).\n 71→ *\n 72→ * @param {Object} options - Options for building the command\n 73→ * @param {string} options.tempDir - The working directory (e.g., /tmp/gh-issue-solver-...)\n 74→ * @param {string} options.sessionId - The session ID to resume\n 75→ * @param {string} options.claudePath - Path to the claude CLI binary (defaults to 'claude')\n 76→ * @param {string} [options.model] - The model to use (e.g., 'sonnet', 'opus', 'claude-sonnet-4-20250514')\n 77→ * @returns {string} - The full autonomous resume command\n 78→ */\n 79→export const build************************mmand = ({ tempDir, sessionId, claudePath = 'claude', model }) => {\n 80→ let args = `--resume ${sessionId} --output-format stream-json --dangerously-skip-permissions`;\n 81→\n 82→ if (model) {\n 83→ args += ` --model ${model}`;\n 84→ }\n 85→\n 86→ // Add a simple \"Continue.\" prompt to continue the autonomous work\n 87→ args += ` -p \"Continue.\"`;\n 88→\n 89→ return `(cd \"${tempDir}\" && ${claudePath} ${args})`;\n 90→};\n 91→\n 92→/**\n 93→ * Build the Claude CLI initial command with the (cd ... && claude ...) pattern\n 94→ *\n 95→ * This generates the command pattern used when starting a new Claude session.\n 96→ * Useful for documentation and debugging purposes.\n 97→ *\n 98→ * Note: This function is specifically designed for Claude CLI (--tool claude)\n 99→ * and should only be used when the tool is 'claude' or undefined (defaults to claude).\n 100→ *\n 101→ * @param {Object} options - Options for building the command\n 102→ * @param {string} options.tempDir - The working directory (e.g., /tmp/gh-issue-solver-...)\n 103→ * @param {string} options.claudePath - Path to the claude CLI binary (defaults to 'claude')\n 104→ * @param {string} [options.model] - The model to use\n 105→ * @param {boolean} [options.verbose] - Whether to include --verbose flag\n 106→ * @returns {string} - The command pattern (cd ... && claude ...)\n 107→ */\n 108→export const build***************mmand = ({ tempDir, claudePath = 'claude', model, verbose = false }) => {\n 109→ let args = '--output-format stream-json --dangerously-skip-permissions';\n 110→\n 111→ if (verbose) {\n 112→ args += ' --verbose';"}]},"parent_tool_use_id":null,"session_id":"34546448-e309-47d8-93cc-aac1f21510d4","uuid":"147a13c5-92c6-4a6c-bd01-5633af48255e","tool_use_result":{"filePath":"/tmp/gh-issue-solver-1768096096209/src/claude.command-builder.lib.mjs","oldString":"/**\n * Build the Claude CLI initial command with the (cd ... && claude ...) pattern\n *\n * This generates the command pattern used when starting a new Claude session.\n * Useful for documentation and debugging purposes.\n *\n * Note: This function is specifically designed for Claude CLI (--tool claude)\n * and should only be used when the tool is 'claude' or undefined (defaults to claude).\n *\n * @param {Object} options - Options for building the command\n * @param {string} options.tempDir - The working directory (e.g., /tmp/gh-issue-solver-...)\n * @param {string} options.claudePath - Path to the claude CLI binary (defaults to 'claude')\n * @param {string} [options.model] - The model to use\n * @param {boolean} [options.verbose] - Whether to include --verbose flag\n * @returns {string} - The command pattern (cd ... && claude ...)\n */\nexport const build***************mmand = ({ tempDir, claudePath = 'claude', model, verbose = false }) => {","newString":"/**\n * Build the Claude CLI autonomous resume command\n *\n * This generates a fully autonomous command that includes all flags needed to run\n * without user interaction. The user can copy-paste this command and it will\n * continue the session autonomously.\n *\n * The command includes:\n * - --resume <sessionId>: Resume from the specified session\n * - --output-format stream-json: For streaming output\n * - --dangerously-skip-permissions: Skip interactive permission prompts\n * - --model <model>: Use the same model as the original session\n * - -p \"Continue.\": Simple prompt to continue the work\n *\n * Note: This function is specifically designed for Claude CLI (--tool claude)\n * and should only be used when the tool is 'claude' or undefined (defaults to claude).\n *\n * @param {Object} options - Options for building the command\n * @param {string} options.tempDir - The working directory (e.g., /tmp/gh-issue-solver-...)\n * @param {string} options.sessionId - The session ID to resume\n * @param {string} options.claudePath - Path to the claude CLI binary (defaults to 'claude')\n * @param {string} [options.model] - The model to use (e.g., 'sonnet', 'opus', 'claude-sonnet-4-20250514')\n * @returns {string} - The full autonomous resume command\n */\nexport const build************************mmand = ({ tempDir, sessionId, claudePath = 'claude', model }) => {\n let args = `--resume ${sessionId} --output-format stream-json --dangerously-skip-permissions`;\n\n if (model) {\n args += ` --model ${model}`;\n }\n\n // Add a simple \"Continue.\" prompt to continue the autonomous work\n args += ` -p \"Continue.\"`;\n\n return `(cd \"${tempDir}\" && ${claudePath} ${args})`;\n};\n\n/**\n * Build the Claude CLI initial command with the (cd ... && claude ...) pattern\n *\n * This generates the command pattern used when starting a new Claude session.\n * Useful for documentation and debugging purposes.\n *\n * Note: This function is specifically designed for Claude CLI (--tool claude)\n * and should only be used when the tool is 'claude' or undefined (defaults to claude).\n *\n * @param {Object} options - Options for building the command\n * @param {string} options.tempDir - The working directory (e.g., /tmp/gh-issue-solver-...)\n * @param {string} options.claudePath - Path to the claude CLI binary (defaults to 'claude')\n * @param {string} [options.model] - The model to use\n * @param {boolean} [options.verbose] - Whether to include --verbose flag\n * @returns {string} - The command pattern (cd ... && claude ...)\n */\nexport const build***************mmand = ({ tempDir, claudePath = 'claude', model, verbose = false }) => {","originalFile":"#!/usr/bin/env node\n\n/**\n * Claude CLI Command Builder Library\n *\n * This module provides utilities for building Claude-specific CLI commands.\n * These builders are specifically designed for the Claude Code CLI tool (--tool claude)\n * and help generate consistent, copy-pasteable commands using the pattern:\n *\n * (cd \"/path/to/workdir\" && claude --resume <session-id>)\n *\n * This is the same pattern used by --auto-resume-on-limit-reset and allows users to:\n * 1. Resume sessions directl
[2026-01-11T01:50:49.314Z] [INFO] y using Claude CLI (not through solve.mjs)\n * 2. Investigate issues interactively in the working directory\n * 3. Continue work after usage limits reset\n *\n * Functions:\n * - buildClaudeResumeCommand: Generate `(cd ... && claude --resume ...)` command\n * - buildClaudeInitialCommand: Generate `(cd ... && claude ...)` command for new sessions\n *\n * Related issue: https://github.com/link-assistant/hive-mind/issues/942\n */\n\n/**\n * Build the Claude CLI resume command with the (cd ... && claude --resume ...) pattern\n *\n * This generates a copy-pasteable command that users can execute directly\n * to resume a Claude session in interactive mode. This is the same pattern\n * used by --auto-resume-on-limit-reset.\n *\n * The command includes all necessary flags to match how the original session was run:\n * - --resume <sessionId>: Resume from the specified session\n * - --model <model>: Use the same model as the original session (optional)\n *\n * Note: This function is specifically designed for Claude CLI (--tool claude)\n * and should only be used when the tool is 'claude' or undefined (defaults to claude).\n *\n * @param {Object} options - Options for building the command\n * @param {string} options.tempDir - The working directory (e.g., /tmp/gh-issue-solver-...)\n * @param {string} options.sessionId - The session ID to resume\n * @param {string} options.claudePath - Path to the claude CLI binary (defaults to 'claude')\n * @param {string} [options.model] - The model to use (e.g., 'sonnet', 'opus', 'claude-sonnet-4-20250514')\n * @returns {string} - The full resume command with (cd ... && claude --resume ...) pattern\n */\nexport const build**************mmand = ({ tempDir, sessionId, claudePath = 'claude', model }) => {\n let args = `--resume ${sessionId}`;\n\n if (model) {\n args += ` --model ${model}`;\n }\n\n return `(cd \"${tempDir}\" && ${claudePath} ${args})`;\n};\n\n/**\n * Build the Claude CLI initial command with the (cd ... && claude ...) pattern\n *\n * This generates the command pattern used when starting a new Claude session.\n * Useful for documentation and debugging purposes.\n *\n * Note: This function is specifically designed for Claude CLI (--tool claude)\n * and should only be used when the tool is 'claude' or undefined (defaults to claude).\n *\n * @param {Object} options - Options for building the command\n * @param {string} options.tempDir - The working directory (e.g., /tmp/gh-issue-solver-...)\n * @param {string} options.claudePath - Path to the claude CLI binary (defaults to 'claude')\n * @param {string} [options.model] - The model to use\n * @param {boolean} [options.verbose] - Whether to include --verbose flag\n * @returns {string} - The command pattern (cd ... && claude ...)\n */\nexport const build***************mmand = ({ tempDir, claudePath = 'claude', model, verbose = false }) => {\n let args = '--output-format stream-json --dangerously-skip-permissions';\n\n if (verbose) {\n args += ' --verbose';\n }\n\n if (model) {\n args += ` --model ${model}`;\n }\n\n return `(cd \"${tempDir}\" && ${claudePath} ${args})`;\n};\n\n// Export default object for compatibility\nexport default {\n buildClaudeResumeCommand,\n buildClaudeInitialCommand,\n};\n","structuredPatch":[{"oldStart":53,"oldLines":6,"newStart":53,"newLines":43,"lines":[" };"," "," /**","+ * Build the Claude CLI autonomous resume command","+ *","+ * This generates a fully autonomous command that includes all flags needed to run","+ * without user interaction. The user can copy-paste this command and it will","+ * continue the session autonomously.","+ *","+ * The command includes:","+ * - --resume <sessionId>: Resume from the specified session","+ * - --output-format stream-json: For streaming output","+ * - --dangerously-skip-permissions: Skip interactive permission prompts","+ * - --model <model>: Use the same model as the original session","+ * - -p \"Continue.\": Simple prompt to continue the work","+ *","+ * Note: This function is specifically designed for Claude CLI (--tool claude)","+ * and should only be used when the tool is 'claude' or undefined (defaults to claude).","+ *","+ * @param {Object} options - Options for building the command","+ * @param {string} options.tempDir - The working directory (e.g., /tmp/gh-issue-solver-...)","+ * @param {string} options.sessionId - The session ID to resume","+ * @param {string} options.claudePath - Path to the claude CLI binary (defaults to 'claude')","+ * @param {string} [options.model] - The model to use (e.g., 'sonnet', 'opus', 'claude-sonnet-4-20250514')","+ * @returns {string} - The full autonomous resume command","+ */","+export const build************************mmand = ({ tempDir, sessionId, claudePath = 'claude', model }) => {","+ let args = `--resume ${sessionId} --output-format stream-json --dangerously-skip-permissions`;","+","+ if (model) {","+ args += ` --model ${model}`;","+ }","+","+ // Add a simple \"Continue.\" prompt to continue the autonomous work","+ args += ` -p \"Continue.\"`;","+","+ return `(cd \"${tempDir}\" && ${claudePath} ${args})`;","+};","+","+/**"," * Build the Claude CLI initial command with the (cd ... && claude ...) pattern"," *"," * This generates the command pattern used when starting a new Claude session."]}],"userModified":false,"replaceAll":false}}
[2026-01-11T01:50:51.340Z] [INFO] {
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[2026-01-11T01:50:54.264Z] [INFO] {
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"content": "The file /tmp/gh-issue-solver-1768096096209/src/claude.command-builder.lib.mjs has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 118→\n 119→ return `(cd \"${tempDir}\" && ${claudePath} ${args})`;\n 120→};\n 121→\n 122→// Export default object for compatibility\n 123→export default {\n 124→ buildClaudeResumeCommand,\n 125→ buildClaudeAutonomousResumeCommand,\n 126→ buildClaudeInitialCommand,\n 127→};\n 128→"
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"originalFile": "#!/usr/bin/env node\n\n/**\n * Claude CLI Command Builder Library\n *\n * This module provides utilities for building Claude-specific CLI commands.\n * These builders are specifically designed for the Claude Code CLI tool (--tool claude)\n * and help generate consistent, copy-pasteable commands using the pattern:\n *\n * (cd \"/path/to/workdir\" && claude --resume <session-id>)\n *\n * This is the same pattern used by --auto-resume-on-limit-reset and allows users to:\n * 1. Resume sessions directly using Claude CLI (not through solve.mjs)\n * 2. Investigate issues interactively in the working directory\n * 3. Continue work after usage limits reset\n *\n * Functions:\n * - buildClaudeResumeCommand: Generate `(cd ... && claude --resume ...)` command\n * - buildClaudeInitialCommand: Generate `(cd ... && claude ...)` command for new sessions\n *\n * Related issue: https://github.com/link-assistant/hive-mind/issues/942\n */\n\n/**\n * Build the Claude CLI resume command with the (cd ... && claude --resume ...) pattern\n *\n * This generates a copy-pasteable command that users can execute directly\n * to resume a Claude session in interactive mode. This is the same pattern\n * used by --auto-resume-on-limit-reset.\n *\n * The command includes all necessary flags to match how the original session was run:\n * - --resume <sessionId>: Resume from the specified session\n * - --model <model>: Use the same model as the original session (optional)\n *\n * Note: This function is specifically designed for Claude CLI (--tool claude)\n * and should only be used when the tool is 'claude' or undefined (defaults to claude).\n *\n * @param {Object} options - Options for building the command\n * @param {string} options.tempDir - The working directory (e.g., /tmp/gh-issue-solver-...)\n * @param {string} options.sessionId - The session ID to resume\n * @param {string} options.claudePath - Path to the claude CLI binary (defaults to 'claude')\n * @param {string} [options.model] - The model to use (e.g., 'sonnet', 'opus', 'claude-sonnet-4-20250514')\n * @returns {string} - The full resume command with (cd ... && claude --resume ...) pattern\n */\nexport const build**************mmand = ({ tempDir, sessionId, claudePath = 'claude', model }) => {\n let args = `--resume ${sessionId}`;\n\n if (model) {\n args += ` --model ${model}`;\n }\n\n return `(cd \"${tempDir}\" && ${claudePath} ${args})`;\n};\n\n/**\n * Build the Claude CLI autonomous resume command\n *\n * This generates a fully autonomous command that includes all flags needed to run\n * without user interaction. The user can copy-paste this command and it will\n * continue the session autonomously.\n *\n * The command includes:\n * - --resume <sessionId>: Resume from the specified session\n * - --output-format stream-json: For streaming output\n * - --dangerously-skip-permissions: Skip interactive permission prompts\n * - --model <model>: Use the same model as the original session\n * - -p \"Continue.\": Simple prompt to continue the work\n *\n * Note: This function is specifically designed for Claude CLI (--tool claude)\n * and should only be used when the tool is 'claude' or undefined (defaults to claude).\n *\n * @param {Object} options - Options for building the command\n * @param {string} options.tempDir - The working directory (e.g., /tmp/gh-issue-solver-...)\n * @param {string} options.sessionId - The session ID to resume\n * @param {string} options.claudePath - Path to the claude CLI binary (defaults to 'claude')\n * @param {string} [options.model] - The model to use (e.g., 'sonnet', 'opus', 'claude-sonnet-4-20250514')\n * @returns {string} - The full autonomous resume command\n */\nexport const build************************mmand = ({ tempDir, sessionId, claudePath = 'claude', model }) => {\n let args = `--resume ${sessionId} --output-format stream-json --dangerously-skip-permissions`;\n\n if (model) {\n args += ` --model ${model}`;\n }\n\n // Add a simple \"Continue.\" prompt to continue the autonomous work\n args += ` -p \"Continue.\"`;\n\n return `(cd \"${tempDir}\" && ${claudePath} ${args})`;\n};\n\n/**\n * Build the Claude CLI initial command with the (cd ... && claude ...) pattern\n *\n * This generates the command pattern used when starting a new Claude session.\n * Useful for documentation and debugging purposes.\n *\n * Note: This function is specifically designed for Claude CLI (--tool claude)\n * and should only be used when the tool is 'claude' or undefined (defaults to claude).\n *\n * @param {Object} options - Options for building the command\n * @param {string} options.tempDir - The working directory (e.g., /tmp/gh-issue-solver-...)\n * @param {string} options.claudePath - Path to the claude CLI binary (defaults to 'claude')\n * @param {string} [options.model] - The model to use\n * @param {boolean} [options.verbose] - Whether to include --verbose flag\n * @returns {string} - The command pattern (cd ... && claude ...)\n */\nexport const build***************mmand = ({ tempDir, claudePath = 'claude', model, verbose = false }) => {\n let args = '--output-format stream-json --dangerously-skip-permissions';\n\n if (verbose) {\n args += ' --verbose';\n }\n\n if (model) {\n args += ` --model ${model}`;\n }\n\n return `(cd \"${tempDir}\" && ${claudePath} ${args})`;\n};\n\n// Export default object for compatibility\nexport default {\n buildClaudeResumeCommand,\n buildClaudeInitialCommand,\n};\n",
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[2026-01-11T01:50:56.824Z] [INFO] {
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[2026-01-11T01:51:02.215Z] [INFO] {
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"old_string": "// Import Claude-specific command builders\n// These are used to generate copy-pasteable Claude CLI resume commands for users\n// Pattern: (cd \"/tmp/gh-issue-solver-...\" && claude --resume <session-id>)\nconst claud**********ilder = await import('./claude.command-builder.lib.mjs');\nexport const { buildClaudeResumeCommand, build***************mmand } = claudeCommandBuilder;",
"new_string": "// Import Claude-specific command builders\n// These are used to generate copy-pasteable Claude CLI resume commands for users\n// Pattern: (cd \"/tmp/gh-issue-solver-...\" && claude --resume <session-id>)\n// Two types of resume commands are supported:\n// 1. Interactive resume: Short command that opens interactive mode\n// 2. Autonomous resume: Full command with all flags to run autonomously\nconst claud**********ilder = await import('./claude.command-builder.lib.mjs');\nexport const { buildClaudeResumeCommand, buildClaudeAutonomousResumeCommand, build***************mmand } = claudeCommandBuilder;"
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[2026-01-11T01:51:02.242Z] [INFO] {
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{
"tool_use_id": "toolu_01PLydmihEewUsiGWPVDvebH",
"type": "tool_result",
"content": "The file /tmp/gh-issue-solver-1768096096209/src/solve.results.lib.mjs has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 30→// Import continuation functions (session resumption, PR detection)\n 31→const autoContinue = await import('./solve.auto-continue.lib.mjs');\n 32→const { autoC*****************esets } = autoContinue;\n 33→\n 34→// Import Claude-specific command builders\n 35→// These are used to generate copy-pasteable Claude CLI resume commands for users\n 36→// Pattern: (cd \"/tmp/gh-issue-solver-...\" && claude --resume <session-id>)\n 37→// Two types of resume commands are supported:\n 38→// 1. Interactive resume: Short command that opens interactive mode\n 39→// 2. Autonomous resume: Full command with all flags to run autonomously\n 40→const claud**********ilder = await import('./claude.command-builder.lib.mjs');\n 41→export const { buildClaudeResumeCommand, buildClaudeAutonomousResumeCommand, build***************mmand } = claudeCommandBuilder;\n 42→\n 43→// Import error handling functions\n 44→// const errorHandlers = await import('./solve.error-handlers.lib.mjs'); // Not currently used\n 45→// Import Sentry integration"
}
]
},
"parent_tool_use_id": null,
"session_id": "34546448-e309-47d8-93cc-aac1f21510d4",
"uuid": "fe3af0d3-b28d-4869-8a4e-3f422396e1e2",
"tool_use_result": {
"filePath": "/tmp/gh-issue-solver-1768096096209/src/solve.results.lib.mjs",
"oldString": "// Import Claude-specific command builders\n// These are used to generate copy-pasteable Claude CLI resume commands for users\n// Pattern: (cd \"/tmp/gh-issue-solver-...\" && claude --resume <session-id>)\nconst claud**********ilder = await import('./claude.command-builder.lib.mjs');\nexport const { buildClaudeResumeCommand, build***************mmand } = claudeCommandBuilder;",
"newString": "// Import Claude-specific command builders\n// These are used to generate copy-pasteable Claude CLI resume commands for users\n// Pattern: (cd \"/tmp/gh-issue-solver-...\" && claude --resume <session-id>)\n// Two types of resume commands are supported:\n// 1. Interactive resume: Short command that opens interactive mode\n// 2. Autonomous resume: Full command with all flags to run autonomously\nconst claud**********ilder = await import('./claude.command-builder.lib.mjs');\nexport const { buildClaudeResumeCommand, buildClaudeAutonomousResumeCommand, build***************mmand } = claudeCommandBuilder;",
"originalFile": "#!/usr/bin/env node\n\n// Results processing module for solve command\n// Extracted from solve.mjs to keep files under 1500 lines\n\n// Use use-m to dynamically import modules for cross-runtime compatibility\n// Check if use is already defined globally (when imported from solve.mjs)\n// If not, fetch it (when running standalone)\nif (typeof globalThis.use === 'undefined') {\n globalThis.use = (await eval(await (await fetch('https://unpkg.com/use-m/use.js')).text())).use;\n}\nconst use = globalThis.use;\n\n// Use command-stream for consistent $ behavior across runtimes\nconst { $ } = await use('command-stream');\n\nconst path = (await use('path')).default;\n\n// Import shared library functions\nconst lib = await import('./lib.mjs');\nconst { log, getLogFile, formatAligned } = lib;\n\n// Import exit handler\nimport { safeExit } from './exit-handler.lib.mjs';\n\n// Import GitHub-related functions\nconst githubLib = await import('./github.lib.mjs');\nconst { sanitizeLogContent, attachLogToGitHub } = githubLib;\n\n// Import continuation functions (session resumption, PR detection)\nconst autoContinue = await import('./solve.auto-continue.lib.mjs');\nconst { autoC*****************esets } = autoContinue;\n\n// Import Claude-specific command builders\n// These are used to generate copy-pasteable Claude CLI resume commands for users\n// Pattern: (cd \"/tmp/gh-issue-solver-...\" && claude --resume <session-id>)\nconst claud**********ilder = await import('./claude.command-builder.lib.mjs');\nexport const { buildClaudeResumeCommand, build***************mmand } = claudeCommandBuilder;\n\n// Import error handling functions\n// const errorHandlers = await import('./solve.error-handlers.lib.mjs'); // Not currently used\n// Import Sentry integration\nconst sentryLib = await import('./sentry.lib.mjs');\nconst { reportError } = sentryLib;\n\n// Import GitHub linking detection library\nconst githubLinking = await import('./github-linking.lib.mjs');\nconst { hasGi*************yword } = githubLinking;\n\n/**\n * Detect the CLAUDE.md or .gitkeep commit hash from branch structure when not available in session\n * This handles continue mode where the commit hash was lost between sessions\n *\n * Safety checks to prevent Issue #617 (wrong commit revert):\n * 1. Only look at commits on the PR branch (not default branch commits)\n * 2. Verify the commit message matches our expected pattern\n * 3. Verify the commit ONLY adds CLAUDE.md or .gitkeep (no other files changed)\n * 4. Verify there are additional commits after it (actual work was done)\n *\n * @param {string} tempDir - The temporary directory with the git repo\n * @param {string} branchName - The PR branch name\n * @returns {string|null} - The detected commit hash or null if not found/safe\n */\nconst detec********************ranch = async (tempDir, branchName) => {\n try {\n await log(' Attempting to detect CLAUDE.md or .gitkeep commit from branch structure...', { verbose: true });\n\n // First check if CLAUDE.md or .gitkeep exists in current branch\n const claud**********esult = await $({ cwd: tempDir })`git ls-files CLAUDE.md 2>&1`;\n const gitkeepExistsResult = await $({ cwd: tempDir })`git ls-files .gitkeep 2>&1`;\n const claudeMdExists = claudeMdExistsResult.code === 0 && claudeMdExistsResult.stdout && claudeMdExistsResult.stdout.trim();\n const gitkeepExists = gitkeepExistsResult.code === 0 && gitkeepExistsResult.stdout && gitkeepExistsResult.stdout.trim();\n\n if (!claudeMdExists && !gitkeepExists) {\n await log(' Neither CLAUDE.md nor .gitkeep exists in current branch', { verbose: true });\n return null;\n }\n\n // Get the default branch to find the fork point\n const defaultBranchResult = await $({ cwd: tempDir })`git symbolic-ref refs/remotes/origin/HEAD 2>&1`;\n let defaultBranch = 'main';\n if (defaultBranchResult.code === 0 && defaultBranchResult.stdout) {\n const match = defaultBranchResult.stdout.toString().match(/refs\\/remotes\\/origin\\/(.+)/);\n if (match) {\n defaultBranch = match[1].trim();\n }\n }\n await log(` Using default branch: ${defaultBranch}`, { verbose: true });\n\n // Find the merge base (fork point) between current branch and default branch\n const mergeBaseResult = await $({ cwd: tempDir })`git merge-base origin/${defaultBranch} HEAD 2>&1`;\n if (mergeBaseResult.code !== 0 || !mergeBaseResult.stdout) {\n await log(' Could not find merge base, cannot safely detect initial commit', { verbose: true });\n return null;\n }\n const mergeBase = mergeBaseResult.stdout.toString().trim();\n await log(` Merge base: ${mergeBase.substring(0, 7)}`, { verbose: true });\n\n // Get all commits on the PR branch (commits after the merge base)\n // Format: hash|message|files_changed\n const branchCommitsResult = await $({ cwd: tempDir })`git log ${mergeBase}..HEAD --reverse --format=\"%H|%s\" 2>&1`;\n if (branchCommitsResult.code !== 0 || !branchCommitsResult.stdout) {\n await log(' No commits found on PR branch', { verbose: true });\n return null;\n }\n\n const branchCommits = branchCommitsResult.stdout.toString().trim().split('\\n').filter(Boolean);\n if (branchCommits.length === 0) {\n await log(' No commits found on PR branch', { verbose: true });\n return null;\n }\n\n await log(` Found ${branchCommits.length} commit(s) on PR branch`, { verbose: true });\n\n // Safety check: Must have at least 2 commits (CLAUDE.md commit + actual work)\n if (branchCommits.length < 2) {\n await log(' Only 1 commit on branch - not enough commits to safely revert CLAUDE.md', { verbose: true });\n await log(' (Need at least 2 commits: CLAUDE.md initial + actual work)', { verbose: true });\n return null;\n }\n\n // Get the first commit on the PR branch\n const firstCommitLine = branchCommits[0];\n const [firstCommitHash, firstCommitMessage] = firstCommitLine.split('|');\n\n await log(` First commit on branch: ${firstCommitHash.substring(0, 7)} - \"${firstCommitMessage}\"`, {\n verbose: true,\n });\n\n // Safety check: Verify commit message matches expected pattern (CLAUDE.md or .gitkeep)\n const expec*************terns = [/^Initial commit with task details/i, /^Add CLAUDE\\.md/i, /^CLAUDE\\.md/i, /^Add \\.gitkeep/i, /\\.gitkeep/i];\n\n const messageMatches = expectedMessagePatterns.some(pattern => pattern.test(firstCommitMessage));\n if (!messageMatches) {\n await log(' First commit message does not match expected pattern', { verbose: true });\n await log(' Expected patterns: \"Initial commit with task details...\", \"Add CLAUDE.md\", \".gitkeep\", etc.', {\n verbose: true,\n });\n return null;\n }\n\n // Safety check: Verify the commit ONLY adds CLAUDE.md or .gitkeep file (no other files)\n const filesChangedResult = await $({\n cwd: tempDir,\n })`git diff-tree --no-commit-id --name-only -r ${firstCommitHash} 2>&1`;\n if (filesChangedResult.code !== 0 || !filesChangedResult.stdout) {\n await log(' Could not get files changed in first commit', { verbose: true });\n return null;\n }\n\n const filesChanged = filesChangedResult.stdout.toString().trim().split('\\n').filter(Boolean);\n await log(` Files changed in first commit: ${filesChanged.join(', ')}`, { verbose: true });\n\n // Check if CLAUDE.md or .gitkeep is in the files changed\n const hasClaudeMd = filesChanged.includes('CLAUDE.md');\n const hasGitkeep = filesChanged.includes('.gitkeep');\n if (!hasClaudeMd && !hasGitkeep) {\n await log(' First commit does not include CLAUDE.md or .gitkeep', { verbose: true });\n return null;\n }\n\n const targetFile = hasClaudeMd ? 'CLAUDE.md' : '.gitkeep';\n\n // CRITICAL SAFETY CHECK: Only allow revert if the target file is the ONLY file changed\n // This prevents Issue #617 where reverting a commit deleted .gitignore, LICENSE, README.md\n if (filesChanged.length > 1) {\n await log(` ⚠️ First commit changes more than just ${targetFile} (${filesChanged.length} files)`, {\n verbose: true,\n });\n await log(` Files: ${filesChanged.join(', ')}`, { verbose: true });\n await log(' Refusing to revert to prevent data loss (Issue #617 safety)', { verbose: true });\n return null;\n }\n\n // All safety checks passed!\n await log(` ✅ Detected ${targetFile} commit: ${firstCommitHash.substring(0, 7)}`, { verbose: true });\n await log(` ✅ Commit only contains ${targetFile} (safe to revert)`, { verbose: true });\n await log(` ✅ Branch has ${branchCommits.length - 1} additional commit(s) (work was done)`, { verbose: true });\n\n return firstCommitHash;\n } catch (error) {\n reportError(error, {\n context: 'detect_initial_commit',\n tempDir,\n branchName,\n operation: 'detect_commit_from_branch_structure',\n });\n await log(` Error detecting initial commit: ${error.message}`, { verbose: true });\n return null;\n }\n};\n\n// Revert the CLAUDE.md or .gitkeep commit to restore original state\nexport const cleanupClaudeFile = async (tempDir, branchName, claudeCommitHash = null) => {\n try {\n // If no commit hash provided, try to detect it from branch structure\n // This handles continue mode where the hash was lost between sessions\n if (!claudeCommitHash) {\n await log(' No initial commit hash from session, attempting to detect from branch...', { verbose: true });\n claudeCommitHash = await detectClaudeMdCommitFromBranch(tempDir, branchName);\n\n if (!claudeCommitHash) {\n await log(' Could not safely detect initial commit to revert', { verbose: true });\n return;\n }\n await log(` Detected initial commit: ${claudeCommitHash.substring(0, 7)}`, { verbose: true });\n }\n\n // Determine which file was used based on the commit message or flags\n // Check the commit message to determine which file was committed\n const commitMsgResult = await $({ cwd: tempDir })`git log -1 --format=%s ${claudeCommitHash} 2>&1`;\n const commitMsg = commitMsgResult.stdout?.trim() || '';\n const isGitkeepFile = commitMsg.includes('.gitkeep');\n const fileName = isGitkeepFile ? '.gitkeep' : 'CLAUDE.md';\n\n await log(formatAligned('🔄', 'Cleanup:', `Reverting ${fileName} commit`));\n await log(` Using saved commit hash: ${claudeCommitHash.substring(0, 7)}...`, { verbose: true });\n\n const commitToRevert = claudeCommitHash;\n\n // APPROACH 3: Check for modifications before reverting (proactive detection)\n // This is the main strategy - detect if the file was modified after initial commit\n await log(` Checking if ${fileName} was modified since initial commit...`, { verbose: true });\n const diffResult = await $({ cwd: tempDir })`git diff ${commitToRevert} HEAD -- ${fileName} 2>&1`;\n\n if (diffResult.stdout && diffResult.stdout.trim()) {\n // File was modified after initial commit - use manual approach to avoid conflicts\n await log(` ${fileName} was modified after initial commit, using manual cleanup...`, { verbose: true });\n\n // Get the state of the file from before the initial commit (parent of the commit we're reverting)\n const parentCommit = `${commitToRevert}~1`;\n const parentFileExists = await $({ cwd: tempDir })`git cat-file -e ${parentCommit}:${fileName} 2>&1`;\n\n if (parentFileExists.code === 0) {\n // File existed before the initial commit - restore it to that state\n await log(` ${fileName} existed before session, restoring to previous state...`, { verbose: true });\n await $({ cwd: tempDir })`git checkout ${parentCommit} -- ${fileName}`;\n } else {\n // File didn't exist before the initial commit - delete it\n await log(` ${fileName} was created in session, removing it...`, { verbose: true });\n await $({ cwd: tempDir })`git rm -f ${fileName} 2>&1`;\n }\n\n // Create a manual revert commit\n const commitResult = await $({ cwd: tempDir })`git commit -m \"Revert: Remove ${fileName} changes from initial commit\" 2>&1`;\n\n if (commitResult.code === 0) {\n await log(formatAligned('📦', 'Committed:', `${fileName} revert (manual)`));\n\n // Push the revert\n const pushRevertResult = await $({ cwd: tempDir })`git push origin ${branchName} 2>&1`;\n if (pushRevertResult.code === 0) {\n await log(formatAligned('📤', 'Pushed:', `${fileName} revert to GitHub`));\n } else {\n await log(` Warning: Could not push ${fileName} revert`, { verbose: true });\n }\n } else {\n await log(' Warning: Could not create manual revert commit', { verbose: true });\n await log(` Commit output: ${commitResult.stderr || commitResult.stdout}`, { verbose: true });\n }\n } else {\n // No modifications detected - safe to use git revert (standard approach)\n await log(' No modifications detected, using standard git revert...', { verbose: true });\n\n // FALLBACK 1: Standard git revert\n const revertResult = await $({ cwd: tempDir })`git revert ${commitToRevert} --no-edit 2>&1`;\n if (revertResult.code === 0) {\n await log(formatAligned('📦', 'Committed:', `${fileName} revert`));\n\n // Push the revert\n const pushRevertResult = await $({ cwd: tempDir })`git push origin ${branchName} 2>&1`;\n if (pushRevertResult.code === 0) {\n await log(formatAligned('📤', 'Pushed:', `${fileName} revert to GitHub`));\n } else {\n await log(` Warning: Could not push ${fileName} revert`, { verbose: true });\n }\n } else {\n // FALLBACK 2: Handle unexpected conflicts (three-way merge with automatic resolution)\n const revertOutput = revertResult.stderr || revertResult.stdout || '';\n const hasConflict = revertOutput.includes('CONFLICT') || revertOutput.includes('conflict');\n\n if (hasConflict) {\n await log(' Unexpected conflict detected, attempting automatic resolution...', { verbose: true });\n\n // Check git status to see what files are in conflict\n const statusResult = await $({ cwd: tempDir })`git status --short 2>&1`;\n const statusOutput = statusResult.stdout || '';\n\n // Check if the file is in the conflict\n if (statusOutput.includes(fileName)) {\n await log(` Resolving ${fileName} conflict by restoring pre-session state...`, { verbose: true });\n\n // Get the state of the file from before the initial commit (parent of the commit we're reverting)\n const parentCommit = `${commitToRevert}~1`;\n const parentFileExists = await $({ cwd: tempDir })`git cat-file -e ${parentCommit}:${fileName} 2>&1`;\n\n if (parentFileExists.code === 0) {\n // File existed before the initial commit - restore it to that state\n await log(` ${fileName} existed before session, restoring to previous state...`, { verbose: true });\n await $({ cwd: tempDir })`git checkout ${parentCommit} -- ${fileName}`;\n // Stage the resolved file\n await $({ cwd: tempDir })`git add ${fileName} 2>&1`;\n } else {\n // File didn't exist before the initial commit - delete it\n await log(` ${fileName} was created in session, removing it...`, { verbose: true });\n await $({ cwd: tempDir })`git rm -f ${fileName} 2>&1`;\n // No need to git add since git rm stages the deletion\n }\n\n // Complete the revert with the resolved conflict\n const continueResult = await $({ cwd: tempDir })`git revert --continue --no-edit 2>&1`;\n\n if (continueResult.code === 0) {\n await log(formatAligned('📦', 'Committed:', `${fileName} revert (conflict resolved)`));\n\n // Push the revert\n const pushRevertResult = await $({ cwd: tempDir })`git push origin ${branchName} 2>&1`;\n if (pushRevertResult.code === 0) {\n await log(formatAligned('📤', 'Pushed:', `${fileName} revert to GitHub`));\n } else {\n await log(` Warning: Could not push ${fileName} revert`, { verbose: true });\n }\n } else {\n await log(' Warning: Could not complete revert after conflict resolution', { verbose: true });\n await log(` Continue output: ${continueResult.stderr || continueResult.stdout}`, { verbose: true });\n }\n } else {\n // Conflict in some other file, not expected file - this is unexpected\n await log(' Warning: Revert conflict in unexpected file(s), aborting revert', { verbose: true });\n await $({ cwd: tempDir })`git revert --abort 2>&1`;\n }\n } else {\n // Non-conflict error\n await log(` Warning: Could not revert ${fileName} commit`, { verbose: true });\n await log(` Revert output: ${revertOutput}`, { verbose: true });\n }\n }\n }\n } catch (e) {\n reportError(e, {\n context: 'cleanup_claude_file',\n tempDir,\n operation: 'revert_initial_commit',\n });\n // If revert fails, that's okay - the task is still complete\n await log(' Initial commit revert failed or not needed', { verbose: true });\n }\n};\n\n// Show session summary and handle limit reached scenarios\nexport const showSessionSummary = async (sessionId, limitReached, argv, issueUrl, tempDir, shouldAttachLogs = false) => {\n await log('\\n=== Session Summary ===');\n\n if (sessionId) {\n await log(`✅ Session ID: ${sessionId}`);\n // Always use absolute path for log file display\n const absoluteLogPath = path.resolve(getLogFile());\n await log(`✅ Complete log file: ${absoluteLogPath}`);\n\n // Show claude resume command only for --tool claude (or default)\n // This allows users to investigate, resume, see context, and more\n // Uses the (cd ... && claude --resume ...) pattern for a fully copyable, executable command\n const tool = argv.tool || 'claude';\n if (tool === 'claude') {\n // Build the Claude CLI resume command using the command builder\n const claudeResumeCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n\n await log('');\n await log('💡 To continue this session in Claude Code interactive mode:');\n await log('');\n await log(` ${claudeResumeCmd}`);\n await log('');\n }\n\n if (limitReached) {\n await log('⏰ LIMIT REACHED DETECTED!');\n\n if (argv.autoResumeOnLimitReset && global.limitResetTime) {\n await log(`\\n🔄 AUTO-RESUME ON LIMIT RESET ENABLED - Will resume at ${global.limitResetTime}`);\n await autoContinueWhenLimitResets(issueUrl, sessionId, argv, shouldAttachLogs);\n } else {\n if (global.limitResetTime) {\n await log(`\\n⏰ Limit resets at: ${global.limitResetTime}`);\n }\n\n await log('\\n💡 After the limit resets, resume using the Claude command above.');\n\n if (argv.autoCleanup !== false) {\n await log('');\n await log('⚠️ Note: Temporary directory will be automatically cleaned up.');\n await log(' To keep the directory for debugging or resuming, use --no-auto-cleanup');\n }\n }\n } else {\n // Show note about auto-cleanup only when enabled\n if (argv.autoCleanup !== false) {\n await log('ℹ️ Note: Temporary directory will be automatically cleaned up.');\n await log(' To keep the directory for debugging or resuming, use --no-auto-cleanup');\n }\n }\n\n // Don't show log preview, it's too technical\n } else {\n // For agent tool, session IDs may not be meaningful for resuming, so don't show as error\n if (argv.tool !== 'agent') {\n await log('❌ No session ID extracted');\n } else {\n await log('ℹ️ Agent tool completed (session IDs not used for resuming)');\n }\n // Always use absolute path for log file display\n const logFilePath = path.resolve(getLogFile());\n await log(`📁 Log file available: ${logFilePath}`);\n }\n};\n\n// Verify results by searching for new PRs and comments\nexport const verifyResults = async (owner, repo, branchName, issueNumber, prNumber, prUrl, referenceTime, argv, shouldAttachLogs, shouldRestart = false, sessionId = null, tempDir = null, anthr***********stUSD = null, publi***********imate = null, pricingInfo = null, error**********ution = false) => {\n await log('\\n🔍 Searching for created pull requests or comments...');\n\n try {\n // Get the current user's GitHub username\n const userResult = await $`gh api user --jq .login`;\n\n if (userResult.code !== 0) {\n throw new Error(`Failed to get current user: ${userResult.stderr ? userResult.stderr.toString() : 'Unknown error'}`);\n }\n\n const currentUser = userResult.stdout.toString().trim();\n if (!currentUser) {\n throw new Error('Unable to determine current GitHub user');\n }\n\n // Search for pull requests created from our branch\n await log('\\n🔍 Checking for pull requests from branch ' + branchName + '...');\n\n // First, get all PRs from our branch\n // IMPORTANT: Use --state all to find PRs that may have been merged during the session (Issue #1008)\n // Without --state all, gh pr list only returns OPEN PRs, missing merged ones\n const allBranchPrsResult = await $`gh pr list --repo ${owner}/${repo} --head ${branchName} --state all --json number,url,createdAt,headRefName,title,state,updatedAt,isDraft`;\n\n if (allBranchPrsResult.code !== 0) {\n await log(' ⚠️ Failed to check pull requests');\n // Continue with empty list\n }\n\n const allBranchPrs = allBranchPrsResult.stdout.toString().trim() ? JSON.parse(allBranchPrsResult.stdout.toString().trim()) : [];\n\n // Check if we have any PRs from our branch\n // If auto-PR was created, it should be the one we're working on\n if (allBranchPrs.length > 0) {\n const pr = allBranchPrs[0]; // Get the most recent PR from our branch\n\n // If we created a PR earlier in this session, it would be prNumber\n // Or if the PR was updated during the session (updatedAt > referenceTime)\n const isPrFromSession = (prNumber && pr.number.toString() === prNumber) || (prUrl && pr.url === prUrl) || new Date(pr.updatedAt) > referenceTime || new Date(pr.createdAt) > referenceTime;\n\n if (isPrFromSession) {\n await log(` ✅ Found pull request #${pr.number}: \"${pr.title}\"`);\n\n // Check if PR was merged during the session (Issue #1008)\n const isPrMerged = pr.state === 'MERGED';\n if (isPrMerged) {\n await log(` ℹ️ PR #${pr.number} was merged during the session`);\n }\n\n // Skip PR body update and ready conversion for merged PRs (they can't be edited)\n if (!isPrMerged) {\n // Check if PR body has proper issue linking keywords\n const prBodyResult = await $`gh pr view ${pr.number} --repo ${owner}/${repo} --json body --jq .body`;\n if (prBodyResult.code === 0) {\n const prBody = prBodyResult.stdout.toString();\n const issueRef = argv.fork ? `${owner}/${repo}#${issueNumber}` : `#${issueNumber}`;\n\n // Use the new GitHub linking detection library to check for valid keywords\n // This ensures we only detect actual GitHub-recognized linking keywords\n // (fixes, closes, resolves and their variants) in proper format\n // See: https://docs.github.com/en/issues/tracking-your-work-with-issues/linking-a-pull-request-to-an-issue\n const hasLinkingKeyword = hasGitHubLinkingKeyword(prBody, issueNumber, argv.fork ? owner : null, argv.fork ? repo : null);\n\n if (!hasLinkingKeyword) {\n await log(` 📝 Updating PR body to link issue #${issueNumber}...`);\n\n // Add proper issue reference to the PR body\n const linkingText = `\\n\\nFixes ${issueRef}`;\n const updatedBody = prBody + linkingText;\n\n // Use --body-file instead of --body to avoid command-line length limits\n // and special character escaping issues that can cause hangs/timeouts\n const fs = (await use('fs')).promises;\n const tempBodyFile = `/tmp/pr-body-update-${pr.number}-${Date.now()}.md`;\n await fs.writeFile(tempBodyFile, updatedBody);\n\n try {\n const updateResult = await $`gh pr edit ${pr.number} --repo ${owner}/${repo} --body-file \"${tempBodyFile}\"`;\n\n // Clean up temp file\n await fs.unlink(tempBodyFile).catch(() => {});\n\n if (updateResult.code === 0) {\n await log(` ✅ Updated PR body to include \"Fixes ${issueRef}\"`);\n } else {\n await log(` ⚠️ Could not update PR body: ${updateResult.stderr ? updateResult.stderr.toString().trim() : 'Unknown error'}`);\n }\n } catch (updateError) {\n // Clean up temp file on error\n await fs.unlink(tempBodyFile).catch(() => {});\n throw updateError;\n }\n } else {\n await log(' ✅ PR body already contains issue reference');\n }\n }\n\n // Check if PR is ready for review (convert from draft if necessary)\n if (pr.isDraft) {\n await log(' 🔄 Converting PR from draft to ready for review...');\n const readyResult = await $`gh pr ready ${pr.number} --repo ${owner}/${repo}`;\n if (readyResult.code === 0) {\n await log(' ✅ PR converted to ready for review');\n } else {\n await log(` ⚠️ Could not convert PR to ready (${readyResult.stderr ? readyResult.stderr.toString().trim() : 'unknown error'})`);\n }\n } else {\n await log(' ✅ PR is already ready for review', { verbose: true });\n }\n }\n\n // Upload log file to PR if requested\n let logUploadSuccess = false;\n if (shouldAttachLogs) {\n await log('\\n📎 Uploading solution draft log to Pull Request...');\n logUploadSuccess = await attachLogToGitHub({\n logFile: getLogFile(),\n targetType: 'pr',\n targetNumber: pr.number,\n owner,\n repo,\n $,\n log,\n sanitizeLogContent,\n verbose: argv.verbose,\n sessionId,\n tempDir,\n anthropicTotalCostUSD,\n // Pass agent tool pricing data when available\n publicPricingEstimate,\n pricingInfo,\n // Issue #1088: Pass error**********ution for \"Finished with errors\" state\n errorDuringExecution,\n });\n }\n\n await log('\\n🎉 SUCCESS: A solution draft has been prepared as a pull request');\n await log(`📍 URL: ${pr.url}`);\n if (shouldAttachLogs && logUploadSuccess) {\n await log('📎 Solution draft log has been attached to the Pull Request');\n } else if (shouldAttachLogs && !logUploadSuccess) {\n await log('⚠️ Solution draft log upload was requested but failed');\n }\n await log('\\n✨ Please review the pull request for the proposed solution draft.');\n // Don't exit if watch mode is enabled OR if auto-restart is needed for uncommitted changes\n if (!argv.watch && !shouldRestart) {\n await safeExit(0, 'Process completed successfully');\n }\n return; // Return normally for watch mode or auto-restart\n } else {\n await log(` ℹ️ Found pull request #${pr.number} but it appears to be from a different session`);\n }\n } else {\n await log(` ℹ️ No pull requests found from branch ${branchName}`);\n }\n\n // If no PR found, search for recent comments on the issue\n await log('\\n🔍 Checking for new comments on issue #' + issueNumber + '...');\n\n // Get all comments and filter them\n // Use --paginate to get all comments - GitHub API returns max 30 per page by default\n const allCommentsResult = await $`gh api repos/${owner}/${repo}/issues/${issueNumber}/comments --paginate`;\n\n if (allCommentsResult.code !== 0) {\n await log(' ⚠️ Failed to check comments');\n // Continue with empty list\n }\n\n const allComments = JSON.parse(allCommentsResult.stdout.toString().trim() || '[]');\n\n // Filter for new comments by current user\n const newCommentsByUser = allComments.filter(comment => comment.user.login === currentUser && new Date(comment.created_at) > referenceTime);\n\n if (newCommentsByUser.length > 0) {\n const lastComment = newCommentsByUser[newCommentsByUser.length - 1];\n await log(` ✅ Found new comment by ${currentUser}`);\n\n // Upload log file to issue if requested\n if (shouldAttachLogs) {\n await log('\\n📎 Uploading solution draft log to issue...');\n await attachLogToGitHub({\n logFile: getLogFile(),\n targetType: 'issue',\n targetNumber: issueNumber,\n owner,\n repo,\n $,\n log,\n sanitizeLogContent,\n verbose: argv.verbose,\n sessionId,\n tempDir,\n anthropicTotalCostUSD,\n // Pass agent tool pricing data when available\n publicPricingEstimate,\n pricingInfo,\n // Issue #1088: Pass error**********ution for \"Finished with errors\" state\n errorDuringExecution,\n });\n }\n\n await log('\\n💬 SUCCESS: Comment posted on issue');\n await log(`📍 URL: ${lastComment.html_url}`);\n if (shouldAttachLogs) {\n await log('📎 Solution draft log has been attached to the issue');\n }\n await log('\\n✨ A clarifying comment has been added to the issue.');\n // Don't exit if watch mode is enabled OR if auto-restart is needed for uncommitted changes\n if (!argv.watch && !shouldRestart) {\n await safeExit(0, 'Process completed successfully');\n }\n return; // Return normally for watch mode or auto-restart\n } else if (allComments.length > 0) {\n await log(` ℹ️ Issue has ${allComments.length} existing comment(s)`);\n } else {\n await log(' ℹ️ No comments found on issue');\n }\n\n // If neither found, it might not have been necessary to create either\n await log('\\n📋 No new pull request or comment was created.');\n await log(' The issue may have been resolved differently or required no action.');\n await log('\\n💡 Review the session log for details:');\n // Always use absolute path for log file display\n const reviewLogPath = path.resolve(getLogFile());\n await log(` ${reviewLogPath}`);\n // Don't exit if watch mode is enabled - it needs to continue monitoring\n if (!argv.watch) {\n await safeExit(0, 'Process completed successfully');\n }\n return; // Return normally for watch mode\n } catch (searchError) {\n reportError(searchError, {\n context: 'verify_pr_creation',\n issueNumber,\n operation: 'search_for_pr',\n });\n await log('\\n⚠️ Could not verify results:', searchError.message);\n await log('\\n💡 Check the log file for details:');\n // Always use absolute path for log file display\n const checkLogPath = path.resolve(getLogFile());\n await log(` ${checkLogPath}`);\n // Don't exit if watch mode is enabled - it needs to continue monitoring\n if (!argv.watch) {\n await safeExit(0, 'Process completed successfully');\n }\n return; // Return normally for watch mode\n }\n};\n\n// Handle execution errors with log attachment\nexport const handl**********Error = async (error, shouldAttachLogs, owner, repo, argv = {}) => {\n const { cleanErrorMessage } = await import('./lib.mjs');\n await log('Error executing command:', cleanErrorMessage(error));\n await log(`Stack trace: ${error.stack}`, { verbose: true });\n\n // If --attach-logs is enabled, try to attach failure logs\n if (shouldAttachLogs && getLogFile()) {\n await log('\\n📄 Attempting to attach failure logs...');\n\n // Try to attach to existing PR first\n if (global.createdPR && global.createdPR.number) {\n try {\n const logUploadSuccess = await attachLogToGitHub({\n logFile: getLogFile(),\n targetType: 'pr',\n targetNumber: global.createdPR.number,\n owner,\n repo,\n $,\n log,\n sanitizeLogContent,\n verbose: argv.verbose || false,\n errorMessage: cleanErrorMessage(error),\n });\n\n if (logUploadSuccess) {\n await log('📎 Failure log attached to Pull Request');\n }\n } catch (attachError) {\n reportError(attachError, {\n context: 'attach_success_log',\n prNumber: global.createdPR?.number,\n operation: 'attach_log_to_pr',\n });\n await log(`⚠️ Could not attach failure log: ${attachError.message}`, { level: 'warning' });\n }\n }\n }\n\n // If --auto-close-pull-request-on-fail is enabled, close the PR\n if (argv.autoClosePullRequestOnFail && global.createdPR && global.createdPR.number) {\n await log('\\n🔒 Auto-closing pull request due to failure...');\n try {\n const result = await $`gh pr close ${global.createdPR.number} --repo ${owner}/${repo} --comment \"Auto-closed due to execution failure. Logs have been attached for debugging.\"`;\n if (result.exitCode === 0) {\n await log('✅ Pull request closed successfully');\n } else {\n await log(`⚠️ Could not close pull request: ${result.stderr}`, { level: 'warning' });\n }\n } catch (closeError) {\n reportError(closeError, {\n context: 'close_success_pr',\n prNumber: global.createdPR?.number,\n operation: 'close_pull_request',\n });\n await log(`⚠️ Could not close pull request: ${closeError.message}`, { level: 'warning' });\n }\n }\n\n await safeExit(1, 'Execution error');\n};\n",
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" // Import Claude-specific command builders",
" // These are used to generate copy-pasteable Claude CLI resume commands for users",
" // Pattern: (cd \"/tmp/gh-issue-solver-...\" && claude --resume <session-id>)",
"+// Two types of resume commands are supported:",
"+// 1. Interactive resume: Short command that opens interactive mode",
"+// 2. Autonomous resume: Full command with all flags to run autonomously",
" const claud**********ilder = await import('./claude.command-builder.lib.mjs');",
"-export const { buildClaudeResumeCommand, build***************mmand } = claudeCommandBuilder;",
"+export const { buildClaudeResumeCommand, buildClaudeAutonomousResumeCommand, build***************mmand } = claudeCommandBuilder;",
" ",
" // Import error handling functions",
" // const errorHandlers = await import('./solve.error-handlers.lib.mjs'); // Not currently used"
]
}
],
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[2026-01-11T01:51:04.478Z] [INFO] {
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"text": "Now update the `showSessionSummary` function to show both resume commands:"
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[2026-01-11T01:51:13.792Z] [INFO] {
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{
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"old_string": " // Show claude resume command only for --tool claude (or default)\n // This allows users to investigate, resume, see context, and more\n // Uses the (cd ... && claude --resume ...) pattern for a fully copyable, executable command\n const tool = argv.tool || 'claude';\n if (tool === 'claude') {\n // Build the Claude CLI resume command using the command builder\n const claudeResumeCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n\n await log('');\n await log('💡 To continue this session in Claude Code interactive mode:');\n await log('');\n await log(` ${claudeResumeCmd}`);\n await log('');\n }",
"new_string": " // Show claude resume commands only for --tool claude (or default)\n // This allows users to investigate, resume, see context, and more\n // Two types of resume commands are provided:\n // 1. Interactive resume: Opens Claude Code in interactive mode for user interaction\n // 2. Autonomous resume: Continues the work autonomously without user interaction\n const tool = argv.tool || 'claude';\n if (tool === 'claude') {\n // Build both resume commands using the command builder\n const inter**********meCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n const autonomousResumeCmd = buildClaudeAutonomousResumeCommand({ tempDir, sessionId, model: argv.model });\n\n await log('');\n await log('💡 To continue this session:');\n await log('');\n await log(' Interactive mode (opens Claude Code for user interaction):');\n await log(` ${interactiveResumeCmd}`);\n await log('');\n await log(' Autonomous mode (continues work without user interaction):');\n await log(` ${autonomousResumeCmd}`);\n await log('');\n }"
}
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[2026-01-11T01:51:13.823Z] [INFO] {"type":"user","message":{"role":"user","content":[{"tool_use_id":"toolu_013Hw1H88YDqh75u3xyCJXzt","type":"tool_result","content":"The file /tmp/gh-issue-solver-1768096096209/src/solve.results.lib.mjs has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 359→ // Always use absolute path for log file display\n 360→ const absoluteLogPath = path.resolve(getLogFile());\n 361→ await log(`✅ Complete log file: ${absoluteLogPath}`);\n 362→\n 363→ // Show claude resume commands only for --tool claude (or default)\n 364→ // This allows users to investigate, resume, see context, and more\n 365→ // Two types of resume commands are provided:\n 366→ // 1. Interactive resume: Opens Claude Code in interactive mode for user interaction\n 367→ // 2. Autonomous resume: Continues the work autonomously without user interaction\n 368→ const tool = argv.tool || 'claude';\n 369→ if (tool === 'claude') {\n 370→ // Build both resume commands using the command builder\n 371→ const inter**********meCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n 372→ const autonomousResumeCmd = buildClaudeAutonomousResumeCommand({ tempDir, sessionId, model: argv.model });\n 373→\n 374→ await log('');\n 375→ await log('💡 To continue this session:');\n 376→ await log('');\n 377→ await log(' Interactive mode (opens Claude Code for user interaction):');\n 378→ await log(` ${interactiveResumeCmd}`);\n 379→ await log('');\n 380→ await log(' Autonomous mode (continues work without user interaction):');\n 381→ await log(` ${autonomousResumeCmd}`);\n 382→ await log('');\n 383→ }\n 384→\n 385→ if (limitReached) {\n 386→ await log('⏰ LIMIT REACHED DETECTED!');\n 387→"}]},"parent_tool_use_id":null,"session_id":"34546448-e309-47d8-93cc-aac1f21510d4","uuid":"aa951a02-dd9e-4867-bf1f-1fb58521efc1","tool_use_result":{"filePath":"/tmp/gh-issue-solver-1768096096209/src/solve.results.lib.mjs","oldString":" // Show claude resume command only for --tool claude (or default)\n // This allows users to investigate, resume, see context, and more\n // Uses the (cd ... && claude --resume ...) pattern for a fully copyable, executable command\n const tool = argv.tool || 'claude';\n if (tool === 'claude') {\n // Build the Claude CLI resume command using the command builder\n const claudeResumeCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n\n await log('');\n await log('💡 To continue this session in Claude Code interactive mode:');\n await log('');\n await log(` ${claudeResumeCmd}`);\n await log('');\n }","newString":" // Show claude resume commands only for --tool claude (or default)\n // This allows users to investigate, resume, see context, and more\n // Two types of resume commands are provided:\n // 1. Interactive resume: Opens Claude Code in interactive mode for user interaction\n // 2. Autonomous resume: Continues the work autonomously without user interaction\n const tool = argv.tool || 'claude';\n if (tool === 'claude') {\n // Build both resume commands using the command builder\n const inter**********meCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n const autonomousResumeCmd = buildClaudeAutonomousResumeCommand({ tempDir, sessionId, model: argv.model });\n\n await log('');\n await log('💡 To continue this session:');\n await log('');\n await log(' Interactive mode (opens Claude Code for user interaction):');\n await log(` ${interactiveResumeCmd}`);\n await log('');\n await log(' Autonomous mode (continues work without user interaction):');\n await log(` ${autonomousResumeCmd}`);\n await log('');\n }","originalFile":"#!/usr/bin/env node\n\n// Results processing module for solve command\n// Extracted from solve.mjs to keep files under 1500 lines\n\n// Use use-m to dynamically import modules for cross-runtime compatibility\n// Check if use is already defined globally (when imported from solve.mjs)\n// If not, fetch it (when running standalone)\nif (typeof globalThis.use === 'undefined') {\n globalThis.use = (await eval(await (await fetch('https://unpkg.com/use-m/use.js')).text())).use;\n}\nconst use = globalThis.use;\n\n// Use command-stream for consistent $ behavior across runtimes\nconst { $ } = await use('command-stream');\n\nconst path = (await use('path')).default;\n\n// Import shared library functions\nconst lib = await import('./lib.mjs');\nconst { log, getLogFile, formatAligned } = lib;\n\n// Import exit handler\nimport { safeExit } from './exit-handler.lib.mjs';\n\n// Import GitHub-related functions\nconst githubLib = await import('./github.lib.mjs');\nconst { sanitizeLogContent, attachLogToGitHub } = githubLib;\n\n// Import continuation functions (session resumption, PR detection)\nconst autoContinue = await import('./solve.auto-continue.lib.mjs');\nconst { autoC*****************esets } = autoContinue;\n\n// Import Claude-specific command builders\n// These are used to generate copy-pasteable Claude CLI resume commands for users\n// Pattern: (cd \"/tmp/gh-issue-solver-...\" && claude --resume <session-id>)\n// Two types of resume commands are supported:\n// 1. Interactive resume: Short command that opens interactive mode\n// 2. Autonomous resume: Full command with all flags to run autonomously\nconst claud**********ilder = await import('./claude.command-builder.lib.mjs');\nexport const { buildClaudeResumeCommand, buildClaudeAutonomousResumeCommand, build***************mmand } = claudeCommandBuilder;\n\n// Import error handling functions\n// const errorHandlers = await import('./solve.error-handlers.lib.mjs'); // Not currently used\n// Import Sentry integration\nconst sentryLib = await import('./sentry.lib.mjs');\nconst { reportError } = sentryLib;\n\n// Import GitHub linking detection library\nconst githubLinking = await import('./github-linking.lib.mjs');\nconst { hasGi*************yword } = githubLinking;\n\n/**\n * Detect the CLAUDE.md or .gitkeep commit hash from branch structure when not available in session\n * This handles continue mode where the commit hash was lost between sessions\n *\n * Safety checks to prevent Issue #617 (wrong commit revert):\n * 1. Only look at commits on the PR branch (not default branch commits)\n * 2. Verify the commit message matches our expected pattern\n * 3. Verify the commit ONLY adds CLAUDE.md or .gitkeep (no other files changed)\n * 4. Verify there are additional commits after it (actual work was done)\n *\n * @param {string} tempDir - The temporary directory with the git repo\n * @param {string} branchName - The PR branch name\n * @returns {string|null} - The detected commit hash or null if not found/safe\n */\nconst detec********************ranch = async (tempDir, branchName) => {\n try {\n await log(' Attempting to detect CLAUDE.md or .gitkeep commit from branch structure...', { verbose: true });\n\n // First check if CLAUDE.md or .gitkeep exists in current branch\n const claud**********esult = await $({ cwd: tempDir })`git ls-files CLAUDE.md 2>&1`;\n const gitkeepExistsResult = await $({ cwd: tempDir })`git ls-files .gitkeep 2>&1`;\n const claudeMdExists = claudeMdExistsResult.code === 0 && claudeMdExistsResult.stdout && claudeMdExistsResult.stdout.trim();\n const gitkeepExists = gitkeepExistsResult.code === 0 && gitkeepExistsResult.stdout && gitkeepExistsResult.stdout.trim();\n\n if (!claudeMdExists && !gitkeepExists) {\n await log(' Neither CLAUDE.md nor .gitkeep exists in current branch', { verbose: true });\n return null;\n }\n\n // Get the default branch to find the fork point\n const defaultBranchResult = await $({ cwd: tempDir })`git symbolic-ref refs/remotes/origin/HEAD 2>&1`;\n let defaultBranch = 'main';\n if (defaultBranchResult.code === 0 && defaultBranchResult.stdout) {\n const match = defaultBranchResult.stdout.toString().match(/refs\\/remotes\\/origin\\/(.+)/);\n if (match) {\n defaultBranch = match[1].trim();\n }\n }\n await log(` Using default branch: ${defaultBranch}`, { verbose: true });\n\n // Find the merge base (fork point) between current branch and default branch\n const mergeBaseResult = await $({ cwd: tempDir })`git merge-base origin/${defaultBranch} HEAD 2>&1`;\n if (mergeBaseResult.code !== 0 || !mergeBaseResult.stdout) {\n await log(' Could not find merge base, cannot safely detect initial commit', { verbose: true });\n return null;\n }\n const mergeBase = mergeBaseResult.stdout.toString().trim();\n await log(` Merge base: ${mergeBase.substring(0, 7)}`, { verbose: true });\n\n // Get all commits on the PR branch (commits after the merge base)\n // Format: hash|message|files_changed\n const branchCommitsResult = await $({ cwd: tempDir })`git log ${mergeBase}..HEAD --reverse --format=\"%H|%s\" 2>&1`;\n if (branchCommitsResult.code !== 0 || !branchCommitsResult.stdout) {\n await log(' No commits found on PR branch', { verbose: true });\n return null;\n }\n\n const branchCommits = branchCommitsResult.stdout.toString().trim().split('\\n').filter(Boolean);\n if (branchCommits.length === 0) {\n await log(' No commits found on PR branch', { verbose: true });\n return null;\n }\n\n await log(` Found ${branchCommits.length} commit(s) on PR branch`, { verbose: true });\n\n // Safety check: Must have at least 2 commits (CLAUDE.md commit + actual work)\n if (branchCommits.length < 2) {\n await log(' Only 1 commit on branch - not enough commits to safely revert CLAUDE.md', { verbose: true });\n await log(' (Need at least 2 commits: CLAUDE.md initial + actual work)', { verbose: true });\n return null;\n }\n\n // Get the first commit on the PR branch\n const firstCommitLine = branchCommits[0];\n const [firstCommitHash, firstCommitMessage] = firstCommitLine.split('|');\n\n await log(` First commit on branch: ${firstCommitHash.substring(0, 7)} - \"${firstCommitMessage}\"`, {\n verbose: true,\n });\n\n // Safety check: Verify commit message matches expected pattern (CLAUDE.md or .gitkeep)\n const expec*************terns = [/^Initial commit with task details/i, /^Add CLAUDE\\.md/i, /^CLAUDE\\.md/i, /^Add \\.gitkeep/i, /\\.gitkeep/i];\n\n const messageMatches = expectedMessagePatterns.some(pattern => pattern.test(firstCommitMessage));\n if (!messageMatches) {\n await log(' First commit message does not match expected pattern', { verbose: true });\n await log(' Expected patterns: \"Initial commit with task details...\", \"Add CLAUDE.md\", \".gitkeep\", etc.', {\n verbose: true,\n });\n return null;\n }\n\n // Safety check: Verify the commit ONLY adds CLAUDE.md or .gitkeep file (no other files)\n const filesChangedResult = await $({\n cwd: tempDir,\n })`git diff-tree --no-commit-id --name-only -r ${firstCommitHash} 2>&1`;\n if (filesChangedResult.code !== 0 || !filesChangedResult.stdout) {\n await log(' Could not get files changed in first commit', { verbose: true });\n return null;\n }\n\n const filesChanged = filesChangedResult.stdout.toString().trim().split('\\n').filter(Boolean);\n await log(` Files changed in first commit: ${filesChanged.join(', ')}`, { verbose: true });\n\n // Check if CLAUDE.md or .gitkeep is in the files changed\n const hasClaudeMd = filesChanged.includes('CLAUDE.md');\n const hasGitkeep = filesChanged.includes('.gitkeep');\n if (!hasClaudeMd && !hasGitkeep) {\n await log(' First commit does not include CLAUDE.md or .gitkeep', { verbose: true });\n return null;\n }\n\n const targetFile = hasClaudeMd ? 'CLAUDE.md' : '.gitkeep';\n\n // CRITICAL SAFETY CHECK: Only allow revert if the target file is the ONLY file changed\n // This prevents Issue #617 where reverting a commit deleted .gitignore, LICENSE, README.md\n if (filesChanged.length > 1) {\n await log(` ⚠️ First commit changes more than just ${targetFile} (${filesChanged.length} files)`, {\n verbose: true,\n });\n await log(` Files: ${filesChanged.join(', ')}`, { verbose: true });\n await log(' Refusing to revert to prevent data loss (Issue #617 safety)', { verbose: true });\n return null;\n }\n\n // All safety checks passed!\n await log(` ✅ Detected ${targetFile} commit: ${firstCommitHash.substring(0, 7)}`, { verbose: true });\n await log(` ✅ Commit only contains ${targetFile} (safe to revert)`, { verbose: true });\n await log(` ✅ Branch has ${branchCommits.length - 1} additional commit(s) (work was done)`, { verbose: true });\n\n return firstCommitHash;\n } catch (error) {\n reportError(error, {\n context: 'detect_initial_commit',\n tempDir,\n branchName,\n operation: 'detect_commit_from_branch_structure',\n });\n await log(` Error detecting initial commit: ${error.message}`, { verbose: true });\n return null;\n }\n};\n\n// Revert the CLAUDE.md or .gitkeep commit to restore original state\nexport const cleanupClaudeFile = async (tempDir, branchName, claudeCommitHash = null) => {\n try {\n // If no commit hash provided, try to detect it from branch structure\n // This handles continue mode where the hash was lost between sessions\n if (!claudeCommitHash) {\n await log(' No initial commit hash from session, attempting to detect from branch...', { verbose: true });\n claudeCommitHash = await detectClaudeMdCommitFromBranch(tempDir, branchName);\n\n if (!claudeCommitHash) {\n await log(' Could not safely detect initial commit to revert', { verbose: true });\n return;\n }\n await log(` Detected initial commit: ${claudeCommitHash.substring(0, 7)}`, { verbose: true });\n }\n\n // Determine which file was used based on the commit message or flags\n // Check the commit message to determine which file was committed\n const commitMsgResult = await $({ cwd: tempDir })`git log -1 --format=%s ${claudeCommitHash} 2>&1`;\n const commitMsg = commitMsgResult.stdout?.trim() || '';\n const isGitkeepFile = commitMsg.includes('.gitkeep');\n const fileName = isGitkeepFile ? '.gitkeep' : 'CLAUDE.md';\n\n await log(formatAligned('🔄', 'Cleanup:', `Reverting ${fileName} commit`));\n await log(` Using saved commit hash: ${claudeCommitHash.substring(0, 7)}...`, { verbose: true });\n\n const commitToRevert = claudeCommitHash;\n\n // APPROACH 3: Check for modifications before reverting (proactive detection)\n // This is the main strategy - detect if the file was modified after initial commit\n await log(` Checking if ${fileName} was modified since initial commit...`, { verbose: true });\n const diffResult = await $({ cwd: tempDir })`git diff ${commitToRevert} HEAD -- ${fileName} 2>&1`;\n\n if (diffResult.stdout && diffResult.stdout.trim()) {\n // File was modified after initial commit - use manual approach to avoid conflicts\n await log(` ${fileName} was modified after initial commit, using manual cleanup...`, { verbose: true });\n\n // Get the state of the file from before the initial commit (parent of the commit we're reverting)\n const parentCommit = `${commitToRevert}~1`;\n const parentFileExists = await $({ cwd: tempDir })`git cat-file -e ${parentCommit}:${fileName} 2>&1`;\n\n if (parentFileExists.code === 0) {\n // File existed before the initial commit - restore it to that state\n await log(` ${fileName} existed before session, restoring to previous state...`, { verbose: true });\n await $({ cwd: tempDir })`git checkout ${parentCommit} -- ${fileName}`;\n } else {\n // File didn't exist before the initial commit - delete it\n await log(` ${fileName} was created in session, removing it...`, { verbose: true });\n await $({ cwd: tempDir })`git rm -f ${fileName} 2>&1`;\n }\n\n // Create a manual revert commit\n const commitResult = await $({ cwd: tempDir })`git commit -m \"Revert: Remove ${fileName} changes from initial commit\" 2>&1`;\n\n if (commitResult.code === 0) {\n await log(formatAligned('📦', 'Committed:', `${fileName} revert (manual)`));\n\n // Push the revert\n const pushRevertResult = await $({ cwd: tempDir })`git push origin ${branchName} 2>&1`;\n if (pushRevertResult.code === 0) {\n await log(formatAligned('📤', 'Pushed:', `${fileName} revert to GitHub`));\n } else {\n await log(` Warning: Could not push ${fileName} revert`, { verbose: true });\n }\n } else {\n await log(' Warning: Could not create manual revert commit', { verbose: true });\n await log(` Commit output: ${commitResult.stderr || commitResult.stdout}`, { verbose: true });\n }\n } else {\n // No modifications detected - safe to use git revert (standard approach)\n await log(' No modifications detected, using standard git revert...', { verbose: true });\n\n // FALLBACK 1: Standard git revert\n const revertResult = await $({ cwd: tempDir })`git revert ${commitToRevert} --no-edit 2>&1`;\n if (revertResult.code === 0) {\n await log(formatAligned('📦', 'Committed:', `${fileName} revert`));\n\n // Push the revert\n const pushRevertResult = await $({ cwd: tempDir })`git push origin ${branchName} 2>&1`;\n if (pushRevertResult.code === 0) {\n await log(formatAligned('📤', 'Pushed:', `${fileName} revert to GitHub`));\n } else {\n await log(` Warning: Could not push ${fileName} revert`, { verbose: true });\n }\n } else {\n // FALLBACK 2: Handle unexpected conflicts (three-way merge with automatic resolution)\n const revertOutput = revertResult.stderr || revertResult.stdout || '';\n const hasConflict = revertOutput.includes('CONFLICT') || revertOutput.includes('conflict');\n\n if (hasConflict) {\n await log(' Unexpected conflict detected, attempting automatic resolution...', { verbose: true });\n\n // Check git status to see what files are in conflict\n const statusResult = await $({ cwd: tempDir })`git status --short 2>&1`;\n const statusOutput = statusResult.stdout || '';\n\n // Check if the file is in the conflict\n if (statusOutput.includes(fileName)) {\n await log(` Resolving ${fileName} conflict by restoring pre-session state...`, { verbose: true });\n\n // Get the state of the file from before the initial commit (parent of the commit we're reverting)\n const parentCommit = `${commitToRevert}~1`;\n const parentFileExists = await $({ cwd: tempDir })`git cat-file -e ${parentCommit}:${fileName} 2>&1`;\n\n if (parentFileExists.code === 0) {\n // File existed before the initial commit - restore it to that state\n await log(` ${fileName} existed before session, restoring to previous state...`, { verbose: true });\n await $({ cwd: tempDir })`git checkout ${parentCommit} -- ${fileName}`;\n // Stage the resolved file\n await $({ cwd: tempDir })`git add ${fileName} 2>&1`;\n } else {\n // File didn't exist before the initial commit - delete it\n await log(` ${fileName} was created in session, removing it...`, { verbose: true });\n await $({ cwd: tempDir })`git rm -f ${fileName} 2>&1`;\n // No need to git add since git rm stages the deletion\n }\n\n // Complete the revert with the resolved conflict\n const continueResult = await $({ cwd: tempDir })`git revert --continue --no-edit 2>&1`;\n\n if (continueResult.code === 0) {\n await log(formatAligned('📦', 'Committed:', `${fileName} revert (conflict resolved)`));\n\n // Push the revert\n const pushRevertResult = await $({ cwd: tempDir })`git push origin ${branchName} 2>&1`;\n if (pushRevertResult.code === 0) {\n await log(formatAligned('📤', 'Pushed:', `${fileName} revert to GitHub`));\n } else {\n await log(` Warning: Could not push ${fileName} revert`, { verbose: true });\n }\n } else {\n await log(' Warning: Could not complete revert after conflict resolution', { verbose: true });\n await log(` Continue output: ${continueResult.stderr || continueResult.stdout}`, { verbose: true });\n }\n } else {\n // Conflict in some other file, not expected file - this is unexpected\n await log(' Warning: Revert conflict in unexpected file(s), aborting revert', { verbose: true });\n await $({ cwd: tempDir })`git revert --abort 2>&1`;\n }\n } else {\n // Non-conflict error\n await log(` Warning: Could not revert ${fileName} commit`, { verbose: true });\n await log(` Revert output: ${revertOutput}`, { verbose: true });\n }\n }\n }\n } catch (e) {\n reportError(e, {\n context: 'cleanup_claude_file',\n tempDir,\n operation: 'revert_initial_commit',\n });\n // If revert fails, that's okay - the task is still complete\n await log(' Initial commit revert failed or not needed', { verbose: true });\n }\n};\n\n// Show session summary and handle limit reached scenarios\nexport const showSessionSummary = async (sessionId, limitReached, argv, issueUrl, tempDir, shouldAttachLogs = false) => {\n await log('\\n=== Session Summary ===');\n\n if (sessionId) {\n await log(`✅ Session ID: ${sessionId}`);\n // Always use absolute path for log file display\n const absoluteLogPath = path.resolve(getLogFile());\n await log(`✅ Complete log file: ${absoluteLogPath}`);\n\n // Show claude resume command only for --tool claude (or default)\n // This allows users to investigate, resume, see context, and more\n // Uses the (cd ... && claude --resume ...) pattern for a fully copyable, executable command\n const tool = argv.tool || 'claude';\n if (tool === 'claude') {\n // Build the Claude CLI resume command using the command builder\n const claudeResumeCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n\n await log('');\n await log('💡 To continue this session in Claude Code interactive mode:');\n await log('');\n await log(` ${claudeResumeCmd}`);\n await log('');\n }\n\n if (limitReached) {\n await log('⏰ LIMIT REACHED DETECTED!');\n\n if (argv.autoResumeOnLimitReset && global.limitResetTime) {\n await log(`\\n🔄 AUTO-RESUME ON LIMIT RESET ENABLED - Will resume at ${global.limitResetTime}`);\n await autoContinueWhenLimitResets(issueUrl, sessionId, argv, shouldAttachLogs);\n } else {\n if (global.limitResetTime) {\n await log(`\\n⏰ Limit resets at: ${global.limitResetTime}`);\n }\n\n await log('\\n💡 After the limit resets, resume using the Claude command above.');\n\n if (argv.autoCleanup !== false) {\n await log('');\n await log('⚠️ Note: Temporary directory will be automatically cleaned up.');\n await log(' To keep the directory for debugging or resuming, use --no-auto-cleanup');\n }\n }\n } else {\n // Show note about auto-cleanup only when enabled\n if (argv.autoCleanup !== false) {\n await log('ℹ️ Note: Temporary directory will be automatically cleaned up.');\n await log(' To keep the directory for debugging or resuming, use --no-auto-cleanup');\n }\n }\n\n // Don't show log preview, it's too technical\n } else {\n // For agent tool, session IDs may not be meaningful for resuming, so don't show as error\n if (argv.tool !== 'agent') {\n await log('❌ No session ID extracted');\n } else {\n await log('ℹ️ Agent tool completed (session IDs not used for resuming)');\n }\n // Always use absolute path for log file display\n const logFilePath = path.resolve(getLogFile());\n await log(`📁 Log file available: ${logFilePath}`);\n }\n};\n\n// Verify results by searching for new PRs and comments\nexport const verifyResults = async (owner, repo, branchName, issueNumber, prNumber, prUrl, referenceTime, argv, shouldAttachLogs, shouldRestart = false, sessionId = null, tempDir = null, anthr***********stUSD = null, publi***********imate = null, pricingInfo = null, error**********ution = false) => {\n await log('\\n🔍 Searching for created pull requests or comments...');\n\n try {\n // Get the current user's GitHub username\n const userResult = await $`gh api user --jq .login`;\n\n if (userResult.code !== 0) {\n throw new Error(`Failed to get current user: ${userResult.stderr ? userResult.stderr.toString() : 'Unknown error'}`);\n }\n\n const currentUser = userResult.stdout.toString().trim();\n if (!currentUser) {\n throw new Error('Unable to determine current GitHub user');\n }\n\n // Search for pull requests created from our branch\n await log('\\n🔍 Checking for pull requests from branch ' + branchName + '...');\n\n // First, get all PRs from our branch\n // IMPORTANT: Use --state all to find PRs that may have been merged during the session (Issue #1008)\n // Without --state all, gh pr list only returns OPEN PRs, missing merged ones\n const allBranchPrsResult = await $`gh pr list --repo ${owner}/${repo} --head ${branchName} --state all --json number,url,createdAt,headRefName,title,state,updatedAt,isDraft`;\n\n if (allBranchPrsResult.code !== 0) {\n await log(' ⚠️ Failed to check pull requests');\n // Continue with empty list\n }\n\n const allBranchPrs = allBranchPrsResult.stdout.toString().trim() ? JSON.parse(allBranchPrsResult.stdout.toString().trim()) : [];\n\n // Check if we have any PRs from our branch\n // If auto-PR was created, it should be the one we're working on\n if (allBranchPrs.length > 0) {\n const pr = allBranchPrs[0]; // Get the most recent PR from our branch\n\n // If we created a PR earlier in this session, it would be prNumber\n // Or if the PR was updated during the session (updatedAt > referenceTime)\n const isPrFromSession = (prNumber && pr.number.toString() === prNumber) || (prUrl && pr.url === prUrl) || new Date(pr.updatedAt) > referenceTime || new Date(pr.createdAt) > referenceTime;\n\n if (isPrFromSession) {\n await log(` ✅ Found pull request #${pr.number}: \"${pr.title}\"`);\n\n // Check if PR was merged during the session (Issue #1008)\n const isPrMerged = pr.state === 'MERGED';\n if (isPrMerged) {\n await log(` ℹ️ PR #${pr.number} was merged during the session`);\n }\n\n // Skip PR body update and ready conversion for merged PRs (they can't be edited)\n if (!isPrMerged) {\n // Check if PR body has proper issue linking keywords\n const prBodyResult = await $`gh pr view ${pr.number} --repo ${owner}/${repo} --json body --jq .body`;\n if (prBodyResult.code === 0) {\n const prBody = prBodyResult.stdout.toString();\n const issueRef = argv.fork ? `${owner}/${repo}#${issueNumber}` : `#${issueNumber}`;\n\n // Use the new GitHub linking detection library to check for valid keywords\n // This ensures we only detect actual GitHub-recognized linking keywords\n // (fixes, close
[2026-01-11T01:51:13.826Z] [INFO] s, resolves and their variants) in proper format\n // See: https://docs.github.com/en/issues/tracking-your-work-with-issues/linking-a-pull-request-to-an-issue\n const hasLinkingKeyword = hasGitHubLinkingKeyword(prBody, issueNumber, argv.fork ? owner : null, argv.fork ? repo : null);\n\n if (!hasLinkingKeyword) {\n await log(` 📝 Updating PR body to link issue #${issueNumber}...`);\n\n // Add proper issue reference to the PR body\n const linkingText = `\\n\\nFixes ${issueRef}`;\n const updatedBody = prBody + linkingText;\n\n // Use --body-file instead of --body to avoid command-line length limits\n // and special character escaping issues that can cause hangs/timeouts\n const fs = (await use('fs')).promises;\n const tempBodyFile = `/tmp/pr-body-update-${pr.number}-${Date.now()}.md`;\n await fs.writeFile(tempBodyFile, updatedBody);\n\n try {\n const updateResult = await $`gh pr edit ${pr.number} --repo ${owner}/${repo} --body-file \"${tempBodyFile}\"`;\n\n // Clean up temp file\n await fs.unlink(tempBodyFile).catch(() => {});\n\n if (updateResult.code === 0) {\n await log(` ✅ Updated PR body to include \"Fixes ${issueRef}\"`);\n } else {\n await log(` ⚠️ Could not update PR body: ${updateResult.stderr ? updateResult.stderr.toString().trim() : 'Unknown error'}`);\n }\n } catch (updateError) {\n // Clean up temp file on error\n await fs.unlink(tempBodyFile).catch(() => {});\n throw updateError;\n }\n } else {\n await log(' ✅ PR body already contains issue reference');\n }\n }\n\n // Check if PR is ready for review (convert from draft if necessary)\n if (pr.isDraft) {\n await log(' 🔄 Converting PR from draft to ready for review...');\n const readyResult = await $`gh pr ready ${pr.number} --repo ${owner}/${repo}`;\n if (readyResult.code === 0) {\n await log(' ✅ PR converted to ready for review');\n } else {\n await log(` ⚠️ Could not convert PR to ready (${readyResult.stderr ? readyResult.stderr.toString().trim() : 'unknown error'})`);\n }\n } else {\n await log(' ✅ PR is already ready for review', { verbose: true });\n }\n }\n\n // Upload log file to PR if requested\n let logUploadSuccess = false;\n if (shouldAttachLogs) {\n await log('\\n📎 Uploading solution draft log to Pull Request...');\n logUploadSuccess = await attachLogToGitHub({\n logFile: getLogFile(),\n targetType: 'pr',\n targetNumber: pr.number,\n owner,\n repo,\n $,\n log,\n sanitizeLogContent,\n verbose: argv.verbose,\n sessionId,\n tempDir,\n anthropicTotalCostUSD,\n // Pass agent tool pricing data when available\n publicPricingEstimate,\n pricingInfo,\n // Issue #1088: Pass error**********ution for \"Finished with errors\" state\n errorDuringExecution,\n });\n }\n\n await log('\\n🎉 SUCCESS: A solution draft has been prepared as a pull request');\n await log(`📍 URL: ${pr.url}`);\n if (shouldAttachLogs && logUploadSuccess) {\n await log('📎 Solution draft log has been attached to the Pull Request');\n } else if (shouldAttachLogs && !logUploadSuccess) {\n await log('⚠️ Solution draft log upload was requested but failed');\n }\n await log('\\n✨ Please review the pull request for the proposed solution draft.');\n // Don't exit if watch mode is enabled OR if auto-restart is needed for uncommitted changes\n if (!argv.watch && !shouldRestart) {\n await safeExit(0, 'Process completed successfully');\n }\n return; // Return normally for watch mode or auto-restart\n } else {\n await log(` ℹ️ Found pull request #${pr.number} but it appears to be from a different session`);\n }\n } else {\n await log(` ℹ️ No pull requests found from branch ${branchName}`);\n }\n\n // If no PR found, search for recent comments on the issue\n await log('\\n🔍 Checking for new comments on issue #' + issueNumber + '...');\n\n // Get all comments and filter them\n // Use --paginate to get all comments - GitHub API returns max 30 per page by default\n const allCommentsResult = await $`gh api repos/${owner}/${repo}/issues/${issueNumber}/comments --paginate`;\n\n if (allCommentsResult.code !== 0) {\n await log(' ⚠️ Failed to check comments');\n // Continue with empty list\n }\n\n const allComments = JSON.parse(allCommentsResult.stdout.toString().trim() || '[]');\n\n // Filter for new comments by current user\n const newCommentsByUser = allComments.filter(comment => comment.user.login === currentUser && new Date(comment.created_at) > referenceTime);\n\n if (newCommentsByUser.length > 0) {\n const lastComment = newCommentsByUser[newCommentsByUser.length - 1];\n await log(` ✅ Found new comment by ${currentUser}`);\n\n // Upload log file to issue if requested\n if (shouldAttachLogs) {\n await log('\\n📎 Uploading solution draft log to issue...');\n await attachLogToGitHub({\n logFile: getLogFile(),\n targetType: 'issue',\n targetNumber: issueNumber,\n owner,\n repo,\n $,\n log,\n sanitizeLogContent,\n verbose: argv.verbose,\n sessionId,\n tempDir,\n anthropicTotalCostUSD,\n // Pass agent tool pricing data when available\n publicPricingEstimate,\n pricingInfo,\n // Issue #1088: Pass error**********ution for \"Finished with errors\" state\n errorDuringExecution,\n });\n }\n\n await log('\\n💬 SUCCESS: Comment posted on issue');\n await log(`📍 URL: ${lastComment.html_url}`);\n if (shouldAttachLogs) {\n await log('📎 Solution draft log has been attached to the issue');\n }\n await log('\\n✨ A clarifying comment has been added to the issue.');\n // Don't exit if watch mode is enabled OR if auto-restart is needed for uncommitted changes\n if (!argv.watch && !shouldRestart) {\n await safeExit(0, 'Process completed successfully');\n }\n return; // Return normally for watch mode or auto-restart\n } else if (allComments.length > 0) {\n await log(` ℹ️ Issue has ${allComments.length} existing comment(s)`);\n } else {\n await log(' ℹ️ No comments found on issue');\n }\n\n // If neither found, it might not have been necessary to create either\n await log('\\n📋 No new pull request or comment was created.');\n await log(' The issue may have been resolved differently or required no action.');\n await log('\\n💡 Review the session log for details:');\n // Always use absolute path for log file display\n const reviewLogPath = path.resolve(getLogFile());\n await log(` ${reviewLogPath}`);\n // Don't exit if watch mode is enabled - it needs to continue monitoring\n if (!argv.watch) {\n await safeExit(0, 'Process completed successfully');\n }\n return; // Return normally for watch mode\n } catch (searchError) {\n reportError(searchError, {\n context: 'verify_pr_creation',\n issueNumber,\n operation: 'search_for_pr',\n });\n await log('\\n⚠️ Could not verify results:', searchError.message);\n await log('\\n💡 Check the log file for details:');\n // Always use absolute path for log file display\n const checkLogPath = path.resolve(getLogFile());\n await log(` ${checkLogPath}`);\n // Don't exit if watch mode is enabled - it needs to continue monitoring\n if (!argv.watch) {\n await safeExit(0, 'Process completed successfully');\n }\n return; // Return normally for watch mode\n }\n};\n\n// Handle execution errors with log attachment\nexport const handl**********Error = async (error, shouldAttachLogs, owner, repo, argv = {}) => {\n const { cleanErrorMessage } = await import('./lib.mjs');\n await log('Error executing command:', cleanErrorMessage(error));\n await log(`Stack trace: ${error.stack}`, { verbose: true });\n\n // If --attach-logs is enabled, try to attach failure logs\n if (shouldAttachLogs && getLogFile()) {\n await log('\\n📄 Attempting to attach failure logs...');\n\n // Try to attach to existing PR first\n if (global.createdPR && global.createdPR.number) {\n try {\n const logUploadSuccess = await attachLogToGitHub({\n logFile: getLogFile(),\n targetType: 'pr',\n targetNumber: global.createdPR.number,\n owner,\n repo,\n $,\n log,\n sanitizeLogContent,\n verbose: argv.verbose || false,\n errorMessage: cleanErrorMessage(error),\n });\n\n if (logUploadSuccess) {\n await log('📎 Failure log attached to Pull Request');\n }\n } catch (attachError) {\n reportError(attachError, {\n context: 'attach_success_log',\n prNumber: global.createdPR?.number,\n operation: 'attach_log_to_pr',\n });\n await log(`⚠️ Could not attach failure log: ${attachError.message}`, { level: 'warning' });\n }\n }\n }\n\n // If --auto-close-pull-request-on-fail is enabled, close the PR\n if (argv.autoClosePullRequestOnFail && global.createdPR && global.createdPR.number) {\n await log('\\n🔒 Auto-closing pull request due to failure...');\n try {\n const result = await $`gh pr close ${global.createdPR.number} --repo ${owner}/${repo} --comment \"Auto-closed due to execution failure. Logs have been attached for debugging.\"`;\n if (result.exitCode === 0) {\n await log('✅ Pull request closed successfully');\n } else {\n await log(`⚠️ Could not close pull request: ${result.stderr}`, { level: 'warning' });\n }\n } catch (closeError) {\n reportError(closeError, {\n context: 'close_success_pr',\n prNumber: global.createdPR?.number,\n operation: 'close_pull_request',\n });\n await log(`⚠️ Could not close pull request: ${closeError.message}`, { level: 'warning' });\n }\n }\n\n await safeExit(1, 'Execution error');\n};\n","structuredPatch":[{"oldStart":360,"oldLines":19,"newStart":360,"newLines":26,"lines":[" const absoluteLogPath = path.resolve(getLogFile());"," await log(`✅ Complete log file: ${absoluteLogPath}`);"," ","- // Show claude resume command only for --tool claude (or default)","+ // Show claude resume commands only for --tool claude (or default)"," // This allows users to investigate, resume, see context, and more","- // Uses the (cd ... && claude --resume ...) pattern for a fully copyable, executable command","+ // Two types of resume commands are provided:","+ // 1. Interactive resume: Opens Claude Code in interactive mode for user interaction","+ // 2. Autonomous resume: Continues the work autonomously without user interaction"," const tool = argv.tool || 'claude';"," if (tool === 'claude') {","- // Build the Claude CLI resume command using the command builder","- const claudeResumeCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });","+ // Build both resume commands using the command builder","+ const inter**********meCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });","+ const autonomousResumeCmd = buildClaudeAutonomousResumeCommand({ tempDir, sessionId, model: argv.model });"," "," await log('');","- await log('💡 To continue this session in Claude Code interactive mode:');","+ await log('💡 To continue this session:');"," await log('');","- await log(` ${claudeResumeCmd}`);","+ await log(' Interactive mode (opens Claude Code for user interaction):');","+ await log(` ${interactiveResumeCmd}`);"," await log('');","+ await log(' Autonomous mode (continues work without user interaction):');","+ await log(` ${autonomousResumeCmd}`);","+ await log('');"," }"," "," if (limitReached) {"]}],"userModified":false,"replaceAll":false}}
[2026-01-11T01:51:16.286Z] [INFO] {
"type": "assistant",
"message": {
"model": "claude-opus-4-5-20251101",
"id": "msg_016X85r8VN86TcqzNJ7f7hXK",
"type": "message",
"role": "assistant",
"content": [
{
"type": "text",
"text": "Now I need to update `solve.mjs` to use both resume commands in the various places. Let me update the import first:"
}
],
"stop_reason": null,
"stop_sequence": null,
"usage": {
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"output_tokens": 2,
"service_tier": "standard"
},
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},
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"session_id": "34546448-e309-47d8-93cc-aac1f21510d4",
"uuid": "aac80ebc-9645-413d-99fd-b1df63f5f8f6"
}
[2026-01-11T01:51:18.588Z] [INFO] {
"type": "assistant",
"message": {
"model": "claude-opus-4-5-20251101",
"id": "msg_016X85r8VN86TcqzNJ7f7hXK",
"type": "message",
"role": "assistant",
"content": [
{
"type": "tool_use",
"id": "toolu_01R6F8DTxuRfSzECM8xiRCfw",
"name": "Edit",
"input": {
"file_path": "/tmp/gh-issue-solver-1768096096209/src/solve.mjs",
"old_string": "const { cleanupClaudeFile, showSessionSummary, verifyResults, build**************mmand } = results;",
"new_string": "const { cleanupClaudeFile, showSessionSummary, verifyResults, buildClaudeResumeCommand, build************************mmand } = results;"
}
}
],
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"uuid": "4332494e-58c8-4f09-a6df-83e2f001047b"
}
[2026-01-11T01:51:18.615Z] [INFO] {"type":"user","message":{"role":"user","content":[{"tool_use_id":"toolu_01R6F8DTxuRfSzECM8xiRCfw","type":"tool_result","content":"The file /tmp/gh-issue-solver-1768096096209/src/solve.mjs has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 57→const { proce*****************Issue } = autoContinue;\n 58→const repository = await import('./solve.repository.lib.mjs');\n 59→const { setupTempDirectory, clean**********ctory } = repository;\n 60→const results = await import('./solve.results.lib.mjs');\n 61→const { cleanupClaudeFile, showSessionSummary, verifyResults, buildClaudeResumeCommand, build************************mmand } = results;\n 62→const claudeLib = await import('./claude.lib.mjs');\n 63→const { executeClaude } = claudeLib;\n 64→\n 65→const githubLinking = await import('./github-linking.lib.mjs');"}]},"parent_tool_use_id":null,"session_id":"34546448-e309-47d8-93cc-aac1f21510d4","uuid":"d5befefa-4a1e-42a0-a341-913a0a86a1dd","tool_use_result":{"filePath":"/tmp/gh-issue-solver-1768096096209/src/solve.mjs","oldString":"const { cleanupClaudeFile, showSessionSummary, verifyResults, build**************mmand } = results;","newString":"const { cleanupClaudeFile, showSessionSummary, verifyResults, buildClaudeResumeCommand, build************************mmand } = results;","originalFile":"#!/usr/bin/env node\n// Import Sentry instrumentation first (must be before other imports)\nimport './instrument.mjs';\n// Early exit paths - handle these before loading all modules to speed up testing\nconst earlyArgs = process.argv.slice(2);\nif (earlyArgs.includes('--version')) {\n const { getVersion } = await import('./version.lib.mjs');\n try {\n const version = await getVersion();\n console.log(version);\n } catch {\n console.error('Error: Unable to determine version');\n process.exit(1);\n }\n process.exit(0);\n}\nif (earlyArgs.includes('--help') || earlyArgs.includes('-h')) {\n // Load minimal modules needed for help\n const { use } = eval(await (await fetch('https://unpkg.com/use-m/use.js')).text());\n globalThis.use = use;\n const config = await import('./solve.config.lib.mjs');\n const { initializeConfig, createYargsConfig } = config;\n const { yargs, hideBin } = await initializeConfig(use);\n const rawArgs = hideBin(process.argv);\n // Filter out help flags to avoid duplicate display\n const argsWithoutHelp = rawArgs.filter(arg => arg !== '--help' && arg !== '-h');\n createYargsConfig(yargs(argsWithoutHelp)).showHelp();\n process.exit(0);\n}\nif (earlyArgs.length === 0) {\n console.error('Usage: solve.mjs <issue-url> [options]');\n console.error('\\nError: Missing required github issue or pull request URL');\n console.error('\\nRun \"solve.mjs --help\" for more information');\n process.exit(1);\n}\n// Now load all modules for normal operation\nconst { use } = eval(await (await fetch('https://unpkg.com/use-m/use.js')).text());\nglobalThis.use = use;\nconst { $ } = await use('command-stream');\nconst config = await import('./solve.config.lib.mjs');\nconst { initializeConfig, parseArguments } = config;\n// Import Sentry integration\nconst sentryLib = await import('./sentry.lib.mjs');\nconst { initializeSentry, addBreadcrumb, reportError } = sentryLib;\nconst { yargs, hideBin } = await initializeConfig(use);\nconst path = (await use('path')).default;\nconst fs = (await use('fs')).promises;\nconst crypto = (await use('crypto')).default;\nconst memoryCheck = await import('./memory-check.mjs');\nconst lib = await import('./lib.mjs');\nconst { log, setLogFile, getLogFile, getAbsoluteLogPath, cleanErrorMessage, formatAligned, getVersionInfo } = lib;\nconst githubLib = await import('./github.lib.mjs');\nconst { sanitizeLogContent, attachLogToGitHub } = githubLib;\nconst validation = await import('./solve.validation.lib.mjs');\nconst { validateGitHubUrl, showAttachLogsWarning, initializeLogFile, validateUrlRequirement, validateContinueOnlyOnFeedback, performSystemChecks } = validation;\nconst autoContinue = await import('./solve.auto-continue.lib.mjs');\nconst { proce*****************Issue } = autoContinue;\nconst repository = await import('./solve.repository.lib.mjs');\nconst { setupTempDirectory, clean**********ctory } = repository;\nconst results = await import('./solve.results.lib.mjs');\nconst { cleanupClaudeFile, showSessionSummary, verifyResults, build**************mmand } = results;\nconst claudeLib = await import('./claude.lib.mjs');\nconst { executeClaude } = claudeLib;\n\nconst githubLinking = await import('./github-linking.lib.mjs');\nconst { extra**************umber } = githubLinking;\n\nconst usageLimitLib = await import('./usage-limit.lib.mjs');\nconst { forma*****************ative } = usageLimitLib;\n\nconst errorHandlers = await import('./solve.error-handlers.lib.mjs');\nconst { createUncaughtExceptionHandler, createUnhandledRejectionHandler, handl**************Error } = errorHandlers;\n\nconst watchLib = await import('./solve.watch.lib.mjs');\nconst { startWatchMode } = watchLib;\nconst exitHandler = await import('./exit-handler.lib.mjs');\nconst { initializeExitHandler, installGlobalExitHandlers, safeExit } = exitHandler;\nconst getResourceSnapshot = memoryCheck.getResourceSnapshot;\n\n// Import new modular components\nconst autoPrLib = await import('./solve.auto-pr.lib.mjs');\nconst { handl**********ation } = autoPrLib;\nconst repoSetupLib = await import('./solve.repo-setup.lib.mjs');\nconst { setupRepositoryAndClone, verif******************tatus } = repoSetupLib;\nconst branchLib = await import('./solve.branch.lib.mjs');\nconst { creat************ranch } = branchLib;\nconst sessionLib = await import('./solve.session.lib.mjs');\nconst { startWorkSession, endWorkSession } = sessionLib;\nconst preparationLib = await import('./solve.preparation.lib.mjs');\nconst { prepareFeedbackAndTimestamps, checkUncommittedChanges, checkForkActions } = preparationLib;\n\n// Import model validation library\nconst modelValidation = await import('./model-validation.lib.mjs');\nconst { valid*******************Model } = modelValidation;\n\n// Initialize log file EARLY to capture all output including version and command\n// Use default directory (cwd) initially, will be set from argv.logDir after parsing\nconst logFile = await initializeLogFile(null);\n\n// Log version and raw command IMMEDIATELY after log file initialization\n// This ensures they appear in both console and log file, even if argument parsing fails\nconst versionInfo = await getVersionInfo();\nawait log('');\nawait log(`🚀 solve v${versionInfo}`);\nconst rawCommand = process.argv.join(' ');\nawait log('🔧 Raw command executed:');\nawait log(` ${rawCommand}`);\nawait log('');\n\nlet argv;\ntry {\n argv = await parseArguments(yargs, hideBin);\n} catch (error) {\n // Handle argument parsing errors with helpful messages\n await log(`❌ ${error.message}`, { level: 'error' });\n await log('', { level: 'error' });\n await log('Use /help to see available options', { level: 'error' });\n await safeExit(1, 'Invalid command-line arguments');\n}\nglobal.verboseMode = argv.verbose;\n\n// If user specified a custom log directory, we would need to move the log file\n// However, this adds complexity, so we accept that early logs go to cwd\n// The trade-off is: early logs in cwd vs missing version/command in error cases\n\n// Conditionally import tool-specific functions after argv is parsed\nlet checkForUncommittedChanges;\nif (argv.tool === 'opencode') {\n const opencodeLib = await import('./opencode.lib.mjs');\n check****************anges = opencodeLib.checkForUncommittedChanges;\n} else if (argv.tool === 'codex') {\n const codexLib = await import('./codex.lib.mjs');\n check****************anges = codexLib.checkForUncommittedChanges;\n} else if (argv.tool === 'agent') {\n const agentLib = await import('./agent.lib.mjs');\n check****************anges = agentLib.checkForUncommittedChanges;\n} else {\n check****************anges = claudeLib.checkForUncommittedChanges;\n}\nconst shouldAttachLogs = argv.attachLogs || argv['attach-logs'];\nawait showAttachLogsWarning(shouldAttachLogs);\nconst absoluteLogPath = path.resolve(logFile);\n// Initialize Sentry integration (unless disabled)\nif (argv.sentry) {\n await initializeSentry({\n noSentry: !argv.sentry,\n debug: argv.verbose,\n version: process.env.npm_package_version || '0.12.0',\n });\n // Add breadcrumb for solve operation\n addBreadcrumb({\n category: 'solve',\n message: 'Started solving issue',\n level: 'info',\n data: {\n model: argv.model,\n issueUrl: argv['issue-url'] || argv._?.[0] || 'not-set-yet',\n },\n });\n}\n// Create a cleanup wrapper that will be populated with context later\nlet cleanupContext = { tempDir: null, argv: null, limitReached: false };\nconst cleanupWrapper = async () => {\n if (cleanupContext.tempDir && cleanupContext.argv) {\n await cleanupTempDirectory(cleanupContext.tempDir, cleanupContext.argv, cleanupContext.limitReached);\n }\n};\n// Initialize the exit handler with getAbsoluteLogPath function and cleanup wrapper\ninitializeExitHandler(getAbsoluteLogPath, log, cleanupWrapper);\ninstallGlobalExitHandlers();\n\n// Note: Version and raw command are logged BEFORE parseArguments() (see above)\n// This ensures they appear even if strict validation fails\n// Strict options validation is now handled by yargs .strict() mode in solve.config.lib.mjs\n// This prevents unrecognized options from being silently ignored (issue #453, #482)\n\n// Now handle argument validation that was moved from early checks\nlet issueUrl = argv['issue-url'] || argv._[0];\nif (!issueUrl) {\n await log('Usage: solve.mjs <issue-url> [options]', { level: 'error' });\n await log('Error: Missing required github issue or pull request URL', { level: 'error' });\n await log('Run \"solve.mjs --help\" for more information', { level: 'error' });\n await safeExit(1, 'Missing required GitHub URL');\n}\n// Validate GitHub URL using validation module (more thorough check)\nconst urlValidation = validateGitHubUrl(issueUrl);\nif (!urlValidation.isValid) {\n await safeExit(1, 'Invalid GitHub URL');\n}\nconst { isIssueUrl, isPrUrl, normalizedUrl, owner, repo, number: urlNumber } = urlValidation;\nissueUrl = normalizedUrl || issueUrl;\n// Store owner and repo globally for error handlers early\nglobal.owner = owner;\nglobal.repo = repo;\n// Setup unhandled error handlers to ensure log path is always shown\nconst errorHandlerOptions = {\n log,\n cleanErrorMessage,\n absoluteLogPath,\n shouldAttachLogs,\n argv,\n global,\n owner: null, // Will be set later when parsed\n repo: null, // Will be set later when parsed\n getLogFile,\n attachLogToGitHub,\n sanitizeLogContent,\n $,\n};\nprocess.on('uncaughtException', createUncaughtExceptionHandler(errorHandlerOptions));\nprocess.on('unhandledRejection', createUnhandledRejectionHandler(errorHandlerOptions));\n// Validate GitHub URL requirement and options using validation module\nif (!(await validateUrlRequirement(issueUrl))) {\n await safeExit(1, 'URL requirement validation failed');\n}\nif (!(await validateContinueOnlyOnFeedback(argv, isPrUrl, isIssueUrl))) {\n await safeExit(1, 'Feedback validation failed');\n}\n\n// Validate model name EARLY - this always runs regardless of --skip-tool-connection-check\n// Model validation is a simple string check and should always be performed\nconst tool = argv.tool || 'claude';\nawait validateAndExitOnInvalidModel(argv.model, tool, safeExit);\n\n// Perform all system checks using validation module\n// Skip tool CONNECTION validation in dry-run mode or when --skip-tool-connection-check or --no-tool-connection-check is enabled\n// Note: This does NOT skip model validation which is performed above\nconst skipT*************Check = argv.dryRun || argv.skipToolConnectionCheck || argv.toolConnectionCheck === false;\nif (!(await performSystemChecks(argv.minDiskSpace || 2048, skipToolConnectionCheck, argv.model, argv))) {\n await safeExit(1, 'System checks failed');\n}\n// URL validation debug logging\nif (argv.verbose) {\n await log('📋 URL validation:', { verbose: true });\n await log(` Input URL: ${issueUrl}`, { verbose: true });\n await log(` Is Issue URL: ${!!isIssueUrl}`, { verbose: true });\n await log(` Is PR URL: ${!!isPrUrl}`, { verbose: true });\n}\nconst claudePath = argv.executeToolWithBun ? 'bunx claude' : process.env.CLAUDE_PATH || 'claude';\n// Note: owner, repo, and urlNumber are already extracted from validateGitHubUrl() above\n// The parseUrlComponents() call was removed as it had a bug with hash fragments (#issuecomment-xyz)\n// and the validation result already provides these values correctly parsed\n\n// Handle --auto-fork option: automatically fork public repositories without write access\nif (argv.autoFork && !argv.fork) {\n const { detec****************ility } = githubLib;\n\n // Check if we have write access first\n await log('🔍 Checking repository access for auto-fork...');\n const permResult = await $`gh api repos/${owner}/${repo} --jq .permissions`;\n\n if (permResult.code === 0) {\n const permissions = JSON.parse(permResult.stdout.toString().trim());\n const hasWriteAccess = permissions.push === true || permissions.admin === true || permissions.maintain === true;\n\n if (!hasWriteAccess) {\n // No write access - check if repository is public before enabling fork mode\n const { isPublic } = await detectRepositoryVisibility(owner, repo);\n\n if (!isPublic) {\n // Private repository without write access - cannot fork\n await log('');\n await log(\"❌ --auto-fork failed: Repository is private and you don't have write access\", { level: 'error' });\n await log('');\n await log(' 🔍 What happened:', { level: 'error' });\n await log(` Repository ${owner}/${repo} is private`, { level: 'error' });\n await log(\" You don't have write access to this repository\", { level: 'error' });\n await log(' --auto-fork cannot create a fork of a private repository you cannot access', {\n level: 'error',\n });\n await log('');\n await log(' 💡 Solution:', { level: 'error' });\n await log(' • Request collaborator access from the repository owner', { level: 'error' });\n await log(` https://github.com/${owner}/${repo}/settings/access`, { level: 'error' });\n await log('');\n await safeExit(1, 'Auto-fork failed - private repository without access');\n }\n\n // Public repository without write access - automatically enable fork mode\n await log('✅ Auto-fork: No write access detected, enabling fork mode');\n argv.fork = true;\n } else {\n // Has write access - work directly on the repo (works for both public and private repos)\n const { isPublic } = await detectRepositoryVisibility(owner, repo);\n await log(`✅ Auto-fork: Write access detected to ${isPublic ? 'public' : 'private'} repository, working directly on repository`);\n }\n } else {\n // Could not check permissions - assume no access and try to fork if public\n const { isPublic } = await detectRepositoryVisibility(owner, repo);\n\n if (!isPublic) {\n // Cannot determine permissions for private repo - fail safely\n await log('');\n await log('❌ --auto-fork failed: Could not verify permissions for private repository', { level: 'error' });\n await log('');\n await log(' 🔍 What happened:', { level: 'error' });\n await log(` Repository ${owner}/${repo} is private`, { level: 'error' });\n await log(' Could not check your permissions to this repository', { level: 'error' });\n await log('');\n await log(' 💡 Solutions:', { level: 'error' });\n await log(' • Check your GitHub CLI authentication: gh auth status', { level: 'error' });\n await log(\" • Request collaborator access if you don't have it yet\", { level: 'error' });\n await log(` https://github.com/${owner}/${repo}/settings/access`, { level: 'error' });\n await log('');\n await safeExit(1, 'Auto-fork failed - cannot verify private repository permissions');\n }\n\n // Public repository but couldn't check permissions - assume no access and fork\n await log('⚠️ Auto-fork: Could not check permissions, enabling fork mode for public repository');\n argv.fork = true;\n }\n}\n\n// Early check: Verify repository write permissions BEFORE doing any work\n// This prevents wasting AI tokens when user doesn't have access and --fork is not used\nconst { check********************ssion } = githubLib;\nconst hasWriteAccess = await checkRepositoryWritePermission(owner, repo, {\n useFork: argv.fork,\n issueUrl: issueUrl,\n});\n\nif (!hasWriteAccess) {\n await log('');\n await log('❌ Cannot proceed without repository write access or --fork option', { level: 'error' });\n await safeExit(1, 'Permission check failed');\n}\n\n// Detect repository visibility and set auto-cleanup default if not explicitly set\nif (argv.autoCleanup === undefined) {\n const { detec****************ility } = githubLib;\n const { isPublic } = await detectRepositoryVisibility(owner, repo);\n // For public repos: keep temp directories (default false)\n // For private repos: clean up temp directories (default true)\n argv.autoCleanup = !isPublic;\n if (argv.verbose) {\n await log(` Auto-cleanup default: ${argv.autoCleanup} (repository is ${isPublic ? 'public' : 'private'})`, {\n verbose: true,\n });\n }\n}\n// Determine mode and get issue details\nlet issueNumber;\nlet prNumber;\nlet prBranch;\nlet mergeStateStatus;\nlet prState;\nlet forkOwner = null;\nlet isContinueMode = false;\n// Auto-continue logic: check for existing PRs if --auto-continue is enabled\nconst autoContinueResult = await processAutoContinueForIssue(argv, isIssueUrl, urlNumber, owner, repo);\nif (autoContinueResult.isContinueMode) {\n isContinueMode = true;\n prNumber = autoContinueResult.prNumber;\n prBranch = autoContinueResult.prBranch;\n issueNumber = autoContinueResult.issueNumber;\n // Only check PR details if we have a PR number\n if (prNumber) {\n // Store PR info globally for error handlers\n global.createdPR = { number: prNumber };\n // Check if PR is from a fork and get fork owner, merge status, and PR state\n if (argv.verbose) {\n await log(' Checking if PR is from a fork...', { verbose: true });\n }\n try {\n const prCheckResult = await $`gh pr view ${prNumber} --repo ${owner}/${repo} --json headRepositoryOwner,headRepository,mergeStateStatus,state`;\n if (prCheckResult.code === 0) {\n const prCheckData = JSON.parse(prCheckResult.stdout.toString());\n // Extract merge status and PR state\n mergeStateStatus = prCheckData.mergeStateStatus;\n prState = prCheckData.state;\n if (argv.verbose) {\n await log(` PR state: ${prState || 'UNKNOWN'}`, { verbose: true });\n await log(` Merge status: ${mergeStateStatus || 'UNKNOWN'}`, { verbose: true });\n }\n if (prCheckData.headRepositoryOwner && prCheckData.headRepositoryOwner.login !== owner) {\n forkOwner = prCheckData.headRepositoryOwner.login;\n // Get actual fork repository name (may be prefixed)\n const forkRepoName = prCheckData.headRepository && prCheckData.headRepository.name ? prCheckData.headRepository.name : repo;\n await log(`🍴 Detected fork PR from ${forkOwner}/${forkRepoName}`);\n if (argv.verbose) {\n await log(` Fork owner: ${forkOwner}`, { verbose: true });\n await log(' Will clone fork repository for continue mode', { verbose: true });\n }\n\n // Check if maintainer can push to the fork when --allow-to-push-to-contributors-pull-requests-as-maintainer is enabled\n if (argv.allowToPushToContributorsPullRequestsAsMaintainer && argv.autoFork) {\n const { checkMaintainerCanModifyPR, reque*************ccess } = githubLib;\n const { canModify } = await checkMaintainerCanModifyPR(owner, repo, prNumber);\n\n if (canModify) {\n await log('✅ Maintainer can push to fork: Enabled by contributor');\n await log(\" Will push changes directly to contributor's fork instead of creating own fork\");\n // Don't disable fork mode, but we'll use the contributor's fork\n } else {\n await log('⚠️ Maintainer cannot push to fork: \"Allow edits by maintainers\" is not enabled', {\n level: 'warning',\n });\n await log(' Posting comment to request access...', { level: 'warning' });\n await requestMaintainerAccess(owner, repo, prNumber);\n await log(' Comment posted. Proceeding with own fork instead.', { level: 'warning' });\n }\n }\n }\n }\n } catch (forkCheckError) {\n if (argv.verbose) {\n await log(` Warning: Could not check fork status: ${forkCheckError.message}`, { verbose: true });\n }\n }\n } else {\n // We have a branch but no PR - we'll use the existing branch and create a PR later\n await log(`🔄 Using existing branch: ${prBranch} (no PR yet - will create one)`);\n if (argv.verbose) {\n await log(' Branch will be checked out and PR will be created during auto-PR creation phase', {\n verbose: true,\n });\n }\n }\n} else if (isIssueUrl) {\n issueNumber = autoContinueResult.issueNumber || urlNumber;\n}\nif (isPrUrl) {\n isContinueMode = true;\n prNumber = urlNumber;\n // Store PR info globally for error handlers\n global.createdPR = { number: prNumber, url: issueUrl };\n await log(`🔄 Continue mode: Working with PR #${prNumber}`);\n if (argv.verbose) {\n await l
[2026-01-11T01:51:18.618Z] [INFO] og(' Continue mode activated: PR URL provided directly', { verbose: true });\n await log(` PR Number set to: ${prNumber}`, { verbose: true });\n await log(' Will fetch PR details and linked issue', { verbose: true });\n }\n // Get PR details to find the linked issue and branch\n try {\n const prResult = await githubLib.ghPrView({\n prNumber,\n owner,\n repo,\n jsonFields: 'headRefName,body,number,mergeStateStatus,state,headRepositoryOwner,headRepository',\n });\n if (prResult.code !== 0 || !prResult.data) {\n await log('Error: Failed to get PR details', { level: 'error' });\n if (prResult.output.includes('Could not resolve to a PullRequest')) {\n await githubLib.handlePRNotFoundError({ prNumber, owner, repo, argv, shouldAttachLogs });\n } else {\n await log(`Error: ${prResult.stderr || 'Unknown error'}`, { level: 'error' });\n }\n await safeExit(1, 'Failed to get PR details');\n }\n const prData = prResult.data;\n prBranch = prData.headRefName;\n mergeStateStatus = prData.mergeStateStatus;\n prState = prData.state;\n // Check if this is a fork PR\n if (prData.headRepositoryOwner && prData.headRepositoryOwner.login !== owner) {\n forkOwner = prData.headRepositoryOwner.login;\n // Get actual fork repository name (may be prefixed)\n const forkRepoName = prData.headRepository && prData.headRepository.name ? prData.headRepository.name : repo;\n await log(`🍴 Detected fork PR from ${forkOwner}/${forkRepoName}`);\n if (argv.verbose) {\n await log(` Fork owner: ${forkOwner}`, { verbose: true });\n await log(' Will clone fork repository for continue mode', { verbose: true });\n }\n\n // Check if maintainer can push to the fork when --allow-to-push-to-contributors-pull-requests-as-maintainer is enabled\n if (argv.allowToPushToContributorsPullRequestsAsMaintainer && argv.autoFork) {\n const { checkMaintainerCanModifyPR, reque*************ccess } = githubLib;\n const { canModify } = await checkMaintainerCanModifyPR(owner, repo, prNumber);\n\n if (canModify) {\n await log('✅ Maintainer can push to fork: Enabled by contributor');\n await log(\" Will push changes directly to contributor's fork instead of creating own fork\");\n // Don't disable fork mode, but we'll use the contributor's fork\n } else {\n await log('⚠️ Maintainer cannot push to fork: \"Allow edits by maintainers\" is not enabled', {\n level: 'warning',\n });\n await log(' Posting comment to request access...', { level: 'warning' });\n await requestMaintainerAccess(owner, repo, prNumber);\n await log(' Comment posted. Proceeding with own fork instead.', { level: 'warning' });\n }\n }\n }\n await log(`📝 PR branch: ${prBranch}`);\n // Extract issue number from PR body using GitHub linking detection library\n // This ensures we only detect actual GitHub-recognized linking keywords\n const prBody = prData.body || '';\n const extra**********umber = extractLinkedIssueNumber(prBody);\n if (extractedIssueNumber) {\n issueNumber = extractedIssueNumber;\n await log(`🔗 Found linked issue #${issueNumber}`);\n } else {\n // If no linked issue found, we can still continue but warn\n await log('⚠️ Warning: No linked issue found in PR body', { level: 'warning' });\n await log(' The PR should contain \"Fixes #123\" or similar to link an issue', { level: 'warning' });\n // Set issueNumber to PR number as fallback\n issueNumber = prNumber;\n }\n } catch (error) {\n reportError(error, {\n context: 'pr_processing',\n prNumber,\n operation: 'process_pull_request',\n });\n await log(`Error: Failed to process PR: ${cleanErrorMessage(error)}`, { level: 'error' });\n await safeExit(1, 'Failed to process PR');\n }\n} else {\n // Traditional issue mode\n issueNumber = urlNumber;\n await log(`📝 Issue mode: Working with issue #${issueNumber}`);\n}\n// Create or find temporary directory for cloning the repository\n// Pass workspace info for --enable-workspaces mode (works with all tools)\nconst workspaceInfo = argv.enableWorkspaces ? { owner, repo, issueNumber } : null;\nconst { tempDir, workspaceTmpDir } = await setupTempDirectory(argv, workspaceInfo);\n// Populate cleanup context for signal handlers\ncleanupContext.tempDir = tempDir;\ncleanupContext.argv = argv;\n// Initialize limitReached variable outside try block for finally clause\nlet limitReached = false;\ntry {\n // Set up repository and clone using the new module\n const { forkedRepo } = await setupRepositoryAndClone({\n argv,\n owner,\n repo,\n forkOwner,\n tempDir,\n isContinueMode,\n issueUrl,\n log,\n formatAligned,\n $,\n });\n\n // Verify default branch and status using the new module\n const defaultBranch = await verifyDefaultBranchAndStatus({\n tempDir,\n log,\n formatAligned,\n $,\n });\n // Create or checkout branch using the new module\n const branchName = await createOrCheckoutBranch({\n isContinueMode,\n prBranch,\n issueNumber,\n tempDir,\n defaultBranch,\n argv,\n log,\n formatAligned,\n $,\n crypto,\n });\n\n // Auto-merge default branch to pull request branch if enabled\n let autoM************Lines = [];\n if (isContinueMode && argv['auto-merge-default-branch-to-pull-request-branch']) {\n await log(`\\n${formatAligned('🔀', 'Auto-merging:', `Merging ${defaultBranch} into ${branchName}`)}`);\n try {\n const mergeResult = await $({ cwd: tempDir })`git merge ${defaultBranch} --no-edit`;\n if (mergeResult.code === 0) {\n await log(`${formatAligned('✅', 'Merge successful:', 'Pushing merged branch...')}`);\n const pushResult = await $({ cwd: tempDir })`git push origin ${branchName}`;\n if (pushResult.code === 0) {\n await log(`${formatAligned('✅', 'Push successful:', 'Branch updated with latest changes')}`);\n } else {\n await log(`${formatAligned('⚠️', 'Push failed:', 'Merge completed but push failed')}`, { level: 'warning' });\n await log(` Error: ${pushResult.stderr?.toString() || 'Unknown error'}`, { level: 'warning' });\n }\n } else {\n // Merge failed - likely due to conflicts\n await log(`${formatAligned('⚠️', 'Merge failed:', 'Conflicts detected')}`, { level: 'warning' });\n autoMergeFeedbackLines.push('');\n autoMergeFeedbackLines.push('⚠️ AUTOMATIC MERGE FAILED:');\n autoMergeFeedbackLines.push(`git merge ${defaultBranch} was executed but resulted in conflicts that should be resolved first.`);\n autoMergeFeedbackLines.push('Please resolve the merge conflicts and commit the changes.');\n autoMergeFeedbackLines.push('');\n }\n } catch (mergeError) {\n await log(`${formatAligned('❌', 'Merge error:', mergeError.message)}`, { level: 'error' });\n autoMergeFeedbackLines.push('');\n autoMergeFeedbackLines.push('⚠️ AUTOMATIC MERGE ERROR:');\n autoMergeFeedbackLines.push(`git merge ${defaultBranch} failed with error: ${mergeError.message}`);\n autoMergeFeedbackLines.push('Please check the repository state and resolve any issues.');\n autoMergeFeedbackLines.push('');\n }\n }\n\n // Initialize PR variables early\n let prUrl = null;\n\n // In continue mode, we already have the PR details\n if (isContinueMode) {\n prUrl = issueUrl; // The input URL is the PR URL\n // prNumber is already set from earlier when we parsed the PR\n }\n\n // Don't build the prompt yet - we'll build it after we have all the information\n // This includes PR URL (if created) and comment info (if in continue mode)\n\n // Handle auto PR creation using the new module\n const autoPrResult = await handleAutoPrCreation({\n argv,\n tempDir,\n branchName,\n issueNumber,\n owner,\n repo,\n defaultBranch,\n forkedRepo,\n isContinueMode,\n prNumber,\n log,\n formatAligned,\n $,\n reportError,\n path,\n fs,\n });\n\n let claudeCommitHash = null;\n if (autoPrResult) {\n prUrl = autoPrResult.prUrl;\n if (autoPrResult.prNumber) {\n prNumber = autoPrResult.prNumber;\n }\n if (autoPrResult.claudeCommitHash) {\n claudeCommitHash = autoPrResult.claudeCommitHash;\n }\n }\n\n // CRITICAL: Validate that we have a PR number when required\n // This prevents continuing without a PR when one was supposed to be created\n if ((isContinueMode || argv.autoPullRequestCreation) && !prNumber) {\n await log('');\n await log(formatAligned('❌', 'FATAL ERROR:', 'No pull request available'), { level: 'error' });\n await log('');\n await log(' 🔍 What happened:');\n if (isContinueMode) {\n await log(' Continue mode is active but no PR number is available.');\n await log(' This usually means PR creation failed or was skipped incorrectly.');\n } else {\n await log(' Auto-PR creation is enabled but no PR was created.');\n await log(' PR creation may have failed without throwing an error.');\n }\n await log('');\n await log(' 💡 Why this is critical:');\n await log(' The solve command requires a PR for:');\n await log(' • Tracking work progress');\n await log(' • Receiving and processing feedback');\n await log(' • Managing code changes');\n await log(' • Auto-merging when complete');\n await log('');\n await log(' 🔧 How to fix:');\n await log('');\n await log(' Option 1: Create PR manually and use --continue');\n await log(` cd ${tempDir}`);\n await log(` gh pr create --draft --title \"Fix issue #${issueNumber}\" --body \"Fixes #${issueNumber}\"`);\n await log(' # Then use the PR URL with solve.mjs');\n await log('');\n await log(' Option 2: Start fresh without continue mode');\n await log(` ./solve.mjs \"${issueUrl}\" --auto-pull-request-creation`);\n await log('');\n await log(' Option 3: Disable auto-PR creation (Claude will create it)');\n await log(` ./solve.mjs \"${issueUrl}\" --no-auto-pull-request-creation`);\n await log('');\n await safeExit(1, 'No PR available');\n }\n\n if (isContinueMode) {\n await log(`\\n${formatAligned('🔄', 'Continue mode:', 'ACTIVE')}`);\n await log(formatAligned('', 'Using existing PR:', `#${prNumber}`, 2));\n await log(formatAligned('', 'PR URL:', prUrl, 2));\n } else if (!argv.autoPullRequestCreation) {\n await log(`\\n${formatAligned('⏭️', 'Auto PR creation:', 'DISABLED')}`);\n await log(formatAligned('', 'Workflow:', 'AI will create the PR', 2));\n }\n\n // Don't build the prompt yet - we'll build it after we have all the information\n // This includes PR URL (if created) and comment info (if in continue mode)\n\n // Start work session using the new module\n await startWorkSession({\n isContinueMode,\n prNumber,\n argv,\n log,\n formatAligned,\n $,\n });\n\n // Prepare feedback and timestamps using the new module\n const { feedbackLines: preparedFeedbackLines, referenceTime } = await prepareFeedbackAndTimestamps({\n prNumber,\n branchName,\n owner,\n repo,\n issueNumber,\n isContinueMode,\n mergeStateStatus,\n prState,\n argv,\n log,\n formatAligned,\n cleanErrorMessage,\n $,\n });\n\n // Initialize feedback lines\n let feedbackLines = null;\n\n // Add auto-merge feedback lines if any\n if (autoMergeFeedbackLines && autoMergeFeedbackLines.length > 0) {\n if (!feedbackLines) {\n feedbackLines = [];\n }\n feedbackLines.push(...autoMergeFeedbackLines);\n }\n\n // Merge feedback lines\n if (preparedFeedbackLines && preparedFeedbackLines.length > 0) {\n if (!feedbackLines) {\n feedbackLines = [];\n }\n feedbackLines.push(...preparedFeedbackLines);\n }\n\n // Check for uncommitted changes and merge with feedback\n const uncom**************Lines = await checkUncommittedChanges({\n tempDir,\n argv,\n log,\n $,\n });\n if (uncommittedFeedbackLines && uncommittedFeedbackLines.length > 0) {\n if (!feedbackLines) {\n feedbackLines = [];\n }\n feedbackLines.push(...uncommittedFeedbackLines);\n }\n\n // Check for fork actions\n const forkActionsUrl = await checkForkActions({\n argv,\n forkedRepo,\n branchName,\n log,\n formatAligned,\n $,\n });\n\n // Execute tool command with all prompts and settings\n let toolResult;\n if (argv.tool === 'opencode') {\n const opencodeLib = await import('./opencode.lib.mjs');\n const { executeOpenCode } = opencodeLib;\n const opencodePath = process.env.OPENCODE_PATH || 'opencode';\n\n toolResult = await executeOpenCode({\n issueUrl,\n issueNumber,\n prNumber,\n prUrl,\n branchName,\n tempDir,\n workspaceTmpDir,\n isContinueMode,\n mergeStateStatus,\n forkedRepo,\n feedbackLines,\n forkActionsUrl,\n owner,\n repo,\n argv,\n log,\n setLogFile,\n getLogFile,\n formatAligned,\n getResourceSnapshot,\n opencodePath,\n $,\n });\n } else if (argv.tool === 'codex') {\n const codexLib = await import('./codex.lib.mjs');\n const { executeCodex } = codexLib;\n const codexPath = process.env.CODEX_PATH || 'codex';\n\n toolResult = await executeCodex({\n issueUrl,\n issueNumber,\n prNumber,\n prUrl,\n branchName,\n tempDir,\n workspaceTmpDir,\n isContinueMode,\n mergeStateStatus,\n forkedRepo,\n feedbackLines,\n forkActionsUrl,\n owner,\n repo,\n argv,\n log,\n setLogFile,\n getLogFile,\n formatAligned,\n getResourceSnapshot,\n codexPath,\n $,\n });\n } else if (argv.tool === 'agent') {\n const agentLib = await import('./agent.lib.mjs');\n const { executeAgent } = agentLib;\n const agentPath = process.env.AGENT_PATH || 'agent';\n\n toolResult = await executeAgent({\n issueUrl,\n issueNumber,\n prNumber,\n prUrl,\n branchName,\n tempDir,\n workspaceTmpDir,\n isContinueMode,\n mergeStateStatus,\n forkedRepo,\n feedbackLines,\n forkActionsUrl,\n owner,\n repo,\n argv,\n log,\n setLogFile,\n getLogFile,\n formatAligned,\n getResourceSnapshot,\n agentPath,\n $,\n });\n } else {\n // Default to Claude\n // Check for Playwright MCP availability if using Claude tool\n if (argv.tool === 'claude' || !argv.tool) {\n // If flag is true (default), check if Playwright MCP is actually available\n if (argv.promptPlaywrightMcp) {\n const { check********************ility } = claudeLib;\n const playw************lable = await checkPlaywrightMcpAvailability();\n if (playwrightMcpAvailable) {\n await log('🎭 Playwright MCP detected - enabling browser automation hints', { verbose: true });\n } else {\n await log('ℹ️ Playwright MCP not detected - browser automation hints will be disabled', { verbose: true });\n argv.promptPlaywrightMcp = false;\n }\n } else {\n await log('ℹ️ Playwright MCP explicitly disabled via --no-prompt-playwright-mcp', { verbose: true });\n }\n }\n const claudeResult = await executeClaude({\n issueUrl,\n issueNumber,\n prNumber,\n prUrl,\n branchName,\n tempDir,\n workspaceTmpDir,\n isContinueMode,\n mergeStateStatus,\n forkedRepo,\n feedbackLines,\n forkActionsUrl,\n owner,\n repo,\n argv,\n log,\n setLogFile,\n getLogFile,\n formatAligned,\n getResourceSnapshot,\n claudePath,\n $,\n });\n toolResult = claudeResult;\n }\n\n const { success } = toolResult;\n let sessionId = toolResult.sessionId;\n let anthr***********stUSD = toolResult.anthropicTotalCostUSD;\n let publi***********imate = toolResult.publicPricingEstimate; // Used by agent tool\n let pricingInfo = toolResult.pricingInfo; // Used by agent tool for detailed pricing\n let error**********ution = toolResult.errorDuringExecution || false; // Issue #1088: Track error_during_execution\n limitReached = toolResult.limitReached;\n cleanupContext.limitReached = limitReached;\n\n // Capture limit reset time globally for downstream handlers (auto-continue, cleanup decisions)\n if (toolResult && toolResult.limitResetTime) {\n global.limitResetTime = toolResult.limitResetTime;\n }\n\n // Handle limit reached scenario\n if (limitReached) {\n const shoul*************Reset = argv.autoResumeOnLimitReset;\n\n // If limit was reached but auto-resume-on-limit-reset is NOT enabled, fail immediately\n if (!shouldAutoResumeOnReset) {\n await log('\\n❌ USAGE LIMIT REACHED!');\n await log(' The AI tool has reached its usage limit.');\n\n // Always show manual resume command in console so users can resume after limit resets\n if (sessionId) {\n const resetTime = global.limitResetTime;\n await log('');\n await log(`📁 Working directory: ${tempDir}`);\n await log(`📌 Session ID: ${sessionId}`);\n if (resetTime) {\n await log(`⏰ Limit resets at: ${resetTime}`);\n }\n await log('');\n // Show claude resume command only for --tool claude (or default)\n // Uses the (cd ... && claude --resume ...) pattern for a fully copyable, executable command\n const toolForResume = argv.tool || 'claude';\n if (toolForResume === 'claude') {\n const claudeResumeCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n await log('💡 To continue this session in Claude Code interactive mode:');\n await log('');\n await log(` ${claudeResumeCmd}`);\n await log('');\n }\n }\n\n // If --attach-logs is enabled and we have a PR, attach logs with usage limit details\n if (shouldAttachLogs && sessionId && prNumber) {\n await log('\\n📄 Attaching logs to Pull Request...');\n try {\n // Build Claude CLI resume command\n const tool = argv.tool || 'claude';\n const resumeCommand = tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\n const logUploadSuccess = await attachLogToGitHub({\n logFile: getLogFile(),\n targetType: 'pr',\n targetNumber: prNumber,\n owner,\n repo,\n $,\n log,\n sanitizeLogContent,\n // Mark this as a usage limit case for proper formatting\n isUsageLimit: true,\n limitResetTime: global.limitResetTime,\n toolName: (argv.tool || 'AI tool').toString().toLowerCase() === 'claude' ? 'Claude' : (argv.tool || 'AI tool').toString().toLowerCase() === 'codex' ? 'Codex' : (argv.tool || 'AI tool').toString().toLowerCase() === 'opencode' ? 'OpenCode' : (argv.tool || 'AI tool').toString().toLowerCase() === 'agent' ? 'Agent' : 'AI tool',\n resumeCommand,\n sessionId,\n });\n\n if (logUploadSuccess) {\n await log(' ✅ Logs uploaded successfully');\n } else {\n await log(' ⚠️ Failed to upload logs', { verbose: true });\n }\n } catch (uploadError) {\n await log(` ⚠️ Error uploading logs: ${uploadError.message}`, { verbose: true });\n }\n } else if (prNumber) {\n // Fallback: Post simple failure comment if logs are not attached\n // Note: Commands should not be in GitHub comments - only mention the option\n try {\n const resetTime = global.limitResetTime;\n // Note: Commands should not be in GitHub comments - only mention the option\n // The resume command is available in the logs (collapsed block or gist link) for advanced users\n const resumeSection = sessionId ? `Session ID: \\`${sessionId}\\`\\n\\nUse the \\`--auto-continue-on-limit-reset\\` option to automatically resume when the limit resets.` : 'Use the `--auto-continue-on-limit-reset` option to automatically resume when the limit resets.';\n // Format the reset time with relative time if available\n const formattedResetTime = resetTime ? formatResetTimeWithRelative(resetTime) : null;\n const failureComment = formattedResetTime ? `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. The limit will reset at: **${formattedResetTime}**\\n\\n${resumeSection}` : `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. Please wait for the limit to reset.\\n\\n${resumeSection}`;\n\n const commentResult = await $`gh pr comment ${prNumber} --repo ${owner}/${repo} --body ${failureComment}`;\n if (commentResult.code === 0) {\n await log(' Posted failure comment to PR');\n }\n } catch (error) {\n await log(` Warning: Could not post failure comment: ${cleanErrorMessage(error)}`, { verbose: true });\n }\n }\n\n await safeExit(1, 'Usage limit reached - use --auto-resume-on-limit-reset to wait for reset');\n } else {\n // auto-resume-on-limit-reset is enabled - attach logs and/or post waiting comment\n if (prNumber && global.limitResetTime) {\n // If --attach-logs is enabled, upload logs with usage limit details\n if (shouldAttachLogs && sessionId) {\n await log('\\n📄 Attaching logs to Pull Request (auto-continue mode)...');\n try {\n // Build Claude CLI resume command\n const tool = argv.tool || 'claude';\n const resumeCommand = tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\n const logUploadSuccess = await attachLogToGitHub({\n logFile: getLogFile(),\n targetType: 'pr',\n targetNumber: prNumber,\n owner,\n repo,\n $,\n log,\n sanitizeLogContent,\n // Mark this as a usage limit case for proper formatting\n isUsageLimit: true,\n limitResetTime: global.limitResetTime,\n toolName: (argv.tool || 'AI tool').toString().toLowerCase() === 'claude' ? 'Claude' : (argv.tool || 'AI tool').toString().toLowerCase() === 'codex' ? 'Codex' : (argv.tool || 'AI tool').toString().toLowerCase() === 'opencode' ? 'OpenCode' : (argv.tool || 'AI tool').toString().toLowerCase() === 'agent' ? 'Agent' : 'AI tool',\n resumeCommand,\n sessionId,\n });\n\n if (logUploadSuccess) {\n await log(' ✅ Logs uploaded successfully');\n } else {\n await log(' ⚠️ Failed to upload logs', { verbose: true });\n }\n } catch (uploadError) {\n await log(` ⚠️ Error uploading logs: ${uploadError.message}`, { verbose: true });\n }\n } else {\n // Fallback: Post simple waiting comment if logs are not attached\n try {\n // Calculate wait time in d:h:m:s format\n const validation = await import('./solve.validation.lib.mjs');\n const { calculateWaitTime } = validation;\n const waitMs = calculateWaitTime(global.limitResetTime);\n\n const formatWaitTime = ms => {\n const seconds = Math.floor(ms / 1000);\n const minutes = Math.floor(seconds / 60);\n const hours = Math.floor(minutes / 60);\n const days = Math.floor(hours / 24);\n const s = seconds % 60;\n const m = minutes % 60;\n const h = hours % 24;\n return `${days}:${String(h).padStart(2, '0')}:${String(m).padStart(2, '0')}:${String(s).padStart(2, '0')}`;\n };\n\n // Build Claude CLI resume command\n const tool = argv.tool || 'claude';\n const resumeCmd = tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\n const waitingComment = `⏳ **Usage Limit Reached - Waiting to Continue**\\n\\nThe AI tool has reached its usage limit. Auto-resume is enabled with \\`--auto-resume-on-limit-reset\\`.\\n\\n**Reset time:** ${global.limitResetTime}\\n**Wait time:** ${formatWaitTime(waitMs)} (days:hours:minutes:seconds)\\n\\nThe session will automatically resume when the limit resets.\\n\\nSession ID: \\`${sessionId}\\`${resumeCmd ? `\\n\\nTo resume manually:\\n\\`\\`\\`bash\\n${resumeCmd}\\n\\`\\`\\`` : ''}`;\n\n const commentResult = await $`gh pr comment ${prNumber} --repo ${owner}/${repo} --body ${waitingComment}`;\n if (commentResult.code === 0) {\n await log(' Posted waiting comment to PR');\n }\n } catch (error) {\n await log(` Warning: Could not post waiting comment: ${cleanErrorMessage(error)}`, { verbose: true });\n }\n }\n }\n }\n }\n\n // Handle failure cases, but skip exit if limit reached with auto-resume enabled\n // This allows the code to continue to showSessionSummary() where autoContinueWhenLimitResets() is called\n const shoul*******************************tinue = limitReached && argv.autoResumeOnLimitReset;\n\n if (!success && !shouldSkipFailureExitForAutoLimitContinue) {\n // Show claude resume command only for --tool claude (or default) on failure\n // Uses the (cd ... && claude --resume ...) pattern for a fully copyable, executable command\n const toolForFailure = argv.tool || 'claude';\n if (sessionId && toolForFailure === 'claude') {\n const claudeResumeCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n await log('');\n await log('💡 To continue this session in Claude Code interactive mode:');\n await log('');\n await log(` ${claudeResumeCmd}`);\n await log('');\n }\n\n // If --attach-logs is enabled and we have a PR, attach failure logs before exiting\n if (shouldAttachLogs && sessionId && global.createdPR && global.createdPR.number) {\n await log('\\n📄 Attaching failure logs to Pull Request...');\n try {\n // Build Claude CLI resume command\n const tool = argv.tool || 'claude';\n const resumeCommand = sessionId && tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\n const logUploadSuccess = await attachLogToGitHub({\n logFile: getLogFile(),\n targetType: 'pr',\n targetNumber: global.createdPR.number,\n owner,\n repo,\n $,\n log,\n sanitizeLogContent,\n // For usage limit, use a dedicated comment format to make it clear and actionable\n isUsageLimit: !!limitReached,\n limitResetTime: limitReached ? toolResult.limitResetTime : null,\n toolName: (argv.tool || 'AI tool').toString().toLowerCase() === 'claude' ? 'Claude' : (argv.tool || 'AI tool').toString().toLowerCase() === 'codex' ? 'Codex' : (argv.tool || 'AI tool').toString().toLowerCase() === 'opencode' ? 'OpenCode' : (argv.tool || 'AI tool').toString().toLowerCase() === 'agent' ? 'Agent' : 'AI tool',\n resumeCommand,\n // Include sessionId so the PR comment can present it\n sessionId,\n // If not a usage limit case, fall back to generic failure format\n errorMessage: limitReached ? undefined : `${argv.tool.toUpperCase()} execution failed`,\n });\n\n if (logUploadSuccess) {\n await log(' ✅ Failure logs uploaded successfully');\n } else {\n await log(' ⚠️ Failed to upload logs', { verbose: true });\n }\n } catch (uploadError) {\n await log(` ⚠️ Error uploading logs: ${uploadError.message}`, { verbose: true });\n }\n }\n\n await safeExit(1, `${argv.tool.toUpperCase()} execution failed`);\n }\n\n // Check for uncommitted changes\n // When limit is reached, force auto-commit of any uncommitted changes to preserve work\n const shouldAutoCommit = argv['auto-commit-uncommitted-changes'] || limitReached;\n const autoRestartEnabled = argv['autoRestartOnUncommittedChanges'] !== false;\n const shouldRestart = await checkForUncommittedChanges(tempDir, owner, repo, branchName, $, log, shouldAutoCommit, autoRestartEnabled);\n\n // Remove initial commit file (CLAUDE.md or .gitkeep) now that Claude command has finished\n await cleanupClaudeFile(tempDir, branchName, claudeCommitHash, argv);\n\n // Show summary of session and log file\n await showSessionSummary(sessionId, limitReached, argv, issueUrl, tempDir, shouldAttachLogs);\n\n // Search for newly created pull requests and comments\n // Pass shouldRestart to prevent early exit when auto-restart is needed\n // Include agent tool pricing data when available (publicPricingEstimate, pricingInfo)\n // Issue #1088: Pass error**********ution for \"Finished with errors\" state\n await verifyResults(owner, repo, branchName, issueNumber, prNumber, prUrl, referenceTime, argv, shouldAttachLogs, shouldRestart, sessionId, tempDir, anthropicTotalCostUSD, publicPricingEstimate, pricingInfo, errorDuringExecution);\n\n // Start watch mode if enabled OR if we need to handle uncommitted changes\n if (argv.verbose) {\n await log('');\n await log('🔍 Auto-restart debug:', { verbose: true });\n await log(` argv.watch (user flag): ${argv.watch}`, { verbose: true });\n await log(` shouldRestart (auto-detected): ${shouldRestart}`, { verbose: true });\n await log(` temporaryWatch (will be enabled): ${shouldRestart && !argv.watch}`, { verbose: true });\n await log(` prNumber: ${prNumber || 'null'}`, { verbose: true });\n await log(` prBranch: ${prBranch || 'null'}`, { verbose: true });\n await log(` branchName: ${branchName}`, { verbose: true });\n await log(` isContinueMode: ${isContinueMode}`, { verbose: true });\n }\n\n // If uncommitted changes detected and auto-commit is disabled, enter temporary watch mode\n const temporaryWatchMode = shouldRestart && !argv.watch;\n if (temporaryWatchMode) {\n await log('');\n await log('🔄 AUTO-RESTART: Uncommitted changes detected');\n await log(' Starting temporary monitoring cycle (NOT --watch mode)');\n await log(' The tool will run once more to commit the changes');\n await log(' Will exit automatically after changes are committed');\n await log('');\n }\n\n const watchResult = await startWatchMode({\n issueUrl,\n owner,\n repo,\n issueNumber,\n prNumber,\n prBranch,\n branchName,\n tempDir,\n argv: {\n ...argv,\n watch: argv.watch || shouldRestart, // Enable watch if uncommitted changes\n temporaryWatch: temporaryWatchMode, // Flag to indicate temporary watch mode\n },\n });\n\n // Update session data with latest from watch mode for accurate pricing\n if (watchResult && watchResult.latestSessionId) {\n sessionId = watchResult.latestSessionId;\n anthr***********stUSD = watchResult.latestAnthropicCost;\n if (argv.verbose) {\n await log('');\n await log('📊 Updated session data from watch mode:', { verbose: true });\n await log(` Session ID: ${sessionId}`, { verbose: true });\n if (anthropicTotalCostUSD !== null && anthr***********stUSD !== undefined) {\n await log(` Anthropic cost: $${anthropicTotalCostUSD.toFixed(6)}`, { verbose: true });\n }\n }\n }\n\n // Track whether logs were successfully attached (used by endWorkSession)\n let logsAttached = false;\n\n // After watch mode completes (either user watch or temporary)\n // Push any committed changes if this was a temporary watch mode\n if (temporaryWatchMode) {\n await log('');\n await log('📤 Pushing committed changes to GitHub...');\n await log('');\n\n try {\n const pushResult = await $({ cwd: tempDir })`git push origin ${branchName}`;\n if (pushResult.code === 0) {\n await log('✅ Changes pushed successfully to remote branch');\n await log(` Branch: ${branchName}`);\n await log('');\n } else {\n const errorMsg = pushResult.stderr?.toString() || 'Unknown error';\n await log('⚠️ Push failed:', { level: 'error' });\n await log(` ${errorMsg.trim()}`, { level: 'error' });\n await log(' Please push manually:', { level: 'error' });\n await log(` cd ${tempDir} && git push origin ${branchName}`, { level: 'error' });\n }\n } catch (error) {\n await log('⚠️ Push failed:', { level: 'error' });\n await log(` ${cleanErrorMessage(error)}`, { level: 'error' });\n await log(' Please push manually:', { level: 'error' });\n await log(` cd ${tempDir} && git push origin ${branchName}`, { level: 'error' });\n }\n\n // Attach updated logs to PR after auto-restart completes\n if (shouldAttachLogs && prNumber) {\n await log('📎 Uploading working session logs to Pull Request...');\n try {\n const logUploadSuccess = await attachLogToGitHub({\n logFile: getLogFile(),\n targetType: 'pr',\n targetNumber: prNumber,\n owner,\n repo,\n $,\n log,\n sanitizeLogContent,\n verbose: argv.verbose,\n sessionId,\n tempDir,\n anthropicTotalCostUSD,\n });\n\n if (logUploadSuccess) {\n await log('✅ Working session logs uploaded successfully');\n logsAttached = true;\n } else {\n await log('⚠️ Failed to upload working session logs', { level: 'warning' });\n }\n } catch (uploadError) {\n await log(`⚠️ Error uploading logs: ${uploadError.message}`, { level: 'warning' });\n }\n }\n }\n\n // End work session using the new module\n await endWorkSession({\n isContinueMode,\n prNumber,\n argv,\n log,\n formatAligned,\n $,\n logsAttached,\n });\n} catch (error) {\n // Don't report authentication errors to Sentry as they are user configuration issues\n if (!error.isAuthError) {\n reportError(error, {\n context: 'solve_main',\n operation: 'main_execution',\n });\n }\n await handleMainExecutionError({\n error,\n log,\n cleanErrorMessage,\n absoluteLogPath,\n shouldAttachLogs,\n argv,\n global,\n owner,\n repo,\n getLogFile,\n attachLogToGitHub,\n sanitizeLogContent,\n $,\n });\n} finally {\n // Clean up temporary directory using repository module\n await cleanupTempDirectory(tempDir, argv, limitReached);\n\n // Show final log file reference (similar to Claude and other agents)\n // This ensures users always know where to find the complete log file\n if (getLogFile()) {\n const path = await use('path');\n const absoluteLogPath = path.resolve(getLogFile());\n await log(`\\n📁 Complete log file: ${absoluteLogPath}`);\n }\n}\n","structuredPatch":[{"oldStart":58,"oldLines":7,"newStart":58,"newLines":7,"lines":[" const repository = await import('./solve.repository.lib.mjs');"," const { setupTempDirectory, clean**********ctory } = repository;"," const results = await import('./solve.results.lib.mjs');","-const { cleanupClaudeFile, showSessionSummary, verifyResults, build**************mmand } = results;","+const { cleanupClaudeFile, showSessionSummary, verifyResults, buildClaudeResumeCommand, build************************mmand } = results;"," const claudeLib = await import('./claude.lib.mjs');"," const { executeClaude } = claudeLib;"," "]}],"userModified":false,"replaceAll":false}}
[2026-01-11T01:51:21.202Z] [INFO] {
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"text": "Now I need to update the places in `solve.mjs` where the resume command is shown. Let me find and update them:"
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[2026-01-11T01:51:22.199Z] [INFO] {
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[2026-01-11T01:51:22.245Z] [INFO] {
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"content": " 920→ }\n 921→ await log('');\n 922→ // Show claude resume command only for --tool claude (or default)\n 923→ // Uses the (cd ... && claude --resume ...) pattern for a fully copyable, executable command\n 924→ const toolForResume = argv.tool || 'claude';\n 925→ if (toolForResume === 'claude') {\n 926→ const claudeResumeCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n 927→ await log('💡 To continue this session in Claude Code interactive mode:');\n 928→ await log('');\n 929→ await log(` ${claudeResumeCmd}`);\n 930→ await log('');\n 931→ }\n 932→ }\n 933→\n 934→ // If --attach-logs is enabled and we have a PR, attach logs with usage limit details\n 935→ if (shouldAttachLogs && sessionId && prNumber) {\n 936→ await log('\\n📄 Attaching logs to Pull Request...');\n 937→ try {\n 938→ // Build Claude CLI resume command\n 939→ const tool = argv.tool || 'claude';\n 940→ const resumeCommand = tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\n 941→ const logUploadSuccess = await attachLogToGitHub({\n 942→ logFile: getLogFile(),\n 943→ targetType: 'pr',\n 944→ targetNumber: prNumber,\n 945→ owner,\n 946→ repo,\n 947→ $,\n 948→ log,\n 949→ sanitizeLogContent,\n\n<system-reminder>\nWhenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.\n</system-reminder>\n"
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"content": " }\n await log('');\n // Show claude resume command only for --tool claude (or default)\n // Uses the (cd ... && claude --resume ...) pattern for a fully copyable, executable command\n const toolForResume = argv.tool || 'claude';\n if (toolForResume === 'claude') {\n const claudeResumeCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n await log('💡 To continue this session in Claude Code interactive mode:');\n await log('');\n await log(` ${claudeResumeCmd}`);\n await log('');\n }\n }\n\n // If --attach-logs is enabled and we have a PR, attach logs with usage limit details\n if (shouldAttachLogs && sessionId && prNumber) {\n await log('\\n📄 Attaching logs to Pull Request...');\n try {\n // Build Claude CLI resume command\n const tool = argv.tool || 'claude';\n const resumeCommand = tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\n const logUploadSuccess = await attachLogToGitHub({\n logFile: getLogFile(),\n targetType: 'pr',\n targetNumber: prNumber,\n owner,\n repo,\n $,\n log,\n sanitizeLogContent,",
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[2026-01-11T01:51:30.503Z] [INFO] {
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"old_string": " await log('');\n // Show claude resume command only for --tool claude (or default)\n // Uses the (cd ... && claude --resume ...) pattern for a fully copyable, executable command\n const toolForResume = argv.tool || 'claude';\n if (toolForResume === 'claude') {\n const claudeResumeCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n await log('💡 To continue this session in Claude Code interactive mode:');\n await log('');\n await log(` ${claudeResumeCmd}`);\n await log('');\n }\n }",
"new_string": " await log('');\n // Show claude resume commands only for --tool claude (or default)\n // Two types of resume commands are provided:\n // 1. Interactive resume: Opens Claude Code in interactive mode for user interaction\n // 2. Autonomous resume: Continues the work autonomously without user interaction\n const toolForResume = argv.tool || 'claude';\n if (toolForResume === 'claude') {\n const inter**********meCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n const autonomousResumeCmd = buildClaudeAutonomousResumeCommand({ tempDir, sessionId, model: argv.model });\n await log('💡 To continue this session:');\n await log('');\n await log(' Interactive mode (opens Claude Code for user interaction):');\n await log(` ${interactiveResumeCmd}`);\n await log('');\n await log(' Autonomous mode (continues work without user interaction):');\n await log(` ${autonomousResumeCmd}`);\n await log('');\n }\n }"
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[2026-01-11T01:51:30.530Z] [INFO] {"type":"user","message":{"role":"user","content":[{"tool_use_id":"toolu_01EadZY5eeKFpDSNuBQ1Jzz9","type":"tool_result","content":"The file /tmp/gh-issue-solver-1768096096209/src/solve.mjs has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 917→ await log(`📌 Session ID: ${sessionId}`);\n 918→ if (resetTime) {\n 919→ await log(`⏰ Limit resets at: ${resetTime}`);\n 920→ }\n 921→ await log('');\n 922→ // Show claude resume commands only for --tool claude (or default)\n 923→ // Two types of resume commands are provided:\n 924→ // 1. Interactive resume: Opens Claude Code in interactive mode for user interaction\n 925→ // 2. Autonomous resume: Continues the work autonomously without user interaction\n 926→ const toolForResume = argv.tool || 'claude';\n 927→ if (toolForResume === 'claude') {\n 928→ const inter**********meCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n 929→ const autonomousResumeCmd = buildClaudeAutonomousResumeCommand({ tempDir, sessionId, model: argv.model });\n 930→ await log('💡 To continue this session:');\n 931→ await log('');\n 932→ await log(' Interactive mode (opens Claude Code for user interaction):');\n 933→ await log(` ${interactiveResumeCmd}`);\n 934→ await log('');\n 935→ await log(' Autonomous mode (continues work without user interaction):');\n 936→ await log(` ${autonomousResumeCmd}`);\n 937→ await log('');\n 938→ }\n 939→ }\n 940→\n 941→ // If --attach-logs is enabled and we have a PR, attach logs with usage limit details\n 942→ if (shouldAttachLogs && sessionId && prNumber) {\n 943→ await log('\\n📄 Attaching logs to Pull Request...');"}]},"parent_tool_use_id":null,"session_id":"34546448-e309-47d8-93cc-aac1f21510d4","uuid":"aacbfb9b-bb5a-42dd-80e6-88d8a7433428","tool_use_result":{"filePath":"/tmp/gh-issue-solver-1768096096209/src/solve.mjs","oldString":" await log('');\n // Show claude resume command only for --tool claude (or default)\n // Uses the (cd ... && claude --resume ...) pattern for a fully copyable, executable command\n const toolForResume = argv.tool || 'claude';\n if (toolForResume === 'claude') {\n const claudeResumeCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n await log('💡 To continue this session in Claude Code interactive mode:');\n await log('');\n await log(` ${claudeResumeCmd}`);\n await log('');\n }\n }","newString":" await log('');\n // Show claude resume commands only for --tool claude (or default)\n // Two types of resume commands are provided:\n // 1. Interactive resume: Opens Claude Code in interactive mode for user interaction\n // 2. Autonomous resume: Continues the work autonomously without user interaction\n const toolForResume = argv.tool || 'claude';\n if (toolForResume === 'claude') {\n const inter**********meCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n const autonomousResumeCmd = buildClaudeAutonomousResumeCommand({ tempDir, sessionId, model: argv.model });\n await log('💡 To continue this session:');\n await log('');\n await log(' Interactive mode (opens Claude Code for user interaction):');\n await log(` ${interactiveResumeCmd}`);\n await log('');\n await log(' Autonomous mode (continues work without user interaction):');\n await log(` ${autonomousResumeCmd}`);\n await log('');\n }\n }","originalFile":"#!/usr/bin/env node\n// Import Sentry instrumentation first (must be before other imports)\nimport './instrument.mjs';\n// Early exit paths - handle these before loading all modules to speed up testing\nconst earlyArgs = process.argv.slice(2);\nif (earlyArgs.includes('--version')) {\n const { getVersion } = await import('./version.lib.mjs');\n try {\n const version = await getVersion();\n console.log(version);\n } catch {\n console.error('Error: Unable to determine version');\n process.exit(1);\n }\n process.exit(0);\n}\nif (earlyArgs.includes('--help') || earlyArgs.includes('-h')) {\n // Load minimal modules needed for help\n const { use } = eval(await (await fetch('https://unpkg.com/use-m/use.js')).text());\n globalThis.use = use;\n const config = await import('./solve.config.lib.mjs');\n const { initializeConfig, createYargsConfig } = config;\n const { yargs, hideBin } = await initializeConfig(use);\n const rawArgs = hideBin(process.argv);\n // Filter out help flags to avoid duplicate display\n const argsWithoutHelp = rawArgs.filter(arg => arg !== '--help' && arg !== '-h');\n createYargsConfig(yargs(argsWithoutHelp)).showHelp();\n process.exit(0);\n}\nif (earlyArgs.length === 0) {\n console.error('Usage: solve.mjs <issue-url> [options]');\n console.error('\\nError: Missing required github issue or pull request URL');\n console.error('\\nRun \"solve.mjs --help\" for more information');\n process.exit(1);\n}\n// Now load all modules for normal operation\nconst { use } = eval(await (await fetch('https://unpkg.com/use-m/use.js')).text());\nglobalThis.use = use;\nconst { $ } = await use('command-stream');\nconst config = await import('./solve.config.lib.mjs');\nconst { initializeConfig, parseArguments } = config;\n// Import Sentry integration\nconst sentryLib = await import('./sentry.lib.mjs');\nconst { initializeSentry, addBreadcrumb, reportError } = sentryLib;\nconst { yargs, hideBin } = await initializeConfig(use);\nconst path = (await use('path')).default;\nconst fs = (await use('fs')).promises;\nconst crypto = (await use('crypto')).default;\nconst memoryCheck = await import('./memory-check.mjs');\nconst lib = await import('./lib.mjs');\nconst { log, setLogFile, getLogFile, getAbsoluteLogPath, cleanErrorMessage, formatAligned, getVersionInfo } = lib;\nconst githubLib = await import('./github.lib.mjs');\nconst { sanitizeLogContent, attachLogToGitHub } = githubLib;\nconst validation = await import('./solve.validation.lib.mjs');\nconst { validateGitHubUrl, showAttachLogsWarning, initializeLogFile, validateUrlRequirement, validateContinueOnlyOnFeedback, performSystemChecks } = validation;\nconst autoContinue = await import('./solve.auto-continue.lib.mjs');\nconst { proce*****************Issue } = autoContinue;\nconst repository = await import('./solve.repository.lib.mjs');\nconst { setupTempDirectory, clean**********ctory } = repository;\nconst results = await import('./solve.results.lib.mjs');\nconst { cleanupClaudeFile, showSessionSummary, verifyResults, buildClaudeResumeCommand, build************************mmand } = results;\nconst claudeLib = await import('./claude.lib.mjs');\nconst { executeClaude } = claudeLib;\n\nconst githubLinking = await import('./github-linking.lib.mjs');\nconst { extra**************umber } = githubLinking;\n\nconst usageLimitLib = await import('./usage-limit.lib.mjs');\nconst { forma*****************ative } = usageLimitLib;\n\nconst errorHandlers = await import('./solve.error-handlers.lib.mjs');\nconst { createUncaughtExceptionHandler, createUnhandledRejectionHandler, handl**************Error } = errorHandlers;\n\nconst watchLib = await import('./solve.watch.lib.mjs');\nconst { startWatchMode } = watchLib;\nconst exitHandler = await import('./exit-handler.lib.mjs');\nconst { initializeExitHandler, installGlobalExitHandlers, safeExit } = exitHandler;\nconst getResourceSnapshot = memoryCheck.getResourceSnapshot;\n\n// Import new modular components\nconst autoPrLib = await import('./solve.auto-pr.lib.mjs');\nconst { handl**********ation } = autoPrLib;\nconst repoSetupLib = await import('./solve.repo-setup.lib.mjs');\nconst { setupRepositoryAndClone, verif******************tatus } = repoSetupLib;\nconst branchLib = await import('./solve.branch.lib.mjs');\nconst { creat************ranch } = branchLib;\nconst sessionLib = await import('./solve.session.lib.mjs');\nconst { startWorkSession, endWorkSession } = sessionLib;\nconst preparationLib = await import('./solve.preparation.lib.mjs');\nconst { prepareFeedbackAndTimestamps, checkUncommittedChanges, checkForkActions } = preparationLib;\n\n// Import model validation library\nconst modelValidation = await import('./model-validation.lib.mjs');\nconst { valid*******************Model } = modelValidation;\n\n// Initialize log file EARLY to capture all output including version and command\n// Use default directory (cwd) initially, will be set from argv.logDir after parsing\nconst logFile = await initializeLogFile(null);\n\n// Log version and raw command IMMEDIATELY after log file initialization\n// This ensures they appear in both console and log file, even if argument parsing fails\nconst versionInfo = await getVersionInfo();\nawait log('');\nawait log(`🚀 solve v${versionInfo}`);\nconst rawCommand = process.argv.join(' ');\nawait log('🔧 Raw command executed:');\nawait log(` ${rawCommand}`);\nawait log('');\n\nlet argv;\ntry {\n argv = await parseArguments(yargs, hideBin);\n} catch (error) {\n // Handle argument parsing errors with helpful messages\n await log(`❌ ${error.message}`, { level: 'error' });\n await log('', { level: 'error' });\n await log('Use /help to see available options', { level: 'error' });\n await safeExit(1, 'Invalid command-line arguments');\n}\nglobal.verboseMode = argv.verbose;\n\n// If user specified a custom log directory, we would need to move the log file\n// However, this adds complexity, so we accept that early logs go to cwd\n// The trade-off is: early logs in cwd vs missing version/command in error cases\n\n// Conditionally import tool-specific functions after argv is parsed\nlet checkForUncommittedChanges;\nif (argv.tool === 'opencode') {\n const opencodeLib = await import('./opencode.lib.mjs');\n check****************anges = opencodeLib.checkForUncommittedChanges;\n} else if (argv.tool === 'codex') {\n const codexLib = await import('./codex.lib.mjs');\n check****************anges = codexLib.checkForUncommittedChanges;\n} else if (argv.tool === 'agent') {\n const agentLib = await import('./agent.lib.mjs');\n check****************anges = agentLib.checkForUncommittedChanges;\n} else {\n check****************anges = claudeLib.checkForUncommittedChanges;\n}\nconst shouldAttachLogs = argv.attachLogs || argv['attach-logs'];\nawait showAttachLogsWarning(shouldAttachLogs);\nconst absoluteLogPath = path.resolve(logFile);\n// Initialize Sentry integration (unless disabled)\nif (argv.sentry) {\n await initializeSentry({\n noSentry: !argv.sentry,\n debug: argv.verbose,\n version: process.env.npm_package_version || '0.12.0',\n });\n // Add breadcrumb for solve operation\n addBreadcrumb({\n category: 'solve',\n message: 'Started solving issue',\n level: 'info',\n data: {\n model: argv.model,\n issueUrl: argv['issue-url'] || argv._?.[0] || 'not-set-yet',\n },\n });\n}\n// Create a cleanup wrapper that will be populated with context later\nlet cleanupContext = { tempDir: null, argv: null, limitReached: false };\nconst cleanupWrapper = async () => {\n if (cleanupContext.tempDir && cleanupContext.argv) {\n await cleanupTempDirectory(cleanupContext.tempDir, cleanupContext.argv, cleanupContext.limitReached);\n }\n};\n// Initialize the exit handler with getAbsoluteLogPath function and cleanup wrapper\ninitializeExitHandler(getAbsoluteLogPath, log, cleanupWrapper);\ninstallGlobalExitHandlers();\n\n// Note: Version and raw command are logged BEFORE parseArguments() (see above)\n// This ensures they appear even if strict validation fails\n// Strict options validation is now handled by yargs .strict() mode in solve.config.lib.mjs\n// This prevents unrecognized options from being silently ignored (issue #453, #482)\n\n// Now handle argument validation that was moved from early checks\nlet issueUrl = argv['issue-url'] || argv._[0];\nif (!issueUrl) {\n await log('Usage: solve.mjs <issue-url> [options]', { level: 'error' });\n await log('Error: Missing required github issue or pull request URL', { level: 'error' });\n await log('Run \"solve.mjs --help\" for more information', { level: 'error' });\n await safeExit(1, 'Missing required GitHub URL');\n}\n// Validate GitHub URL using validation module (more thorough check)\nconst urlValidation = validateGitHubUrl(issueUrl);\nif (!urlValidation.isValid) {\n await safeExit(1, 'Invalid GitHub URL');\n}\nconst { isIssueUrl, isPrUrl, normalizedUrl, owner, repo, number: urlNumber } = urlValidation;\nissueUrl = normalizedUrl || issueUrl;\n// Store owner and repo globally for error handlers early\nglobal.owner = owner;\nglobal.repo = repo;\n// Setup unhandled error handlers to ensure log path is always shown\nconst errorHandlerOptions = {\n log,\n cleanErrorMessage,\n absoluteLogPath,\n shouldAttachLogs,\n argv,\n global,\n owner: null, // Will be set later when parsed\n repo: null, // Will be set later when parsed\n getLogFile,\n attachLogToGitHub,\n sanitizeLogContent,\n $,\n};\nprocess.on('uncaughtException', createUncaughtExceptionHandler(errorHandlerOptions));\nprocess.on('unhandledRejection', createUnhandledRejectionHandler(errorHandlerOptions));\n// Validate GitHub URL requirement and options using validation module\nif (!(await validateUrlRequirement(issueUrl))) {\n await safeExit(1, 'URL requirement validation failed');\n}\nif (!(await validateContinueOnlyOnFeedback(argv, isPrUrl, isIssueUrl))) {\n await safeExit(1, 'Feedback validation failed');\n}\n\n// Validate model name EARLY - this always runs regardless of --skip-tool-connection-check\n// Model validation is a simple string check and should always be performed\nconst tool = argv.tool || 'claude';\nawait validateAndExitOnInvalidModel(argv.model, tool, safeExit);\n\n// Perform all system checks using validation module\n// Skip tool CONNECTION validation in dry-run mode or when --skip-tool-connection-check or --no-tool-connection-check is enabled\n// Note: This does NOT skip model validation which is performed above\nconst skipT*************Check = argv.dryRun || argv.skipToolConnectionCheck || argv.toolConnectionCheck === false;\nif (!(await performSystemChecks(argv.minDiskSpace || 2048, skipToolConnectionCheck, argv.model, argv))) {\n await safeExit(1, 'System checks failed');\n}\n// URL validation debug logging\nif (argv.verbose) {\n await log('📋 URL validation:', { verbose: true });\n await log(` Input URL: ${issueUrl}`, { verbose: true });\n await log(` Is Issue URL: ${!!isIssueUrl}`, { verbose: true });\n await log(` Is PR URL: ${!!isPrUrl}`, { verbose: true });\n}\nconst claudePath = argv.executeToolWithBun ? 'bunx claude' : process.env.CLAUDE_PATH || 'claude';\n// Note: owner, repo, and urlNumber are already extracted from validateGitHubUrl() above\n// The parseUrlComponents() call was removed as it had a bug with hash fragments (#issuecomment-xyz)\n// and the validation result already provides these values correctly parsed\n\n// Handle --auto-fork option: automatically fork public repositories without write access\nif (argv.autoFork && !argv.fork) {\n const { detec****************ility } = githubLib;\n\n // Check if we have write access first\n await log('🔍 Checking repository access for auto-fork...');\n const permResult = await $`gh api repos/${owner}/${repo} --jq .permissions`;\n\n if (permResult.code === 0) {\n const permissions = JSON.parse(permResult.stdout.toString().trim());\n const hasWriteAccess = permissions.push === true || permissions.admin === true || permissions.maintain === true;\n\n if (!hasWriteAccess) {\n // No write access - check if repository is public before enabling fork mode\n const { isPublic } = await detectRepositoryVisibility(owner, repo);\n\n if (!isPublic) {\n // Private repository without write access - cannot fork\n await log('');\n await log(\"❌ --auto-fork failed: Repository is private and you don't have write access\", { level: 'error' });\n await log('');\n await log(' 🔍 What happened:', { level: 'error' });\n await log(` Repository ${owner}/${repo} is private`, { level: 'error' });\n await log(\" You don't have write access to this repository\", { level: 'error' });\n await log(' --auto-fork cannot create a fork of a private repository you cannot access', {\n level: 'error',\n });\n await log('');\n await log(' 💡 Solution:', { level: 'error' });\n await log(' • Request collaborator access from the repository owner', { level: 'error' });\n await log(` https://github.com/${owner}/${repo}/settings/access`, { level: 'error' });\n await log('');\n await safeExit(1, 'Auto-fork failed - private repository without access');\n }\n\n // Public repository without write access - automatically enable fork mode\n await log('✅ Auto-fork: No write access detected, enabling fork mode');\n argv.fork = true;\n } else {\n // Has write access - work directly on the repo (works for both public and private repos)\n const { isPublic } = await detectRepositoryVisibility(owner, repo);\n await log(`✅ Auto-fork: Write access detected to ${isPublic ? 'public' : 'private'} repository, working directly on repository`);\n }\n } else {\n // Could not check permissions - assume no access and try to fork if public\n const { isPublic } = await detectRepositoryVisibility(owner, repo);\n\n if (!isPublic) {\n // Cannot determine permissions for private repo - fail safely\n await log('');\n await log('❌ --auto-fork failed:
[2026-01-11T01:51:30.533Z] [INFO] Could not verify permissions for private repository', { level: 'error' });\n await log('');\n await log(' 🔍 What happened:', { level: 'error' });\n await log(` Repository ${owner}/${repo} is private`, { level: 'error' });\n await log(' Could not check your permissions to this repository', { level: 'error' });\n await log('');\n await log(' 💡 Solutions:', { level: 'error' });\n await log(' • Check your GitHub CLI authentication: gh auth status', { level: 'error' });\n await log(\" • Request collaborator access if you don't have it yet\", { level: 'error' });\n await log(` https://github.com/${owner}/${repo}/settings/access`, { level: 'error' });\n await log('');\n await safeExit(1, 'Auto-fork failed - cannot verify private repository permissions');\n }\n\n // Public repository but couldn't check permissions - assume no access and fork\n await log('⚠️ Auto-fork: Could not check permissions, enabling fork mode for public repository');\n argv.fork = true;\n }\n}\n\n// Early check: Verify repository write permissions BEFORE doing any work\n// This prevents wasting AI tokens when user doesn't have access and --fork is not used\nconst { check********************ssion } = githubLib;\nconst hasWriteAccess = await checkRepositoryWritePermission(owner, repo, {\n useFork: argv.fork,\n issueUrl: issueUrl,\n});\n\nif (!hasWriteAccess) {\n await log('');\n await log('❌ Cannot proceed without repository write access or --fork option', { level: 'error' });\n await safeExit(1, 'Permission check failed');\n}\n\n// Detect repository visibility and set auto-cleanup default if not explicitly set\nif (argv.autoCleanup === undefined) {\n const { detec****************ility } = githubLib;\n const { isPublic } = await detectRepositoryVisibility(owner, repo);\n // For public repos: keep temp directories (default false)\n // For private repos: clean up temp directories (default true)\n argv.autoCleanup = !isPublic;\n if (argv.verbose) {\n await log(` Auto-cleanup default: ${argv.autoCleanup} (repository is ${isPublic ? 'public' : 'private'})`, {\n verbose: true,\n });\n }\n}\n// Determine mode and get issue details\nlet issueNumber;\nlet prNumber;\nlet prBranch;\nlet mergeStateStatus;\nlet prState;\nlet forkOwner = null;\nlet isContinueMode = false;\n// Auto-continue logic: check for existing PRs if --auto-continue is enabled\nconst autoContinueResult = await processAutoContinueForIssue(argv, isIssueUrl, urlNumber, owner, repo);\nif (autoContinueResult.isContinueMode) {\n isContinueMode = true;\n prNumber = autoContinueResult.prNumber;\n prBranch = autoContinueResult.prBranch;\n issueNumber = autoContinueResult.issueNumber;\n // Only check PR details if we have a PR number\n if (prNumber) {\n // Store PR info globally for error handlers\n global.createdPR = { number: prNumber };\n // Check if PR is from a fork and get fork owner, merge status, and PR state\n if (argv.verbose) {\n await log(' Checking if PR is from a fork...', { verbose: true });\n }\n try {\n const prCheckResult = await $`gh pr view ${prNumber} --repo ${owner}/${repo} --json headRepositoryOwner,headRepository,mergeStateStatus,state`;\n if (prCheckResult.code === 0) {\n const prCheckData = JSON.parse(prCheckResult.stdout.toString());\n // Extract merge status and PR state\n mergeStateStatus = prCheckData.mergeStateStatus;\n prState = prCheckData.state;\n if (argv.verbose) {\n await log(` PR state: ${prState || 'UNKNOWN'}`, { verbose: true });\n await log(` Merge status: ${mergeStateStatus || 'UNKNOWN'}`, { verbose: true });\n }\n if (prCheckData.headRepositoryOwner && prCheckData.headRepositoryOwner.login !== owner) {\n forkOwner = prCheckData.headRepositoryOwner.login;\n // Get actual fork repository name (may be prefixed)\n const forkRepoName = prCheckData.headRepository && prCheckData.headRepository.name ? prCheckData.headRepository.name : repo;\n await log(`🍴 Detected fork PR from ${forkOwner}/${forkRepoName}`);\n if (argv.verbose) {\n await log(` Fork owner: ${forkOwner}`, { verbose: true });\n await log(' Will clone fork repository for continue mode', { verbose: true });\n }\n\n // Check if maintainer can push to the fork when --allow-to-push-to-contributors-pull-requests-as-maintainer is enabled\n if (argv.allowToPushToContributorsPullRequestsAsMaintainer && argv.autoFork) {\n const { checkMaintainerCanModifyPR, reque*************ccess } = githubLib;\n const { canModify } = await checkMaintainerCanModifyPR(owner, repo, prNumber);\n\n if (canModify) {\n await log('✅ Maintainer can push to fork: Enabled by contributor');\n await log(\" Will push changes directly to contributor's fork instead of creating own fork\");\n // Don't disable fork mode, but we'll use the contributor's fork\n } else {\n await log('⚠️ Maintainer cannot push to fork: \"Allow edits by maintainers\" is not enabled', {\n level: 'warning',\n });\n await log(' Posting comment to request access...', { level: 'warning' });\n await requestMaintainerAccess(owner, repo, prNumber);\n await log(' Comment posted. Proceeding with own fork instead.', { level: 'warning' });\n }\n }\n }\n }\n } catch (forkCheckError) {\n if (argv.verbose) {\n await log(` Warning: Could not check fork status: ${forkCheckError.message}`, { verbose: true });\n }\n }\n } else {\n // We have a branch but no PR - we'll use the existing branch and create a PR later\n await log(`🔄 Using existing branch: ${prBranch} (no PR yet - will create one)`);\n if (argv.verbose) {\n await log(' Branch will be checked out and PR will be created during auto-PR creation phase', {\n verbose: true,\n });\n }\n }\n} else if (isIssueUrl) {\n issueNumber = autoContinueResult.issueNumber || urlNumber;\n}\nif (isPrUrl) {\n isContinueMode = true;\n prNumber = urlNumber;\n // Store PR info globally for error handlers\n global.createdPR = { number: prNumber, url: issueUrl };\n await log(`🔄 Continue mode: Working with PR #${prNumber}`);\n if (argv.verbose) {\n await log(' Continue mode activated: PR URL provided directly', { verbose: true });\n await log(` PR Number set to: ${prNumber}`, { verbose: true });\n await log(' Will fetch PR details and linked issue', { verbose: true });\n }\n // Get PR details to find the linked issue and branch\n try {\n const prResult = await githubLib.ghPrView({\n prNumber,\n owner,\n repo,\n jsonFields: 'headRefName,body,number,mergeStateStatus,state,headRepositoryOwner,headRepository',\n });\n if (prResult.code !== 0 || !prResult.data) {\n await log('Error: Failed to get PR details', { level: 'error' });\n if (prResult.output.includes('Could not resolve to a PullRequest')) {\n await githubLib.handlePRNotFoundError({ prNumber, owner, repo, argv, shouldAttachLogs });\n } else {\n await log(`Error: ${prResult.stderr || 'Unknown error'}`, { level: 'error' });\n }\n await safeExit(1, 'Failed to get PR details');\n }\n const prData = prResult.data;\n prBranch = prData.headRefName;\n mergeStateStatus = prData.mergeStateStatus;\n prState = prData.state;\n // Check if this is a fork PR\n if (prData.headRepositoryOwner && prData.headRepositoryOwner.login !== owner) {\n forkOwner = prData.headRepositoryOwner.login;\n // Get actual fork repository name (may be prefixed)\n const forkRepoName = prData.headRepository && prData.headRepository.name ? prData.headRepository.name : repo;\n await log(`🍴 Detected fork PR from ${forkOwner}/${forkRepoName}`);\n if (argv.verbose) {\n await log(` Fork owner: ${forkOwner}`, { verbose: true });\n await log(' Will clone fork repository for continue mode', { verbose: true });\n }\n\n // Check if maintainer can push to the fork when --allow-to-push-to-contributors-pull-requests-as-maintainer is enabled\n if (argv.allowToPushToContributorsPullRequestsAsMaintainer && argv.autoFork) {\n const { checkMaintainerCanModifyPR, reque*************ccess } = githubLib;\n const { canModify } = await checkMaintainerCanModifyPR(owner, repo, prNumber);\n\n if (canModify) {\n await log('✅ Maintainer can push to fork: Enabled by contributor');\n await log(\" Will push changes directly to contributor's fork instead of creating own fork\");\n // Don't disable fork mode, but we'll use the contributor's fork\n } else {\n await log('⚠️ Maintainer cannot push to fork: \"Allow edits by maintainers\" is not enabled', {\n level: 'warning',\n });\n await log(' Posting comment to request access...', { level: 'warning' });\n await requestMaintainerAccess(owner, repo, prNumber);\n await log(' Comment posted. Proceeding with own fork instead.', { level: 'warning' });\n }\n }\n }\n await log(`📝 PR branch: ${prBranch}`);\n // Extract issue number from PR body using GitHub linking detection library\n // This ensures we only detect actual GitHub-recognized linking keywords\n const prBody = prData.body || '';\n const extra**********umber = extractLinkedIssueNumber(prBody);\n if (extractedIssueNumber) {\n issueNumber = extractedIssueNumber;\n await log(`🔗 Found linked issue #${issueNumber}`);\n } else {\n // If no linked issue found, we can still continue but warn\n await log('⚠️ Warning: No linked issue found in PR body', { level: 'warning' });\n await log(' The PR should contain \"Fixes #123\" or similar to link an issue', { level: 'warning' });\n // Set issueNumber to PR number as fallback\n issueNumber = prNumber;\n }\n } catch (error) {\n reportError(error, {\n context: 'pr_processing',\n prNumber,\n operation: 'process_pull_request',\n });\n await log(`Error: Failed to process PR: ${cleanErrorMessage(error)}`, { level: 'error' });\n await safeExit(1, 'Failed to process PR');\n }\n} else {\n // Traditional issue mode\n issueNumber = urlNumber;\n await log(`📝 Issue mode: Working with issue #${issueNumber}`);\n}\n// Create or find temporary directory for cloning the repository\n// Pass workspace info for --enable-workspaces mode (works with all tools)\nconst workspaceInfo = argv.enableWorkspaces ? { owner, repo, issueNumber } : null;\nconst { tempDir, workspaceTmpDir } = await setupTempDirectory(argv, workspaceInfo);\n// Populate cleanup context for signal handlers\ncleanupContext.tempDir = tempDir;\ncleanupContext.argv = argv;\n// Initialize limitReached variable outside try block for finally clause\nlet limitReached = false;\ntry {\n // Set up repository and clone using the new module\n const { forkedRepo } = await setupRepositoryAndClone({\n argv,\n owner,\n repo,\n forkOwner,\n tempDir,\n isContinueMode,\n issueUrl,\n log,\n formatAligned,\n $,\n });\n\n // Verify default branch and status using the new module\n const defaultBranch = await verifyDefaultBranchAndStatus({\n tempDir,\n log,\n formatAligned,\n $,\n });\n // Create or checkout branch using the new module\n const branchName = await createOrCheckoutBranch({\n isContinueMode,\n prBranch,\n issueNumber,\n tempDir,\n defaultBranch,\n argv,\n log,\n formatAligned,\n $,\n crypto,\n });\n\n // Auto-merge default branch to pull request branch if enabled\n let autoM************Lines = [];\n if (isContinueMode && argv['auto-merge-default-branch-to-pull-request-branch']) {\n await log(`\\n${formatAligned('🔀', 'Auto-merging:', `Merging ${defaultBranch} into ${branchName}`)}`);\n try {\n const mergeResult = await $({ cwd: tempDir })`git merge ${defaultBranch} --no-edit`;\n if (mergeResult.code === 0) {\n await log(`${formatAligned('✅', 'Merge successful:', 'Pushing merged branch...')}`);\n const pushResult = await $({ cwd: tempDir })`git push origin ${branchName}`;\n if (pushResult.code === 0) {\n await log(`${formatAligned('✅', 'Push successful:', 'Branch updated with latest changes')}`);\n } else {\n await log(`${formatAligned('⚠️', 'Push failed:', 'Merge completed but push failed')}`, { level: 'warning' });\n await log(` Error: ${pushResult.stderr?.toString() || 'Unknown error'}`, { level: 'warning' });\n }\n } else {\n // Merge failed - likely due to conflicts\n await log(`${formatAligned('⚠️', 'Merge failed:', 'Conflicts detected')}`, { level: 'warning' });\n autoMergeFeedbackLines.push('');\n autoMergeFeedbackLines.push('⚠️ AUTOMATIC MERGE FAILED:');\n autoMergeFeedbackLines.push(`git merge ${defaultBranch} was executed but resulted in conflicts that should be resolved first.`);\n autoMergeFeedbackLines.push('Please resolve the merge conflicts and commit the changes.');\n autoMergeFeedbackLines.push('');\n }\n } catch (mergeError) {\n await log(`${formatAligned('❌', 'Merge error:', mergeError.message)}`, { level: 'error' });\n autoMergeFeedbackLines.push('');\n autoMergeFeedbackLines.push('⚠️ AUTOMATIC MERGE ERROR:');\n autoMergeFeedbackLines.push(`git merge ${defaultBranch} failed with error: ${mergeError.message}`);\n autoMergeFeedbackLines.push('Please check the repository state and resolve any issues.');\n autoMergeFeedbackLines.push('');\n }\n }\n\n // Initialize PR variables early\n let prUrl = null;\n\n // In continue mode, we already have the PR details\n if (isContinueMode) {\n prUrl = issueUrl; // The input URL is the PR URL\n // prNumber is already set from earlier when we parsed the PR\n }\n\n // Don't build the prompt yet - we'll build it after we have all the information\n // This includes PR URL (if created) and comment info (if in continue mode)\n\n // Handle auto PR creation using the new module\n const autoPrResult = await handleAutoPrCreation({\n argv,\n tempDir,\n branchName,\n issueNumber,\n owner,\n repo,\n defaultBranch,\n forkedRepo,\n isContinueMode,\n prNumber,\n log,\n formatAligned,\n $,\n reportError,\n path,\n fs,\n });\n\n let claudeCommitHash = null;\n if (autoPrResult) {\n prUrl = autoPrResult.prUrl;\n if (autoPrResult.prNumber) {\n prNumber = autoPrResult.prNumber;\n }\n if (autoPrResult.claudeCommitHash) {\n claudeCommitHash = autoPrResult.claudeCommitHash;\n }\n }\n\n // CRITICAL: Validate that we have a PR number when required\n // This prevents continuing without a PR when one was supposed to be created\n if ((isContinueMode || argv.autoPullRequestCreation) && !prNumber) {\n await log('');\n await log(formatAligned('❌', 'FATAL ERROR:', 'No pull request available'), { level: 'error' });\n await log('');\n await log(' 🔍 What happened:');\n if (isContinueMode) {\n await log(' Continue mode is active but no PR number is available.');\n await log(' This usually means PR creation failed or was skipped incorrectly.');\n } else {\n await log(' Auto-PR creation is enabled but no PR was created.');\n await log(' PR creation may have failed without throwing an error.');\n }\n await log('');\n await log(' 💡 Why this is critical:');\n await log(' The solve command requires a PR for:');\n await log(' • Tracking work progress');\n await log(' • Receiving and processing feedback');\n await log(' • Managing code changes');\n await log(' • Auto-merging when complete');\n await log('');\n await log(' 🔧 How to fix:');\n await log('');\n await log(' Option 1: Create PR manually and use --continue');\n await log(` cd ${tempDir}`);\n await log(` gh pr create --draft --title \"Fix issue #${issueNumber}\" --body \"Fixes #${issueNumber}\"`);\n await log(' # Then use the PR URL with solve.mjs');\n await log('');\n await log(' Option 2: Start fresh without continue mode');\n await log(` ./solve.mjs \"${issueUrl}\" --auto-pull-request-creation`);\n await log('');\n await log(' Option 3: Disable auto-PR creation (Claude will create it)');\n await log(` ./solve.mjs \"${issueUrl}\" --no-auto-pull-request-creation`);\n await log('');\n await safeExit(1, 'No PR available');\n }\n\n if (isContinueMode) {\n await log(`\\n${formatAligned('🔄', 'Continue mode:', 'ACTIVE')}`);\n await log(formatAligned('', 'Using existing PR:', `#${prNumber}`, 2));\n await log(formatAligned('', 'PR URL:', prUrl, 2));\n } else if (!argv.autoPullRequestCreation) {\n await log(`\\n${formatAligned('⏭️', 'Auto PR creation:', 'DISABLED')}`);\n await log(formatAligned('', 'Workflow:', 'AI will create the PR', 2));\n }\n\n // Don't build the prompt yet - we'll build it after we have all the information\n // This includes PR URL (if created) and comment info (if in continue mode)\n\n // Start work session using the new module\n await startWorkSession({\n isContinueMode,\n prNumber,\n argv,\n log,\n formatAligned,\n $,\n });\n\n // Prepare feedback and timestamps using the new module\n const { feedbackLines: preparedFeedbackLines, referenceTime } = await prepareFeedbackAndTimestamps({\n prNumber,\n branchName,\n owner,\n repo,\n issueNumber,\n isContinueMode,\n mergeStateStatus,\n prState,\n argv,\n log,\n formatAligned,\n cleanErrorMessage,\n $,\n });\n\n // Initialize feedback lines\n let feedbackLines = null;\n\n // Add auto-merge feedback lines if any\n if (autoMergeFeedbackLines && autoMergeFeedbackLines.length > 0) {\n if (!feedbackLines) {\n feedbackLines = [];\n }\n feedbackLines.push(...autoMergeFeedbackLines);\n }\n\n // Merge feedback lines\n if (preparedFeedbackLines && preparedFeedbackLines.length > 0) {\n if (!feedbackLines) {\n feedbackLines = [];\n }\n feedbackLines.push(...preparedFeedbackLines);\n }\n\n // Check for uncommitted changes and merge with feedback\n const uncom**************Lines = await checkUncommittedChanges({\n tempDir,\n argv,\n log,\n $,\n });\n if (uncommittedFeedbackLines && uncommittedFeedbackLines.length > 0) {\n if (!feedbackLines) {\n feedbackLines = [];\n }\n feedbackLines.push(...uncommittedFeedbackLines);\n }\n\n // Check for fork actions\n const forkActionsUrl = await checkForkActions({\n argv,\n forkedRepo,\n branchName,\n log,\n formatAligned,\n $,\n });\n\n // Execute tool command with all prompts and settings\n let toolResult;\n if (argv.tool === 'opencode') {\n const opencodeLib = await import('./opencode.lib.mjs');\n const { executeOpenCode } = opencodeLib;\n const opencodePath = process.env.OPENCODE_PATH || 'opencode';\n\n toolResult = await executeOpenCode({\n issueUrl,\n issueNumber,\n prNumber,\n prUrl,\n branchName,\n tempDir,\n workspaceTmpDir,\n isContinueMode,\n mergeStateStatus,\n forkedRepo,\n feedbackLines,\n forkActionsUrl,\n owner,\n repo,\n argv,\n log,\n setLogFile,\n getLogFile,\n formatAligned,\n getResourceSnapshot,\n opencodePath,\n $,\n });\n } else if (argv.tool === 'codex') {\n const codexLib = await import('./codex.lib.mjs');\n const { executeCodex } = codexLib;\n const codexPath = process.env.CODEX_PATH || 'codex';\n\n toolResult = await executeCodex({\n issueUrl,\n issueNumber,\n prNumber,\n prUrl,\n branchName,\n tempDir,\n workspaceTmpDir,\n isContinueMode,\n mergeStateStatus,\n forkedRepo,\n feedbackLines,\n forkActionsUrl,\n owner,\n repo,\n argv,\n log,\n setLogFile,\n getLogFile,\n formatAligned,\n getResourceSnapshot,\n codexPath,\n $,\n });\n } else if (argv.tool === 'agent') {\n const agentLib = await import('./agent.lib.mjs');\n const { executeAgent } = agentLib;\n const agentPath = process.env.AGENT_PATH || 'agent';\n\n toolResult = await executeAgent({\n issueUrl,\n issueNumber,\n prNumber,\n prUrl,\n branchName,\n tempDir,\n workspaceTmpDir,\n isContinueMode,\n mergeStateStatus,\n forkedRepo,\n feedbackLines,\n forkActionsUrl,\n owner,\n repo,\n argv,\n log,\n setLogFile,\n getLogFile,\n formatAligned,\n getResourceSnapshot,\n agentPath,\n $,\n });\n } else {\n // Default to Claude\n // Check for Playwright MCP availability if using Claude tool\n if (argv.tool === 'claude' || !argv.tool) {\n // If flag is true (default), check if Playwright MCP is actually available\n if (argv.promptPlaywrightMcp) {\n const { check********************ility } = claudeLib;\n const playw************lable = await checkPlaywrightMcpAvailability();\n if (playwrightMcpAvailable) {\n await log('🎭 Playwright MCP detected - enabling browser automation hints', { verbose: true });\n } else {\n await log('ℹ️ Playwright MCP not detected - browser automation hints will be disabled', { verbose: true });\n argv.promptPlaywrightMcp = false;\n }\n } else {\n await log('ℹ️ Playwright MCP explicitly disabled via --no-prompt-playwright-mcp', { verbose: true });\n }\n }\n const claudeResult = await executeClaude({\n issueUrl,\n issueNumber,\n prNumber,\n prUrl,\n branchName,\n tempDir,\n workspaceTmpDir,\n isContinueMode,\n mergeStateStatus,\n forkedRepo,\n feedbackLines,\n forkActionsUrl,\n owner,\n repo,\n argv,\n log,\n setLogFile,\n getLogFile,\n formatAligned,\n getResourceSnapshot,\n claudePath,\n $,\n });\n toolResult = claudeResult;\n }\n\n const { success } = toolResult;\n let sessionId = toolResult.sessionId;\n let anthr***********stUSD = toolResult.anthropicTotalCostUSD;\n let publi***********imate = toolResult.publicPricingEstimate; // Used by agent tool\n let pricingInfo = toolResult.pricingInfo; // Used by agent tool for detailed pricing\n let error**********ution = toolResult.errorDuringExecution || false; // Issue #1088: Track error_during_execution\n limitReached = toolResult.limitReached;\n cleanupContext.limitReached = limitReached;\n\n // Capture limit reset time globally for downstream handlers (auto-continue, cleanup decisions)\n if (toolResult && toolResult.limitResetTime) {\n global.limitResetTime = toolResult.limitResetTime;\n }\n\n // Handle limit reached scenario\n if (limitReached) {\n const shoul*************Reset = argv.autoResumeOnLimitReset;\n\n // If limit was reached but auto-resume-on-limit-reset is NOT enabled, fail immediately\n if (!shouldAutoResumeOnReset) {\n await log('\\n❌ USAGE LIMIT REACHED!');\n await log(' The AI tool has reached its usage limit.');\n\n // Always show manual resume command in console so users can resume after limit resets\n if (sessionId) {\n const resetTime = global.limitResetTime;\n await log('');\n await log(`📁 Working directory: ${tempDir}`);\n await log(`📌 Session ID: ${sessionId}`);\n if (resetTime) {\n await log(`⏰ Limit resets at: ${resetTime}`);\n }\n await log('');\n // Show claude resume command only for --tool claude (or default)\n // Uses the (cd ... && claude --resume ...) pattern for a fully copyable, executable command\n const toolForResume = argv.tool || 'claude';\n if (toolForResume === 'claude') {\n const claudeResumeCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n await log('💡 To continue this session in Claude Code interactive mode:');\n await log('');\n await log(` ${claudeResumeCmd}`);\n await log('');\n }\n }\n\n // If --attach-logs is enabled and we have a PR, attach logs with usage limit details\n if (shouldAttachLogs && sessionId && prNumber) {\n await log('\\n📄 Attaching logs to Pull Request...');\n try {\n // Build Claude CLI resume command\n const tool = argv.tool || 'claude';\n const resumeCommand = tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\n const logUploadSuccess = await attachLogToGitHub({\n logFile: getLogFile(),\n targetType: 'pr',\n targetNumber: prNumber,\n owner,\n repo,\n $,\n log,\n sanitizeLogContent,\n // Mark this as a usage limit case for proper formatting\n isUsageLimit: true,\n limitResetTime: global.limitResetTime,\n toolName: (argv.tool || 'AI tool').toString().toLowerCase() === 'claude' ? 'Claude' : (argv.tool || 'AI tool').toString().toLowerCase() === 'codex' ? 'Codex' : (argv.tool || 'AI tool').toString().toLowerCase() === 'opencode' ? 'OpenCode' : (argv.tool || 'AI tool').toString().toLowerCase() === 'agent' ? 'Agent' : 'AI tool',\n resumeCommand,\n sessionId,\n });\n\n if (logUploadSuccess) {\n await log(' ✅ Logs uploaded successfully');\n } else {\n await log(' ⚠️ Failed to upload logs', { verbose: true });\n }\n } catch (uploadError) {\n await log(` ⚠️ Error uploading logs: ${uploadError.message}`, { verbose: true });\n }\n } else if (prNumber) {\n // Fallback: Post simple failure comment if logs are not attached\n // Note: Commands should not be in GitHub comments - only mention the option\n try {\n const resetTime = global.limitResetTime;\n // Note: Commands should not be in GitHub comments - only mention the option\n // The resume command is available in the logs (collapsed block or gist link) for advanced users\n const resumeSection = sessionId ? `Session ID: \\`${sessionId}\\`\\n\\nUse the \\`--auto-continue-on-limit-reset\\` option to automatically resume when the limit resets.` : 'Use the `--auto-continue-on-limit-reset` option to automatically resume when the limit resets.';\n // Format the reset time with relative time if available\n const formattedResetTime = resetTime ? formatResetTimeWithRelative(resetTime) : null;\n const failureComment = formattedResetTime ? `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. The limit will reset at: **${formattedResetTime}**\\n\\n${resumeSection}` : `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. Please wait for the limit to reset.\\n\\n${resumeSection}`;\n\n const commentResult = await $`gh pr comment ${prNumber} --repo ${owner}/${repo} --body ${failureComment}`;\n if (commentResult.code === 0) {\n await log(' Posted failure comment to PR');\n }\n } catch (error) {\n await log(` Warning: Could not post failure comment: ${cleanErrorMessage(error)}`, { verbose: true });\n }\n }\n\n await safeExit(1, 'Usage limit reached - use --auto-resume-on-limit-reset to wait for reset');\n } else {\n // auto-resume-on-limit-reset is enabled - attach logs and/or post waiting comment\n if (prNumber && global.limitResetTime) {\n // If --attach-logs is enabled, upload logs with usage limit details\n if (shouldAttachLogs && sessionId) {\n await log('\\n📄 Attaching logs to Pull Request (auto-continue mode)...');\n try {\n // Build Claude CLI resume command\n const tool = argv.tool || 'claude';\n const resumeCommand = tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\n const logUploadSuccess = await attachLogToGitHub({\n logFile: getLogFile(),\n targetType: 'pr',\n targetNumber: prNumber,\n owner,\n repo,\n $,\n log,\n sanitizeLogContent,\n // Mark this as a usage limit case for proper formatting\n isUsageLimit: true,\n limitResetTime: global.limitResetTime,\n toolName: (argv.tool || 'AI tool').toString().toLowerCase() === 'claude' ? 'Claude' : (argv.tool || 'AI tool').toString().toLowerCase() === 'codex' ? 'Codex' : (argv.tool || 'AI tool').toString().toLowerCase() === 'opencode' ? 'OpenCode' : (argv.tool || 'AI tool').toString().toLowerCase() === 'agent' ? 'Agent' : 'AI tool',\n resumeCommand,\n sessionId,\n });\n\n if (logUploadSuccess) {\n await log(' ✅ Logs uploaded successfully');\n } else {\n await log(' ⚠️ Failed to upload logs', { verbose: true });\n }\n } catch (uploadError) {\n await log(` ⚠️ Error uploading logs: ${uploadError.message}`, { verbose: true });\n }\n } else {\n // Fallback: Post simple waiting comment if logs are not attached\n try {\n // Calculate wait time in d:h:m:s format\n const validation = await import('./solve.validation.lib.mjs');\n const { calculateWaitTime } = validation;\n const waitMs = calculateWaitTime(global.limitResetTime);\n\n const formatWaitTime = ms => {\n const seconds = Math.floor(ms / 1000);\n const minutes = Math.floor(seconds / 60);\n const hours = Math.floor(minutes / 60);\n const days = Math.floor(hours / 24);\n const s = seconds % 60;\n const m = minutes % 60;\n const h = hours % 24;\n return `${days}:${String(h).padStart(2, '0')}:${String(m).padStart(2, '0')}:${String(s).padStart(2, '0')}`;\n };\n\n // Build Claude CLI resume command\n const tool = argv.tool || 'claude';\n const resumeCmd = tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\n const waitingComment = `⏳ **Usage Limit Reached - Waiting to Continue**\\n\\nThe AI tool has reached its usage limit. Auto-resume is enabled with \\`--auto-resume-on-limit-reset\\`.\\n\\n**Reset time:** ${global.limitResetTime}\\n**Wait time:** ${formatWaitTime(waitMs)} (days:hours:minutes:seconds)\\n\\nThe session will automatically resume when the limit resets.\\n\\nSession ID: \\`${sessionId}\\`${resumeCmd ? `\\n\\nTo resume manually:\\n\\`\\`\\`bash\\n${resumeCmd}\\n\\`\\`\\`` : ''}`;\n\n const commentResult = await $`gh pr comment ${prNumber} --repo ${owner}/${repo} --body ${waitingComment}`;\n if (commentResult.code === 0) {\n await log(' Posted waiting comment to PR');\n }\n } catch (error) {\n await log(` Warning: Could not post waiting comment: ${cleanErrorMessage(error)}`, { verbose: true });\n }\n }\n }\n }\n }\n\n // Handle failure cases, but skip exit if limit reached with auto-resume enabled\n // This allows the code to continue to showSessionSummary() where autoContinueWhenLimitResets() is called\n const shoul*******************************tinue = limitReached && argv.autoResumeOnLimitReset;\n\n if (!success && !shouldSkipFailureExitForAutoLimitContinue) {\n // Show claude resume command only for --tool claude (or default) on failure\n // Uses the (cd ... && claude --resume ...) pattern for a fully copyable, executable command\n const toolForFailure = argv.tool || 'claude';\n if (sessionId && toolForFailure === 'claude') {\n const claudeResumeCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n await log('');\n await log('💡 To continue this session in Claude Code interactive mode:');\n await log('');\n await log(` ${claudeResumeCmd}`);\n await log('');\n }\n\n // If --attach-logs is enabled and we have a PR, attach failure logs before exiting\n if (shouldAttachLogs && sessionId && global.createdPR && global.createdPR.number) {\n await log('\\n📄 Attaching failure logs to Pull Request...');\n try {\n // Build Claude CLI resume command\n const tool = argv.tool || 'claude';\n const resumeCommand = sessionId && tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\n const logUploadSuccess = await attachLogToGitHub({\n logFile: getLogFile(),\n targetType: 'pr',\n targetNumber: global.createdPR.number,\n owner,\n repo,\n $,\n log,\n sanitizeLogContent,\n // For usage limit, use a dedicated comment format to make it clear and actionable\n isUsageLimit: !!limitReached,\n limitResetTime: limitReached ? toolResult.limitResetTime : null,\n toolName: (argv.tool || 'AI tool').toString().toLowerCase() === 'claude' ? 'Claude' : (argv.tool || 'AI tool').toString().toLowerCase() === 'codex' ? 'Codex' : (argv.tool || 'AI tool').toString().toLowerCase() === 'opencode' ? 'OpenCode' : (argv.tool || 'AI tool').toString().toLowerCase() === 'agent' ? 'Agent' : 'AI tool',\n resumeCommand,\n // Include sessionId so the PR comment can present it\n sessionId,\n // If not a usage limit case, fall back to generic failure format\n errorMessage: limitReached ? undefined : `${argv.tool.toUpperCase()} execution failed`,\n });\n\n if (logUploadSuccess) {\n await log(' ✅ Failure logs uploaded successfully');\n } else {\n await log(' ⚠️ Failed to upload logs', { verbose: true });\n }\n } catch (uploadError) {\n await log(` ⚠️ Error uploading logs: ${uploadError.message}`, { verbose: true });\n }\n }\n\n await safeExit(1, `${argv.tool.toUpperCase()} execution failed`);\n }\n\n // Check for uncommitted changes\n // When limit is reached, force auto-commit of any uncommitted changes to preserve work\n const shouldAutoCommit = argv['auto-commit-uncommitted-changes'] || limitReached;\n const autoRestartEnabled = argv['autoRestartOnUncommittedChanges'] !== false;\n const shouldRestart = await checkForUncommittedChanges(tempDir, owner, repo, branchName, $, log, shouldAutoCommit, autoRestartEnabled);\n\n // Remove initial commit file (CLAUDE.md or .gitkeep) now that Claude command has finished\n await cleanupClaudeFile(tempDir, branchName, claudeCommitHash, argv);\n\n // Show summary of session and log file\n await showSessionSummary(sessionId, limitReached, argv, issueUrl, tempDir, shouldAttachLogs);\n\n // Search for newly created pull requests and comments\n // Pass shouldRestart to prevent early exit when auto-restart is needed\n // Include agent tool pricing data when available (publicPricingEstimate, pricingInfo)\n // Issue #1088: Pass error**********ution for \"Finished with errors\" state\n await verifyResults(owner, repo, branchName, issueNumber, prNumber, prUrl, referenceTime, argv, shouldAttachLogs, shouldRestart, sessionId, tempDir, anthropicTotalCostUSD, publicPricingEstimate, pricingInfo, errorDuringExecution);\n\n // Start watch mode if enabled OR if we need to handle uncommitted changes\n if (argv.verbose) {\n await log('');\n await log('🔍 Auto-restart debug:', { verbose: true });\n await log(` argv.watch (user flag): ${argv.watch}`, { verbose: true });\n await log(` shouldRestart (auto-detected): ${shouldRestart}`, { verbose: true });\n await log(` temporaryWatch (will be enabled): ${shouldRestart && !argv.watch}`, { verbose: true });\n await log(` prNumber: ${prNumber || 'null'}`, { verbose: true });\n await log(` prBranch: ${prBranch || 'null'}`, { verbose: true });\n await log(` branchName: ${branchName}`, { verbose: true });\n await log(` isContinueMode: ${isContinueMode}`, { verbose: true });\n }\n\n // If uncommitted changes detected and auto-commit is disabled, enter temporary watch mode\n const temporaryWatchMode = shouldRestart && !argv.watch;\n if (temporaryWatchMode) {\n await log('');\n await log('🔄 AUTO-RESTART: Uncommitted changes detected');\n await log(' Starting temporary monitoring cycle (NOT --watch mode)');\n await log(' The tool will run once more to commit the changes');\n await log(' Will exit automatically after changes are committed');\n await log('');\n }\n\n const watchResult = await startWatchMode({\n issueUrl,\n owner,\n repo,\n issueNumber,\n prNumber,\n prBranch,\n branchName,\n tempDir,\n argv: {\n ...argv,\n watch: argv.watch || shouldRestart, // Enable watch if uncommitted changes\n temporaryWatch: temporaryWatchMode, // Flag to indicate temporary watch mode\n },\n });\n\n // Update session data with latest from watch mode for accurate pricing\n if (watchResult && watchResult.latestSessionId) {\n sessionId = watchResult.latestSessionId;\n anthr***********stUSD = watchResult.latestAnthropicCost;\n if (argv.verbose) {\n await log('');\n await log('📊 Updated session data from watch mode:', { verbose: true });\n await log(` Session ID: ${sessionId}`, { verbose: true });\n if (anthropicTotalCostUSD !== null && anthr***********stUSD !== undefined) {\n await log(` Anthropic cost: $${anthropicTotalCostUSD.toFixed(6)}`, { verbose: true });\n }\n }\n }\n\n // Track whether logs were successfully attached (used by endWorkSession)\n let logsAttached = false;\n\n // After watch mode completes (either user watch or temporary)\n // Push any committed changes if this was a temporary watch mode\n if (temporaryWatchMode) {\n await log('');\n await log('📤 Pushing committed changes to GitHub...');\n await log('');\n\n try {\n const pushResult = await $({ cwd: tempDir })`git push origin ${branchName}`;\n if (pushResult.code === 0) {\n await log('✅ Changes pushed successfully to remote branch');\n await log(` Branch: ${branchName}`);\n await log('');\n } else {\n const errorMsg = pushResult.stderr?.toString() || 'Unknown error';\n await log('⚠️ Push failed:', { level: 'error' });\n await log(` ${errorMsg.trim()}`, { level: 'error' });\n await log(' Please push manually:', { level: 'error' });\n await log(` cd ${tempDir} && git push origin ${branchName}`, { level: 'error' });\n }\n } catch (error) {\n await log('⚠️ Push failed:', { level: 'error' });\n await log(` ${cleanErrorMessage(error)}`, { level: 'error' });\n await log(' Please push manually:', { level: 'error' });\n await log(` cd ${tempDir} && git push origin ${branchName}`, { level: 'error' });\n }\n\n // Attach updated logs to PR after auto-restart completes\n if (shouldAttachLogs && prNumber) {\n await log('📎 Uploading working session logs to Pull Request...');\n try {\n const logUploadSuccess = await attachLogToGitHub({\n logFile: getLogFile(),\n targetType: 'pr',\n targetNumber: prNumber,\n owner,\n repo,\n $,\n log,\n sanitizeLogContent,\n verbose: argv.verbose,\n sessionId,\n tempDir,\n anthropicTotalCostUSD,\n });\n\n if (logUploadSuccess) {\n await log('✅ Working session logs uploaded successfully');\n logsAttached = true;\n } else {\n await log('⚠️ Failed to upload working session logs', { level: 'warning' });\n }\n } catch (uploadError) {\n await log(`⚠️ Error uploading logs: ${uploadError.message}`, { level: 'warning' });\n }\n }\n }\n\n // End work session using the new module\n await endWorkSession({\n isContinueMode,\n prNumber,\n argv,\n log,\n formatAligned,\n $,\n logsAttached,\n });\n} catch (error) {\n // Don't report authentication errors to Sentry as they are user configuration issues\n if (!error.isAuthError) {\n reportError(error, {\n context: 'solve_main',\n operation: 'main_execution',\n });\n }\n await handleMainExecutionError({\n error,\n log,\n cleanErrorMessage,\n absoluteLogPath,\n shouldAttachLogs,\n argv,\n global,\n owner,\n repo,\n getLogFile,\n attachLogToGitHub,\n sanitizeLogContent,\n $,\n });\n} finally {\n // Clean up temporary directory using repository module\n await cleanupTempDirectory(tempDir, argv, limitReached);\n\n // Show final log file reference (similar to Claude and other agents)\n // This ensures users always know where to find the complete log file\n if (getLogFile()) {\n const path = await use('path');\n const absoluteLogPath = path.resolve(getLogFile());\n await log(`\\n📁 Complete log file: ${absoluteLogPath}`);\n }\n}\n","structuredPatch":[{"oldStart":919,"oldLines":15,"newStart":919,"newLines":22,"lines":[" await log(`⏰ Limit resets at: ${resetTime}`);"," }"," await log('');","- // Show claude resume command only for --tool claude (or default)","- // Uses the (cd ... && claude --resume ...) pattern for a fully copyable, executable command","+ // Show claude resume commands only for --tool claude (or default)","+ // Two types of resume commands are provided:","+ // 1. Interactive resume: Opens Claude Code in interactive mode for user interaction","+ // 2. Autonomous resume: Continues the work autonomously without user interaction"," const toolForResume = argv.tool || 'claude';"," if (toolForResume === 'claude') {","- const claudeResumeCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });","- await log('💡 To continue this session in Claude Code interactive mode:');","+ const inter**********meCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });","+ const autonomousResumeCmd = buildClaudeAutonomousResumeCommand({ tempDir, sessionId, model: argv.model });","+ await log('💡 To continue this session:');"," await log('');","- await log(` ${claudeResumeCmd}`);","+ await log(' Interactive mode (opens Claude Code for user interaction):');","+ await log(` ${interactiveResumeCmd}`);"," await log('');","+ await log(' Autonomous mode (continues work without user interaction):');","+ await log(` ${autonomousResumeCmd}`);","+ await log('');"," }"," }"," "]}],"userModified":false,"replaceAll":false}}
[2026-01-11T01:51:32.937Z] [INFO] {
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"text": "Now let me find the failure handler section where resume command is shown:"
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[2026-01-11T01:51:34.073Z] [INFO] {
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[2026-01-11T01:51:34.103Z] [INFO] {
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"content": " 1068→ const shoul*******************************tinue = limitReached && argv.autoResumeOnLimitReset;\n 1069→\n 1070→ if (!success && !shouldSkipFailureExitForAutoLimitContinue) {\n 1071→ // Show claude resume command only for --tool claude (or default) on failure\n 1072→ // Uses the (cd ... && claude --resume ...) pattern for a fully copyable, executable command\n 1073→ const toolForFailure = argv.tool || 'claude';\n 1074→ if (sessionId && toolForFailure === 'claude') {\n 1075→ const claudeResumeCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n 1076→ await log('');\n 1077→ await log('💡 To continue this session in Claude Code interactive mode:');\n 1078→ await log('');\n 1079→ await log(` ${claudeResumeCmd}`);\n 1080→ await log('');\n 1081→ }\n 1082→\n 1083→ // If --attach-logs is enabled and we have a PR, attach failure logs before exiting\n 1084→ if (shouldAttachLogs && sessionId && global.createdPR && global.createdPR.number) {\n 1085→ await log('\\n📄 Attaching failure logs to Pull Request...');\n 1086→ try {\n 1087→ // Build Claude CLI resume command\n 1088→ const tool = argv.tool || 'claude';\n 1089→ const resumeCommand = sessionId && tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\n 1090→ const logUploadSuccess = await attachLogToGitHub({\n 1091→ logFile: getLogFile(),\n 1092→ targetType: 'pr',\n 1093→ targetNumber: global.createdPR.number,\n 1094→ owner,\n 1095→ repo,\n 1096→ $,\n 1097→ log,\n\n<system-reminder>\nWhenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.\n</system-reminder>\n"
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[2026-01-11T01:51:43.083Z] [INFO] {
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{
"type": "tool_use",
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"old_string": " if (!success && !shouldSkipFailureExitForAutoLimitContinue) {\n // Show claude resume command only for --tool claude (or default) on failure\n // Uses the (cd ... && claude --resume ...) pattern for a fully copyable, executable command\n const toolForFailure = argv.tool || 'claude';\n if (sessionId && toolForFailure === 'claude') {\n const claudeResumeCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n await log('');\n await log('💡 To continue this session in Claude Code interactive mode:');\n await log('');\n await log(` ${claudeResumeCmd}`);\n await log('');\n }",
"new_string": " if (!success && !shouldSkipFailureExitForAutoLimitContinue) {\n // Show claude resume commands only for --tool claude (or default) on failure\n // Two types of resume commands are provided:\n // 1. Interactive resume: Opens Claude Code in interactive mode for user interaction\n // 2. Autonomous resume: Continues the work autonomously without user interaction\n const toolForFailure = argv.tool || 'claude';\n if (sessionId && toolForFailure === 'claude') {\n const inter**********meCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n const autonomousResumeCmd = buildClaudeAutonomousResumeCommand({ tempDir, sessionId, model: argv.model });\n await log('');\n await log('💡 To continue this session:');\n await log('');\n await log(' Interactive mode (opens Claude Code for user interaction):');\n await log(` ${interactiveResumeCmd}`);\n await log('');\n await log(' Autonomous mode (continues work without user interaction):');\n await log(` ${autonomousResumeCmd}`);\n await log('');\n }"
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[2026-01-11T01:51:43.106Z] [INFO] {"type":"user","message":{"role":"user","content":[{"tool_use_id":"toolu_015339trc5umKRz9VSSFbDuv","type":"tool_result","content":"The file /tmp/gh-issue-solver-1768096096209/src/solve.mjs has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 1066→ // Handle failure cases, but skip exit if limit reached with auto-resume enabled\n 1067→ // This allows the code to continue to showSessionSummary() where autoContinueWhenLimitResets() is called\n 1068→ const shoul*******************************tinue = limitReached && argv.autoResumeOnLimitReset;\n 1069→\n 1070→ if (!success && !shouldSkipFailureExitForAutoLimitContinue) {\n 1071→ // Show claude resume commands only for --tool claude (or default) on failure\n 1072→ // Two types of resume commands are provided:\n 1073→ // 1. Interactive resume: Opens Claude Code in interactive mode for user interaction\n 1074→ // 2. Autonomous resume: Continues the work autonomously without user interaction\n 1075→ const toolForFailure = argv.tool || 'claude';\n 1076→ if (sessionId && toolForFailure === 'claude') {\n 1077→ const inter**********meCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n 1078→ const autonomousResumeCmd = buildClaudeAutonomousResumeCommand({ tempDir, sessionId, model: argv.model });\n 1079→ await log('');\n 1080→ await log('💡 To continue this session:');\n 1081→ await log('');\n 1082→ await log(' Interactive mode (opens Claude Code for user interaction):');\n 1083→ await log(` ${interactiveResumeCmd}`);\n 1084→ await log('');\n 1085→ await log(' Autonomous mode (continues work without user interaction):');\n 1086→ await log(` ${autonomousResumeCmd}`);\n 1087→ await log('');\n 1088→ }\n 1089→\n 1090→ // If --attach-logs is enabled and we have a PR, attach failure logs before exiting\n 1091→ if (shouldAttachLogs && sessionId && global.createdPR && global.createdPR.number) {\n 1092→ await log('\\n📄 Attaching failure logs to Pull Request...');"}]},"parent_tool_use_id":null,"session_id":"34546448-e309-47d8-93cc-aac1f21510d4","uuid":"4a36fe47-1e2f-4a8d-a769-eb38c0051fc5","tool_use_result":{"filePath":"/tmp/gh-issue-solver-1768096096209/src/solve.mjs","oldString":" if (!success && !shouldSkipFailureExitForAutoLimitContinue) {\n // Show claude resume command only for --tool claude (or default) on failure\n // Uses the (cd ... && claude --resume ...) pattern for a fully copyable, executable command\n const toolForFailure = argv.tool || 'claude';\n if (sessionId && toolForFailure === 'claude') {\n const claudeResumeCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n await log('');\n await log('💡 To continue this session in Claude Code interactive mode:');\n await log('');\n await log(` ${claudeResumeCmd}`);\n await log('');\n }","newString":" if (!success && !shouldSkipFailureExitForAutoLimitContinue) {\n // Show claude resume commands only for --tool claude (or default) on failure\n // Two types of resume commands are provided:\n // 1. Interactive resume: Opens Claude Code in interactive mode for user interaction\n // 2. Autonomous resume: Continues the work autonomously without user interaction\n const toolForFailure = argv.tool || 'claude';\n if (sessionId && toolForFailure === 'claude') {\n const inter**********meCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n const autonomousResumeCmd = buildClaudeAutonomousResumeCommand({ tempDir, sessionId, model: argv.model });\n await log('');\n await log('💡 To continue this session:');\n await log('');\n await log(' Interactive mode (opens Claude Code for user interaction):');\n await log(` ${interactiveResumeCmd}`);\n await log('');\n await log(' Autonomous mode (continues work without user interaction):');\n await log(` ${autonomousResumeCmd}`);\n await log('');\n }","originalFile":"#!/usr/bin/env node\n// Import Sentry instrumentation first (must be before other imports)\nimport './instrument.mjs';\n// Early exit paths - handle these before loading all modules to speed up testing\nconst earlyArgs = process.argv.slice(2);\nif (earlyArgs.includes('--version')) {\n const { getVersion } = await import('./version.lib.mjs');\n try {\n const version = await getVersion();\n console.log(version);\n } catch {\n console.error('Error: Unable to determine version');\n process.exit(1);\n }\n process.exit(0);\n}\nif (earlyArgs.includes('--help') || earlyArgs.includes('-h')) {\n // Load minimal modules needed for help\n const { use } = eval(await (await fetch('https://unpkg.com/use-m/use.js')).text());\n globalThis.use = use;\n const config = await import('./solve.config.lib.mjs');\n const { initializeConfig, createYargsConfig } = config;\n const { yargs, hideBin } = await initializeConfig(use);\n const rawArgs = hideBin(process.argv);\n // Filter out help flags to avoid duplicate display\n const argsWithoutHelp = rawArgs.filter(arg => arg !== '--help' && arg !== '-h');\n createYargsConfig(yargs(argsWithoutHelp)).showHelp();\n process.exit(0);\n}\nif (earlyArgs.length === 0) {\n console.error('Usage: solve.mjs <issue-url> [options]');\n console.error('\\nError: Missing required github issue or pull request URL');\n console.error('\\nRun \"solve.mjs --help\" for more information');\n process.exit(1);\n}\n// Now load all modules for normal operation\nconst { use } = eval(await (await fetch('https://unpkg.com/use-m/use.js')).text());\nglobalThis.use = use;\nconst { $ } = await use('command-stream');\nconst config = await import('./solve.config.lib.mjs');\nconst { initializeConfig, parseArguments } = config;\n// Import Sentry integration\nconst sentryLib = await import('./sentry.lib.mjs');\nconst { initializeSentry, addBreadcrumb, reportError } = sentryLib;\nconst { yargs, hideBin } = await initializeConfig(use);\nconst path = (await use('path')).default;\nconst fs = (await use('fs')).promises;\nconst crypto = (await use('crypto')).default;\nconst memoryCheck = await import('./memory-check.mjs');\nconst lib = await import('./lib.mjs');\nconst { log, setLogFile, getLogFile, getAbsoluteLogPath, cleanErrorMessage, formatAligned, getVersionInfo } = lib;\nconst githubLib = await import('./github.lib.mjs');\nconst { sanitizeLogContent, attachLogToGitHub } = githubLib;\nconst validation = await import('./solve.validation.lib.mjs');\nconst { validateGitHubUrl, showAttachLogsWarning, initializeLogFile, validateUrlRequirement, validateContinueOnlyOnFeedback, performSystemChecks } = validation;\nconst autoContinue = await import('./solve.auto-continue.lib.mjs');\nconst { proce*****************Issue } = autoContinue;\nconst repository = await import('./solve.repository.lib.mjs');\nconst { setupTempDirectory, clean**********ctory } = repository;\nconst results = await import('./solve.results.lib.mjs');\nconst { cleanupClaudeFile, showSessionSummary, verifyResults, buildClaudeResumeCommand, build************************mmand } = results;\nconst claudeLib = await import('./claude.lib.mjs');\nconst { executeClaude } = claudeLib;\n\nconst githubLinking = await import('./github-linking.lib.mjs');\nconst { extra**************umber } = githubLinking;\n\nconst usageLimitLib = await import('./usage-limit.lib.mjs');\nconst { forma*****************ative } = usageLimitLib;\n\nconst errorHandlers = await import('./solve.error-handlers.lib.mjs');\nconst { createUncaughtExceptionHandler, createUnhandledRejectionHandler, handl**************Error } = errorHandlers;\n\nconst watchLib = await import('./solve.watch.lib.mjs');\nconst { startWatchMode } = watchLib;\nconst exitHandler = await import('./exit-handler.lib.mjs');\nconst { initializeExitHandler, installGlobalExitHandlers, safeExit } = exitHandler;\nconst getResourceSnapshot = memoryCheck.getResourceSnapshot;\n\n// Import new modular components\nconst autoPrLib = await import('./solve.auto-pr.lib.mjs');\nconst { handl**********ation } = autoPrLib;\nconst repoSetupLib = await import('./solve.repo-setup.lib.mjs');\nconst { setupRepositoryAndClone, verif******************tatus } = repoSetupLib;\nconst branchLib = await import('./solve.branch.lib.mjs');\nconst { creat************ranch } = branchLib;\nconst sessionLib = await import('./solve.session.lib.mjs');\nconst { startWorkSession, endWorkSession } = sessionLib;\nconst preparationLib = await import('./solve.preparation.lib.mjs');\nconst { prepareFeedbackAndTimestamps, checkUncommittedChanges, checkForkActions } = preparationLib;\n\n// Import model validation library\nconst modelValidation = await import('./model-validation.lib.mjs');\nconst { valid*******************Model } = modelValidation;\n\n// Initialize log file EARLY to capture all output including version and command\n// Use default directory (cwd) initially, will be set from argv.logDir after parsing\nconst logFile = await initializeLogFile(null);\n\n// Log version and raw command IMMEDIATELY after log file initialization\n// This ensures they appear in both console and log file, even if argument parsing fails\nconst versionInfo = await getVersionInfo();\nawait log('');\nawait log(`🚀 solve v${versionInfo}`);\nconst rawCommand = process.argv.join(' ');\nawait log('🔧 Raw command executed:');\nawait log(` ${rawCommand}`);\nawait log('');\n\nlet argv;\ntry {\n argv = await parseArguments(yargs, hideBin);\n} catch (error) {\n // Handle argument parsing errors with helpful messages\n await log(`❌ ${error.message}`, { level: 'error' });\n await log('', { level: 'error' });\n await log('Use /help to see available options', { level: 'error' });\n await safeExit(1, 'Invalid command-line arguments');\n}\nglobal.verboseMode = argv.verbose;\n\n// If user specified a custom log directory, we would need to move the log file\n// However, this adds complexity, so we accept that early logs go to cwd\n// The trade-off is: early logs in cwd vs missing version/command in error cases\n\n// Conditionally import tool-specific functions after argv is parsed\nlet checkForUncommittedChanges;\nif (argv.tool === 'opencode') {\n const opencodeLib = await import('./opencode.lib.mjs');\n check****************anges = opencodeLib.checkForUncommittedChanges;\n} else if (argv.tool === 'codex') {\n const codexLib = await import('./codex.lib.mjs');\n check****************anges = codexLib.checkForUncommittedChanges;\n} else if (argv.tool === 'agent') {\n const agentLib = await import('./agent.lib.mjs');\n check****************anges = agentLib.checkForUncommittedChanges;\n} else {\n check****************anges = claudeLib.checkForUncommittedChanges;\n}\nconst shouldAttachLogs = argv.attachLogs || argv['attach-logs'];\nawait showAttachLogsWarning(shouldAttachLogs);\nconst absoluteLogPath = path.resolve(logFile);\n// Initialize Sentry integration (unless disabled)\nif (argv.sentry) {\n await initializeSentry({\n noSentry: !argv.sentry,\n debug: argv.verbose,\n version: process.env.npm_package_version || '0.12.0',\n });\n // Add breadcrumb for solve operation\n addBreadcrumb({\n category: 'solve',\n message: 'Started solving issue',\n level: 'info',\n data: {\n model: argv.model,\n issueUrl: argv['issue-url'] || argv._?.[0] || 'not-set-yet',\n },\n });\n}\n// Create a cleanup wrapper that will be populated with context later\nlet cleanupContext = { tempDir: null, argv: null, limitReached: false };\nconst cleanupWrapper = async () => {\n if (cleanupContext.tempDir && cleanupContext.argv) {\n await cleanupTempDirectory(cleanupContext.tempDir, cleanupContext.argv, cleanupContext.limitReached);\n }\n};\n// Initialize the exit handler with getAbsoluteLogPath function and cleanup wrapper\ninitializeExitHandler(getAbsoluteLogPath, log, cleanupWrapper);\ninstallGlobalExitHandlers();\n\n// Note: Version and raw command are logged BEFORE parseArguments() (see above)\n// This ensures they appear even if strict validation fails\n// Strict options validation is now handled by yargs .strict() mode in solve.config.lib.mjs\n// This prevents unrecognized options from being silently ignored (issue #453, #482)\n\n// Now handle argument validation that was moved from early checks\nlet issueUrl = argv['issue-url'] || argv._[0];\nif (!issueUrl) {\n await log('Usage: solve.mjs <issue-url> [options]', { level: 'error' });\n await log('Error: Missing required github issue or pull request URL', { level: 'error' });\n await log('Run \"solve.mjs --help\" for more information', { level: 'error' });\n await safeExit(1, 'Missing required GitHub URL');\n}\n// Validate GitHub URL using validation module (more thorough check)\nconst urlValidation = validateGitHubUrl(issueUrl);\nif (!urlValidation.isValid) {\n await safeExit(1, 'Invalid GitHub URL');\n}\nconst { isIssueUrl, isPrUrl, normalizedUrl, owner, repo, number: urlNumber } = urlValidation;\nissueUrl = normalizedUrl || issueUrl;\n// Store owner and repo globally for error handlers early\nglobal.owner = owner;\nglobal.repo = repo;\n// Setup unhandled error handlers to ensure log path is always shown\nconst errorHandlerOptions = {\n log,\n cleanErrorMessage,\n absoluteLogPath,\n shouldAttachLogs,\n argv,\n global,\n owner: null, // Will be set later when parsed\n repo: null, // Will be set later when parsed\n getLogFile,\n attachLogToGitHub,\n sanitizeLogContent,\n $,\n};\nprocess.on('uncaughtException', createUncaughtExceptionHandler(errorHandlerOptions));\nprocess.on('unhandledRejection', createUnhandledRejectionHandler(errorHandlerOptions));\n// Validate GitHub URL requirement and options using validation module\nif (!(await validateUrlRequirement(issueUrl))) {\n await safeExit(1, 'URL requirement validation failed');\n}\nif (!(await validateContinueOnlyOnFeedback(argv, isPrUrl, isIssueUrl))) {\n await safeExit(1, 'Feedback validation failed');\n}\n\n// Validate model name EARLY - this always runs regardless of --skip-tool-connection-check\n// Model validation is a simple string check and should always be performed\nconst tool = argv.tool || 'claude';\nawait validateAndExitOnInvalidModel(argv.model, tool, safeExit);\n\n// Perform all system checks using validation module\n// Skip tool CONNECTION validation in dry-run mode or when --skip-tool-connection-check or --no-tool-connection-check is enabled\n// Note: This does NOT skip model validation which is performed above\nconst skipT*************Check = argv.dryRun || argv.skipToolConnectionCheck || argv.toolConnectionCheck === false;\nif (!(await performSystemChecks(argv.minDiskSpace || 2048, skipToolConnectionCheck, argv.model, argv))) {\n await safeExit(1, 'System checks failed');\n}\n// URL validation debug logging\nif (argv.verbose) {\n await log('📋 URL validation:', { verbose: true });\n await log(` Input URL: ${issueUrl}`, { verbose: true });\n await log(` Is Issue URL: ${!!isIssueUrl}`, { verbose: true });\n await log(` Is PR URL: ${!!isPrUrl}`, { verbose: true });\n}\nconst claudePath = argv.executeToolWithBun ? 'bunx claude' : process.env.CLAUDE_PATH || 'claude';\n// Note: owner, repo, and urlNumber are already extracted from validateGitHubUrl() above\n// The parseUrlComponents() call was removed as it had a bug with hash fragments (#issuecomment-xyz)\n// and the validation result already provides these values correctly parsed\n\n// Handle --auto-fork option: automatically fork public repositories without write access\nif (argv.autoFork && !argv.fork) {\n const { detec****************ility } = githubLib;\n\n // Check if we have write access first\n await log('🔍 Checking repository access for auto-fork...');\n const permResult = await $`gh api repos/${owner}/${repo} --jq .permissions`;\n\n if (permResult.code === 0) {\n const permissions = JSON.parse(permResult.stdout.toString().trim());\n const hasWriteAccess = permissions.push === true || permissions.admin === true || permissions.maintain === true;\n\n if (!hasWriteAccess) {\n // No write access - check if repository is public before enabling fork mode\n const { isPublic } = await detectRepositoryVisibility(owner, repo);\n\n if (!isPublic) {\n // Private repository without write access - cannot fork\n await log('');\n await log(\"❌ --auto-fork failed: Repository is private and you don't have write access\", { level: 'error' });\n await log('');\n await log(' 🔍 What happened:', { level: 'error' });\n await log(` Repository ${owner}/${repo} is private`, { level: 'error' });\n await log(\" You don't have write access to this repository\", { level: 'error' });\n await log(' --auto-fork cannot create a fork of a private repository you cannot access', {\n level: 'error',\n });\n await log('');\n await log(' 💡 Solution:', { level: 'error' });\n await log(' • Request collaborator access from the repository owner', { level: 'error' });\n await log(` https://github.com/${owner}/${repo}/settings/access`, { level: 'error' });\n await log('');\n await safeExit(1, 'Auto-fork failed - private repository without access');\n }\n\n // Public repository without write access - automatically enable fork mode\n await log('✅ Auto-fork: No write access detected, enabling fork mode');\n argv.fork = true;\n } else {\n // Has write access - work directly on the repo (works for both public and private repos)\n const { isPublic } = await detectRepositoryVisibility(owner, repo);\n await log(`✅ Auto-fork: Write access detected to ${isPublic ? 'public' : 'private'} repository, working directly on repository`);\n }\n } else {\n // Could not check permissions - assume no access and try to fork if public\n const { isPublic } = await detectRepositoryVisibility(owner, repo);\n\n if (!isPublic) {\n // Cannot determine permissions for private repo - fail safely\n await log('');\n await log('❌ --auto-fork failed: Could not verify permissions for private repository', { level: 'error' });\n await log('');\n await log(' 🔍 What happened:', { level: 'error' });\n await log(` Repository ${owner}/${repo} is private`, { level: 'error' });\n await log(' Could not check your permissions to this repository', { level: 'error' });\n await log('');\n await log(' 💡 Solutions:', { level: 'error' });\n await log(' • Check your GitHub CLI authentication: gh auth status', { level: 'error' });\n await log(\" • Request collaborator access if you don't have it yet\", { level: 'error' });\n await log(` https://github.com/${owner}/${repo}/settings/access`, { level: 'error' });\n await log('');\n await safeExit(1, 'Auto-fork failed - cannot verify private repository permissions');\n }\n\n // Public repository but couldn't check permissions - assume no access and fork\n await log('⚠️ Auto-fork: Could not check permissions, enabling fork mode for public repository');\n argv.fork = true;\n }\n}\n\n// Early check: Verify repository write permissions BEFORE doing any work\n// This prevents wasting AI tokens when user doesn't have access and --fork is not used\nconst { check********************ssion } = githubLib;\nconst hasWriteAccess = await checkRepositoryWritePermission(owner, repo, {\n useFork: argv.fork,\n issueUrl: issueUrl,\n});\n\nif (!hasWriteAccess) {\n await log('');\n await log('❌ Cannot proceed without repository write access or --fork option', { level: 'error' });\n await safeExit(1, 'Permission check failed');\n}\n\n// Detect repository visibility and set auto-cleanup default if not explicitly set\nif (argv.autoCleanup === undefined) {\n const { detec****************ility } = githubLib;\n const { isPublic } = await detectRepositoryVisibility(owner, repo);\n // For public repos: keep temp directories (default false)\n // For private repos: clean up temp directories (default true)\n argv.autoCleanup = !isPublic;\n if (argv.verbose) {\n await log(` Auto-cleanup default: ${argv.autoCleanup} (repository is ${isPublic ? 'public' : 'private'})`, {\n verbose: true,\n });\n }\n}\n// Determine mode and get issue details\nlet issueNumber;\nlet prNumber;\nlet prBranch;\nlet mergeStateStatus;\nlet prState;\nlet forkOwner = null;\nlet isContinueMode = false;\n// Auto-continue logic: check for existing PRs if --auto-continue is enabled\nconst autoContinueResult = await processAutoContinueForIssue(argv, isIssueUrl, urlNumber, owner, repo);\nif (autoContinueResult.isContinueMode) {\n isContinueMode = true;\n prNumber = autoContinueResult.prNumber;\n prBranch = autoContinueResult.prBranch;\n issueNumber = autoContinueResult.issueNumber;\n // Only check PR details if we have a PR number\n if (prNumber) {\n // Store PR info globally for error handlers\n global.createdPR = { number: prNumber };\n // Check if PR is from a fork and get fork owner, merge status, and PR state\n if (argv.verbose) {\n await log(' Checking if PR is from a fork...', { verbose: true });\n }\n try {\n const prCheckResult = await $`gh pr view ${prNumber} --repo ${owner}/${repo} --json headRepositoryOwner,headRepository,mergeStateStatus,state`;\n if (prCheckResult.code === 0) {\n const prCheckData = JSON.parse(prCheckResult.stdout.toString());\n // Extract merge status and PR state\n mergeStateStatus = prCheckData.mergeStateStatus;\n prState = prCheckData.state;\n if (argv.verbose) {\n await log(` PR state: ${prState || 'UNKNOWN'}`, { verbose: true });\n await log(` Merge status: ${mergeStateStatus || 'UNKNOWN'}`, { verbose: true });\n }\n if (prCheckData.headRepositoryOwner && prCheckData.headRepositoryOwner.login !== owner) {\n forkOwner = prCheckData.headRepositoryOwner.login;\n // Get actual fork repository name (may be prefixed)\n const forkRepoName = prCheckData.headRepository && prCheckData.headRepository.name ? prCheckData.headRepository.name : repo;\n await log(`🍴 Detected fork PR from ${forkOwner}/${forkRepoName}`);\n if (argv.verbose) {\n await log(` Fork owner: ${forkOwner}`, { verbose: true });\n await log(' Will clone fork repository for continue mode', { verbose: true });\n }\n\n // Check if maintainer can push to the fork when --allow-to-push-to-contributors-pull-requests-as-maintainer is enabled\n if (argv.allowToPushToContributorsPullRequestsAsMaintainer && argv.autoFork) {\n const { checkMaintainerCanModifyPR, reque*************ccess } = githubLib;\n const { canModify } = await checkMaintainerCanModifyPR(owner, repo, prNumber);\n\n if (canModify) {\n await log('✅ Maintainer can push to fork: Enabled by contributor');\n await log(\" Will push changes directly to contributor's fork instead of creating own fork\");\n // Don't disable fork mode, but we'll use the contributor's fork\n } else {\n await log('⚠️ Maintainer cannot push to fork: \"Allow edits by maintainers\" is not enabled', {\n level: 'warning',\n });\n await log(' Posting comment to request access...', { level: 'warning' });\n await requestMaintainerAccess(owner, repo, prNumber);\n await log(' Comment posted. Proceeding with own fork instead.', { level: 'warning' });\n }\n }\n }\n }\n } catch (forkCheckError) {\n if (argv.verbose) {\n await log(` Warning: Could not check fork status: ${forkCh
[2026-01-11T01:51:43.108Z] [INFO] eckError.message}`, { verbose: true });\n }\n }\n } else {\n // We have a branch but no PR - we'll use the existing branch and create a PR later\n await log(`🔄 Using existing branch: ${prBranch} (no PR yet - will create one)`);\n if (argv.verbose) {\n await log(' Branch will be checked out and PR will be created during auto-PR creation phase', {\n verbose: true,\n });\n }\n }\n} else if (isIssueUrl) {\n issueNumber = autoContinueResult.issueNumber || urlNumber;\n}\nif (isPrUrl) {\n isContinueMode = true;\n prNumber = urlNumber;\n // Store PR info globally for error handlers\n global.createdPR = { number: prNumber, url: issueUrl };\n await log(`🔄 Continue mode: Working with PR #${prNumber}`);\n if (argv.verbose) {\n await log(' Continue mode activated: PR URL provided directly', { verbose: true });\n await log(` PR Number set to: ${prNumber}`, { verbose: true });\n await log(' Will fetch PR details and linked issue', { verbose: true });\n }\n // Get PR details to find the linked issue and branch\n try {\n const prResult = await githubLib.ghPrView({\n prNumber,\n owner,\n repo,\n jsonFields: 'headRefName,body,number,mergeStateStatus,state,headRepositoryOwner,headRepository',\n });\n if (prResult.code !== 0 || !prResult.data) {\n await log('Error: Failed to get PR details', { level: 'error' });\n if (prResult.output.includes('Could not resolve to a PullRequest')) {\n await githubLib.handlePRNotFoundError({ prNumber, owner, repo, argv, shouldAttachLogs });\n } else {\n await log(`Error: ${prResult.stderr || 'Unknown error'}`, { level: 'error' });\n }\n await safeExit(1, 'Failed to get PR details');\n }\n const prData = prResult.data;\n prBranch = prData.headRefName;\n mergeStateStatus = prData.mergeStateStatus;\n prState = prData.state;\n // Check if this is a fork PR\n if (prData.headRepositoryOwner && prData.headRepositoryOwner.login !== owner) {\n forkOwner = prData.headRepositoryOwner.login;\n // Get actual fork repository name (may be prefixed)\n const forkRepoName = prData.headRepository && prData.headRepository.name ? prData.headRepository.name : repo;\n await log(`🍴 Detected fork PR from ${forkOwner}/${forkRepoName}`);\n if (argv.verbose) {\n await log(` Fork owner: ${forkOwner}`, { verbose: true });\n await log(' Will clone fork repository for continue mode', { verbose: true });\n }\n\n // Check if maintainer can push to the fork when --allow-to-push-to-contributors-pull-requests-as-maintainer is enabled\n if (argv.allowToPushToContributorsPullRequestsAsMaintainer && argv.autoFork) {\n const { checkMaintainerCanModifyPR, reque*************ccess } = githubLib;\n const { canModify } = await checkMaintainerCanModifyPR(owner, repo, prNumber);\n\n if (canModify) {\n await log('✅ Maintainer can push to fork: Enabled by contributor');\n await log(\" Will push changes directly to contributor's fork instead of creating own fork\");\n // Don't disable fork mode, but we'll use the contributor's fork\n } else {\n await log('⚠️ Maintainer cannot push to fork: \"Allow edits by maintainers\" is not enabled', {\n level: 'warning',\n });\n await log(' Posting comment to request access...', { level: 'warning' });\n await requestMaintainerAccess(owner, repo, prNumber);\n await log(' Comment posted. Proceeding with own fork instead.', { level: 'warning' });\n }\n }\n }\n await log(`📝 PR branch: ${prBranch}`);\n // Extract issue number from PR body using GitHub linking detection library\n // This ensures we only detect actual GitHub-recognized linking keywords\n const prBody = prData.body || '';\n const extra**********umber = extractLinkedIssueNumber(prBody);\n if (extractedIssueNumber) {\n issueNumber = extractedIssueNumber;\n await log(`🔗 Found linked issue #${issueNumber}`);\n } else {\n // If no linked issue found, we can still continue but warn\n await log('⚠️ Warning: No linked issue found in PR body', { level: 'warning' });\n await log(' The PR should contain \"Fixes #123\" or similar to link an issue', { level: 'warning' });\n // Set issueNumber to PR number as fallback\n issueNumber = prNumber;\n }\n } catch (error) {\n reportError(error, {\n context: 'pr_processing',\n prNumber,\n operation: 'process_pull_request',\n });\n await log(`Error: Failed to process PR: ${cleanErrorMessage(error)}`, { level: 'error' });\n await safeExit(1, 'Failed to process PR');\n }\n} else {\n // Traditional issue mode\n issueNumber = urlNumber;\n await log(`📝 Issue mode: Working with issue #${issueNumber}`);\n}\n// Create or find temporary directory for cloning the repository\n// Pass workspace info for --enable-workspaces mode (works with all tools)\nconst workspaceInfo = argv.enableWorkspaces ? { owner, repo, issueNumber } : null;\nconst { tempDir, workspaceTmpDir } = await setupTempDirectory(argv, workspaceInfo);\n// Populate cleanup context for signal handlers\ncleanupContext.tempDir = tempDir;\ncleanupContext.argv = argv;\n// Initialize limitReached variable outside try block for finally clause\nlet limitReached = false;\ntry {\n // Set up repository and clone using the new module\n const { forkedRepo } = await setupRepositoryAndClone({\n argv,\n owner,\n repo,\n forkOwner,\n tempDir,\n isContinueMode,\n issueUrl,\n log,\n formatAligned,\n $,\n });\n\n // Verify default branch and status using the new module\n const defaultBranch = await verifyDefaultBranchAndStatus({\n tempDir,\n log,\n formatAligned,\n $,\n });\n // Create or checkout branch using the new module\n const branchName = await createOrCheckoutBranch({\n isContinueMode,\n prBranch,\n issueNumber,\n tempDir,\n defaultBranch,\n argv,\n log,\n formatAligned,\n $,\n crypto,\n });\n\n // Auto-merge default branch to pull request branch if enabled\n let autoM************Lines = [];\n if (isContinueMode && argv['auto-merge-default-branch-to-pull-request-branch']) {\n await log(`\\n${formatAligned('🔀', 'Auto-merging:', `Merging ${defaultBranch} into ${branchName}`)}`);\n try {\n const mergeResult = await $({ cwd: tempDir })`git merge ${defaultBranch} --no-edit`;\n if (mergeResult.code === 0) {\n await log(`${formatAligned('✅', 'Merge successful:', 'Pushing merged branch...')}`);\n const pushResult = await $({ cwd: tempDir })`git push origin ${branchName}`;\n if (pushResult.code === 0) {\n await log(`${formatAligned('✅', 'Push successful:', 'Branch updated with latest changes')}`);\n } else {\n await log(`${formatAligned('⚠️', 'Push failed:', 'Merge completed but push failed')}`, { level: 'warning' });\n await log(` Error: ${pushResult.stderr?.toString() || 'Unknown error'}`, { level: 'warning' });\n }\n } else {\n // Merge failed - likely due to conflicts\n await log(`${formatAligned('⚠️', 'Merge failed:', 'Conflicts detected')}`, { level: 'warning' });\n autoMergeFeedbackLines.push('');\n autoMergeFeedbackLines.push('⚠️ AUTOMATIC MERGE FAILED:');\n autoMergeFeedbackLines.push(`git merge ${defaultBranch} was executed but resulted in conflicts that should be resolved first.`);\n autoMergeFeedbackLines.push('Please resolve the merge conflicts and commit the changes.');\n autoMergeFeedbackLines.push('');\n }\n } catch (mergeError) {\n await log(`${formatAligned('❌', 'Merge error:', mergeError.message)}`, { level: 'error' });\n autoMergeFeedbackLines.push('');\n autoMergeFeedbackLines.push('⚠️ AUTOMATIC MERGE ERROR:');\n autoMergeFeedbackLines.push(`git merge ${defaultBranch} failed with error: ${mergeError.message}`);\n autoMergeFeedbackLines.push('Please check the repository state and resolve any issues.');\n autoMergeFeedbackLines.push('');\n }\n }\n\n // Initialize PR variables early\n let prUrl = null;\n\n // In continue mode, we already have the PR details\n if (isContinueMode) {\n prUrl = issueUrl; // The input URL is the PR URL\n // prNumber is already set from earlier when we parsed the PR\n }\n\n // Don't build the prompt yet - we'll build it after we have all the information\n // This includes PR URL (if created) and comment info (if in continue mode)\n\n // Handle auto PR creation using the new module\n const autoPrResult = await handleAutoPrCreation({\n argv,\n tempDir,\n branchName,\n issueNumber,\n owner,\n repo,\n defaultBranch,\n forkedRepo,\n isContinueMode,\n prNumber,\n log,\n formatAligned,\n $,\n reportError,\n path,\n fs,\n });\n\n let claudeCommitHash = null;\n if (autoPrResult) {\n prUrl = autoPrResult.prUrl;\n if (autoPrResult.prNumber) {\n prNumber = autoPrResult.prNumber;\n }\n if (autoPrResult.claudeCommitHash) {\n claudeCommitHash = autoPrResult.claudeCommitHash;\n }\n }\n\n // CRITICAL: Validate that we have a PR number when required\n // This prevents continuing without a PR when one was supposed to be created\n if ((isContinueMode || argv.autoPullRequestCreation) && !prNumber) {\n await log('');\n await log(formatAligned('❌', 'FATAL ERROR:', 'No pull request available'), { level: 'error' });\n await log('');\n await log(' 🔍 What happened:');\n if (isContinueMode) {\n await log(' Continue mode is active but no PR number is available.');\n await log(' This usually means PR creation failed or was skipped incorrectly.');\n } else {\n await log(' Auto-PR creation is enabled but no PR was created.');\n await log(' PR creation may have failed without throwing an error.');\n }\n await log('');\n await log(' 💡 Why this is critical:');\n await log(' The solve command requires a PR for:');\n await log(' • Tracking work progress');\n await log(' • Receiving and processing feedback');\n await log(' • Managing code changes');\n await log(' • Auto-merging when complete');\n await log('');\n await log(' 🔧 How to fix:');\n await log('');\n await log(' Option 1: Create PR manually and use --continue');\n await log(` cd ${tempDir}`);\n await log(` gh pr create --draft --title \"Fix issue #${issueNumber}\" --body \"Fixes #${issueNumber}\"`);\n await log(' # Then use the PR URL with solve.mjs');\n await log('');\n await log(' Option 2: Start fresh without continue mode');\n await log(` ./solve.mjs \"${issueUrl}\" --auto-pull-request-creation`);\n await log('');\n await log(' Option 3: Disable auto-PR creation (Claude will create it)');\n await log(` ./solve.mjs \"${issueUrl}\" --no-auto-pull-request-creation`);\n await log('');\n await safeExit(1, 'No PR available');\n }\n\n if (isContinueMode) {\n await log(`\\n${formatAligned('🔄', 'Continue mode:', 'ACTIVE')}`);\n await log(formatAligned('', 'Using existing PR:', `#${prNumber}`, 2));\n await log(formatAligned('', 'PR URL:', prUrl, 2));\n } else if (!argv.autoPullRequestCreation) {\n await log(`\\n${formatAligned('⏭️', 'Auto PR creation:', 'DISABLED')}`);\n await log(formatAligned('', 'Workflow:', 'AI will create the PR', 2));\n }\n\n // Don't build the prompt yet - we'll build it after we have all the information\n // This includes PR URL (if created) and comment info (if in continue mode)\n\n // Start work session using the new module\n await startWorkSession({\n isContinueMode,\n prNumber,\n argv,\n log,\n formatAligned,\n $,\n });\n\n // Prepare feedback and timestamps using the new module\n const { feedbackLines: preparedFeedbackLines, referenceTime } = await prepareFeedbackAndTimestamps({\n prNumber,\n branchName,\n owner,\n repo,\n issueNumber,\n isContinueMode,\n mergeStateStatus,\n prState,\n argv,\n log,\n formatAligned,\n cleanErrorMessage,\n $,\n });\n\n // Initialize feedback lines\n let feedbackLines = null;\n\n // Add auto-merge feedback lines if any\n if (autoMergeFeedbackLines && autoMergeFeedbackLines.length > 0) {\n if (!feedbackLines) {\n feedbackLines = [];\n }\n feedbackLines.push(...autoMergeFeedbackLines);\n }\n\n // Merge feedback lines\n if (preparedFeedbackLines && preparedFeedbackLines.length > 0) {\n if (!feedbackLines) {\n feedbackLines = [];\n }\n feedbackLines.push(...preparedFeedbackLines);\n }\n\n // Check for uncommitted changes and merge with feedback\n const uncom**************Lines = await checkUncommittedChanges({\n tempDir,\n argv,\n log,\n $,\n });\n if (uncommittedFeedbackLines && uncommittedFeedbackLines.length > 0) {\n if (!feedbackLines) {\n feedbackLines = [];\n }\n feedbackLines.push(...uncommittedFeedbackLines);\n }\n\n // Check for fork actions\n const forkActionsUrl = await checkForkActions({\n argv,\n forkedRepo,\n branchName,\n log,\n formatAligned,\n $,\n });\n\n // Execute tool command with all prompts and settings\n let toolResult;\n if (argv.tool === 'opencode') {\n const opencodeLib = await import('./opencode.lib.mjs');\n const { executeOpenCode } = opencodeLib;\n const opencodePath = process.env.OPENCODE_PATH || 'opencode';\n\n toolResult = await executeOpenCode({\n issueUrl,\n issueNumber,\n prNumber,\n prUrl,\n branchName,\n tempDir,\n workspaceTmpDir,\n isContinueMode,\n mergeStateStatus,\n forkedRepo,\n feedbackLines,\n forkActionsUrl,\n owner,\n repo,\n argv,\n log,\n setLogFile,\n getLogFile,\n formatAligned,\n getResourceSnapshot,\n opencodePath,\n $,\n });\n } else if (argv.tool === 'codex') {\n const codexLib = await import('./codex.lib.mjs');\n const { executeCodex } = codexLib;\n const codexPath = process.env.CODEX_PATH || 'codex';\n\n toolResult = await executeCodex({\n issueUrl,\n issueNumber,\n prNumber,\n prUrl,\n branchName,\n tempDir,\n workspaceTmpDir,\n isContinueMode,\n mergeStateStatus,\n forkedRepo,\n feedbackLines,\n forkActionsUrl,\n owner,\n repo,\n argv,\n log,\n setLogFile,\n getLogFile,\n formatAligned,\n getResourceSnapshot,\n codexPath,\n $,\n });\n } else if (argv.tool === 'agent') {\n const agentLib = await import('./agent.lib.mjs');\n const { executeAgent } = agentLib;\n const agentPath = process.env.AGENT_PATH || 'agent';\n\n toolResult = await executeAgent({\n issueUrl,\n issueNumber,\n prNumber,\n prUrl,\n branchName,\n tempDir,\n workspaceTmpDir,\n isContinueMode,\n mergeStateStatus,\n forkedRepo,\n feedbackLines,\n forkActionsUrl,\n owner,\n repo,\n argv,\n log,\n setLogFile,\n getLogFile,\n formatAligned,\n getResourceSnapshot,\n agentPath,\n $,\n });\n } else {\n // Default to Claude\n // Check for Playwright MCP availability if using Claude tool\n if (argv.tool === 'claude' || !argv.tool) {\n // If flag is true (default), check if Playwright MCP is actually available\n if (argv.promptPlaywrightMcp) {\n const { check********************ility } = claudeLib;\n const playw************lable = await checkPlaywrightMcpAvailability();\n if (playwrightMcpAvailable) {\n await log('🎭 Playwright MCP detected - enabling browser automation hints', { verbose: true });\n } else {\n await log('ℹ️ Playwright MCP not detected - browser automation hints will be disabled', { verbose: true });\n argv.promptPlaywrightMcp = false;\n }\n } else {\n await log('ℹ️ Playwright MCP explicitly disabled via --no-prompt-playwright-mcp', { verbose: true });\n }\n }\n const claudeResult = await executeClaude({\n issueUrl,\n issueNumber,\n prNumber,\n prUrl,\n branchName,\n tempDir,\n workspaceTmpDir,\n isContinueMode,\n mergeStateStatus,\n forkedRepo,\n feedbackLines,\n forkActionsUrl,\n owner,\n repo,\n argv,\n log,\n setLogFile,\n getLogFile,\n formatAligned,\n getResourceSnapshot,\n claudePath,\n $,\n });\n toolResult = claudeResult;\n }\n\n const { success } = toolResult;\n let sessionId = toolResult.sessionId;\n let anthr***********stUSD = toolResult.anthropicTotalCostUSD;\n let publi***********imate = toolResult.publicPricingEstimate; // Used by agent tool\n let pricingInfo = toolResult.pricingInfo; // Used by agent tool for detailed pricing\n let error**********ution = toolResult.errorDuringExecution || false; // Issue #1088: Track error_during_execution\n limitReached = toolResult.limitReached;\n cleanupContext.limitReached = limitReached;\n\n // Capture limit reset time globally for downstream handlers (auto-continue, cleanup decisions)\n if (toolResult && toolResult.limitResetTime) {\n global.limitResetTime = toolResult.limitResetTime;\n }\n\n // Handle limit reached scenario\n if (limitReached) {\n const shoul*************Reset = argv.autoResumeOnLimitReset;\n\n // If limit was reached but auto-resume-on-limit-reset is NOT enabled, fail immediately\n if (!shouldAutoResumeOnReset) {\n await log('\\n❌ USAGE LIMIT REACHED!');\n await log(' The AI tool has reached its usage limit.');\n\n // Always show manual resume command in console so users can resume after limit resets\n if (sessionId) {\n const resetTime = global.limitResetTime;\n await log('');\n await log(`📁 Working directory: ${tempDir}`);\n await log(`📌 Session ID: ${sessionId}`);\n if (resetTime) {\n await log(`⏰ Limit resets at: ${resetTime}`);\n }\n await log('');\n // Show claude resume commands only for --tool claude (or default)\n // Two types of resume commands are provided:\n // 1. Interactive resume: Opens Claude Code in interactive mode for user interaction\n // 2. Autonomous resume: Continues the work autonomously without user interaction\n const toolForResume = argv.tool || 'claude';\n if (toolForResume === 'claude') {\n const inter**********meCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n const autonomousResumeCmd = buildClaudeAutonomousResumeCommand({ tempDir, sessionId, model: argv.model });\n await log('💡 To continue this session:');\n await log('');\n await log(' Interactive mode (opens Claude Code for user interaction):');\n await log(` ${interactiveResumeCmd}`);\n await log('');\n await log(' Autonomous mode (continues work without user interaction):');\n await log(` ${autonomousResumeCmd}`);\n await log('');\n }\n }\n\n // If --attach-logs is enabled and we have a PR, attach logs with usage limit details\n if (shouldAttachLogs && sessionId && prNumber) {\n await log('\\n📄 Attaching logs to Pull Request...');\n try {\n // Build Claude CLI resume command\n const tool = argv.tool || 'claude';\n const resumeCommand = tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\n const logUploadSuccess = await attachLogToGitHub({\n logFile: getLogFile(),\n targetType: 'pr',\n targetNumber: prNumber,\n owner,\n repo,\n $,\n log,\n sanitizeLogContent,\n // Mark this as a usage limit case for proper formatting\n isUsageLimit: true,\n limitResetTime: global.limitResetTime,\n toolName: (argv.tool || 'AI tool').toString().toLowerCase() === 'claude' ? 'Claude' : (argv.tool || 'AI tool').toString().toLowerCase() === 'codex' ? 'Codex' : (argv.tool || 'AI tool').toString().toLowerCase() === 'opencode' ? 'OpenCode' : (argv.tool || 'AI tool').toString().toLowerCase() === 'agent' ? 'Agent' : 'AI tool',\n resumeCommand,\n sessionId,\n });\n\n if (logUploadSuccess) {\n await log(' ✅ Logs uploaded successfully');\n } else {\n await log(' ⚠️ Failed to upload logs', { verbose: true });\n }\n } catch (uploadError) {\n await log(` ⚠️ Error uploading logs: ${uploadError.message}`, { verbose: true });\n }\n } else if (prNumber) {\n // Fallback: Post simple failure comment if logs are not attached\n // Note: Commands should not be in GitHub comments - only mention the option\n try {\n const resetTime = global.limitResetTime;\n // Note: Commands should not be in GitHub comments - only mention the option\n // The resume command is available in the logs (collapsed block or gist link) for advanced users\n const resumeSection = sessionId ? `Session ID: \\`${sessionId}\\`\\n\\nUse the \\`--auto-continue-on-limit-reset\\` option to automatically resume when the limit resets.` : 'Use the `--auto-continue-on-limit-reset` option to automatically resume when the limit resets.';\n // Format the reset time with relative time if available\n const formattedResetTime = resetTime ? formatResetTimeWithRelative(resetTime) : null;\n const failureComment = formattedResetTime ? `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. The limit will reset at: **${formattedResetTime}**\\n\\n${resumeSection}` : `❌ **Usage Limit Reached**\\n\\nThe AI tool has reached its usage limit. Please wait for the limit to reset.\\n\\n${resumeSection}`;\n\n const commentResult = await $`gh pr comment ${prNumber} --repo ${owner}/${repo} --body ${failureComment}`;\n if (commentResult.code === 0) {\n await log(' Posted failure comment to PR');\n }\n } catch (error) {\n await log(` Warning: Could not post failure comment: ${cleanErrorMessage(error)}`, { verbose: true });\n }\n }\n\n await safeExit(1, 'Usage limit reached - use --auto-resume-on-limit-reset to wait for reset');\n } else {\n // auto-resume-on-limit-reset is enabled - attach logs and/or post waiting comment\n if (prNumber && global.limitResetTime) {\n // If --attach-logs is enabled, upload logs with usage limit details\n if (shouldAttachLogs && sessionId) {\n await log('\\n📄 Attaching logs to Pull Request (auto-continue mode)...');\n try {\n // Build Claude CLI resume command\n const tool = argv.tool || 'claude';\n const resumeCommand = tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\n const logUploadSuccess = await attachLogToGitHub({\n logFile: getLogFile(),\n targetType: 'pr',\n targetNumber: prNumber,\n owner,\n repo,\n $,\n log,\n sanitizeLogContent,\n // Mark this as a usage limit case for proper formatting\n isUsageLimit: true,\n limitResetTime: global.limitResetTime,\n toolName: (argv.tool || 'AI tool').toString().toLowerCase() === 'claude' ? 'Claude' : (argv.tool || 'AI tool').toString().toLowerCase() === 'codex' ? 'Codex' : (argv.tool || 'AI tool').toString().toLowerCase() === 'opencode' ? 'OpenCode' : (argv.tool || 'AI tool').toString().toLowerCase() === 'agent' ? 'Agent' : 'AI tool',\n resumeCommand,\n sessionId,\n });\n\n if (logUploadSuccess) {\n await log(' ✅ Logs uploaded successfully');\n } else {\n await log(' ⚠️ Failed to upload logs', { verbose: true });\n }\n } catch (uploadError) {\n await log(` ⚠️ Error uploading logs: ${uploadError.message}`, { verbose: true });\n }\n } else {\n // Fallback: Post simple waiting comment if logs are not attached\n try {\n // Calculate wait time in d:h:m:s format\n const validation = await import('./solve.validation.lib.mjs');\n const { calculateWaitTime } = validation;\n const waitMs = calculateWaitTime(global.limitResetTime);\n\n const formatWaitTime = ms => {\n const seconds = Math.floor(ms / 1000);\n const minutes = Math.floor(seconds / 60);\n const hours = Math.floor(minutes / 60);\n const days = Math.floor(hours / 24);\n const s = seconds % 60;\n const m = minutes % 60;\n const h = hours % 24;\n return `${days}:${String(h).padStart(2, '0')}:${String(m).padStart(2, '0')}:${String(s).padStart(2, '0')}`;\n };\n\n // Build Claude CLI resume command\n const tool = argv.tool || 'claude';\n const resumeCmd = tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\n const waitingComment = `⏳ **Usage Limit Reached - Waiting to Continue**\\n\\nThe AI tool has reached its usage limit. Auto-resume is enabled with \\`--auto-resume-on-limit-reset\\`.\\n\\n**Reset time:** ${global.limitResetTime}\\n**Wait time:** ${formatWaitTime(waitMs)} (days:hours:minutes:seconds)\\n\\nThe session will automatically resume when the limit resets.\\n\\nSession ID: \\`${sessionId}\\`${resumeCmd ? `\\n\\nTo resume manually:\\n\\`\\`\\`bash\\n${resumeCmd}\\n\\`\\`\\`` : ''}`;\n\n const commentResult = await $`gh pr comment ${prNumber} --repo ${owner}/${repo} --body ${waitingComment}`;\n if (commentResult.code === 0) {\n await log(' Posted waiting comment to PR');\n }\n } catch (error) {\n await log(` Warning: Could not post waiting comment: ${cleanErrorMessage(error)}`, { verbose: true });\n }\n }\n }\n }\n }\n\n // Handle failure cases, but skip exit if limit reached with auto-resume enabled\n // This allows the code to continue to showSessionSummary() where autoContinueWhenLimitResets() is called\n const shoul*******************************tinue = limitReached && argv.autoResumeOnLimitReset;\n\n if (!success && !shouldSkipFailureExitForAutoLimitContinue) {\n // Show claude resume command only for --tool claude (or default) on failure\n // Uses the (cd ... && claude --resume ...) pattern for a fully copyable, executable command\n const toolForFailure = argv.tool || 'claude';\n if (sessionId && toolForFailure === 'claude') {\n const claudeResumeCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n await log('');\n await log('💡 To continue this session in Claude Code interactive mode:');\n await log('');\n await log(` ${claudeResumeCmd}`);\n await log('');\n }\n\n // If --attach-logs is enabled and we have a PR, attach failure logs before exiting\n if (shouldAttachLogs && sessionId && global.createdPR && global.createdPR.number) {\n await log('\\n📄 Attaching failure logs to Pull Request...');\n try {\n // Build Claude CLI resume command\n const tool = argv.tool || 'claude';\n const resumeCommand = sessionId && tool === 'claude' ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null;\n const logUploadSuccess = await attachLogToGitHub({\n logFile: getLogFile(),\n targetType: 'pr',\n targetNumber: global.createdPR.number,\n owner,\n repo,\n $,\n log,\n sanitizeLogContent,\n // For usage limit, use a dedicated comment format to make it clear and actionable\n isUsageLimit: !!limitReached,\n limitResetTime: limitReached ? toolResult.limitResetTime : null,\n toolName: (argv.tool || 'AI tool').toString().toLowerCase() === 'claude' ? 'Claude' : (argv.tool || 'AI tool').toString().toLowerCase() === 'codex' ? 'Codex' : (argv.tool || 'AI tool').toString().toLowerCase() === 'opencode' ? 'OpenCode' : (argv.tool || 'AI tool').toString().toLowerCase() === 'agent' ? 'Agent' : 'AI tool',\n resumeCommand,\n // Include sessionId so the PR comment can present it\n sessionId,\n // If not a usage limit case, fall back to generic failure format\n errorMessage: limitReached ? undefined : `${argv.tool.toUpperCase()} execution failed`,\n });\n\n if (logUploadSuccess) {\n await log(' ✅ Failure logs uploaded successfully');\n } else {\n await log(' ⚠️ Failed to upload logs', { verbose: true });\n }\n } catch (uploadError) {\n await log(` ⚠️ Error uploading logs: ${uploadError.message}`, { verbose: true });\n }\n }\n\n await safeExit(1, `${argv.tool.toUpperCase()} execution failed`);\n }\n\n // Check for uncommitted changes\n // When limit is reached, force auto-commit of any uncommitted changes to preserve work\n const shouldAutoCommit = argv['auto-commit-uncommitted-changes'] || limitReached;\n const autoRestartEnabled = argv['autoRestartOnUncommittedChanges'] !== false;\n const shouldRestart = await checkForUncommittedChanges(tempDir, owner, repo, branchName, $, log, shouldAutoCommit, autoRestartEnabled);\n\n // Remove initial commit file (CLAUDE.md or .gitkeep) now that Claude command has finished\n await cleanupClaudeFile(tempDir, branchName, claudeCommitHash, argv);\n\n // Show summary of session and log file\n await showSessionSummary(sessionId, limitReached, argv, issueUrl, tempDir, shouldAttachLogs);\n\n // Search for newly created pull requests and comments\n // Pass shouldRestart to prevent early exit when auto-restart is needed\n // Include agent tool pricing data when available (publicPricingEstimate, pricingInfo)\n // Issue #1088: Pass error**********ution for \"Finished with errors\" state\n await verifyResults(owner, repo, branchName, issueNumber, prNumber, prUrl, referenceTime, argv, shouldAttachLogs, shouldRestart, sessionId, tempDir, anthropicTotalCostUSD, publicPricingEstimate, pricingInfo, errorDuringExecution);\n\n // Start watch mode if enabled OR if we need to handle uncommitted changes\n if (argv.verbose) {\n await log('');\n await log('🔍 Auto-restart debug:', { verbose: true });\n await log(` argv.watch (user flag): ${argv.watch}`, { verbose: true });\n await log(` shouldRestart (auto-detected): ${shouldRestart}`, { verbose: true });\n await log(` temporaryWatch (will be enabled): ${shouldRestart && !argv.watch}`, { verbose: true });\n await log(` prNumber: ${prNumber || 'null'}`, { verbose: true });\n await log(` prBranch: ${prBranch || 'null'}`, { verbose: true });\n await log(` branchName: ${branchName}`, { verbose: true });\n await log(` isContinueMode: ${isContinueMode}`, { verbose: true });\n }\n\n // If uncommitted changes detected and auto-commit is disabled, enter temporary watch mode\n const temporaryWatchMode = shouldRestart && !argv.watch;\n if (temporaryWatchMode) {\n await log('');\n await log('🔄 AUTO-RESTART: Uncommitted changes detected');\n await log(' Starting temporary monitoring cycle (NOT --watch mode)');\n await log(' The tool will run once more to commit the changes');\n await log(' Will exit automatically after changes are committed');\n await log('');\n }\n\n const watchResult = await startWatchMode({\n issueUrl,\n owner,\n repo,\n issueNumber,\n prNumber,\n prBranch,\n branchName,\n tempDir,\n argv: {\n ...argv,\n watch: argv.watch || shouldRestart, // Enable watch if uncommitted changes\n temporaryWatch: temporaryWatchMode, // Flag to indicate temporary watch mode\n },\n });\n\n // Update session data with latest from watch mode for accurate pricing\n if (watchResult && watchResult.latestSessionId) {\n sessionId = watchResult.latestSessionId;\n anthr***********stUSD = watchResult.latestAnthropicCost;\n if (argv.verbose) {\n await log('');\n await log('📊 Updated session data from watch mode:', { verbose: true });\n await log(` Session ID: ${sessionId}`, { verbose: true });\n if (anthropicTotalCostUSD !== null && anthr***********stUSD !== undefined) {\n await log(` Anthropic cost: $${anthropicTotalCostUSD.toFixed(6)}`, { verbose: true });\n }\n }\n }\n\n // Track whether logs were successfully attached (used by endWorkSession)\n let logsAttached = false;\n\n // After watch mode completes (either user watch or temporary)\n // Push any committed changes if this was a temporary watch mode\n if (temporaryWatchMode) {\n await log('');\n await log('📤 Pushing committed changes to GitHub...');\n await log('');\n\n try {\n const pushResult = await $({ cwd: tempDir })`git push origin ${branchName}`;\n if (pushResult.code === 0) {\n await log('✅ Changes pushed successfully to remote branch');\n await log(` Branch: ${branchName}`);\n await log('');\n } else {\n const errorMsg = pushResult.stderr?.toString() || 'Unknown error';\n await log('⚠️ Push failed:', { level: 'error' });\n await log(` ${errorMsg.trim()}`, { level: 'error' });\n await log(' Please push manually:', { level: 'error' });\n await log(` cd ${tempDir} && git push origin ${branchName}`, { level: 'error' });\n }\n } catch (error) {\n await log('⚠️ Push failed:', { level: 'error' });\n await log(` ${cleanErrorMessage(error)}`, { level: 'error' });\n await log(' Please push manually:', { level: 'error' });\n await log(` cd ${tempDir} && git push origin ${branchName}`, { level: 'error' });\n }\n\n // Attach updated logs to PR after auto-restart completes\n if (shouldAttachLogs && prNumber) {\n await log('📎 Uploading working session logs to Pull Request...');\n try {\n const logUploadSuccess = await attachLogToGitHub({\n logFile: getLogFile(),\n targetType: 'pr',\n targetNumber: prNumber,\n owner,\n repo,\n $,\n log,\n sanitizeLogContent,\n verbose: argv.verbose,\n sessionId,\n tempDir,\n anthropicTotalCostUSD,\n });\n\n if (logUploadSuccess) {\n await log('✅ Working session logs uploaded successfully');\n logsAttached = true;\n } else {\n await log('⚠️ Failed to upload working session logs', { level: 'warning' });\n }\n } catch (uploadError) {\n await log(`⚠️ Error uploading logs: ${uploadError.message}`, { level: 'warning' });\n }\n }\n }\n\n // End work session using the new module\n await endWorkSession({\n isContinueMode,\n prNumber,\n argv,\n log,\n formatAligned,\n $,\n logsAttached,\n });\n} catch (error) {\n // Don't report authentication errors to Sentry as they are user configuration issues\n if (!error.isAuthError) {\n reportError(error, {\n context: 'solve_main',\n operation: 'main_execution',\n });\n }\n await handleMainExecutionError({\n error,\n log,\n cleanErrorMessage,\n absoluteLogPath,\n shouldAttachLogs,\n argv,\n global,\n owner,\n repo,\n getLogFile,\n attachLogToGitHub,\n sanitizeLogContent,\n $,\n });\n} finally {\n // Clean up temporary directory using repository module\n await cleanupTempDirectory(tempDir, argv, limitReached);\n\n // Show final log file reference (similar to Claude and other agents)\n // This ensures users always know where to find the complete log file\n if (getLogFile()) {\n const path = await use('path');\n const absoluteLogPath = path.resolve(getLogFile());\n await log(`\\n📁 Complete log file: ${absoluteLogPath}`);\n }\n}\n","structuredPatch":[{"oldStart":1068,"oldLines":16,"newStart":1068,"newLines":23,"lines":[" const shoul*******************************tinue = limitReached && argv.autoResumeOnLimitReset;"," "," if (!success && !shouldSkipFailureExitForAutoLimitContinue) {","- // Show claude resume command only for --tool claude (or default) on failure","- // Uses the (cd ... && claude --resume ...) pattern for a fully copyable, executable command","+ // Show claude resume commands only for --tool claude (or default) on failure","+ // Two types of resume commands are provided:","+ // 1. Interactive resume: Opens Claude Code in interactive mode for user interaction","+ // 2. Autonomous resume: Continues the work autonomously without user interaction"," const toolForFailure = argv.tool || 'claude';"," if (sessionId && toolForFailure === 'claude') {","- const claudeResumeCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });","+ const inter**********meCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });","+ const autonomousResumeCmd = buildClaudeAutonomousResumeCommand({ tempDir, sessionId, model: argv.model });"," await log('');","- await log('💡 To continue this session in Claude Code interactive mode:');","+ await log('💡 To continue this session:');"," await log('');","- await log(` ${claudeResumeCmd}`);","+ await log(' Interactive mode (opens Claude Code for user interaction):');","+ await log(` ${interactiveResumeCmd}`);"," await log('');","+ await log(' Autonomous mode (continues work without user interaction):');","+ await log(` ${autonomousResumeCmd}`);","+ await log('');"," }"," "," // If --attach-logs is enabled and we have a PR, attach failure logs before exiting"]}],"userModified":false,"replaceAll":false}}
[2026-01-11T01:51:45.814Z] [INFO] {
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"text": "Now I need to update `claude.lib.mjs` to import and use the new autonomous command builder. Let me check where it's used:"
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[2026-01-11T01:51:46.944Z] [INFO] {
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"content": " 15→import { creat**************ndler } from './interactive-mode.lib.mjs';\n 16→import { displayBudgetStats } from './claude.budget-stats.lib.mjs';\n 17→// Import Claude command builder for generating resume commands\n 18→import { build**************mmand } from './claude.command-builder.lib.mjs';\n 19→\n 20→// Helper to display resume command at end of session\n 21→const showResumeCommand = async (sessionId, tempDir, claudePath, model, log) => {\n 22→ if (!sessionId || !tempDir) return;\n 23→ const cmd = buildClaudeResumeCommand({ tempDir, sessionId, claudePath, model });\n 24→ await log('\\n💡 To continue this session in Claude Code interactive mode:\\n');\n 25→ await log(` ${cmd}\\n`);\n 26→};\n 27→\n 28→/**\n 29→ * Format numbers with spaces as thousands separator (no commas)\n 30→ * Per issue #667: Use spaces for thousands, . for decimals\n 31→ * @param {number|null|undefined} num - Number to format\n 32→ * @returns {string} Formatted number string\n 33→ */\n 34→export const formatNumber = num => {\n 35→ if (num === null || num === undefined) return 'N/A';\n 36→ // Convert to string and split on decimal point\n 37→ const parts = num.toString().split('.');\n 38→ const integerPart = parts[0];\n 39→ const decimalPart = parts[1];\n 40→ // Add spaces every 3 digits from the right\n 41→ const formattedInteger = integerPart.replace(/\\B(?=(\\d{3})+(?!\\d))/g, ' ');\n 42→ // Return with decimal part if it exists\n 43→ return decimalPart !== undefined ? `${formattedInteger}.${decimalPart}` : formattedInteger;\n 44→};\n\n<system-reminder>\nWhenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.\n</system-reminder>\n"
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[2026-01-11T01:51:56.161Z] [INFO] {
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"old_string": "// Import Claude command builder for generating resume commands\nimport { build**************mmand } from './claude.command-builder.lib.mjs';\n\n// Helper to display resume command at end of session\nconst showResumeCommand = async (sessionId, tempDir, claudePath, model, log) => {\n if (!sessionId || !tempDir) return;\n const cmd = buildClaudeResumeCommand({ tempDir, sessionId, claudePath, model });\n await log('\\n💡 To continue this session in Claude Code interactive mode:\\n');\n await log(` ${cmd}\\n`);\n};",
"new_string": "// Import Claude command builder for generating resume commands\n// Two types of resume commands are supported:\n// 1. Interactive resume: Short command that opens interactive mode\n// 2. Autonomous resume: Full command with all flags to run autonomously\nimport { buildClaudeResumeCommand, build************************mmand } from './claude.command-builder.lib.mjs';\n\n// Helper to display resume commands at end of session\n// Shows both interactive and autonomous resume options\nconst showResumeCommand = async (sessionId, tempDir, claudePath, model, log) => {\n if (!sessionId || !tempDir) return;\n const interactiveCmd = buildClaudeResumeCommand({ tempDir, sessionId, claudePath, model });\n const autonomousCmd = buildClaudeAutonomousResumeCommand({ tempDir, sessionId, claudePath, model });\n await log('\\n💡 To continue this session:\\n');\n await log(' Interactive mode (opens Claude Code for user interaction):');\n await log(` ${interactiveCmd}\\n`);\n await log(' Autonomous mode (continues work without user interaction):');\n await log(` ${autonomousCmd}\\n`);\n};"
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[2026-01-11T01:51:56.188Z] [INFO] {"type":"user","message":{"role":"user","content":[{"tool_use_id":"toolu_01MFdv6TjfQeFXdhcjdvAKQt","type":"tool_result","content":"The file /tmp/gh-issue-solver-1768096096209/src/claude.lib.mjs has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 13→import { timeouts, retryLimits, claudeCode, getClaudeEnv } from './config.lib.mjs';\n 14→import { detectUsageLimit, forma*************ssage } from './usage-limit.lib.mjs';\n 15→import { creat**************ndler } from './interactive-mode.lib.mjs';\n 16→import { displayBudgetStats } from './claude.budget-stats.lib.mjs';\n 17→// Import Claude command builder for generating resume commands\n 18→// Two types of resume commands are supported:\n 19→// 1. Interactive resume: Short command that opens interactive mode\n 20→// 2. Autonomous resume: Full command with all flags to run autonomously\n 21→import { buildClaudeResumeCommand, build************************mmand } from './claude.command-builder.lib.mjs';\n 22→\n 23→// Helper to display resume commands at end of session\n 24→// Shows both interactive and autonomous resume options\n 25→const showResumeCommand = async (sessionId, tempDir, claudePath, model, log) => {\n 26→ if (!sessionId || !tempDir) return;\n 27→ const interactiveCmd = buildClaudeResumeCommand({ tempDir, sessionId, claudePath, model });\n 28→ const autonomousCmd = buildClaudeAutonomousResumeCommand({ tempDir, sessionId, claudePath, model });\n 29→ await log('\\n💡 To continue this session:\\n');\n 30→ await log(' Interactive mode (opens Claude Code for user interaction):');\n 31→ await log(` ${interactiveCmd}\\n`);\n 32→ await log(' Autonomous mode (continues work without user interaction):');\n 33→ await log(` ${autonomousCmd}\\n`);\n 34→};\n 35→\n 36→/**\n 37→ * Format numbers with spaces as thousands separator (no commas)\n 38→ * Per issue #667: Use spaces for thousands, . for decimals"}]},"parent_tool_use_id":null,"session_id":"34546448-e309-47d8-93cc-aac1f21510d4","uuid":"19df21d3-b5a8-4fce-986e-febee6c99414","tool_use_result":{"filePath":"/tmp/gh-issue-solver-1768096096209/src/claude.lib.mjs","oldString":"// Import Claude command builder for generating resume commands\nimport { build**************mmand } from './claude.command-builder.lib.mjs';\n\n// Helper to display resume command at end of session\nconst showResumeCommand = async (sessionId, tempDir, claudePath, model, log) => {\n if (!sessionId || !tempDir) return;\n const cmd = buildClaudeResumeCommand({ tempDir, sessionId, claudePath, model });\n await log('\\n💡 To continue this session in Claude Code interactive mode:\\n');\n await log(` ${cmd}\\n`);\n};","newString":"// Import Claude command builder for generating resume commands\n// Two types of resume commands are supported:\n// 1. Interactive resume: Short command that opens interactive mode\n// 2. Autonomous resume: Full command with all flags to run autonomously\nimport { buildClaudeResumeCommand, build************************mmand } from './claude.command-builder.lib.mjs';\n\n// Helper to display resume commands at end of session\n// Shows both interactive and autonomous resume options\nconst showResumeCommand = async (sessionId, tempDir, claudePath, model, log) => {\n if (!sessionId || !tempDir) return;\n const interactiveCmd = buildClaudeResumeCommand({ tempDir, sessionId, claudePath, model });\n const autonomousCmd = buildClaudeAutonomousResumeCommand({ tempDir, sessionId, claudePath, model });\n await log('\\n💡 To continue this session:\\n');\n await log(' Interactive mode (opens Claude Code for user interaction):');\n await log(` ${interactiveCmd}\\n`);\n await log(' Autonomous mode (continues work without user interaction):');\n await log(` ${autonomousCmd}\\n`);\n};","originalFile":"#!/usr/bin/env node\n// Claude CLI-related utility functions\n// If not, fetch it (when running standalone)\nif (typeof globalThis.use === 'undefined') {\n globalThis.use = (await eval(await (await fetch('https://unpkg.com/use-m/use.js')).text())).use;\n}\nconst { $ } = await use('command-stream');\nconst fs = (await use('fs')).promises;\nconst path = (await use('path')).default;\n// Import log from general lib\nimport { log, cleanErrorMessage } from './lib.mjs';\nimport { reportError } from './sentry.lib.mjs';\nimport { timeouts, retryLimits, claudeCode, getClaudeEnv } from './config.lib.mjs';\nimport { detectUsageLimit, forma*************ssage } from './usage-limit.lib.mjs';\nimport { creat**************ndler } from './interactive-mode.lib.mjs';\nimport { displayBudgetStats } from './claude.budget-stats.lib.mjs';\n// Import Claude command builder for generating resume commands\nimport { build**************mmand } from './claude.command-builder.lib.mjs';\n\n// Helper to display resume command at end of session\nconst showResumeCommand = async (sessionId, tempDir, claudePath, model, log) => {\n if (!sessionId || !tempDir) return;\n const cmd = buildClaudeResumeCommand({ tempDir, sessionId, claudePath, model });\n await log('\\n💡 To continue this session in Claude Code interactive mode:\\n');\n await log(` ${cmd}\\n`);\n};\n\n/**\n * Format numbers with spaces as thousands separator (no commas)\n * Per issue #667: Use spaces for thousands, . for decimals\n * @param {number|null|undefined} num - Number to format\n * @returns {string} Formatted number string\n */\nexport const formatNumber = num => {\n if (num === null || num === undefined) return 'N/A';\n // Convert to string and split on decimal point\n const parts = num.toString().split('.');\n const integerPart = parts[0];\n const decimalPart = parts[1];\n // Add spaces every 3 digits from the right\n const formattedInteger = integerPart.replace(/\\B(?=(\\d{3})+(?!\\d))/g, ' ');\n // Return with decimal part if it exists\n return decimalPart !== undefined ? `${formattedInteger}.${decimalPart}` : formattedInteger;\n};\n// Available model configurations\nexport const availableModels = {\n sonnet: 'claude-sonnet-4-5-20250929', // Sonnet 4.5\n opus: 'claude-opus-4-5-20251101', // Opus 4.5\n haiku: 'claude-haiku-4-5-20251001', // Haiku 4.5\n 'haiku-3-5': 'claude-3-5-haiku-20241022', // Haiku 3.5\n 'haiku-3': 'claude-3-haiku-20240307', // Haiku 3\n};\n// Model mapping to translate aliases to full model IDs\nexport const mapModelToId = model => {\n return availableModels[model] || model;\n};\n// Function to validate Claude CLI connection with retry logic\nexport const valid**************ction = async (model = 'haiku-3') => {\n // Map model alias to full ID\n const mappedModel = mapModelToId(model);\n // Retry configuration for API overload errors\n const maxRetries = 3;\n const baseDelay = timeouts.retryBaseDelay;\n let retryCount = 0;\n const attemptValidation = async () => {\n try {\n if (retryCount === 0) {\n await log('🔍 Validating Claude CLI connection...');\n } else {\n await log(`🔄 Retry attempt ${retryCount}/${maxRetries} for Claude CLI validation...`);\n }\n // First try a quick validation approach\n try {\n const versionResult = await $`timeout ${Math.floor(timeouts.claudeCli / 6000)} claude --version`;\n if (versionResult.code === 0) {\n const version = versionResult.stdout?.toString().trim();\n if (retryCount === 0) {\n await log(`📦 Claude CLI version: ${version}`);\n }\n }\n } catch (versionError) {\n // Version check failed, but we'll continue with the main validation\n if (retryCount === 0) {\n await log(`⚠️ Claude CLI version check failed (${versionError.code}), proceeding with connection test...`);\n }\n }\n let result;\n try {\n // Primary validation: use printf piping with specified model\n result = await $`printf hi | claude --model ${mappedModel} -p`;\n } catch (pipeError) {\n // If piping fails, fallback to the timeout approach as last resort\n await log(`⚠️ Pipe validation failed (${pipeError.code}), trying timeout approach...`);\n try {\n result = await $`timeout ${Math.floor(timeouts.claudeCli / 1000)} claude --model ${mappedModel} -p hi`;\n } catch (timeoutError) {\n if (timeoutError.code === 124) {\n await log(`❌ Claude CLI timed out after ${Math.floor(timeouts.claudeCli / 1000)} seconds`, {\n level: 'error',\n });\n await log(' 💡 This may indicate Claude CLI is taking too long to respond', { level: 'error' });\n await log(` 💡 Try running 'claude --model ${mappedModel} -p hi' manually to verify it works`, {\n level: 'error',\n });\n return false;\n }\n // Re-throw if it's not a timeout error\n throw timeoutError;\n }\n }\n\n // Check for common error patterns\n const stdout = result.stdout?.toString() || '';\n const stderr = result.stderr?.toString() || '';\n // Check for JSON errors in stdout or stderr\n const checkForJsonError = text => {\n try {\n // Look for JSON error patterns\n if (text.includes('\"error\"') && text.includes('\"type\"')) {\n const jsonMatch = text.match(/\\{.*\"error\".*\\}/);\n if (jsonMatch) {\n const errorObj = JSON.parse(jsonMatch[0]);\n return errorObj.error;\n }\n }\n } catch (e) {\n // Not valid JSON, continue with other checks\n if (global.verboseMode) {\n reportError(e, {\n context: 'claude_json_error_parse',\n level: 'debug',\n });\n }\n }\n return null;\n };\n const jsonError = checkForJsonError(stdout) || checkForJsonError(stderr);\n // Check for API overload error pattern\n const isOverloadError = (stdout.includes('API Error: 500') && stdout.includes('Overloaded')) || (stderr.includes('API Error: 500') && stderr.includes('Overloaded')) || (jsonError && jsonError.type === 'api_error' && jsonError.message === 'Overloaded');\n\n // Handle overload errors with retry\n if (isOverloadError) {\n if (retryCount < maxRetries) {\n const delay = baseDelay * Math.pow(2, retryCount);\n await log(`⚠️ API overload error during validation. Retrying in ${delay / 1000} seconds...`, {\n level: 'warning',\n });\n await new Promise(resolve => setTimeout(resolve, delay));\n retryCount++;\n return await attemptValidation();\n } else {\n await log(`❌ API overload error persisted after ${maxRetries} retries during validation`, {\n level: 'error',\n });\n await log(' The API appears to be heavily loaded. Please try again later.', { level: 'error' });\n return false;\n }\n }\n // Use exitCode if code is undefined (Bun shell behavior)\n const exitCode = result.code ?? result.exitCode ?? 0;\n if (exitCode !== 0) {\n // Command failed\n if (jsonError) {\n await log(`❌ Claude CLI authentication failed: ${jsonError.type} - ${jsonError.message}`, {\n level: 'error',\n });\n } else {\n await log(`❌ Claude CLI failed with exit code ${exitCode}`, { level: 'error' });\n if (stderr) await log(` Error: ${stderr.trim()}`, { level: 'error' });\n }\n if (stderr.includes('Please run /login') || (jsonError && jsonError.type === 'forbidden')) {\n await log(' 💡 Please run: claude login', { level: 'error' });\n }\n return false;\n }\n // Check for error patterns in successful response\n if (jsonError) {\n if (jsonError.type === 'api_error' && jsonError.message === 'Overloaded') {\n if (retryCount < maxRetries) {\n const delay = baseDelay * Math.pow(2, retryCount);\n await log(`⚠️ API overload error in response. Retrying in ${delay / 1000} seconds...`, {\n level: 'warning',\n });\n await new Promise(resolve => setTimeout(resolve, delay));\n retryCount++;\n return await attemptValidation();\n } else {\n await log(`❌ API overload error persisted after ${maxRetries} retries`, { level: 'error' });\n return false;\n }\n }\n await log(`❌ Claude CLI returned error: ${jsonError.type} - ${jsonError.message}`, { level: 'error' });\n if (jsonError.type === 'forbidden') {\n await log(' 💡 Please run: claude login', { level: 'error' });\n }\n return false;\n }\n // Success - Claude responded (LLM responses are probabilistic, so any response is good)\n await log('✅ Claude CLI connection validated successfully');\n return true;\n } catch (error) {\n const errorStr = error.message || error.toString();\n if ((errorStr.includes('API Error: 500') && errorStr.includes('Overloaded')) || (errorStr.includes('api_error') && errorStr.includes('Overloaded'))) {\n if (retryCount < maxRetries) {\n const delay = baseDelay * Math.pow(2, retryCount);\n await log(`⚠️ API overload error during validation. Retrying in ${delay / 1000} seconds...`, {\n level: 'warning',\n });\n await new Promise(resolve => setTimeout(resolve, delay));\n retryCount++;\n return await attemptValidation();\n } else {\n await log(`❌ API overload error persisted after ${maxRetries} retries`, { level: 'error' });\n return false;\n }\n }\n await log(`❌ Failed to validate Claude CLI connection: ${error.message}`, { level: 'error' });\n await log(' 💡 Make sure Claude CLI is installed and accessible', { level: 'error' });\n return false;\n }\n }; // End of attemptValidation function\n // Start the validation with retry logic\n return await attemptValidation();\n};\n// Function to handle Claude runtime switching between Node.js and Bun\nexport const handl***************witch = async argv => {\n if (argv['force-claude-bun-run']) {\n await log('\\n🔧 Switching Claude runtime to bun...');\n try {\n try {\n await $`which bun`;\n await log(' ✅ Bun runtime found');\n } catch (bunError) {\n reportError(bunError, {\n context: 'claude.lib.mjs - bun availability check',\n level: 'error',\n });\n await log('❌ Bun runtime not found. Please install bun first: https://bun.sh/', { level: 'error' });\n process.exit(1);\n }\n\n // Find Claude executable path\n const claudePathResult = await $`which claude`;\n const claudePath = claudePathResult.stdout.toString().trim();\n\n if (!claudePath) {\n await log('❌ Claude executable not found', { level: 'error' });\n process.exit(1);\n }\n\n await log(` Claude path: ${claudePath}`);\n\n try {\n await fs.access(claudePath, fs.constants.W_OK);\n } catch (accessError) {\n reportError(accessError, {\n context: 'claude.lib.mjs - Claude executable write permission check (bun)',\n level: 'error',\n });\n await log('❌ Cannot write to Claude executable (permission denied)', { level: 'error' });\n await log(' Try running with sudo or changing file permissions', { level: 'error' });\n process.exit(1);\n }\n // Read current shebang\n const firstLine = await $`head -1 \"${claudePath}\"`;\n const currentShebang = firstLine.stdout.toString().trim();\n await log(` Current shebang: ${currentShebang}`);\n if (currentShebang.includes('bun')) {\n await log(' ✅ Claude is already configured to use bun');\n process.exit(0);\n }\n\n // Create backup\n const backupPath = `${claudePath}.nodejs-backup`;\n await $`cp \"${claudePath}\" \"${backupPath}\"`;\n await log(` 📦 Backup created: ${backupPath}`);\n\n // Read file content and replace shebang\n const content = await fs.readFile(claudePath, 'utf8');\n const newContent = content.replace(/^#!.*node.*$/m, '#!/usr/bin/env bun');\n\n if (content === newContent) {\n await log('⚠️ No Node.js shebang found to replace', { level: 'warning' });\n await log(` Current shebang: ${currentShebang}`, { level: 'warning' });\n process.exit(0);\n }\n\n await fs.writeFile(claudePath, newContent);\n await log(' ✅ Claude shebang updated to use bun');\n await log(' 🔄 Claude will now run with bun runtime');\n } catch (error) {\n await log(`❌ Failed to switch Claude to bun: ${cleanErrorMessage(error)}`, { level: 'error' });\n process.exit(1);\n }\n\n // Exit after switching runtime\n process.exit(0);\n }\n\n if (argv['force-claude-nodejs-run']) {\n await log('\\n🔧 Restoring Claude runtime to Node.js...');\n try {\n try {\n await $`which node`;\n await log(' ✅ Node.js runtime found');\n } catch (nodeError) {\n reportError(nodeError, {\n context: 'claude.lib.mjs - Node.js availability check',\n level: 'error',\n });\n await log('❌ Node.js runtime not found. Please install Node.js first', { level: 'error' });\n process.exit(1);\n }\n\n // Find Claude executable path\n const claudePathResult = await $`which claude`;\n const claudePath = claudePathResult.stdout.toString().trim();\n\n if (!claudePath) {\n await log('❌ Claude executable not found', { level: 'error' });\n process.exit(1);\n }\n\n await log(` Claude path: ${claudePath}`);\n\n try {\n await fs.access(claudePath, fs.constants.W_OK);\n } catch (accessError) {\n reportError(accessError, {\n context: 'claude.lib.mjs - Claude executable write permission check (nodejs)',\n level: 'error',\n });\n await log('❌ Cannot write to Claude executable (permission denied)', { level: 'error' });\n await log(' Try running with sudo or changing file permissions', { level: 'error' });\n process.exit(1);\n }\n // Read current shebang\n const firstLine = await $`head -1 \"${claudePath}\"`;\n const currentShebang = firstLine.stdout.toString().trim();\n await log(` Current shebang: ${currentShebang}`);\n if (currentShebang.includes('node') && !currentShebang.includes('bun')) {\n await log(' ✅ Claude is already configured to use Node.js');\n process.exit(0);\n }\n\n const backupPath = `${claudePath}.nodejs-backup`;\n try {\n await fs.access(backupPath);\n // Restore from backup\n await $`cp \"${backupPath}\" \"${claudePath}\"`;\n await log(` ✅ Restored Claude from backup: ${backupPath}`);\n } catch (backupError) {\n reportError(backupError, {\n context: 'claude_restore_backup',\n level: 'info',\n });\n // No backup available, manually update shebang\n await log(' 📝 No backup found, manually updating shebang...');\n const content = await fs.readFile(claudePath, 'utf8');\n const newContent = content.replace(/^#!.*bun.*$/m, '#!/usr/bin/env node');\n\n if (content === newContent) {\n await log('⚠️ No bun shebang found to replace', { level: 'warning' });\n await log(` Current shebang: ${currentShebang}`, { level: 'warning' });\n process.exit(0);\n }\n\n await fs.writeFile(claudePath, newContent);\n await log(' ✅ Claude shebang updated to use Node.js');\n }\n\n await log(' 🔄 Claude will now run with Node.js runtime');\n } catch (error) {\n await log(`❌ Failed to restore Claude to Node.js: ${cleanErrorMessage(error)}`, { level: 'error' });\n process.exit(1);\n }\n\n // Exit after restoring runtime\n process.exit(0);\n }\n};\n/**\n * Check if Playwright MCP is available and connected to Claude\n * @returns {Promise<boolean>} True if Playwright MCP is available, false otherwise\n */\nexport const check********************ility = async () => {\n try {\n // Try to run a simple claude command that would list MCP servers if available\n // Use a timeout to avoid hanging if Claude is not installed\n const result = await $`timeout 5 claude mcp list 2>&1`.catch(() => null);\n\n if (!result || result.code !== 0) {\n return false;\n }\n\n const output = result.stdout?.toString() || '';\n\n // Check if playwright is in the list of MCP servers\n if (output.toLowerCase().includes('playwright')) {\n return true;\n }\n\n return false;\n } catch {\n // If any error occurs, assume Playwright MCP is not available\n return false;\n }\n};\n/**\n * Execute Claude with all prompts and settings\n * This is the main entry point that handles all prompt building and execution\n * @param {Object} params - Parameters for Claude execution\n * @returns {Object} Result of the execution including success status and session info\n */\nexport const executeClaude = async params => {\n const { issueUrl, issueNumber, prNumber, prUrl, branchName, tempDir, workspaceTmpDir, isContinueMode, mergeStateStatus, forkedRepo, feedbackLines, forkActionsUrl, owner, repo, argv, log, setLogFile, getLogFile, formatAligned, getResourceSnapshot, claudePath, $ } = params;\n // Import prompt building functions from claude.prompts.lib.mjs\n const { buildUserPrompt, buildSystemPrompt } = await import('./claude.prompts.lib.mjs');\n // Build the user prompt\n const prompt = buildUserPrompt({\n issueUrl,\n issueNumber,\n prNumber,\n prUrl,\n branchName,\n tempDir,\n workspaceTmpDir,\n isContinueMode,\n mergeStateStatus,\n forkedRepo,\n feedbackLines,\n forkActionsUrl,\n owner,\n repo,\n argv,\n });\n // Build the system prompt\n const systemPrompt = buildSystemPrompt({\n owner,\n repo,\n issueNumber,\n issueUrl,\n prNumber,\n prUrl,\n branchName,\n tempDir,\n workspaceTmpDir,\n isContinueMode,\n forkedRepo,\n argv,\n });\n // Log prompt details in verbose mode\n if (argv.verbose) {\n await log('\\n📝 Final prompt structure:', { verbose: true });\n await log(` Characters: ${prompt.length}`, { verbose: true });\n await log(` System prompt characters: ${systemPrompt.length}`, { verbose: true });\n if (feedbackLines && feedbackLines.length > 0) {\n await log(' Feedback info: Included', { verbose: true });\n }\n // In dry-run mode, output the actual prompts for debugging\n if (argv.dryRun) {\n await log('\\n📋 User prompt content:', { verbose: true });\n await log('---BEGIN USER PROMPT---', { verbose: true });\n await log(prompt, { verbose: true });\n await log('---END USER PROMPT---', { verbose: true });\n await log('\\n📋 System prompt content:', { verbose: true });\n await log('---BEGIN SYSTEM PROMPT---', { verbose: true });\n await log(systemPrompt, { verbose: true });\n await log('---END SYSTEM PROMPT---', { verbose: true });\n }\n }\n // Escape prompts for shell usage\n const escapedPrompt = prompt.replace(/\"/g, '\\\\\"').replace(/\\$/g, '\\\\$');\n const escapedSystemPrompt = systemPrompt.replace(/\"/g, '\\\\\"').replace(/\\$/g, '\\\\$');\n // Execute the Claude command\n return await executeClaudeCommand({\n tempDir,\n branchName,\n prompt,\n systemPrompt,\n escapedPrompt,\n escapedSystemPrompt,\n argv,\n log,\n setLogFile,\n getLogFile,\n formatAligned,\n getResourceSnapshot,\n forkedRepo,\n feedbackLines,\n claudePath,\n $,\n // For interactive mode\n owner,\n repo,\n prNumber,\n });\n};\n/**\n * Calculate total token usage from a session's JSONL file\n * @param {string} sessionId - The session ID\n * @param {string} tempDir - The temporary directory where the session ran\n * @returns {Object} Token usage statistics\n */\n/**\n * Fetches model information from pricing API\n * @param {string} modelId - The model ID (e.g., \"claude-sonnet-4-5-20250929\")\n * @returns {Promise<Object|null>} Model information or null if not found\n */\nexport const fetchModelInfo = async modelId => {\n try {\n const https = (await use('https')).default;\n return new Promise((resolve, reject) => {\n https\n .get('https://models.dev/api.json', res => {\n let data = '';\n res.on('data', chunk => {\n data += chunk;\n });\n res.on('end', () => {\n try {\n const apiData = JSON.parse(data);\n // For public pricing calculation, prefer Anthropic provider for Claude models\n // Check Anthropic provider first\n if (apiData.anthropic?.models?.[modelId]) {\n const modelInfo = apiData.anthropic.models[modelId];\n modelInfo.provider = apiData.anthropic.name || 'Anthropic';\n resolve(modelInfo);\n return;\n }\n // Search for the model across all other providers\n for (const provider of Object.values(apiData)) {\n if (provider.models && provider.models[modelId]) {\n const modelInfo = provider.models[modelId];\n // Add provider info\n modelInfo.provider = provider.name || provider.id;\n resolve(modelInfo);\n return;\n }\n }\n // Model not found\n resolve(null);\n } catch (parseError) {\n reject(parseError);\n }\n });\n })\n .on('error', err => {\n reject(err);\n });\n });\n } catch {\n // If we can't fetch model info, return null and continue without it\n return null;\n }\n};\n/**\n * Calculate USD cost for a model's usage with detailed breakdown\n * @param {Object} usage - Token usage object\n * @param {Object} modelInfo - Model information from pricing API\n * @param {boolean} includeBreakdown - Whether to include detailed calculation breakdown\n * @returns {Object} Cost data with optional breakdown\n */\nexport const calculateModelCost = (usage, modelInfo, includeBreakdown = false) => {\n if (!modelInfo || !modelInfo.cost) {\n return includeBreakdown ? { total: 0, breakdown: null } : 0;\n }\n const cost = modelInfo.cost;\n const breakdown = {\n input: { tokens: 0, costPerMillion: 0, cost: 0 },\n cacheWrite: { tokens: 0, costPerMillion: 0, cost: 0 },\n cacheRead: { tokens: 0, costPerMillion: 0, cost: 0 },\n output: { tokens: 0, costPerMillion: 0, cost: 0 },\n };\n // Input tokens cost (per million tokens)\n if (usage.inputTokens && cost.input) {\n breakdown.input = {\n tokens: usage.inputTokens,\n costPerMillion: cost.input,\n cost: (usage.inputTokens / 1000000) * cost.input,\n };\n }\n // Cache creation tokens cost\n if (usage.cacheCreationTokens && cost.cache_write) {\n breakdown.cacheWrite = {\n tokens: usage.cacheCreationTokens,\n costPerMillion: cost.cache_write,\n cost: (usage.cacheCreationTokens / 1000000) * cost.cache_write,\n };\n }\n // Cache read tokens cost\n if (usage.cacheReadTokens && cost.cache_read) {\n breakdown.cacheRead = {\n tokens: usage.cacheReadTokens,\n costPerMillion: cost.cache_read,\n cost: (usage.cacheReadTokens / 1000000) * cost.cache_read,\n };\n }\n // Output tokens cost\n if (usage.outputTokens && cost.output) {\n breakdown.output = {\n tokens: usage.outputTokens,\n costPerMillion: cost.output,\n cost: (usage.outputTokens / 1000000) * cost.output,\n };\n }\n const totalCost = breakdown.input.cost + breakdown.cacheWrite.cost + breakdown.cacheRead.cost + breakdown.output.cost;\n if (includeBreakdown) {\n return {\n total: totalCost,\n breakdown,\n };\n }\n return totalCost;\n};\n/**\n * Display detailed model usage information\n * @param {Object} usage - Usage data for a model\n * @param {Function} log - Logging function\n */\nconst displayModelUsage = async (usage, log) => {\n // Show all model characteristics if available\n if (usage.modelInfo) {\n const info = usage.modelInfo;\n const fields = [\n { label: 'Model ID', value: info.id },\n { label: 'Provider', value: info.provider || 'Unknown' },\n { label: 'Context window', value: info.limit?.context ? `${formatNumber(info.limit.context)} tokens` : null },\n { label: 'Max output', value: info.limit?.output ? `${formatNumber(info.limit.output)} tokens` : null },\n { label: 'Input modalities', value: info.modalities?.input?.join(', ') || 'N/A' },\n { label: 'Output modalities', value: info.modalities?.output?.join(', ') || 'N/A' },\n { label: 'Knowledge cutoff', value: info.knowledge },\n { label: 'Released', value: info.release_date },\n {\n label: 'Capabilities',\n value: [info.attachment && 'Attachments', info.reasoning && 'Reasoning', info.temperature && 'Temperature', info.tool_call && 'Tool calls'].filter(Boolean).join(', ') || 'N/A',\n },\n { label: 'Open weights', value: info.open_weights ? 'Yes' : 'No' },\n ];\n for (const { label, value } of fields) {\n if (value) await log(` ${label}: ${value}`);\n }\n await log('');\n } else {\n await log(' ⚠️ Model info not available\\n');\n }\n // Show usage data\n await log(' Usage:');\n await log(` Input tokens: ${formatNumber(usage.inputTokens)}`);\n if (usage.cacheCreationToke
[2026-01-11T01:51:58.892Z] [INFO] {
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"type": "message",
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"content": [
{
"type": "text",
"text": "Now let me check the usage limit message in `claude.lib.mjs` for the `buildClaudeResumeCommand` usage at line 1224-1240:"
}
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[2026-01-11T01:51:59.995Z] [INFO] {
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{
"type": "tool_use",
"id": "toolu_016HaRJqp1h5Byrce6gPhJGX",
"name": "Read",
"input": {
"file_path": "/tmp/gh-issue-solver-1768096096209/src/claude.lib.mjs",
"offset": 1220,
"limit": 40
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[2026-01-11T01:52:00.026Z] [INFO] {
"type": "user",
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"role": "user",
"content": [
{
"tool_use_id": "toolu_016HaRJqp1h5Byrce6gPhJGX",
"type": "tool_result",
"content": " 1220→ toolUseCount,\n 1221→ is503Error: true,\n 1222→ };\n 1223→ }\n 1224→ }\n 1225→ if (commandFailed) {\n 1226→ // Check for usage limit errors first (more specific)\n 1227→ const limitInfo = detectUsageLimit(lastMessage);\n 1228→ if (limitInfo.isUsageLimit) {\n 1229→ limitReached = true;\n 1230→ limitResetTime = limitInfo.resetTime;\n 1231→\n 1232→ // Format and display user-friendly message with Claude CLI resume command\n 1233→ const messageLines = formatUsageLimitMessage({\n 1234→ tool: 'Claude',\n 1235→ resetTime: limitInfo.resetTime,\n 1236→ sessionId,\n 1237→ resumeCommand: tempDir && sessionId ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null,\n 1238→ });\n 1239→\n 1240→ for (const line of messageLines) {\n 1241→ await log(line, { level: 'warning' });\n 1242→ }\n 1243→ } else if (lastMessage.includes('context_length_exceeded')) {\n 1244→ await log('\\n\\n❌ Context length exceeded. Try with a smaller issue or split the work.', { level: 'error' });\n 1245→ } else {\n 1246→ await log(`\\n\\n❌ Claude command failed with exit code ${exitCode}`, { level: 'error' });\n 1247→ if (sessionId && !argv.resume && tempDir) {\n 1248→ await log(`📌 Session ID: ${sessionId}\\nTo resume in Claude Code interactive mode: ${buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model })}`);\n 1249→ }\n 1250→ }\n 1251→ }\n 1252→ // Additional failure detection: if no messages were processed and there were stderr errors,\n 1253→ // or if the command produced no output at all, treat it as a failure\n 1254→ //\n 1255→ // This is critical for detecting \"silent failures\" where:\n 1256→ // 1. Claude CLI encounters an internal error (e.g., \"kill EPERM\" from timeout)\n 1257→ // 2. The error is logged to stderr but exit code is 0 or exit event is never sent\n 1258→ // 3. Result: messageCount=0, toolUseCount=0, but stderrErrors has content\n 1259→ //\n\n<system-reminder>\nWhenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.\n</system-reminder>\n"
}
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},
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"filePath": "/tmp/gh-issue-solver-1768096096209/src/claude.lib.mjs",
"content": " toolUseCount,\n is503Error: true,\n };\n }\n }\n if (commandFailed) {\n // Check for usage limit errors first (more specific)\n const limitInfo = detectUsageLimit(lastMessage);\n if (limitInfo.isUsageLimit) {\n limitReached = true;\n limitResetTime = limitInfo.resetTime;\n\n // Format and display user-friendly message with Claude CLI resume command\n const messageLines = formatUsageLimitMessage({\n tool: 'Claude',\n resetTime: limitInfo.resetTime,\n sessionId,\n resumeCommand: tempDir && sessionId ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null,\n });\n\n for (const line of messageLines) {\n await log(line, { level: 'warning' });\n }\n } else if (lastMessage.includes('context_length_exceeded')) {\n await log('\\n\\n❌ Context length exceeded. Try with a smaller issue or split the work.', { level: 'error' });\n } else {\n await log(`\\n\\n❌ Claude command failed with exit code ${exitCode}`, { level: 'error' });\n if (sessionId && !argv.resume && tempDir) {\n await log(`📌 Session ID: ${sessionId}\\nTo resume in Claude Code interactive mode: ${buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model })}`);\n }\n }\n }\n // Additional failure detection: if no messages were processed and there were stderr errors,\n // or if the command produced no output at all, treat it as a failure\n //\n // This is critical for detecting \"silent failures\" where:\n // 1. Claude CLI encounters an internal error (e.g., \"kill EPERM\" from timeout)\n // 2. The error is logged to stderr but exit code is 0 or exit event is never sent\n // 3. Result: messageCount=0, toolUseCount=0, but stderrErrors has content\n //",
"numLines": 40,
"startLine": 1220,
"totalLines": 1494
}
}
}
[2026-01-11T01:52:03.692Z] [INFO] {
"type": "assistant",
"message": {
"model": "claude-opus-4-5-20251101",
"id": "msg_01BfViQWvstxd1swTjCmDY34",
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{
"type": "text",
"text": "I need to update both places where `buildClaudeResumeCommand` is used in this section. Looking at the code, the first one at line 1237 passes only the interactive command to `formatUsageLimitMessage`, and the second one at line 1248 is a log message. Let me update both to include both commands:"
}
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},
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"session_id": "34546448-e309-47d8-93cc-aac1f21510d4",
"uuid": "7eef4e75-833f-4028-82ff-9adf63840945"
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[2026-01-11T01:52:08.363Z] [INFO] {
"type": "assistant",
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"model": "claude-opus-4-5-20251101",
"id": "msg_01BfViQWvstxd1swTjCmDY34",
"type": "message",
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{
"type": "tool_use",
"id": "toolu_014T8kjkJnba3dAknvdoinbR",
"name": "Edit",
"input": {
"file_path": "/tmp/gh-issue-solver-1768096096209/src/claude.lib.mjs",
"old_string": " } else {\n await log(`\\n\\n❌ Claude command failed with exit code ${exitCode}`, { level: 'error' });\n if (sessionId && !argv.resume && tempDir) {\n await log(`📌 Session ID: ${sessionId}\\nTo resume in Claude Code interactive mode: ${buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model })}`);\n }\n }",
"new_string": " } else {\n await log(`\\n\\n❌ Claude command failed with exit code ${exitCode}`, { level: 'error' });\n if (sessionId && !argv.resume && tempDir) {\n const interactiveCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n const autonomousCmd = buildClaudeAutonomousResumeCommand({ tempDir, sessionId, model: argv.model });\n await log(`📌 Session ID: ${sessionId}`);\n await log('\\n💡 To continue this session:');\n await log(` Interactive mode: ${interactiveCmd}`);\n await log(` Autonomous mode: ${autonomousCmd}`);\n }\n }"
}
}
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[2026-01-11T01:52:08.388Z] [INFO] {"type":"user","message":{"role":"user","content":[{"tool_use_id":"toolu_014T8kjkJnba3dAknvdoinbR","type":"tool_result","content":"The file /tmp/gh-issue-solver-1768096096209/src/claude.lib.mjs has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 1241→ await log(line, { level: 'warning' });\n 1242→ }\n 1243→ } else if (lastMessage.includes('context_length_exceeded')) {\n 1244→ await log('\\n\\n❌ Context length exceeded. Try with a smaller issue or split the work.', { level: 'error' });\n 1245→ } else {\n 1246→ await log(`\\n\\n❌ Claude command failed with exit code ${exitCode}`, { level: 'error' });\n 1247→ if (sessionId && !argv.resume && tempDir) {\n 1248→ const interactiveCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n 1249→ const autonomousCmd = buildClaudeAutonomousResumeCommand({ tempDir, sessionId, model: argv.model });\n 1250→ await log(`📌 Session ID: ${sessionId}`);\n 1251→ await log('\\n💡 To continue this session:');\n 1252→ await log(` Interactive mode: ${interactiveCmd}`);\n 1253→ await log(` Autonomous mode: ${autonomousCmd}`);\n 1254→ }\n 1255→ }\n 1256→ }\n 1257→ // Additional failure detection: if no messages were processed and there were stderr errors,\n 1258→ // or if the command produced no output at all, treat it as a failure\n 1259→ //"}]},"parent_tool_use_id":null,"session_id":"34546448-e309-47d8-93cc-aac1f21510d4","uuid":"ab8fb410-2a54-41ce-bcc0-1dfa02c6fc56","tool_use_result":{"filePath":"/tmp/gh-issue-solver-1768096096209/src/claude.lib.mjs","oldString":" } else {\n await log(`\\n\\n❌ Claude command failed with exit code ${exitCode}`, { level: 'error' });\n if (sessionId && !argv.resume && tempDir) {\n await log(`📌 Session ID: ${sessionId}\\nTo resume in Claude Code interactive mode: ${buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model })}`);\n }\n }","newString":" } else {\n await log(`\\n\\n❌ Claude command failed with exit code ${exitCode}`, { level: 'error' });\n if (sessionId && !argv.resume && tempDir) {\n const interactiveCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });\n const autonomousCmd = buildClaudeAutonomousResumeCommand({ tempDir, sessionId, model: argv.model });\n await log(`📌 Session ID: ${sessionId}`);\n await log('\\n💡 To continue this session:');\n await log(` Interactive mode: ${interactiveCmd}`);\n await log(` Autonomous mode: ${autonomousCmd}`);\n }\n }","originalFile":"#!/usr/bin/env node\n// Claude CLI-related utility functions\n// If not, fetch it (when running standalone)\nif (typeof globalThis.use === 'undefined') {\n globalThis.use = (await eval(await (await fetch('https://unpkg.com/use-m/use.js')).text())).use;\n}\nconst { $ } = await use('command-stream');\nconst fs = (await use('fs')).promises;\nconst path = (await use('path')).default;\n// Import log from general lib\nimport { log, cleanErrorMessage } from './lib.mjs';\nimport { reportError } from './sentry.lib.mjs';\nimport { timeouts, retryLimits, claudeCode, getClaudeEnv } from './config.lib.mjs';\nimport { detectUsageLimit, forma*************ssage } from './usage-limit.lib.mjs';\nimport { creat**************ndler } from './interactive-mode.lib.mjs';\nimport { displayBudgetStats } from './claude.budget-stats.lib.mjs';\n// Import Claude command builder for generating resume commands\n// Two types of resume commands are supported:\n// 1. Interactive resume: Short command that opens interactive mode\n// 2. Autonomous resume: Full command with all flags to run autonomously\nimport { buildClaudeResumeCommand, build************************mmand } from './claude.comman
[2026-01-11T01:52:08.390Z] [INFO] (' Claude will review the changes and decide what to commit.\\n');\n return true;\n } else {\n await log('\\n⚠️ Uncommitted changes detected but auto-restart is disabled.');\n await log(' Use --auto-restart-on-uncommitted-changes to enable or commit manually.\\n');\n return false;\n }\n } else {\n await log('✅ No uncommitted changes found');\n return false;\n }\n } else {\n await log(`⚠️ Warning: Could not check git status: ${gitStatusResult.stderr?.toString().trim()}`, {\n level: 'warning',\n });\n return false;\n }\n } catch (gitError) {\n reportError(gitError, { context: 'check_uncommitted_changes', tempDir, operation: 'git_status_check' });\n await log(`⚠️ Warning: Error checking for uncommitted changes: ${gitError.message}`, { level: 'warning' });\n return false;\n }\n};\n// Export all functions as default object too\nexport default {\n validateClaudeConnection,\n handleClaudeRuntimeSwitch,\n executeClaude,\n executeClaudeCommand,\n checkForUncommittedChanges,\n calculateSessionTokens,\n};\n","structuredPatch":[{"oldStart":1245,"oldLines":7,"newStart":1245,"newLines":12,"lines":[" } else {"," await log(`\\n\\n❌ Claude command failed with exit code ${exitCode}`, { level: 'error' });"," if (sessionId && !argv.resume && tempDir) {","- await log(`📌 Session ID: ${sessionId}\\nTo resume in Claude Code interactive mode: ${buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model })}`);","+ const interactiveCmd = buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model });","+ const autonomousCmd = buildClaudeAutonomousResumeCommand({ tempDir, sessionId, model: argv.model });","+ await log(`📌 Session ID: ${sessionId}`);","+ await log('\\n💡 To continue this session:');","+ await log(` Interactive mode: ${interactiveCmd}`);","+ await log(` Autonomous mode: ${autonomousCmd}`);"," }"," }"," }"]}],"userModified":false,"replaceAll":false}}
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[2026-01-11T01:52:15.513Z] [INFO] {
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{
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"content": " 255→ * @param {string|null} options.resetTime - Time when limit resets\n 256→ * @param {string|null} options.sessionId - Session ID for resuming\n 257→ * @param {string|null} options.resumeCommand - Command to resume session\n 258→ * @returns {string[]} - Array of formatted message lines\n 259→ */\n 260→export function formatUsageLimitMessage({ tool, resetTime, sessionId, resumeCommand }) {\n 261→ const lines = ['', '⏳ Usage Limit Reached!', '', `Your ${tool || 'AI tool'} usage limit has been reached.`];\n 262→\n 263→ if (resetTime) {\n 264→ lines.push(`The limit will reset at: ${resetTime}`);\n 265→ } else {\n 266→ lines.push('Please wait for the limit to reset.');\n 267→ }\n 268→\n 269→ if (sessionId && resumeCommand) {\n 270→ lines.push('');\n 271→ lines.push(`📌 Session ID: ${sessionId}`);\n 272→ lines.push('');\n 273→ lines.push('To resume this session after the limit resets, run:');\n 274→ lines.push(` ${resumeCommand}`);\n 275→ }\n 276→\n 277→ lines.push('');\n 278→\n 279→ return lines;\n 280→}\n 281→\n 282→/**\n 283→ * Check if a message contains both usage limit error and is in JSON format\n 284→ * Useful for parsing structured error responses\n 285→ *\n 286→ * @param {string} line - Line to check\n 287→ * @returns {Object|null} - Parsed JSON object if valid, null otherwise\n 288→ */\n 289→export function parseUsageLimitJson(line) {\n 290→ try {\n 291→ const data = JSON.parse(line);\n 292→\n 293→ // Check for error in JSON\n 294→ if (data.type === 'error' && data.message) {\n 295→ if (isUsageLimitError(data.message)) {\n 296→ return {\n 297→ type: 'error',\n 298→ message: data.message,\n 299→ limitInfo: detectUsageLimit(data.message),\n 300→ };\n 301→ }\n 302→ }\n 303→\n 304→ // Check for turn.failed with error\n 305→ if (data.type === 'turn.failed' && data.error && data.error.message) {\n 306→ if (isUsageLimitError(data.error.message)) {\n 307→ return {\n 308→ type: 'turn.failed',\n 309→ message: data.error.message,\n 310→ limitInfo: detectUsageLimit(data.error.message),\n 311→ };\n 312→ }\n 313→ }\n 314→\n\n<system-reminder>\nWhenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.\n</system-reminder>\n"
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"content": " * @param {string|null} options.resetTime - Time when limit resets\n * @param {string|null} options.sessionId - Session ID for resuming\n * @param {string|null} options.resumeCommand - Command to resume session\n * @returns {string[]} - Array of formatted message lines\n */\nexport function formatUsageLimitMessage({ tool, resetTime, sessionId, resumeCommand }) {\n const lines = ['', '⏳ Usage Limit Reached!', '', `Your ${tool || 'AI tool'} usage limit has been reached.`];\n\n if (resetTime) {\n lines.push(`The limit will reset at: ${resetTime}`);\n } else {\n lines.push('Please wait for the limit to reset.');\n }\n\n if (sessionId && resumeCommand) {\n lines.push('');\n lines.push(`📌 Session ID: ${sessionId}`);\n lines.push('');\n lines.push('To resume this session after the limit resets, run:');\n lines.push(` ${resumeCommand}`);\n }\n\n lines.push('');\n\n return lines;\n}\n\n/**\n * Check if a message contains both usage limit error and is in JSON format\n * Useful for parsing structured error responses\n *\n * @param {string} line - Line to check\n * @returns {Object|null} - Parsed JSON object if valid, null otherwise\n */\nexport function parseUsageLimitJson(line) {\n try {\n const data = JSON.parse(line);\n\n // Check for error in JSON\n if (data.type === 'error' && data.message) {\n if (isUsageLimitError(data.message)) {\n return {\n type: 'error',\n message: data.message,\n limitInfo: detectUsageLimit(data.message),\n };\n }\n }\n\n // Check for turn.failed with error\n if (data.type === 'turn.failed' && data.error && data.error.message) {\n if (isUsageLimitError(data.error.message)) {\n return {\n type: 'turn.failed',\n message: data.error.message,\n limitInfo: detectUsageLimit(data.error.message),\n };\n }\n }\n",
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[2026-01-11T01:52:17.854Z] [INFO] {
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[2026-01-11T01:52:29.118Z] [INFO] {
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"new_string": " * @param {string|null} options.resetTime - Time when limit resets\n * @param {string|null} options.sessionId - Session ID for resuming\n * @param {string|null} options.resumeCommand - Interactive resume command (legacy, for backward compatibility)\n * @param {string|null} options.interactiveResumeCommand - Command to resume in interactive mode\n * @param {string|null} options.autonomousResumeCommand - Command to resume in autonomous mode\n * @returns {string[]} - Array of formatted message lines\n */\nexport function formatUsageLimitMessage({ tool, resetTime, sessionId, resumeCommand, interactiveResumeCommand, auton*************mmand }) {\n const lines = ['', '⏳ Usage Limit Reached!', '', `Your ${tool || 'AI tool'} usage limit has been reached.`];\n\n if (resetTime) {\n lines.push(`The limit will reset at: ${resetTime}`);\n } else {\n lines.push('Please wait for the limit to reset.');\n }\n\n // Support both new (dual command) and legacy (single command) formats\n const interactiveCmd = inter**************mmand || resumeCommand;\n\n if (sessionId && (interactiveCmd || autonomousResumeCommand)) {\n lines.push('');\n lines.push(`📌 Session ID: ${sessionId}`);\n lines.push('');\n lines.push('To resume this session after the limit resets:');\n if (interactiveCmd) {\n lines.push('');\n lines.push(' Interactive mode (opens Claude Code for user interaction):');\n lines.push(` ${interactiveCmd}`);\n }\n if (autonomousResumeCommand) {\n lines.push('');\n lines.push(' Autonomous mode (continues work without user interaction):');\n lines.push(` ${autonomousResumeCommand}`);\n }\n }\n\n lines.push('');\n\n return lines;\n}"
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[2026-01-11T01:52:29.146Z] [INFO] {
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{
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"content": "The file /tmp/gh-issue-solver-1768096096209/src/usage-limit.lib.mjs has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 251→ * Format usage limit error message for console output\n 252→ *\n 253→ * @param {Object} options - Formatting options\n 254→ * @param {string} options.tool - Tool name (claude, codex, opencode)\n 255→ * @param {string|null} options.resetTime - Time when limit resets\n 256→ * @param {string|null} options.sessionId - Session ID for resuming\n 257→ * @param {string|null} options.resumeCommand - Interactive resume command (legacy, for backward compatibility)\n 258→ * @param {string|null} options.interactiveResumeCommand - Command to resume in interactive mode\n 259→ * @param {string|null} options.autonomousResumeCommand - Command to resume in autonomous mode\n 260→ * @returns {string[]} - Array of formatted message lines\n 261→ */\n 262→export function formatUsageLimitMessage({ tool, resetTime, sessionId, resumeCommand, interactiveResumeCommand, auton*************mmand }) {\n 263→ const lines = ['', '⏳ Usage Limit Reached!', '', `Your ${tool || 'AI tool'} usage limit has been reached.`];\n 264→\n 265→ if (resetTime) {\n 266→ lines.push(`The limit will reset at: ${resetTime}`);\n 267→ } else {\n 268→ lines.push('Please wait for the limit to reset.');\n 269→ }\n 270→\n 271→ // Support both new (dual command) and legacy (single command) formats\n 272→ const interactiveCmd = inter**************mmand || resumeCommand;\n 273→\n 274→ if (sessionId && (interactiveCmd || autonomousResumeCommand)) {\n 275→ lines.push('');\n 276→ lines.push(`📌 Session ID: ${sessionId}`);\n 277→ lines.push('');\n 278→ lines.push('To resume this session after the limit resets:');\n 279→ if (interactiveCmd) {\n 280→ lines.push('');\n 281→ lines.push(' Interactive mode (opens Claude Code for user interaction):');\n 282→ lines.push(` ${interactiveCmd}`);\n 283→ }\n 284→ if (autonomousResumeCommand) {\n 285→ lines.push('');\n 286→ lines.push(' Autonomous mode (continues work without user interaction):');\n 287→ lines.push(` ${autonomousResumeCommand}`);\n 288→ }\n 289→ }\n 290→\n 291→ lines.push('');\n 292→\n 293→ return lines;\n 294→}\n 295→\n 296→/**\n 297→ * Check if a message contains both usage limit error and is in JSON format\n 298→ * Useful for parsing structured error responses"
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"newString": " * @param {string|null} options.resetTime - Time when limit resets\n * @param {string|null} options.sessionId - Session ID for resuming\n * @param {string|null} options.resumeCommand - Interactive resume command (legacy, for backward compatibility)\n * @param {string|null} options.interactiveResumeCommand - Command to resume in interactive mode\n * @param {string|null} options.autonomousResumeCommand - Command to resume in autonomous mode\n * @returns {string[]} - Array of formatted message lines\n */\nexport function formatUsageLimitMessage({ tool, resetTime, sessionId, resumeCommand, interactiveResumeCommand, auton*************mmand }) {\n const lines = ['', '⏳ Usage Limit Reached!', '', `Your ${tool || 'AI tool'} usage limit has been reached.`];\n\n if (resetTime) {\n lines.push(`The limit will reset at: ${resetTime}`);\n } else {\n lines.push('Please wait for the limit to reset.');\n }\n\n // Support both new (dual command) and legacy (single command) formats\n const interactiveCmd = inter**************mmand || resumeCommand;\n\n if (sessionId && (interactiveCmd || autonomousResumeCommand)) {\n lines.push('');\n lines.push(`📌 Session ID: ${sessionId}`);\n lines.push('');\n lines.push('To resume this session after the limit resets:');\n if (interactiveCmd) {\n lines.push('');\n lines.push(' Interactive mode (opens Claude Code for user interaction):');\n lines.push(` ${interactiveCmd}`);\n }\n if (autonomousResumeCommand) {\n lines.push('');\n lines.push(' Autonomous mode (continues work without user interaction):');\n lines.push(` ${autonomousResumeCommand}`);\n }\n }\n\n lines.push('');\n\n return lines;\n}",
"originalFile": "/**\n * Usage Limit Detection Utilities\n *\n * This module provides utilities for detecting and handling usage limit errors\n * from AI tools (Claude, Codex, OpenCode).\n *\n * Related issue: https://github.com/link-assistant/hive-mind/issues/719\n */\n\n/**\n * Detect if an error message indicates a usage limit has been reached\n *\n * @param {string} message - Error message to analyze\n * @returns {boolean} - True if message indicates usage limit\n */\nexport function isUsageLimitError(message) {\n if (!message || typeof message !== 'string') {\n return false;\n }\n\n const lowerMessage = message.toLowerCase();\n\n // Check for specific usage limit patterns\n const patterns = [\n // Generic\n \"you've hit your usage limit\",\n 'hit your usage limit',\n 'you have exceeded your rate limit',\n 'usage limit reached',\n 'usage limit exceeded',\n 'rate_limit_exceeded',\n 'rate limit exceeded',\n 'limit reached',\n 'limit has been reached',\n // Provider-specific phrasings we’ve seen in the wild\n 'session limit reached', // Claude\n 'weekly limit reached', // Claude\n 'daily limit reached',\n 'monthly limit reached',\n 'billing hard limit',\n 'please try again at', // Codex/OpenCode style\n 'available again at',\n 'resets', // Claude shows: “∙ resets 5am”\n ];\n\n return patterns.some(pattern => lowerMessage.includes(pattern));\n}\n\n/**\n * Extract reset time from usage limit error message\n *\n * @param {string} message - Error message to analyze\n * @returns {string|null} - Reset time string (e.g., \"12:16 PM\") or null if not found\n */\nexport function extractResetTime(message) {\n if (!message || typeof message !== 'string') {\n return null;\n }\n\n // Normalize whitespace for easier matching\n const normalized = message.replace(/\\s+/g, ' ');\n\n // Pattern 1: \"try again at 12:16 PM\"\n const tryAgainMatch = normalized.match(/try again at ([0-9]{1,2}:[0-9]{2}\\s*[AP]M)/i);\n if (tryAgainMatch) {\n return tryAgainMatch[1];\n }\n\n // Pattern 2: \"available at 12:16 PM\"\n const availableMatch = normalized.match(/available at ([0-9]{1,2}:[0-9]{2}\\s*[AP]M)/i);\n if (availableMatch) {\n return availableMatch[1];\n }\n\n // Pattern 3: \"reset at 12:16 PM\"\n const resetMatch = normalized.match(/reset at ([0-9]{1,2}:[0-9]{2}\\s*[AP]M)/i);\n if (resetMatch) {\n return resetMatch[1];\n }\n\n // Pattern 4: Claude-style: \"resets 5am\" or \"resets at 5am\" (no minutes)\n const resetsAmPmNoMinutes = normalized.match(/resets(?:\\s+at)?\\s+([0-9]{1,2})\\s*([AP]M)/i);\n if (resetsAmPmNoMinutes) {\n const hour = resetsAmPmNoMinutes[1];\n const ampm = resetsAmPmNoMinutes[2].toUpperCase();\n return `${hour}:00 ${ampm}`;\n }\n\n // Pattern 5: Claude-style with minutes: \"resets 5:00am\" or \"resets at 5:00 am\"\n const reset***********nutes = normalized.match(/resets(?:\\s+at)?\\s+([0-9]{1,2}:[0-9]{2})\\s*([AP]M)/i);\n if (resetsAmPmWithMinutes) {\n const time = resetsAmPmWithMinutes[1];\n const ampm = resetsAmPmWithMinutes[2].toUpperCase();\n return `${time} ${ampm}`;\n }\n\n // Pattern 6: 24-hour time: \"resets 17:00\" or \"resets at 05:00\"\n const resets24h = normalized.match(/resets(?:\\s+at)?\\s+([0-2]?[0-9]):([0-5][0-9])\\b/i);\n if (resets24h) {\n let hour = parseInt(resets24h[1], 10);\n const minute = resets24h[2];\n const ampm = hour >= 12 ? 'PM' : 'AM';\n if (hour === 0)\n hour = 12; // 0 -> 12 AM\n else if (hour > 12) hour -= 12; // 13-23 -> 1-11 PM\n return `${hour}:${minute} ${ampm}`;\n }\n\n // Pattern 7: \"resets 5am\" written without space (already partially covered) – ensure we catch compact forms\n const resetsCompact = normalized.match(/resets(?:\\s+at)?\\s*([0-9]{1,2})(?::([0-9]{2}))?\\s*([ap]m)/i);\n if (resetsCompact) {\n const hour = resetsCompact[1];\n const minute = resetsCompact[2] || '00';\n const ampm = resetsCompact[3].toUpperCase();\n return `${hour}:${minute} ${ampm}`;\n }\n\n // Pattern 8: standalone time like \"12:16 PM\" (less reliable, so last)\n const timeMatch = normalized.match(/\\b([0-9]{1,2}:[0-9]{2}\\s*[AP]M)\\b/i);\n if (timeMatch) {\n // Normalize spacing in AM/PM\n const t = timeMatch[1].replace(/\\s*([AP]M)/i, ' $1');\n return t;\n }\n\n return null;\n}\n\n/**\n * Detect usage limit error and extract all relevant information\n *\n * @param {string} message - Error message to analyze\n * @returns {Object} - { isUsageLimit: boolean, resetTime: string|null }\n */\nexport function detectUsageLimit(message) {\n const isUsageLimit = isUsageLimitError(message);\n const resetTime = isUsageLimit ? extractResetTime(message) : null;\n\n return {\n isUsageLimit,\n resetTime,\n };\n}\n\n/**\n * Parse time string (e.g., \"11:00 PM\") and convert to Date object for today\n *\n * @param {string} timeStr - Time string in format \"HH:MM AM/PM\"\n * @returns {Date|null} - Date object or null if parsing fails\n */\nexport function parseResetTime(timeStr) {\n if (!timeStr || typeof timeStr !== 'string') {\n return null;\n }\n\n // Match pattern like \"11:00 PM\" or \"11:00PM\"\n const match = timeStr.match(/(\\d{1,2}):(\\d{2})\\s*(AM|PM)/i);\n if (!match) {\n return null;\n }\n\n let hour = parseInt(match[1], 10);\n const minute = parseInt(match[2], 10);\n const ampm = match[3].toUpperCase();\n\n // Convert to 24-hour format\n if (ampm === 'PM' && hour !== 12) {\n hour += 12;\n } else if (ampm === 'AM' && hour === 12) {\n hour = 0;\n }\n\n // Create date for today with the parsed time\n const now = new Date();\n const resetDate = new Date(now.getFullYear(), now.getMonth(), now.getDate(), hour, minute, 0, 0);\n\n // If the time is in the past today, assume it's tomorrow\n if (resetDate <= now) {\n resetDate.setDate(resetDate.getDate() + 1);\n }\n\n return resetDate;\n}\n\n/**\n * Format relative time (e.g., \"in 1h 23m\")\n *\n * @param {Date} resetDate - Date object for reset time\n * @returns {string} - Formatted relative time string\n */\nexport function formatRelativeTime(resetDate) {\n if (!resetDate || !(resetDate instanceof Date)) {\n return '';\n }\n\n const now = new Date();\n const diffMs = resetDate - now;\n\n if (diffMs <= 0) {\n return 'now';\n }\n\n const totalSeconds = Math.floor(diffMs / 1000);\n const totalMinutes = Math.floor(totalSeconds / 60);\n const totalHours = Math.floor(totalMinutes / 60);\n const totalDays = Math.floor(totalHours / 24);\n\n const days = totalDays;\n const hours = totalHours % 24;\n const minutes = totalMinutes % 60;\n\n const parts = [];\n if (days > 0) parts.push(`${days}d`);\n if (hours > 0) parts.push(`${hours}h`);\n if (minutes > 0 || parts.length === 0) parts.push(`${minutes}m`);\n\n return `in ${parts.join(' ')}`;\n}\n\n/**\n * Format reset time with relative time and UTC time\n * Example: \"in 1h 23m (11:00 PM UTC)\"\n *\n * @param {string} resetTime - Time string in format \"HH:MM AM/PM\"\n * @returns {string} - Formatted string with relative and absolute time\n */\nexport function formatResetTimeWithRelative(resetTime) {\n if (!resetTime) {\n return resetTime;\n }\n\n const resetDate = parseResetTime(resetTime);\n if (!resetDate) {\n // If we can't parse it, return the original time\n return resetTime;\n }\n\n const relativeTime = formatRelativeTime(resetDate);\n\n // Format the UTC time\n const utcHours = resetDate.getUTCHours();\n const utcMinutes = resetDate.getUTCMinutes();\n const utcAmPm = utcHours >= 12 ? 'PM' : 'AM';\n const utcHour12 = utcHours % 12 || 12;\n const utcTimeStr = `${utcHour12}:${String(utcMinutes).padStart(2, '0')} ${utcAmPm} UTC`;\n\n return `${relativeTime} (${utcTimeStr})`;\n}\n\n/**\n * Format usage limit error message for console output\n *\n * @param {Object} options - Formatting options\n * @param {string} options.tool - Tool name (claude, codex, opencode)\n * @param {string|null} options.resetTime - Time when limit resets\n * @param {string|null} options.sessionId - Session ID for resuming\n * @param {string|null} options.resumeCommand - Command to resume session\n * @returns {string[]} - Array of formatted message lines\n */\nexport function formatUsageLimitMessage({ tool, resetTime, sessionId, resumeCommand }) {\n const lines = ['', '⏳ Usage Limit Reached!', '', `Your ${tool || 'AI tool'} usage limit has been reached.`];\n\n if (resetTime) {\n lines.push(`The limit will reset at: ${resetTime}`);\n } else {\n lines.push('Please wait for the limit to reset.');\n }\n\n if (sessionId && resumeCommand) {\n lines.push('');\n lines.push(`📌 Session ID: ${sessionId}`);\n lines.push('');\n lines.push('To resume this session after the limit resets, run:');\n lines.push(` ${resumeCommand}`);\n }\n\n lines.push('');\n\n return lines;\n}\n\n/**\n * Check if a message contains both usage limit error and is in JSON format\n * Useful for parsing structured error responses\n *\n * @param {string} line - Line to check\n * @returns {Object|null} - Parsed JSON object if valid, null otherwise\n */\nexport function parseUsageLimitJson(line) {\n try {\n const data = JSON.parse(line);\n\n // Check for error in JSON\n if (data.type === 'error' && data.message) {\n if (isUsageLimitError(data.message)) {\n return {\n type: 'error',\n message: data.message,\n limitInfo: detectUsageLimit(data.message),\n };\n }\n }\n\n // Check for turn.failed with error\n if (data.type === 'turn.failed' && data.error && data.error.message) {\n if (isUsageLimitError(data.error.message)) {\n return {\n type: 'turn.failed',\n message: data.error.message,\n limitInfo: detectUsageLimit(data.error.message),\n };\n }\n }\n\n return null;\n } catch {\n return null;\n }\n}\n",
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" * @param {string} options.tool - Tool name (claude, codex, opencode)",
" * @param {string|null} options.resetTime - Time when limit resets",
" * @param {string|null} options.sessionId - Session ID for resuming",
"- * @param {string|null} options.resumeCommand - Command to resume session",
"+ * @param {string|null} options.resumeCommand - Interactive resume command (legacy, for backward compatibility)",
"+ * @param {string|null} options.interactiveResumeCommand - Command to resume in interactive mode",
"+ * @param {string|null} options.autonomousResumeCommand - Command to resume in autonomous mode",
" * @returns {string[]} - Array of formatted message lines",
" */",
"-export function formatUsageLimitMessage({ tool, resetTime, sessionId, resumeCommand }) {",
"+export function formatUsageLimitMessage({ tool, resetTime, sessionId, resumeCommand, interactiveResumeCommand, auton*************mmand }) {",
" const lines = ['', '⏳ Usage Limit Reached!', '', `Your ${tool || 'AI tool'} usage limit has been reached.`];",
" ",
" if (resetTime) {"
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" lines.push('Please wait for the limit to reset.');",
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"- if (sessionId && resumeCommand) {",
"+ // Support both new (dual command) and legacy (single command) formats",
"+ const interactiveCmd = inter**************mmand || resumeCommand;",
"+",
"+ if (sessionId && (interactiveCmd || autonomousResumeCommand)) {",
" lines.push('');",
" lines.push(`📌 Session ID: ${sessionId}`);",
" lines.push('');",
"- lines.push('To resume this session after the limit resets, run:');",
"- lines.push(` ${resumeCommand}`);",
"+ lines.push('To resume this session after the limit resets:');",
"+ if (interactiveCmd) {",
"+ lines.push('');",
"+ lines.push(' Interactive mode (opens Claude Code for user interaction):');",
"+ lines.push(` ${interactiveCmd}`);",
"+ }",
"+ if (autonomousResumeCommand) {",
"+ lines.push('');",
"+ lines.push(' Autonomous mode (continues work without user interaction):');",
"+ lines.push(` ${autonomousResumeCommand}`);",
"+ }",
" }",
" ",
" lines.push('');"
]
}
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[2026-01-11T01:52:32.013Z] [INFO] {
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"text": "Now update the call to `formatUsageLimitMessage` in `claude.lib.mjs` to pass both commands:"
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[2026-01-11T01:52:33.340Z] [INFO] {
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"content": " 1228→ if (limitInfo.isUsageLimit) {\n 1229→ limitReached = true;\n 1230→ limitResetTime = limitInfo.resetTime;\n 1231→\n 1232→ // Format and display user-friendly message with Claude CLI resume command\n 1233→ const messageLines = formatUsageLimitMessage({\n 1234→ tool: 'Claude',\n 1235→ resetTime: limitInfo.resetTime,\n 1236→ sessionId,\n 1237→ resumeCommand: tempDir && sessionId ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null,\n 1238→ });\n 1239→\n 1240→ for (const line of messageLines) {\n 1241→ await log(line, { level: 'warning' });\n 1242→ }\n 1243→ } else if (lastMessage.includes('context_length_exceeded')) {\n 1244→ await log('\\n\\n❌ Context length exceeded. Try with a smaller issue or split the work.', { level: 'error' });\n 1245→ } else {\n 1246→ await log(`\\n\\n❌ Claude command failed with exit code ${exitCode}`, { level: 'error' });\n 1247→ if (sessionId && !argv.resume && tempDir) {\n\n<system-reminder>\nWhenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.\n</system-reminder>\n"
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"content": " if (limitInfo.isUsageLimit) {\n limitReached = true;\n limitResetTime = limitInfo.resetTime;\n\n // Format and display user-friendly message with Claude CLI resume command\n const messageLines = formatUsageLimitMessage({\n tool: 'Claude',\n resetTime: limitInfo.resetTime,\n sessionId,\n resumeCommand: tempDir && sessionId ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null,\n });\n\n for (const line of messageLines) {\n await log(line, { level: 'warning' });\n }\n } else if (lastMessage.includes('context_length_exceeded')) {\n await log('\\n\\n❌ Context length exceeded. Try with a smaller issue or split the work.', { level: 'error' });\n } else {\n await log(`\\n\\n❌ Claude command failed with exit code ${exitCode}`, { level: 'error' });\n if (sessionId && !argv.resume && tempDir) {",
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"new_string": " // Format and display user-friendly message with both Claude CLI resume commands\n const messageLines = formatUsageLimitMessage({\n tool: 'Claude',\n resetTime: limitInfo.resetTime,\n sessionId,\n interactiveResumeCommand: tempDir && sessionId ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null,\n autonomousResumeCommand: tempDir && sessionId ? buildClaudeAutonomousResumeCommand({ tempDir, sessionId, model: argv.model }) : null,\n });"
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[2026-01-11T01:52:38.849Z] [INFO] ath, argv.model, log);\n return {\n success: true,\n sessionId,\n limitReached,\n limitResetTime,\n messageCount,\n toolUseCount,\n anthropicTotalCostUSD, // Pass Anthropic's official total cost\n errorDuringExecution, // Issue #1088: Track if error************ution subtype occurred\n };\n } catch (error) {\n reportError(error, {\n context: 'execute_claude',\n command: params.command,\n claudePath: params.claudePath,\n operation: 'run_claude_command',\n });\n const errorStr = error.message || error.toString();\n if ((errorStr.includes('API Error: 500') && errorStr.includes('Overloaded')) || (errorStr.includes('api_error') && errorStr.includes('Overloaded'))) {\n if (retryCount < maxRetries) {\n // Calculate exponential backoff delay\n const delay = baseDelay * Math.pow(2, retryCount);\n await log(`\\n⚠️ API overload error in exception. Retrying in ${delay / 1000} seconds...`, {\n level: 'warning',\n });\n // Wait before retrying\n await new Promise(resolve => setTimeout(resolve, delay));\n // Increment retry count and retry\n retryCount++;\n return await executeWithRetry();\n }\n }\n if (argv.autoResumeOnErrors && (errorStr.includes('API Error: 503') || (errorStr.includes('503') && errorStr.includes('upstream connect error')) || (errorStr.includes('503') && errorStr.includes('remote connection failure')))) {\n if (retryCount < retryLimits.max503Retries) {\n // Calculate exponential backoff delay starting from 5 minutes\n const delay = retryLimits.initial503RetryDelayMs * Math.pow(retryLimits.retryBackoffMultiplier, retryCount);\n const delayMinutes = Math.round(delay / (1000 * 60));\n await log(`\\n⚠️ 503 network error in exception. Retrying in ${delayMinutes} minutes...`, {\n level: 'warning',\n });\n // Wait before retrying\n await new Promise(resolve => setTimeout(resolve, delay));\n // Increment retry count and retry\n retryCount++;\n return await executeWithRetry();\n }\n }\n await log(`\\n\\n❌ Error executing Claude command: ${error.message}`, { level: 'error' });\n return {\n success: false,\n sessionId,\n limitReached,\n limitResetTime: null,\n messageCount,\n toolUseCount,\n };\n }\n }; // End of executeWithRetry function\n // Start the execution with retry logic\n return await executeWithRetry();\n};\nexport const check****************anges = async (tempDir, owner, repo, branchName, $, log, autoCommit = false, autoRestartEnabled = true) => {\n await log('\\n🔍 Checking for uncommitted changes...');\n try {\n const gitStatusResult = await $({ cwd: tempDir })`git status --porcelain 2>&1`;\n if (gitStatusResult.code === 0) {\n const statusOutput = gitStatusResult.stdout.toString().trim();\n if (statusOutput) {\n await log('📝 Found uncommitted changes');\n await log('Changes:');\n for (const line of statusOutput.split('\\n')) {\n await log(` ${line}`);\n }\n if (autoCommit) {\n await log('💾 Auto-committing changes (--auto-commit-uncommitted-changes is enabled)...');\n const addResult = await $({ cwd: tempDir })`git add -A`;\n if (addResult.code === 0) {\n const commitMessage = 'Auto-commit: Changes made by Claude during problem-solving session';\n const commitResult = await $({ cwd: tempDir })`git commit -m ${commitMessage}`;\n if (commitResult.code === 0) {\n await log('✅ Changes committed successfully');\n await log('📤 Pushing changes to remote...');\n const pushResult = await $({ cwd: tempDir })`git push origin ${branchName}`;\n if (pushResult.code === 0) {\n await log('✅ Changes pushed successfully');\n } else {\n await log(`⚠️ Warning: Could not push changes: ${pushResult.stderr?.toString().trim()}`, {\n level: 'warning',\n });\n }\n } else {\n await log(`⚠️ Warning: Could not commit changes: ${commitResult.stderr?.toString().trim()}`, {\n level: 'warning',\n });\n }\n } else {\n await log(`⚠️ Warning: Could not stage changes: ${addResult.stderr?.toString().trim()}`, {\n level: 'warning',\n });\n }\n return false;\n } else if (autoRestartEnabled) {\n await log('\\n⚠️ IMPORTANT: Uncommitted changes detected!');\n await log(' Claude made changes that were not committed.\\n');\n await log('🔄 AUTO-RESTART: Restarting Claude to handle uncommitted changes...');\n await log(' Claude will review the changes and decide what to commit.\\n');\n return true;\n } else {\n await log('\\n⚠️ Uncommitted changes detected but auto-restart is disabled.');\n await log(' Use --auto-restart-on-uncommitted-changes to enable or commit manually.\\n');\n return false;\n }\n } else {\n await log('✅ No uncommitted changes found');\n return false;\n }\n } else {\n await log(`⚠️ Warning: Could not check git status: ${gitStatusResult.stderr?.toString().trim()}`, {\n level: 'warning',\n });\n return false;\n }\n } catch (gitError) {\n reportError(gitError, { context: 'check_uncommitted_changes', tempDir, operation: 'git_status_check' });\n await log(`⚠️ Warning: Error checking for uncommitted changes: ${gitError.message}`, { level: 'warning' });\n return false;\n }\n};\n// Export all functions as default object too\nexport default {\n validateClaudeConnection,\n handleClaudeRuntimeSwitch,\n executeClaude,\n executeClaudeCommand,\n checkForUncommittedChanges,\n calculateSessionTokens,\n};\n","structuredPatch":[{"oldStart":1229,"oldLines":12,"newStart":1229,"newLines":13,"lines":[" limitReached = true;"," limitResetTime = limitInfo.resetTime;"," ","- // Format and display user-friendly message with Claude CLI resume command","+ // Format and display user-friendly message with both Claude CLI resume commands"," const messageLines = formatUsageLimitMessage({"," tool: 'Claude',"," resetTime: limitInfo.resetTime,"," sessionId,","- resumeCommand: tempDir && sessionId ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null,","+ interactiveResumeCommand: tempDir && sessionId ? buildClaudeResumeCommand({ tempDir, sessionId, model: argv.model }) : null,","+ autonomousResumeCommand: tempDir && sessionId ? buildClaudeAutonomousResumeCommand({ tempDir, sessionId, model: argv.model }) : null,"," });"," "," for (const line of messageLines) {"]}],"userModified":false,"replaceAll":false}}
[2026-01-11T01:52:41.747Z] [INFO] {
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[2026-01-11T01:52:44.998Z] [INFO] {
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[2026-01-11T01:52:45.021Z] [INFO] {
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[2026-01-11T01:53:01.441Z] [INFO] {"type":"user","message":{"role":"user","content":[{"tool_use_id":"toolu_01ANXKpQus5dyr3aimhCvfmw","type":"tool_result","content":" 1→#!/usr/bin/env node\n 2→\n 3→/**\n 4→ * Test suite for command builder functions in claude.command-builder.lib.mjs\n 5→ * Tests that the Claude CLI resume and initial commands are generated correctly\n 6→ * using the (cd ... && claude ...) pattern\n 7→ *\n 8→ * Related issue: https://github.com/link-assistant/hive-mind/issues/942\n 9→ *\n 10→ * Note: These command builders are specifically designed for Claude CLI (--tool claude)\n 11→ * and are placed in the claude.command-builder.lib.mjs file as per user requirements.\n 12→ */\n 13→\n 14→import { buildClaudeResumeCommand, build***************mmand } from '../src/claude.command-builder.lib.mjs';\n 15→\n 16→let testsPassed = 0;\n 17→let testsFailed = 0;\n 18→\n 19→function runTest(name, testFn) {\n 20→ process.stdout.write(`Testing ${name}... `);\n 21→ try {\n 22→ testFn();\n 23→ console.log('\\x1b[32m\\u2713 PASSED\\x1b[0m');\n 24→ testsPassed++;\n 25→ } catch (error) {\n 26→ console.log(`\\x1b[31m\\u2717 FAILED: ${error.message}\\x1b[0m`);\n 27→ testsFailed++;\n 28→ }\n 29→}\n 30→\n 31→function assertEqual(actual, expected, message) {\n 32→ if (actual !== expected) {\n 33→ throw new Error(`${message}: expected \"${expected}\", got \"${actual}\"`);\n 34→ }\n 35→}\n 36→\n 37→function assertTrue(value, message) {\n 38→ if (!value) {\n 39→ throw new Error(`${message}: expected truthy value, got \"${value}\"`);\n 40→ }\n 41→}\n 42→\n 43→function assertContains(haystack, needle, message) {\n 44→ if (!haystack.includes(needle)) {\n 45→ throw new Error(`${message}: expected \"${haystack}\" to contain \"${needle}\"`);\n 46→ }\n 47→}\n 48→\n 49→function assertNotContains(haystack, needle, message) {\n 50→ if (haystack.includes(needle)) {\n 51→ throw new Error(`${message}: expected \"${haystack}\" to NOT contain \"${needle}\"`);\n 52→ }\n 53→}\n 54→\n 55→// === build**************mmand tests ===\n 56→\n 57→runTest('buildClaudeResumeCommand: generates command with (cd ... && claude --resume ...) pattern', () => {\n 58→ const cmd = buildClaudeResumeCommand({\n 59→ tempDir: '/tmp/gh-issue-solver-1234567890',\n 60→ sessionId: 'abc123-def456-ghi789',\n 61→ });\n 62→\n 63→ assertEqual(cmd, '(cd \"/tmp/gh-issue-solver-1234567890\" && claude --resume abc123-def456-ghi789)', 'Should generate exact command pattern');\n 64→});\n 65→\n 66→runTest('buildClaudeResumeCommand: contains cd command', () => {\n 67→ const cmd = buildClaudeResumeCommand({\n 68→ tempDir: '/tmp/gh-issue-solver-1234567890',\n 69→ sessionId: 'abc123',\n 70→ });\n 71→\n 72→ assertContains(cmd, 'cd ', 'Should contain cd command');\n 73→});\n 74→\n 75→runTest('buildClaudeResumeCommand: contains quoted tempDir', () => {\n 76→ const cmd = buildClaudeResumeCommand({\n 77→ tempDir: '/tmp/gh-issue-solver-1234567890',\n 78→ sessionId: 'abc123',\n 79→ });\n 80→\n 81→ assertContains(cmd, '\"/tmp/gh-issue-solver-1234567890\"', 'Should contain quoted tempDir');\n 82→});\n 83→\n 84→runTest('buildClaudeResumeCommand: contains claude --resume', () => {\n 85→ const cmd = buildClaudeResumeCommand({\n 86→ tempDir: '/tmp/gh-issue-solver-1234567890',\n 87→ sessionId: 'abc123',\n 88→ });\n 89→\n 90→ assertContains(cmd, 'claude --resume', 'Should contain claude --resume');\n 91→});\n 92→\n 93→runTest('buildClaudeResumeCommand: contains session ID', () => {\n 94→ const cmd = buildClaudeResumeCommand({\n 95→ tempDir: '/tmp/gh-issue-solver-1234567890',\n 96→ sessionId: '4c549ec6-3204-4312-b8e2-5f04113b2f86',\n 97→ });\n 98→\n 99→ assertContains(cmd, '4c549ec6-3204-4312-b8e2-5f04113b2f86', 'Should contain session ID');\n 100→});\n 101→\n 102→runTest('buildClaudeResumeCommand: uses subshell parentheses', () => {\n 103→ const cmd = buildClaudeResumeCommand({\n 104→ tempDir: '/tmp/gh-issue-solver-1234567890',\n 105→ sessionId: 'abc123',\n 106→ });\n 107→\n 108→ assertTrue(cmd.startsWith('('), 'Should start with opening parenthesis');\n 109→ assertTrue(cmd.endsWith(')'), 'Should end with closing parenthesis');\n 110→});\n 111→\n 112→runTest('buildClaudeResumeCommand: uses && to chain commands', () => {\n 113→ const cmd = buildClaudeResumeCommand({\n 114→ tempDir: '/tmp/gh-issue-solver-1234567890',\n 115→ sessionId: 'abc123',\n 116→ });\n 117→\n 118→ assertContains(cmd, ' && ', 'Should contain && to chain commands');\n 119→});\n 120→\n 121→runTest('buildClaudeResumeCommand: handles paths with spaces', () => {\n 122→ const cmd = buildClaudeResumeCommand({\n 123→ tempDir: '/tmp/path with spaces/work-dir',\n 124→ sessionId: 'abc123',\n 125→ });\n 126→\n 127→ assertContains(cmd, '\"/tmp/path with spaces/work-dir\"', 'Should properly quote path with spaces');\n 128→});\n 129→\n 130→runTest('buildClaudeResumeCommand: includes model when specified', () => {\n 131→ const cmd = buildClaudeResumeCommand({\n 132→ tempDir: '/tmp/gh-issue-solver-1234567890',\n 133→ sessionId: 'abc123',\n 134→ model: 'sonnet',\n 135→ });\n 136→\n 137→ assertContains(cmd, '--model sonnet', 'Should include --model');\n 138→});\n 139→\n 140→runTest('buildClaudeResumeCommand: does not include model when not specified', () => {\n 141→ const cmd = buildClaudeResumeCommand({\n 142→ tempDir: '/tmp/gh-issue-solver-1234567890',\n 143→ sessionId: 'abc123',\n 144→ });\n 145→\n 146→ assertNotContains(cmd, '--model', 'Should NOT include --model when not specified');\n 147→});\n 148→\n 149→runTest('buildClaudeResumeCommand: uses custom claude path', () => {\n 150→ const cmd = buildClaudeResumeCommand({\n 151→ tempDir: '/tmp/gh-issue-solver-1234567890',\n 152→ sessionId: 'abc123',\n 153→ claudePath: '/usr/local/bin/claude',\n 154→ });\n 155→\n 156→ assertContains(cmd, '/usr/local/bin/claude', 'Should use custom claude path');\n 157→});\n 158→\n 159→runTest('buildClaudeResumeCommand: includes both model and custom path', () => {\n 160→ const cmd = buildClaudeResumeCommand({\n 161→ tempDir: '/tmp/gh-issue-solver-1234567890',\n 162→ sessionId: 'abc123',\n 163→ claudePath: '/usr/local/bin/claude',\n 164→ model: 'opus',\n 165→ });\n 166→\n 167→ assertEqual(cmd, '(cd \"/tmp/gh-issue-solver-1234567890\" && /usr/local/bin/claude --resume abc123 --model opus)', 'Should include both custom path and model');\n 168→});\n 169→\n 170→// === build***************mmand tests ===\n 171→\n 172→runTest('buildClaudeInitialCommand: generates command with (cd ... && claude ...) pattern', () => {\n 173→ const cmd = buildClaudeInitialCommand({\n 174→ tempDir: '/tmp/gh-issue-solver-1234567890',\n 175→ });\n 176→\n 177→ assertContains(cmd, '(cd \"/tmp/gh-issue-solver-1234567890\" && claude ', 'Should generate correct pattern');\n 178→ assertNotContains(cmd, '--resume', 'Should NOT contain --resume');\n 179→});\n 180→\n 181→runTest('buildClaudeInitialCommand: includes default output format', () => {\n 182→ const cmd = buildClaudeInitialCommand({\n 183→ tempDir: '/tmp/gh-issue-solver-1234567890',\n 184→ });\n 185→\n 186→ assertContains(cmd, '--output-format stream-json', 'Should include --output-format stream-json');\n 187→});\n 188→\n 189→runTest('buildClaudeInitialCommand: includes dangerously-skip-permissions', () => {\n 190→ const cmd = buildClaudeInitialCommand({\n 191→ tempDir: '/tmp/gh-issue-solver-1234567890',\n 192→ });\n 193→\n 194→ assertContains(cmd, '--dangerously-skip-permissions', 'Should include --dangerously-skip-permissions');\n 195→});\n 196→\n 197→runTest('buildClaudeInitialCommand: includes verbose when set', () => {\n 198→ const cmd = buildClaudeInitialCommand({\n 199→ tempDir: '/tmp/gh-issue-solver-1234567890',\n 200→ verbose: true,\n 201→ });\n 202→\n 203→ assertContains(cmd, '--verbose', 'Should include --verbose');\n 204→});\n 205→\n 206→runTest('buildClaudeInitialCommand: does not include verbose when false', () => {\n 207→ const cmd = buildClaudeInitialCommand({\n 208→ tempDir: '/tmp/gh-issue-solver-1234567890',\n 209→ verbose: false,\n 210→ });\n 211→\n 212→ assertNotContains(cmd, '--verbose', 'Should NOT include --verbose when false');\n 213→});\n 214→\n 215→runTest('buildClaudeInitialCommand: includes model when specified', () => {\n 216→ const cmd = buildClaudeInitialCommand({\n 217→ tempDir: '/tmp/gh-issue-solver-1234567890',\n 218→ model: 'claude-opus-4-5-20251101',\n 219→ });\n 220→\n 221→ assertContains(cmd, '--model claude-opus-4-5-20251101', 'Should include --model');\n 222→});\n 223→\n 224→runTest('buildClaudeInitialCommand: uses custom claude path', () => {\n 225→ const cmd = buildClaudeInitialCommand({\n 226→ tempDir: '/tmp/gh-issue-solver-1234567890',\n 227→ claudePath: '/usr/local/bin/claude',\n 228→ });\n 229→\n 230→ assertContains(cmd, '/usr/local/bin/claude', 'Should use custom claude path');\n 231→});\n 232→\n 233→// === Summary ===\n 234→\n 235→console.log('\\n' + '='.repeat(50));\n 236→console.log(`Test results: ${testsPassed} passed, ${testsFailed} failed`);\n 237→console.log('='.repeat(50));\n 238→\n 239→if (testsFailed > 0) {\n 240→ process.exit(1);\n 241→}\n 242→\n\n<system-reminder>\nWhenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.\n</system-reminder>\n"}]},"parent_tool_use_id":null,"session_id":"34546448-e309-47d8-93cc-aac1f21510d4","uuid":"b5d6e725-85fd-4311-b895-9258b9c83906","tool_use_result":{"type":"text","file":{"filePath":"/tmp/gh-issue-solver-1768096096209/tests/test-build-resume-command.mjs","content":"#!/usr/bin/env node\n\n/**\n * Test suite for command builder functions in claude.command-builder.lib.mjs\n * Tests that the Claude CLI resume and initial commands are generated correctly\n * using the (cd ... && claude ...) pattern\n *\n * Related issue: https://github.com/link-assistant/hive-mind/issues/942\n *\n * Note: These command builders are specifically designed for Claude CLI (--tool claude)\n * and are placed in the claude.command-builder.lib.mjs file as per user requirements.\n */\n\nimport { buildClaudeResumeCommand, build***************mmand } from '../src/claude.command-builder.lib.mjs';\n\nlet testsPassed = 0;\nlet testsFailed = 0;\n\nfunction runTest(name, testFn) {\n process.stdout.write(`Testing ${name}... `);\n try {\n testFn();\n console.log('\\x1b[32m\\u2713 PASSED\\x1b[0m');\n testsPassed++;\n } catch (error) {\n console.log(`\\x1b[31m\\u2717 FAILED: ${error.message}\\x1b[0m`);\n testsFailed++;\n }\n}\n\nfunction assertEqual(actual, expected, message) {\n if (actual !== expected) {\n throw new Error(`${message}: expected \"${expected}\", got \"${actual}\"`);\n }\n}\n\nfunction assertTrue(value, message) {\n if (!value) {\n throw new Error(`${message}: expected truthy value, got \"${value}\"`);\n }\n}\n\nfunction assertContains(haystack, needle, message) {\n if (!haystack.includes(needle)) {\n throw new Error(`${message}: expected \"${haystack}\" to contain \"${needle}\"`);\n }\n}\n\nfunction assertNotContains(haystack, needle, message) {\n if (haystack.includes(needle)) {\n throw new Error(`${message}: expected \"${haystack}\" to NOT contain \"${needle}\"`);\n }\n}\n\n// === build**************mmand tests ===\n\nrunTest('buildClaudeResumeCommand: generates command with (cd ... && claude --resume ...) pattern', () => {\n const cmd = buildClaudeResumeCommand({\n tempDir: '/tmp/gh-issue-solver-1234567890',\n sessionId: 'abc123-def456-ghi789',\n });\n\n assertEqual(cmd, '(cd \"/tmp/gh-issue-solver-1234567890\" && claude --resume abc123-def456-ghi789)', 'Should generate exact command pattern');\n});\n\nrunTest('buildClaudeResumeCommand: contains cd command', () => {\n const cmd = buildClaudeResumeCommand({\n tempDir: '/tmp/gh-issue-solver-1234567890',\n sessionId: 'abc123',\n });\n\n assertContains(cmd, 'cd ', 'Should contain cd command');\n});\n\nrunTest('buildClaudeResumeCommand: contains quoted tempDir', () => {\n const cmd = buildClaudeResumeCommand({\n tempDir: '/tmp/gh-issue-solver-1234567890',\n sessionId: 'abc123',\n });\n\n assertContains(cmd, '\"/tmp/gh-issue-solver-1234567890\"', 'Should contain quoted tempDir');\n});\n\nrunTest('buildClaudeResumeCommand: contains claude --resume', () => {\n const cmd = buildClaudeResumeCommand({\n tempDir: '/tmp/gh-issue-solver-1234567890',\n sessionId: 'abc123',\n });\n\n assertContains(cmd, 'claude --resume', 'Should contain claude --resume');\n});\n\nrunTest('buildClaudeResumeCommand: contains session ID', () => {\n const cmd = buildClaudeResumeCommand({\n tempDir: '/tmp/gh-issue-solver-1234567890',\n sessionId: '4c549ec6-3204-4312-b8e2-5f04113b2f86',\n });\n\n assertContains(cmd, '4c549ec6-3204-4312-b8e2-5f04113b2f86', 'Should contain session ID');\n});\n\nrunTest('buildClaudeResumeCommand: uses subshell parentheses', () => {\n const cmd = buildClaudeResumeCommand({\n tempDir: '/tmp/gh-issue-solver-1234567890',\n sessionId: 'abc123',\n });\n\n assertTrue(cmd.startsWith('('), 'Should start with opening parenthesis');\n assertTrue(cmd.endsWith(')'), 'Should end with closing parenthesis');\n});\n\nrunTest('buildClaudeResumeCommand: uses && to chain commands', () => {\n const cmd = buildClaudeResumeCommand({\n tempDir: '/tmp/gh-issue-solver-1234567890',\n sessionId: 'abc123',\n });\n\n assertContains(cmd, ' && ', 'Should contain && to chain commands');\n});\n\nrunTest('buildClaudeResumeCommand: handles paths with spaces', () => {\n const cmd = buildClaudeResumeCommand({\n tempDir: '/tmp/path with spaces/work-dir',\n sessionId: 'abc123',\n });\n\n assertContains(cmd, '\"/tmp/path with spaces/work-dir\"', 'Should properly quote path with spaces');\n});\n\nrunTest('buildClaudeResumeCommand: includes model when specified', () => {\n const cmd = buildClaudeResumeCommand({\n tempDir: '/tmp/gh-issue-solver-1234567890',\n sessionId: 'abc123',\n model: 'sonnet',\n });\n\n assertContains(cmd, '--model sonnet', 'Should include --model');\n});\n\nrunTest('buildClaudeResumeCommand: does not include model when not specified', () => {\n const cmd = buildClaudeResumeCommand({\n tempDir: '/tmp/gh-issue-solver-1234567890',\n sessionId: 'abc123',\n });\n\n assertNotContains(cmd, '--model', 'Should NOT include --model when not specified');\n});\n\nrunTest('buildClaudeResumeCommand: uses custom claude path', () => {\n const cmd = buildClaudeResumeCommand({\n tempDir: '/tmp/gh-issue-solver-1234567890',\n sessionId: 'abc123',\n claudePath: '/usr/local/bin/claude',\n });\n\n assertContains(cmd, '/usr/local/bin/claude', 'Should use custom claude path');\n});\n\nrunTest('buildClaudeResumeCommand: includes both model and custom path', () => {\n const cmd = buildClaudeResumeCommand({\n tempDir: '/tmp/gh-issue-solver-1234567890',\n sessionId: 'abc123',\n claudePath: '/usr/local/bin/claude',\n model: 'opus',\n });\n\n assertEqual(cmd, '(cd \"/tmp/gh-issue-solver-1234567890\" && /usr/local/bin/claude --resume abc123 --model opus)', 'Should include both custom path and model');\n});\n\n// === build***************mmand tests ===\n\nrunTest('buildClaudeInitialCommand: generates command with (cd ... && claude ...) pattern', () => {\n const cmd = buildClaudeInitialCommand({\n tempDir: '/tmp/gh-issue-solver-1234567890',\n });\n\n assertContains(cmd, '(cd \"/tmp/gh-issue-solver-1234567890\" && claude ', 'Should generate correct pattern');\n assertNotContains(cmd, '--resume', 'Should NOT contain --resume');\n});\n\nrunTest('buildClaudeInitialCommand: includes default output format', () => {\n const cmd = buildClaudeInitialCommand({\n tempDir: '/tmp/gh-issue-solver-1234567890',\n });\n\n assertContains(cmd, '--output-format stream-json', 'Should include --output-format stream-json');\n});\n\nrunTest('buildClaudeInitialCommand: includes dangerously-skip-permissions', () => {\n const cmd = buildClaudeInitialCommand({\n tempDir: '/tmp/gh-issue-solver-1234567890',\n });\n\n assertContains(cmd, '--dangerously-skip-permissions', 'Should include --dangerously-skip-permissions');\n});\n\nrunTest('buildClaudeInitialCommand: includes verbose when set', () => {\n const cmd = buildClaudeInitialCommand({\n tempDir: '/tmp/gh-issue-solver-1234567890',\n verbose: true,\n });\n\n assertContains(cmd, '--verbose', 'Should include --verbose');\n});\n\nrunTest('buildClaudeInitialCommand: does not include verbose when false', () => {\n const cmd = buildClaudeInitialCommand({\n tempDir: '/tmp/gh-issue-solver-1234567890',\n verbose: false,\n });\n\n assertNotContains(cmd, '--verbose', 'Should NOT include --verbose when false');\n});\n\nrunTest('buildClaudeInitialCommand: includes model when specified', () => {\n const cmd = buildClaudeInitialCommand({\n tempDir: '/tmp/gh-issue-solver-1234567890',\n model: 'claude-opus-4-5-20251101',\n });\n\n assertContains(cmd, '--model claude-opus-4-5-20251101', 'Should include --model');\n});\n\nrunTest('buildClaudeInitialCommand: uses custom claude path', () => {\n const cmd = buildClaud
[2026-01-11T01:53:01.455Z] [INFO] eInitialCommand({\n tempDir: '/tmp/gh-issue-solver-1234567890',\n claudePath: '/usr/local/bin/claude',\n });\n\n assertContains(cmd, '/usr/local/bin/claude', 'Should use custom claude path');\n});\n\n// === Summary ===\n\nconsole.log('\\n' + '='.repeat(50));\nconsole.log(`Test results: ${testsPassed} passed, ${testsFailed} failed`);\nconsole.log('='.repeat(50));\n\nif (testsFailed > 0) {\n process.exit(1);\n}\n","numLines":242,"startLine":1,"totalLines":242}}}
[2026-01-11T01:53:03.916Z] [INFO] {
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"id": "msg_015JD9rHtsEnavRYzBrmTZpx",
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"content": [
{
"type": "text",
"text": "Now I need to add tests for the new `buildClaudeAutonomousResumeCommand` function:"
}
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