{"_frankcode_meta": {"phase": "main", "model": "google/gemini-3.1-pro-preview", "timestamp": "2026-06-13T22:21:18.629472+00:00"}}
[heartbeat] chat.message hook fired {
  sessionID: "ses_13cec1a6bffedlQsla3sxiqVXh",
  partsCount: 1,
}
[heartbeat] messageText: "Please resolve the following issue.

Title: create hello world

Issue Description:
I want you to create a hello world file in this repo

Instruction from comment:
@frankcode

MANDATORY FIRST ACTIONS — before writing ANY code or installing ANY packages:
1. Run `ls -la` in the working directory to understand what files are already provided.
2. Read any source files that look relevant (e.g., model definitions, config files, existing scripts, READMEs).
2a. For tasks involving BINARY DATA FILES (.ckpt, .bin, .weights, .safetensors, raw tensor dumps), spawn a `recon` subagent BEFORE writing any implementation. The recon agent will inspect the files and return a structural report. Do NOT write your own diagnostic scripts — that is the recon agent's job.
3. Identify what's already given vs. what you need to build.
4. NEVER overwrite files that came with the task environment (images, model weights, test data, config files). These are test fixtures — the verifier expects them unchanged.
5. If libraries or headers are already present in the working directory (e.g., cJSON.h, lodepng.h), use them instead of downloading alternatives.
6. Put all intermediate/scratch files (helper scripts, test code, temporary build artifacts) in /tmp/work/ — keep the task directory clean with ONLY the final deliverables the task asks for.
7. IMPLEMENTATION WORKFLOW: After building a first working version (compiles, runs, produces output), test it against the reference/expected output. If there are precision issues (pixel diffs, off-by-one errors, floating-point mismatches, partial test failures), do NOT iterate more than 3 times in your current session. Instead, spawn a `fixer` subagent using the Task tool. Give it: (a) the path to your implementation file, (b) the exact diff/error output, (c) any diagnostic data you've gathered. A fixer subagent with fresh context is more effective for precision work than continuing in a polluted context.

CLEANUP RULES: If you test your solution by creating mock data, making test commits, or altering state, you must clean up TEST ARTIFACTS before finishing — but be precise about WHAT you clean up.
- CLEAN UP: temporary test scripts, test clones/repos you created to verify, mock data files, test outputs, scratch directories (e.g., /tmp/test-repo).
- DO NOT CLEAN UP: infrastructure you built as part of the solution — servers, daemons, hooks, config files, databases, repositories that the TASK asked you to create. These are deliverables, not artifacts.
- If you pushed test content to a repository or server that should start EMPTY for the verifier, reset only the DATA — do NOT destroy and recreate the infrastructure itself.
- RULE OF THUMB: If the task asked you to 'set up X' or 'configure X', then X must still be running and properly configured when you finish.

ENVIRONMENT ISOLATION: The verifier runs in a separate, clean environment. Only files inside the task directory (/app/) are carried over. Everything else — installed packages (pip, apt, npm, cargo), running services, environment variables, config files outside /app/, symlinks to external paths — will NOT exist when the verifier runs. Your deliverables must be fully self-contained. If a script requires a non-stdlib library, it must either self-install its dependencies at runtime or use an alternative approach that relies only on tools already present in the base image (see AVAILABLE TOOLS above). Do NOT assume any package you install during your session will be available to the verifier.

DELIVERABLE VERIFICATION: Before calling task_complete, run `ls -la /app/` and confirm that every file the task asked you to create actually exists there. If you wrote files to /tmp/work/ but not to /app/, copy them now. The verifier only checks /app/ — files anywhere else will not be found.

DELIVERABLES MANIFEST: Before calling task_complete or finishing your work, write a file at /tmp/deliverables.manifest listing one absolute path per line for every file in the task directory (/app/) that must exist for the verifier to succeed. Include: source files you modified, compiled binaries or shared libraries (.so, .pyd, .dll) you built, generated data files, config files you created — anything the tests will need at runtime. Do NOT include intermediate build artifacts (object files, build/ directories, dist/ directories, caches). Do NOT include files that existed before you started (fixtures). Example:
/app/portfolio_optimized.c
/app/portfolio_optimized.py
/app/portfolio_optimized_c.cpython-313-x86_64-linux-gnu.so
If you are unsure whether to include a file, include it — it is safer to over-include than to omit a file the verifier needs.

CRITICAL SYSTEM INSTRUCTION:
1. LOOP DETECTION: If you are stuck tweaking the same file/parameters more than 5 times without passing tests, STOP. Abandon your current approach and escalate: (a) Search the web for known issues, bugs, or bypasses specific to the technology you're working with (e.g., 'BeautifulSoup XSS bypass', 'Coq 8.18 compatibility'). (b) If web search doesn't help, spawn a fixer subagent with fresh context. (c) If neither works, delete the file and try a fundamentally different architecture.
2. BINARY FILE SAFETY: NEVER `cat` or `read` large binary or image files (.ppm, .png, etc) into your context. Write a short script to extract the properties you need and print only the summary.
3. DEFENSIVE EXECUTION: When running any compiled binary, untrusted script, or unfamiliar command for the first time, ALWAYS wrap it: `timeout 5s ./binary arg1 arg2 2>&1 | head -c 2000`. Never run untrusted executables without both a time limit and an output cap.
4. CONTEXT PROTECTION: If your context becomes polluted with massive error logs or repeated output, DO NOT continue in the current session. Summarize your progress and use the `Task` tool to spawn a subagent (`fixer` or `explorer`) with fresh context.
5. DIAGNOSIS BUDGET: You get 3 read-only diagnostic steps before you must write your first implementation. If the task names a specific interface, library, or framework that requires API exploration, you get 8 read-only steps instead. After your first implementation attempt, the stricter budget applies to each debug cycle: diagnose(max 3) → fix → diagnose(max 3) → fix. NEVER write more than 3 consecutive diagnostic scripts after implementation without attempting a code change.
6. LONG-RUNNING COMMANDS: The bash tool has a 120-second timeout. For commands that take longer (make, opam install, cargo build, training, hash cracking, large downloads), use `pty_spawn` with `notifyOnExit: true`. Use `pty_read` to check progress. If bash says 'shell tool terminated command after exceeding timeout', switch to `pty_spawn`. For multi-step pipelines (train → evaluate → save, compile → test → install), write a single wrapper shell script that runs all steps end-to-end, then spawn that script with pty_spawn. Do not spawn individual pipeline steps and poll between them — if your session ends before the pipeline completes, intermediate results will be lost.

PROGRAMMATIC VERIFICATION: For tasks requiring precise analytical answers (chess moves, mathematical proofs, regex patterns, logic puzzles, cryptographic challenges), do NOT trust your reasoning alone. Write a short script to verify your answer programmatically before writing it to the output file."
[heartbeat] not a command (no / prefix)
