Coding Agents keep checking but never deliver; how should stop conditions be set to be effective?
The anti-samcheonpo README describes repeated-failure detection using local command, file, test and usage records, without another model call in the default flow.
What to consider
The anti-samcheonpo README describes repeated-failure detection using local command, file, test and usage records, without another model call in the default flow. It advises first, then handles repeated attempts without new information, with a way to unblock. Unchanged reruns must be distinguished from validation after code changes so that ordinary debugging is not treated as a useless loop.
How to distinguish necessary checks from repetitive actions that haven't progressed?
Keep a short checklist of questions for the current task, clearly stating what result is needed for each item. For example, whether a modification fixes a reproduced error or affects existing calls. Explain which question the check intends to answer before executing it, and write the results back to the checklist afterward to facilitate judging what evidence is still missing.
If the next round runs the same actions without new inputs, failure information, or unresolved issues, stop first to explain why continuation is still needed. Do not use the number of checks as a substitute for task progress. This discussion concerns working methods and does not claim that the data collection project can automatically understand the relationship between all verification and business requirements.
When should the stop conditions be clearly defined?
List mandatory requirements and notes to leave if verification is impossible before implementation. Separate necessary checks from those requiring additional evidence, avoiding scope creep near delivery. If real risks are discovered during the process, update the checklist and explain its relationship to current changes.
Allow stop conditions to explicitly report incomplete parts. When the environment is unavailable or key inputs are needed, preserve completed work, failure points, and next steps, then hand them over to the appropriate person. Stopping does not mean claiming total success, nor does it require repeatedly attempting the same action just to get a completion label.
When an agent stops, how do you leave behind deliverables that can be picked up?
In the delivery, specify what was changed, which checks were run, the results, and which requirements remain unverified. This allows successors to locate the relevant code and failure messages without replaying the entire conversation. If only a plan or partial implementation is provided, clearly label the current stage to avoid mistaking a progress report for a completed result.
Check results with a fixed input
Use a deliberately failing test: save the first error, rerun it unchanged to check the repeated-attempt warning, then fix the function and check whether a new validation run is allowed. If all runs are blocked even after a code change, inspect the detection criteria. This is a proposed sequence; the plugin was not run and no token savings or success-rate improvement was measured.
Source checks for this article
Original materials checked · 2026-10-21
The anti-samcheonpo README describes repeated-failure detection using local command, file, test and usage records, without another model call in the default flow. It advises first, then handles repeated attempts without new information, with a way to unblock. Unchanged reruns must be distinguished from validation after code changes so that ordinary debugging is not treated as a useless loop.
Materials read
- Reference link: JinHo-von-Choi/anti-samcheonpo ↗
Original publication · Read the README’s capabilities and limits; the project was not installed or benchmarked.
What remains unverified
- No live coding session was connected. Hook order, blocking counts across clients and recovery after unblocking were not tested.
Checked sources
The following sources support the project descriptions and reported facts. The analysis is by the site editors; claims from these sources are not presented as results from our own tests.