autonomous-loops

Bounded autonomous loops diagnose and fix .NET build errors by applying max iteration caps, progress tracking, and fail-safe guards to prevent infinite runs. Each loop applies atomic changes and reports progress per iteration to ensure safe, auditable build repairs.

Autonomous loops repair failing .NET tests by iterating through fixes with a hard cap of 10 iterations. The loop exits automatically if no measurable progress is detected, ensuring token efficiency while applying atomic changes to resolve test failures.

Yes, bounded autonomous loops scaffold new features across small to medium .NET codebases by orchestrating multi-step tasks with built-in checks. The loops verify end-to-end changes while applying fail-safe guards and transparent per-iteration reporting.

Progress-driven exit tracks measurable improvements per iteration during .NET code refactoring and stops the loop if no progress is detected. This mechanism defaults to 5 iterations with a hard cap of 10, preventing wasted tokens on stalled refactoring tasks.

No external dependencies are required to run autonomous build-fix loops for .NET projects. The skill operates independently with built-in fail-safe guards, atomic changes, and transparent reporting to safely orchestrate bounded iteration cycles.

Bounded loops are limited to a hard cap of 10 iterations and are designed for small to medium .NET codebases. The loop exits if no measurable progress is detected, which means complex or large-scale build failures may require manual intervention beyond these constraints.