opencode-apply-reconstituted-diffs

To apply reconstructed git patch files safely, enforce a deterministic patch ordering from oldest to newest. This chronological sequence preserves repository history and prevents unexpected conflicts during workspace reconstitution.

A dry-run check uses git apply --check to simulate patch application and catch conflicts before modifying files. This pre-application validation identifies potential issues across diverse repo layouts without altering the actual working tree.

The best way to verify workspace consistency after applying patches is running post-application test validation. Executing configured test commands ensures repository state remains reproducible and auditable after diff application.

Yes, you need a clean git working tree to apply reconstructed diffs safely. A clean repository state ensures deterministic patch application and accurate post-application validation without interference from uncommitted local changes.

Yes, manual conflict resolution can be enforced when automated patch application fails. This approach requires human intervention to resolve inconsistencies, ensuring auditable results and maintaining workspace integrity across diverse repo layouts.

Patch application fails on a reconstructed diff file when the target repository state does not match the patch context. Pre-application dry-runs using git apply --check detect these mismatches before attempting actual file modifications.