migrate-nanoclaw

Migrating custom source code changes during a fork upgrade uses intent-based extraction to analyze your modifications and generate a replayable migration guide, reapplying them onto a fresh upstream base instead of relying on brittle git merges.

Intent-based migration for customized agent forks extracts your specific source code changes, skill modifications, and configuration tweaks into a reproducible guide rather than attempting direct conflict resolution during an upstream git merge.

To prevent git merge conflicts when updating a modified agent fork, the migration process orchestrates sub-agents to validate and reapply customizations within isolated git worktrees, ensuring your live agent remains stable and conflict-free.

Yes, you can automate reapplying custom skills and configuration tweaks by running an extraction phase that captures your changes and uses sub-agents to automatically validate and reapply them onto a new upstream codebase.

Yes, the migration process creates rollback points and validates clean working trees before applying upstream changes, using isolated worktrees to ensure your live agent remains stable throughout the automated upgrade.

Automated fork migration for complex customizations relies on analyzing source code changes to generate a replayable guide, meaning highly abstract or undocumented logic may require manual validation within the isolated git worktrees.