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Step 2: Rebuild completion status port - New runtime.RebuildCompletionStatus + DeriveRebuildCommitted: reusable shaping logic for post-rebuild snapshot → RebuildCommitted event - block_recovery.go OnRebuildCompleted: delegates to DeriveRebuildCommitted, host only reads raw snapshot via readRebuildStatus (thin binding) - Removed 15 lines of inline flushedLSN/checkpointLSN/achievedLSN computation Step 3: Recovery bundle factory - New buildRecoveryBundle: shared host-side setup for both catch-up and rebuild (creates Reader + Pinner + StorageAdapter + Executor + RecoveryDriver) - runCatchUp and runRebuild both use buildRecoveryBundle instead of duplicating the WithVolume → NewReader → NewPinner → NewStorageAdapter → NewExecutor → RecoveryDriver chain - runCatchUp/runRebuild are now thin host-shell methods Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
sw-block
Private WAL V2 and standalone block-service workspace.
Purpose:
- keep WAL V2 design/prototype work isolated from WAL V1 production code in
weed/storage/blockvol - allow private design notes and experiments to evolve without polluting V1 delivery paths
- keep the future standalone
sw-blockproduct structure clean enough to split into a separate repo later if needed
Suggested layout:
design/: shared V2 design docsprototype/: code prototypes and experiments.private/: private notes, phase development, roadmap, and non-public working material
Repository direction:
- current state:
sw-block/is an isolated workspace insideseaweedfs - likely future state:
sw-blockbecomes a standalone sibling repo/product - design and prototype structure should therefore stay product-oriented and not depend on SeaweedFS-specific paths