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{
"name": "vfs-optimizer",
"description": "Procedural guide for optimizing VFS structure, pruning redundant data, and maintaining NVFS index health.",
"tags": [
"vfs",
"optimization",
"pruning",
"index"
],
"category": "system",
"created": "2026-06-23T12:25:39.892Z",
"updated": "2026-06-24T21:58:03.530Z",
"content": "---\nname: vfs-optimizer\ndescription: Procedural guide for optimizing VFS structure, pruning redundant data, and maintaining NVFS index health.\ntags: [vfs, optimization, pruning, index]\ncategory: system\n---\n## Steps\n1. **Structural Audit:**\n - Run `list_files` recursively to identify deep nesting or redundant directory layers.\n - Check for \"orphaned\" files (files without corresponding manifests or role-links).\n\n2. **Redundancy Pruning:**\n - Identify duplicate logs or temporary files (`.tmp`, `.bak`, `old_...`).\n - Use `delete_file` to remove non-essential data that degrades semantic search precision.\n\n3. **NVFS Index Optimization:**\n - Run `nvfs-index` to refresh the semantic vector mapping of the current VFS state.\n - Verify retrieval quality using `nvfs-resolve` on core architectural concepts.\n\n4. **Hierarchy Alignment:**\n - Move files into categorized directories (e.g., `/_configs/`, `/_logs/`, `/_assets/`) to reduce root-level noise.\n - Ensure the `/_contexts/` and `/skills/` directories remain the primary anchors for identity and procedure.\n\n5. **Validation:**\n - Perform a final `get_status` to ensure system stability after structural changes.\n"
}
|
