| # RadIR snapshot backup |
|
|
| This repository displays the source code and stores the large data, model, output, |
| cache, and log directories as a split `tar.zst` archive in Git LFS. |
|
|
| - Source commit: `5b926d2179afa417784ba57459e86d2336d50a52` |
| - Archived paths: `dataset, outputs, hf_models, hf_cache, runs, wandb, __pycache__` |
| - Each volume is at most 64 MiB and has a SHA-256 checksum in `backup-manifest.json`. |
| - This is a snapshot of committed files, not an export of all historical Git objects. |
| - Original source files and the original local Git history were not modified. |
|
|
| ## Restore |
|
|
| Wait until `backup-manifest.json` says `complete: true`. Download the repository |
| with its LFS objects (not just pointer files). Install `zstd` and `tar`, then run: |
|
|
| ```bash |
| python3 restore_backup.py |
| ``` |
|
|
| The restore tool verifies every volume, then streams decompression directly into |
| `tar`. It does not create a second concatenated archive. Extracted contents keep |
| their original relative paths. Source code is already available as regular files. |
|
|
| The uploader uses `hf-mirror.com` for Git and LFS metadata. LFS payloads use the |
| storage URLs returned by that service, as in a normal Git LFS transfer. It keeps |
| at most 16 archive volumes in memory (1 GiB total), plus small Git metadata and progress files. |
|
|
