Rebase squashes commits - find original commits before squash
Tests ability to find original commits before a squash rebase using reflog. Evaluates reflog for pre-rebase state recovery.

These commands set up the repo before the model sees the prompt. They define the starting file structure, staged changes, and Git history.

  1. 01 git init
  2. 02 git config user.email 'test@test.com'
  3. 03 git config user.name 'Test User'
  4. 04 echo 'v1' > version.txt
  5. 05 git add version.txt
  6. 06 git commit -m 'Set version v1'
  7. 07 git checkout -b develop
  8. 08 echo 'feat-a' > feature.txt
  9. 09 git add feature.txt
  10. 10 git commit -m 'Add feature A'
  11. 11 echo 'feat-b' > feature.txt
  12. 12 git add feature.txt
  13. 13 git commit -m 'Add feature B - user dashboard'
  14. 14 git checkout main
  15. 15 git rebase develop
Prompt
After rebasing 'develop' onto 'main', you lost the intermediate commits 'Add feature A' and 'Add feature B - user dashboard'. They were squashed. Use git reflog to find the original commit hash of the commit with 'user dashboard' in the message.
Expected
Add feature B - user dashboard

Scoped model quality, cost, API time, and token usage for reflog/f005.

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anthropic/claude-fable-5:high PASS 100% 433 in → 582 out (13 reasoning)
The original commit hash for **'Add feature B - user dashboard'** is: ``` 9e6d50d0af824481feba8f87e41cd0598bf5f47d ``` This is found at `HEAD@{3}` in the reflog: ``` 9e6d50d0af824481feba8f87e41cd0598bf5f47d HEAD@{3}: commit: Add feature B - user dashboard ``` **To recover it**, you can: ```bash # Inspect the commit to verify git show 9e6d50d0af824481feba8f87e41cd0598bf5f47d # Option 1: Create a branch pointing to it git branch recovered-develop 9e6d50d0af824481feba8f87e41cd0598bf5f47d # Option 2: Cherry-pick it onto your current branch git cherry-pick 9e6d50d0af824481feba8f87e41cd0598bf5f47d # Option 3: Reset develop back to it (if you want the old state back) git checkout develop git reset --hard 9e6d50d0af824481feba8f87e41cd0598bf5f47d ``` **Note:** Interestingly, in this reflog the rebase finished at the *same* hash (`9e6d50d0...` at `HEAD@{0}`), which suggests the rebase was a fast-forward and the commit is actually still reachable from `main`. But if the commits had truly been squashed/lost, the reflog entry at `HEAD@{3}` is exactly where you'd recover them from. Also note that `HEAD@{4}` (`a2d41750...`) holds 'Add feature A' if you need that one too.
anthropic/claude-fable-5:high__json_schema PASS 100% 657 in → 98 out (35 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{3}"}
anthropic/claude-fable-5:low PASS 100% 449 in → 396 out (13 reasoning)
The commit with 'user dashboard' is at **HEAD@{3}**: ``` f3b214fc3a123d89b50e9c29f18c0df8f333f7cd HEAD@{3}: commit: Add feature B - user dashboard ``` **Original commit hash:** `f3b214fc3a123d89b50e9c29f18c0df8f333f7cd` To recover it, you could run: ```bash git checkout f3b214fc3a123d89b50e9c29f18c0df8f333f7cd # inspect it # or restore the branch: git branch develop-recovered f3b214fc3a123d89b50e9c29f18c0df8f333f7cd ``` Note: interestingly, this same hash appears at `HEAD@{0}` after the rebase finish — meaning the rebase actually left HEAD pointing at that commit, so the work may not be lost at all, just the branch pointers rearranged. But the answer to your question is `f3b214f` (`f3b214fc3a123d89b50e9c29f18c0df8f333f7cd`).
anthropic/claude-fable-5:low__json_schema PASS 100% 657 in → 18 out (0 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{3}"}
anthropic/claude-fable-5:max PASS 100% 437 in → 2,078 out (189 reasoning)
## Finding the commit Scanning the reflog for the original commit entry (the `commit:` action, not the rebase entries): ``` bfe0794ffd1620ecc448d7456ee3dd65b6654ac7 HEAD@{3}: commit: Add feature B - user dashboard ``` **The original commit hash is:** ``` bfe0794ffd1620ecc448d7456ee3dd65b6654ac7 ``` ## How to find it yourself You can search the reflog directly instead of scanning by eye: ```bash git reflog | grep "user dashboard" ``` or use the log's reflog-walking mode with a message filter: ```bash git log -g --grep="user dashboard" --oneline ``` ## Recovering the commit Once you have the hash, you can recover the work in a few ways: ```bash # Inspect it first git show bfe0794 # Option 1: Create a branch pointing at it git branch recovered-dashboard bfe0794 # Option 2: Cherry-pick it onto your current branch git cherry-pick bfe0794 # Option 3: Reset develop back to it (destructive to current develop state) git checkout develop git reset --hard bfe0794 ``` One thing worth noting in this particular reflog: `HEAD@{0}` (post-rebase) has the *same* hash `bfe0794...` as the original commit — which means this commit is actually still reachable from `main`. The reflog is still your safety net here regardless: commits referenced in it are protected from garbage collection (typically for 90 days), so "lost" commits after a rebase are almost always recoverable this way.
anthropic/claude-fable-5:max__json_schema PASS 100% 659 in → 940 out (112 reasoning)
38b76e3dee01ffc5d3dce9157fdee33344be656f
JSON Schema Structured Output
(raw) {"ref": "38b76e3dee01ffc5d3dce9157fdee33344be656f"}
anthropic/claude-fable-5:medium PASS 100% 443 in → 475 out (12 reasoning)
The original commit hash for **'Add feature B - user dashboard'** is: ``` 95e9cfeac118e73a35a5d8c095874534952e2dae ``` This is found at `HEAD@{3}` in the reflog: ``` 95e9cfeac118e73a35a5d8c095874534952e2dae HEAD@{3}: commit: Add feature B - user dashboard ``` **To recover the lost commits**, you can: ```bash # Inspect the commit to verify git show 95e9cfeac118e73a35a5d8c095874534952e2dae # Restore the develop branch to that state git branch develop-recovered 95e9cfeac118e73a35a5d8c095874534952e2dae # Or reset develop back to it git checkout develop git reset --hard 95e9cfeac118e73a35a5d8c095874534952e2dae ``` **Note:** Interestingly, the reflog shows the rebase finished at this same hash (`HEAD@{0}`), which suggests the rebase was a fast-forward and the commits may not actually be lost — `main` now points to the same commit containing both features. The intermediate commit 'Add feature A' (`abdc85b2be6d0e18347a20934e3eb17ac700aa87`) is still reachable via the reflog if you need it separately.
anthropic/claude-fable-5:medium__json_schema PASS 100% 664 in → 18 out (0 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{3}"}
anthropic/claude-fable-5:xhigh PASS 100% 424 in → 562 out (48 reasoning)
## Answer The original commit hash for **'Add feature B - user dashboard'** is: ``` 9e524db497f7a1c1584d539ed4db70180f861d06 ``` ### How to find it Looking at the reflog, scan for the commit entry containing "user dashboard": ``` 9e524db497f7a1c1584d539ed4db70180f861d06 HEAD@{3}: commit: Add feature B - user dashboard ``` You could find it directly with: ```bash git reflog | grep "user dashboard" ``` ### Recovering the lost commits Since that commit's parent is `Add feature A` (`0509cda...` at `HEAD@{4}`), you can recover the full pre-rebase history by resetting or branching from it: ```bash # Create a recovery branch pointing at the lost commit git branch recover-develop 9e524db497f7a1c1584d539ed4db70180f861d06 # Or reset develop back to its pre-rebase state git checkout develop git reset --hard 9e524db497f7a1c1584d539ed4db70180f861d06 ``` ### Note on this reflog Interestingly, in this particular case the rebase entry `HEAD@{0}` shows the *same* hash (`9e524db...`), meaning the rebase fast-forwarded rather than rewriting commits — so the commits weren't actually destroyed here. But in a true squash scenario, this exact reflog technique (finding the pre-rebase `commit:` entries) is how you'd recover the original hashes.
anthropic/claude-fable-5:xhigh__json_schema PASS 100% 647 in → 298 out (95 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{3}"}
anthropic/claude-haiku-4.5:high PASS 100% 367 in → 754 out (291 reasoning)
# Finding the Original Commit Hash Looking at the git reflog, I need to find the entry with "user dashboard" in the commit message. In the reflog output: ``` ec2925065b86b9e0846d36ca9962533a308df460 HEAD@{3}: commit: Add feature B - user dashboard ``` **The original commit hash is: `ec2925065b86b9e0846d36ca9962533a308df460`** ## How to recover the lost commits: If you need to recover these squashed commits, you can reset to that point: ```bash git reset --soft ec2925065b86b9e0846d36ca9962533a308df460 ``` This will: - Move the HEAD back to that commit - Keep all changes staged (due to `--soft` flag) - Allow you to re-commit the work if needed Or if you want to see what was in that original commit: ```bash git show ec2925065b86b9e0846d36ca9962533a308df460 ``` The **key insight**: The reflog shows HEAD@{3} and HEAD@{4} are the original commit hashes *before* the rebase squashed them, which is why they're still visible in the reflog even though they no longer exist in the commit history.
anthropic/claude-haiku-4.5:high__json_schema PASS 100% 529 in → 704 out (373 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{3}"}
anthropic/claude-haiku-4.5:low PASS 100% 375 in → 1,364 out (600 reasoning)
# Finding the Original Commit Hash Looking at the git reflog, I need to find the line with 'user dashboard' in the commit message. Scanning through the reflog: ``` b0357fce7abf0a8b92359c0586f5fdec863f8ada HEAD@{3}: commit: Add feature B - user dashboard ``` ## Answer **The original commit hash is: `b0357fce7abf0a8b92359c0586f5fdec863f8ada`** ### Explanation The reflog shows that at `HEAD@{3}`, a commit was made with the message "Add feature B - user dashboard", and that commit has the hash `b0357fce7abf0a8b92359c0586f5fdec863f8ada`. You can verify this commit still exists and isn't lost by running: ```bash git show b0357fce7abf0a8b92359c0586f5fdec863f8ada ``` Even though the commits were squashed during the rebase, the original commit objects remain in the Git object database and can be accessed via the reflog reference.
anthropic/claude-haiku-4.5:low__json_schema PASS 100% 523 in → 1,468 out (575 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{3}"}
anthropic/claude-haiku-4.5:medium PASS 100% 364 in → 780 out (345 reasoning)
# Finding the Original Commit Hash Looking at the git reflog, I need to find the entry for the commit with 'user dashboard' in its message. ## Analysis Scanning through the reflog entries, I can see: ``` fa5c103b0cbf4826dc0ea8ba046c6b1ea67ea35a HEAD@{3}: commit: Add feature B - user dashboard 653061cd6d04d433cfbe2258cab177fab378c4cd HEAD@{4}: commit: Add feature A ``` At **HEAD@{3}**, there's the commit action that created "Add feature B - user dashboard". ## Answer The original commit hash is: **`fa5c103b0cbf4826dc0ea8ba046c6b1ea67ea35a`** This commit still exists in Git's history (stored in the reflog), even though it was squashed during the rebase. You can recover it using: ```bash git show fa5c103b0cbf4826dc0ea8ba046c6b1ea67ea35a ``` Or to restore the develop branch to this point: ```bash git checkout -b develop-recovered fa5c103b0cbf4826dc0ea8ba046c6b1ea67ea35a ```
anthropic/claude-haiku-4.5:medium__json_schema PASS 100% 529 in → 2,726 out (830 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{3}"}
anthropic/claude-haiku-4.5:none PASS 100% 325 in → 346 out (0 reasoning)
# Finding the Original Commit Hash Looking at the git reflog, I need to find the commit with "user dashboard" in the message. **The answer is: `9eb4201147a672d3377c5abae16924a541d36087`** ## Explanation From the reflog entries, I can trace the sequence of events: 1. **HEAD@{3}**: `9eb4201147a672d3377c5abae16924a541d36087` - **"Add feature B - user dashboard"** ✓ 2. **HEAD@{4}**: `14eab64b93d4baffc2baadb25ae882d2b77d1e96` - "Add feature A" 3. **HEAD@{5}**: `398918a799a886fc0a0b31ee546586c618677f85` - checkout to develop The commit hash `9eb4201147a672d3377c5abae16924a541d36087` is the original commit that contained "user dashboard" before it was squashed during the rebase. ## To Recover This Commit If you need to recover this lost commit, you can: ```bash git cherry-pick 9eb4201147a672d3377c5abae16924a541d36087 ``` Or to inspect it first: ```bash git show 9eb4201147a672d3377c5abae16924a541d36087 ```
anthropic/claude-haiku-4.5:none__json_schema PASS 100% 494 in → 30 out (0 reasoning)
bd3316bed4b5844b56e55c50278dbc3f931893ca
JSON Schema Structured Output
(raw) {"ref": "bd3316bed4b5844b56e55c50278dbc3f931893ca"}
anthropic/claude-haiku-4.5:xhigh PASS 100% 364 in → 1,788 out (657 reasoning)
# Finding the Original Commit Hash Looking at the git reflog, I need to find the entry with "user dashboard" in the commit message. **The answer is: `c47a869dd989f0f6a7688bae261568bb73921c82`** Here's how to identify it from the reflog: ``` c47a869dd989f0f6a7688bae261568bb73921c82 HEAD@{3}: commit: Add feature B - user dashboard ``` ## Explanation - **HEAD@{3}** shows the original commit before the rebase operation - The commit message contains "user dashboard" - The associated hash is `c47a869dd989f0f6a7688bae261568bb73921c82` You can verify this commit still exists in your reflog history by running: ```bash git show c47a869dd989f0f6a7688bae261568bb73921c82 ``` This will display the original commit details, even though it's no longer directly accessible in your branch history after the rebase squashed it.
anthropic/claude-haiku-4.5:xhigh__json_schema PASS 100% 516 in → 463 out (331 reasoning)
ef5552bc7c811f63855ba09490874db692127e53
JSON Schema Structured Output
(raw) {"ref": "ef5552bc7c811f63855ba09490874db692127e53"}
anthropic/claude-opus-4.6:high PASS 100% 335 in → 574 out (74 reasoning)
## Finding the Lost Commit Looking at the reflog entry with **"user dashboard"** in the message: ``` 574695d521158e924e3d3561081a2e98e910ce2c HEAD@{3}: commit: Add feature B - user dashboard ``` ### The original commit hash is: ``` 574695d521158e924e3d3561081a2e98e910ce2c ``` ## How to Read the Reflog Here's what happened, step by step (bottom to top): | Entry | Action | Description | |-------|--------|-------------| | `HEAD@{6}` | `commit (initial)` | Initial commit on `main` | | `HEAD@{5}` | `checkout` | Switched from `main` → `develop` | | **`HEAD@{4}`** | **`commit`** | **Added feature A** *(now lost)* | | **`HEAD@{3}`** | **`commit`** | **Added feature B - user dashboard** ✅ | | `HEAD@{2}` | `checkout` | Switched from `develop` → `main` | | `HEAD@{1}` | `rebase (start)` | Rebase began onto `develop` | | `HEAD@{0}` | `rebase (finish)` | Rebase completed — commits squashed | ## Recovering the Lost Commit You can now restore it using: ```bash # Option 1: Create a new branch pointing to that commit git branch recover-dashboard 574695d # Option 2: Cherry-pick it onto your current branch git cherry-pick 574695d # Option 3: Reset your branch to that point git reset --hard 574695d ``` > **Key takeaway:** `git reflog` acts as a safety net — even after a rebase squashes commits, the original commits still exist in the object database and can be recovered via their reflog entries.
anthropic/claude-opus-4.6:high__json_schema PASS 100% 514 in → 12 out (0 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{3}"}
anthropic/claude-opus-4.6:low PASS 100% 358 in → 38 out (0 reasoning)
`e4c2e4a2823eaf5a15c3be0615e47882497aeea5` (HEAD@{3})
anthropic/claude-opus-4.6:low__json_schema PASS 100% 502 in → 12 out (0 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{3}"}
anthropic/claude-opus-4.6:max PASS 100% 352 in → 543 out (100 reasoning)
## Finding the Lost Commit via Git Reflog Scanning the reflog for the commit message containing **"user dashboard"**: ``` 7a8b2259f23ebf87c09dcd9f0f622f7acab5b16d HEAD@{3}: commit: Add feature B - user dashboard ``` ### ✅ The original commit hash is: ``` 7a8b2259f23ebf87c09dcd9f0f622f7acab5b16d ``` This corresponds to **`HEAD@{3}`**. ### How to restore it Once identified, you can recover this commit by running: ```bash # Option 1: Create a new branch pointing to that commit git branch recovered-feature-B 7a8b225 # Option 2: Cherry-pick it onto your current branch git cherry-pick 7a8b225 ``` ### Key Takeaway | Reflog Entry | Description | |---|---| | `HEAD@{6}` | Initial commit on `main` | | `HEAD@{5}` | Checked out `develop` | | `HEAD@{4}` | Added feature A | | **`HEAD@{3}`** | **✅ Added feature B - user dashboard** | | `HEAD@{2}` | Checked out `main` | | `HEAD@{1}` | Rebase started (commits squashed here) | | `HEAD@{0}` | Rebase finished | > **`git reflog`** acts as a safety net — it records **every** HEAD movement, even after destructive operations like squash rebases, making "lost" commits recoverable.
anthropic/claude-opus-4.6:max__json_schema PASS 100% 497 in → 107 out (66 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{3}"}
anthropic/claude-opus-4.6:medium PASS 100% 342 in → 138 out (0 reasoning)
The commit hash for "Add feature B - user dashboard" is: **`10f705f11815813945b4643e0d3dda55a1feaa69`** (found at `HEAD@{3}`) You can recover it with: ```bash git checkout 10f705f11815813945b4643e0d3dda55a1feaa69 ``` Or restore the branch to that point: ```bash git branch recovered-develop 10f705f11815813945b4643e0d3dda55a1feaa69 ```
anthropic/claude-opus-4.6:medium__json_schema PASS 100% 498 in → 12 out (0 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{3}"}
anthropic/claude-opus-4.6:none PASS 100% 334 in → 477 out (0 reasoning)
# Finding the Lost Commit Using Git Reflog ## Analyzing the Reflog Looking through the reflog entries for the commit with **'user dashboard'** in the message: ``` 70d5b9c2fdf5694de714074823b27508c879566c HEAD@{3}: commit: Add feature B - user dashboard ``` ## The Original Commit Hash ``` 70d5b9c2fdf5694de714074823b27508c879566c ``` ## How to Recover It Once identified, you can restore this commit (and the history leading up to it) using: ```bash # Step 1: Verify the commit content git show 70d5b9c2fdf5694de714074823b27508c879566c # Step 2: Create a recovery branch pointing to that commit git branch recover-features 70d5b9c2fdf5694de714074823b27508c879566c ``` ## Reflog Breakdown (Timeline) ``` HEAD@{6}: commit (initial): Set version v1 ← initial commit on main HEAD@{5}: checkout: moving from main to develop ← switched to develop HEAD@{4}: commit: Add feature A ← 1st feature commit HEAD@{3}: commit: Add feature B - user dashboard ← ✅ THIS ONE (target) HEAD@{2}: checkout: moving from develop to main ← switched back to main HEAD@{1}: rebase (start): checkout develop ← rebase began HEAD@{0}: rebase (finish): returning to refs/heads/main ← rebase finished (squashed) ``` ## Key Takeaway Even after a rebase **squashes** or **rewrites** commits, the **original commits are never truly deleted**. Git's reflog retains references to them (by default for **90 days**), giving you a safety net to recover lost work. This is why `git reflog` is often called Git's **"undo history"**.
anthropic/claude-opus-4.6:none__json_schema PASS 100% 494 in → 12 out (0 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{3}"}
anthropic/claude-opus-4.6:xhigh PASS 100% 350 in → 536 out (83 reasoning)
## Finding the Lost Commit via Git Reflog The reflog records **every** HEAD movement, even after a rebase squashes commits. Looking at the provided reflog: ``` 6bd2f10aa032679456704a4096ab5d6bfbf76659 HEAD@{3}: commit: Add feature B - user dashboard ``` ### The original commit hash is: ``` 6bd2f10aa032679456704a4096ab5d6bfbf76659 ``` Found at **`HEAD@{3}`**. --- ### How to find it yourself with a command: ```bash git reflog | grep "user dashboard" ``` This filters the reflog output to only show entries matching `"user dashboard"`. --- ### How to recover it: Once you have the hash, you can restore the lost commit in several ways: ```bash # Option 1: Create a new branch pointing to that commit git branch recovered-feature-B 6bd2f10aa032679456704a4096ab5d6bfbf76659 # Option 2: Cherry-pick it onto your current branch git cherry-pick 6bd2f10aa032679456704a4096ab5d6bfbf76659 # Option 3: Reset your branch to that point (use with caution) git reset --hard 6bd2f10aa032679456704a4096ab5d6bfbf76659 ``` --- ### Key Takeaway > **Git rarely truly deletes anything.** Even after a rebase squashes or drops commits, the original commits still exist as **dangling objects** and are tracked in the **reflog** (typically for **90 days**). The reflog is your safety net for recovering lost work.
anthropic/claude-opus-4.6:xhigh__json_schema PASS 100% 505 in → 12 out (0 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{3}"}
anthropic/claude-opus-4.7:high PASS 100% 455 in → 34 out (0 reasoning)
348062d7f2c4e7efb8d69e6a89366e3c0c84ede1
anthropic/claude-opus-4.7:high__json_schema PASS 100% 653 in → 35 out (0 reasoning)
25388c815159ed7a9622bf8592f1605889a27c18
JSON Schema Structured Output
(raw) {"ref":"25388c815159ed7a9622bf8592f1605889a27c18"}
anthropic/claude-opus-4.7:low PASS 100% 453 in → 28 out (0 reasoning)
68261bd50570249b113b4977b6717ca806ddeda3
anthropic/claude-opus-4.7:low__json_schema PASS 100% 640 in → 20 out (0 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{3}"}
anthropic/claude-opus-4.7:max PASS 100% 441 in → 1,561 out (131 reasoning)
# Finding the Original Commit Hash Looking at the reflog, I need to find the entry where the commit message contains "user dashboard": ``` 78058cf723d21f71fdb98411845e27c44224fe1c HEAD@{3}: commit: Add feature B - user dashboard ``` ## Answer **Original commit hash:** `78058cf723d21f71fdb98411845e27c44224fe1c` ## Recovery Steps You can now recover this commit using its hash. Some options: **Option 1: Cherry-pick the lost commit** ```bash git cherry-pick 78058cf723d21f71fdb98411845e27c44224fe1c ``` **Option 2: Create a branch pointing to that commit** ```bash git branch recovered-feature-b 78058cf723d21f71fdb98411845e27c44224fe1c ``` **Option 3: Reset back to before the rebase** (undoes the rebase entirely) ```bash git reset --hard HEAD@{2} ``` ## Quick Reflog Reading Tip Notice the pattern in the reflog: - `HEAD@{5}` → switched to `develop` - `HEAD@{4}` → **`1cdfe43`** — Add feature A - `HEAD@{3}` → **`78058cf`** — Add feature B - user dashboard ✅ - `HEAD@{2}` → switched back to `main` - `HEAD@{1}-{0}` → rebase squashed them Even though the commits appear "lost" from the branch history, Git keeps them for ~90 days by default, so you have plenty of time to recover them.
anthropic/claude-opus-4.7:max__json_schema PASS 100% 680 in → 440 out (78 reasoning)
c99e47b113e19cd5ab14b5a1f2bca3f8dc075178
JSON Schema Structured Output
(raw) {"ref":"c99e47b113e19cd5ab14b5a1f2bca3f8dc075178"}
anthropic/claude-opus-4.7:medium PASS 100% 451 in → 32 out (0 reasoning)
0471de7a1756dded73a25a8afb1f8fb73a4dd294
anthropic/claude-opus-4.7:medium__json_schema PASS 100% 654 in → 20 out (0 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{3}"}
anthropic/claude-opus-4.7:none PASS 100% 451 in → 350 out (0 reasoning)
The commit with "user dashboard" in the message is at `HEAD@{3}`: **`bc7271a242aa6ffd39319ab18b9312e545a63616`** This is the original commit hash for "Add feature B - user dashboard" before the rebase squashed it. You can recover it with: ```bash git checkout bc7271a242aa6ffd39319ab18b9312e545a63616 ``` Or to cherry-pick it onto your current branch: ```bash git cherry-pick bc7271a242aa6ffd39319ab18b9312e545a63616 ``` Note: Interestingly, the post-rebase HEAD (`HEAD@{0}`) points to the same hash `bc7271a2...`, which suggests that after the rebase finished, `main` ended up at this same commit. This can happen if the rebase fast-forwarded or if the commit content/parent chain aligned. Regardless, the original commit object with the "Add feature B - user dashboard" message is preserved at that hash and remains reachable via reflog until garbage collection.
anthropic/claude-opus-4.7:none__json_schema PASS 100% 682 in → 40 out (0 reasoning)
dcab2c0236159828cf44f799cbe6b7b4d16e0eab
JSON Schema Structured Output
(raw) {"ref":"dcab2c0236159828cf44f799cbe6b7b4d16e0eab"}
anthropic/claude-opus-4.7:xhigh PASS 100% 446 in → 566 out (0 reasoning)
The original commit hash for the commit with "user dashboard" in the message is: **`7341e73aa1eed6b3d8962dbca271d7dc80e6d2e2`** This is found at `HEAD@{3}` in the reflog: ``` 7341e73aa1eed6b3d8962dbca271d7dc80e6d2e2 HEAD@{3}: commit: Add feature B - user dashboard ``` ### Recovery Options You can recover this commit using any of these methods: **1. Check out the commit directly (detached HEAD):** ```bash git checkout 7341e73aa1eed6b3d8962dbca271d7dc80e6d2e2 ``` **2. Create a new branch from it:** ```bash git branch recovered-dashboard 7341e73aa1eed6b3d8962dbca271d7dc80e6d2e2 ``` **3. Cherry-pick it onto your current branch:** ```bash git cherry-pick 7341e73aa1eed6b3d8962dbca271d7dc80e6d2e2 ``` **4. Reset develop back to before the rebase:** ```bash git checkout develop git reset --hard 7341e73aa1eed6b3d8962dbca271d7dc80e6d2e2 ``` ### Note Interestingly, the reflog shows that the rebase's final state (`HEAD@{0}`) and the "Add feature B - user dashboard" commit (`HEAD@{3}`) share the **same hash** (`7341e73...`). This suggests the squash operation retained the tip commit's tree/message state, or the rebase was a no-op fast-forward. Either way, the commit object is still reachable and safe to recover.
anthropic/claude-opus-4.7:xhigh__json_schema PASS 100% 671 in → 37 out (0 reasoning)
eca97a31485736a7f01096b3f5f29371aa86ae63
JSON Schema Structured Output
(raw) {"ref":"eca97a31485736a7f01096b3f5f29371aa86ae63"}
anthropic/claude-opus-4.8:high PASS 100% 434 in → 625 out (31 reasoning)
The original commit hash for **"Add feature B - user dashboard"** is: ``` 0c70f96d799754930409466fb3d13ff9b6607ff0 ``` You can find it in this reflog entry: ``` 0c70f96d799754930409466fb3d13ff9b6607ff0 HEAD@{3}: commit: Add feature B - user dashboard ``` ### Notes / next steps **Recover the commit.** Since this is a dangling commit, you can inspect or recover it: ```bash # Inspect it first git show 0c70f96d799754930409466fb3d13ff9b6607ff0 # Cherry-pick it onto your current branch git cherry-pick 0c70f96d799754930409466fb3d13ff9b6607ff0 # Or create a branch pointing at it git branch recover-dashboard 0c70f96d799754930409466fb3d13ff9b6607ff0 ``` **Heads up on a subtle detail:** Notice that `0c70f96...` also appears at `HEAD@{0}` and `HEAD@{1}` as the tip after the rebase finished. This is a bit unusual — it suggests the rebase's resulting HEAD landed on the same hash as the "user dashboard" commit. Also, `HEAD@{4}` (`cd3f12b6...`) is the **"Add feature A"** commit, which you may also want to recover if the squash lost it: ```bash git branch recover-feature-a cd3f12b67c99941208af5673b9add0253803fcb2 ``` If you want both features back as separate commits, cherry-pick `cd3f12b6...` first, then `0c70f96d...`.
anthropic/claude-opus-4.8:high__json_schema PASS 100% 633 in → 18 out (0 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{3}"}
anthropic/claude-opus-4.8:low PASS 100% 444 in → 514 out (30 reasoning)
The commit you're looking for is at **`HEAD@{3}`**: ``` d27e4e6ef4e94809d035f330be8b6847e5443426 HEAD@{3}: commit: Add feature B - user dashboard ``` **Original commit hash:** `d27e4e6ef4e94809d035f330be8b6847e5443426` ## How to recover it You can now use this hash to recover your work. A few options: **Inspect the commit first:** ```bash git show d27e4e6ef4e94809d035f330be8b6847e5443426 ``` **Cherry-pick it onto your current branch:** ```bash git cherry-pick d27e4e6ef4e94809d035f330be8b6847e5443426 ``` **Or create a branch pointing to it** (this also brings back 'Add feature A' since it's the parent): ```bash git branch recover-dashboard d27e4e6ef4e94809d035f330be8b6847e5443426 ``` ## Note Interestingly, notice that `d27e4e6...` is also the hash that `main` currently points to (`HEAD@{0}` and `HEAD@{1}`). This is because the rebase resulted in `main`/`develop` landing on the same commit. You may want to verify the state of your tree with: ```bash git log --oneline --all --graph ``` to confirm exactly what happened during the rebase before doing any recovery.
anthropic/claude-opus-4.8:low__json_schema PASS 100% 660 in → 18 out (0 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{3}"}
anthropic/claude-opus-4.8:max PASS 100% 443 in → 1,149 out (82 reasoning)
The commit with 'user dashboard' in the message is at **HEAD@{3}**: ``` cee98d9894f3e91640e19e46871cb50418cfcad5 HEAD@{3}: commit: Add feature B - user dashboard ``` **The original commit hash is: `cee98d9894f3e91640e19e46871cb50418cfcad5`** ## How to recover it Now that you have the hash, you can recover the lost commit in a few ways: **Option 1 — Cherry-pick it onto your current branch:** ```bash git cherry-pick cee98d9894f3e91640e19e46871cb50418cfcad5 ``` **Option 2 — Create a new branch pointing at it (to inspect/recover safely):** ```bash git branch recover-dashboard cee98d9894f3e91640e19e46871cb50418cfcad5 ``` **Option 3 — Inspect it first before deciding:** ```bash git show cee98d9894f3e91640e19e46871cb50418cfcad5 ``` ## A note about "Add feature A" If you also want to recover **both** original commits (feature A + feature B), note that: - `Add feature A` = `4611e98bd832f2899990043d62ee023a0dcffa3d` (HEAD@{4}) - `Add feature B - user dashboard` = `cee98d9894f3e91640e19e46871cb50418cfcad5` (HEAD@{3}) Since feature B's commit (HEAD@{3}) was built on top of feature A (HEAD@{4}), cherry-picking or branching from `cee98d98` will actually bring back **both** commits' content, because feature A is its parent.
anthropic/claude-opus-4.8:max__json_schema PASS 100% 648 in → 675 out (43 reasoning)
7a53bcb553ce2c573ada6c16d06f21219b1653c4
JSON Schema Structured Output
(raw) {"ref": "7a53bcb553ce2c573ada6c16d06f21219b1653c4"}
anthropic/claude-opus-4.8:medium PASS 100% 455 in → 705 out (31 reasoning)
The commit with "user dashboard" in the message is: **`ff1d9d6d7fd6aac58f86ba39b03ab197d8077f65`** This corresponds to the reflog entry: ``` ff1d9d6d7fd6aac58f86ba39b03ab197d8077f65 HEAD@{3}: commit: Add feature B - user dashboard ``` ### A note of caution Notice something important here: the top of the reflog (`HEAD@{0}` and `HEAD@{1}`) *also* shows `ff1d9d6d...` as the result of the rebase. This is a coincidence of the display, but it tells you that the rebase's final state landed on that same hash reference. The **actual original commit** you want is the one explicitly labeled with the `commit: Add feature B - user dashboard` action at `HEAD@{3}`. ### Recovering the work Once you've confirmed the hash, you have a few options to recover the lost commits: **Option 1 — Inspect it first** ```bash git show ff1d9d6d7fd6aac58f86ba39b03ab197d8077f65 ``` **Option 2 — Create a branch from it to preserve both feature commits** ```bash git branch recover-features ff1d9d6d7fd6aac58f86ba39b03ab197d8077f65 ``` This gives you a branch pointing at "Add feature B", with "Add feature A" (`97fdb48f...`) as its parent — recovering both squashed commits. **Option 3 — Cherry-pick them back onto your current branch** ```bash git cherry-pick 97fdb48f73f60427231a6781d09a52e3482551e2 # Feature A git cherry-pick ff1d9d6d7fd6aac58f86ba39b03ab197d8077f65 # Feature B ``` Would you like help restructuring `develop` so it keeps these commits unsquashed?
anthropic/claude-opus-4.8:medium__json_schema PASS 100% 645 in → 18 out (0 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{3}"}
anthropic/claude-opus-4.8:none PASS 100% 433 in → 626 out (0 reasoning)
The original commit hash for **"Add feature B - user dashboard"** is: ``` 43b88572ed2eadd7710276202f2832aa60562f7d ``` You can find it at `HEAD@{3}` in the reflog: ``` 43b88572ed2eadd7710276202f2832aa60562f7d HEAD@{3}: commit: Add feature B - user dashboard ``` ### How to recover it To inspect the commit: ```bash git show 43b88572ed2eadd7710276202f2832aa60562f7d ``` To recover the work, you have a few options depending on what you need: **Cherry-pick just this commit onto your current branch:** ```bash git cherry-pick 43b88572ed2eadd7710276202f2832aa60562f7d ``` **Or reference it via reflog directly:** ```bash git cherry-pick HEAD@{3} ``` ### A useful note Notice that `HEAD@{3}` (43b8857...) shares the **same hash** as `HEAD@{0}` and `HEAD@{1}`. This is because the rebase squashed feature A and feature B, and the final rebased state happened to resolve to the same tree/commit. If you want the pre-rebase state including **both** feature commits as separate commits, you'd want to look at: - `f8f4eb5689fafb8e927567b523da2bc9f7822998` (HEAD@{4}) — "Add feature A" - `43b88572ed2eadd7710276202f2832aa60562f7d` (HEAD@{3}) — "Add feature B - user dashboard" To restore the entire pre-rebase branch tip with both commits intact: ```bash git branch recovered-develop 43b88572ed2eadd7710276202f2832aa60562f7d ``` This creates a new branch pointing at the "user dashboard" commit, preserving feature A as its parent.
anthropic/claude-opus-4.8:none__json_schema PASS 100% 652 in → 17 out (0 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{3}"}
anthropic/claude-opus-4.8:xhigh PASS 100% 459 in → 869 out (34 reasoning)
## Finding the Commit Looking at the reflog, I'll search for the entry with "user dashboard" in the message: ``` 2739152bd52a55711e510b8cca5ce4cdd3244329 HEAD@{3}: commit: Add feature B - user dashboard ``` ## Answer The original commit hash is: ``` 2739152bd52a55711e510b8cca5ce4cdd3244329 ``` This corresponds to **`HEAD@{3}`** in the reflog. ## How to Recover It Now that you have the hash, here are a few ways to recover the lost work: **Option 1 — Inspect it first (recommended):** ```bash git show 2739152bd52a55711e510b8cca5ce4cdd3244329 ``` **Option 2 — Cherry-pick the specific commit onto your current branch:** ```bash git cherry-pick 2739152bd52a55711e510b8cca5ce4cdd3244329 ``` **Option 3 — Create a branch pointing at that state (preserves both feature A and B):** ```bash git branch recovery-branch 2739152bd52a55711e510b8cca5ce4cdd3244329 ``` ## ⚠️ A Note of Caution Notice something interesting in your reflog: ``` 2739152bd52a55711e510b8cca5ce4cdd3244329 HEAD@{0}: rebase (finish): returning to refs/heads/main 2739152bd52a55711e510b8cca5ce4cdd3244329 HEAD@{3}: commit: Add feature B - user dashboard ``` `HEAD@{0}` and `HEAD@{3}` share the **same hash** (`2739152...`). This means the "squashed" result actually points to the same tip commit as "Add feature B." If you want **both** feature A and feature B as *separate* commits, you'll likely want to recover starting from feature A as well: ``` 10dd7529ffbb81e8cf4a5bf7bbb487cb9bd2f8d7 HEAD@{4}: commit: Add feature A ``` To restore the full pre-rebase chain (both A and B), you could reset a branch to `2739152...`, since that commit's history includes feature A as its parent.
anthropic/claude-opus-4.8:xhigh__json_schema PASS 100% 639 in → 18 out (0 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{3}"}
anthropic/claude-sonnet-4.6:high PASS 100% 335 in → 706 out (82 reasoning)
## Finding the Lost Commit with `git reflog` Looking at the provided reflog output, I need to find the entry with **'user dashboard'** in the commit message. ```bash git reflog ``` ``` 6dda8deaf49a7e8eeae136791444166496ec7c26 HEAD@{0}: rebase (finish): returning to refs/heads/main 6dda8deaf49a7e8eeae136791444166496ec7c26 HEAD@{1}: rebase (start): checkout develop ecee5652407335072c74e94f41fa2ebdde9ed8c3 HEAD@{2}: checkout: moving from develop to main 6dda8deaf49a7e8eeae136791444166496ec7c26 HEAD@{3}: commit: Add feature B - user dashboard ← THIS ONE 7d586ae81b45ec0655d9558e79704c9d2099bdf5 HEAD@{4}: commit: Add feature A ecee5652407335072c74e94f41fa2ebdde9ed8c3 HEAD@{5}: checkout: moving from main to develop ecee5652407335072c74e94f41fa2ebdde9ed8c3 HEAD@{6}: commit (initial): Set version v1 ``` --- ### ✅ Answer The original commit hash for **"Add feature B - user dashboard"** is: ``` 6dda8deaf49a7e8eeae136791444166496ec7c26 ``` Found at `HEAD@{3}` — recorded **before** the rebase operations at `HEAD@{0}` and `HEAD@{1}`. --- ### How to Recover It ```bash # Inspect the lost commit git show 6dda8deaf49a7e8eeae136791444166496ec7c26 # Option 1: Create a new branch from it git checkout -b recovered-feature-b 6dda8deaf49a7e8eeae136791444166496ec7c26 # Option 2: Cherry-pick it onto your current branch git cherry-pick 6dda8deaf49a7e8eeae136791444166496ec7c26 ``` > **Key Insight:** `git reflog` saves you here because it records **every HEAD movement**, even commits that are no longer reachable from any branch after a rebase or reset.
anthropic/claude-sonnet-4.6:high__json_schema PASS 100% 510 in → 34 out (0 reasoning)
3ecc8d18cd3bd1fde2f0f87a31c441cc21b9948b
JSON Schema Structured Output
(raw) {"ref":"3ecc8d18cd3bd1fde2f0f87a31c441cc21b9948b"}
anthropic/claude-sonnet-4.6:low PASS 100% 337 in → 380 out (0 reasoning)
## Finding the Lost Commit Hash Looking at the git reflog, I need to find the entry with **'user dashboard'** in the commit message. ``` 5ad689326a639461525bfbea541ca2b430e44327 HEAD@{3}: commit: Add feature B - user dashboard ``` ### The Original Commit Hash is: ``` 5ad689326a639461525bfbea541ca2b430e44327 ``` --- ## How to Recover This Commit Since you've found the hash, you can restore it using: ```bash # Option 1: Create a new branch from the lost commit git checkout -b recovered-feature 5ad689326a639461525bfbea541ca2b430e44327 # Option 2: Cherry-pick it back onto your current branch git cherry-pick 5ad689326a639461525bfbea541ca2b430e44327 # Option 3: Reset your branch back to this commit (destructive) git reset --hard 5ad689326a639461525bfbea541ca2b430e44327 ``` --- ## Key Takeaway | Reflog Entry | Hash | Message | |---|---|---| | `HEAD@{3}` | `5ad6893...` | ✅ Add feature B - **user dashboard** | | `HEAD@{4}` | `5be6159...` | Add feature A | > **Note:** `git reflog` is your safety net — commits are **never truly lost** until garbage collected (`git gc`), typically after **90 days**.
anthropic/claude-sonnet-4.6:low__json_schema PASS 100% 508 in → 34 out (0 reasoning)
b0662fd8e8b911e5f6e0452ffc5b07440ad8d62a
JSON Schema Structured Output
(raw) {"ref":"b0662fd8e8b911e5f6e0452ffc5b07440ad8d62a"}
anthropic/claude-sonnet-4.6:max PASS 100% 363 in → 1,070 out (207 reasoning)
## Finding the Lost Commit in Git Reflog ### Reading the Reflog Looking at the reflog entries chronologically (bottom to top shows history): ``` HEAD@{6}: commit (initial): Set version v1 ← initial commit HEAD@{5}: checkout: moving from main to develop ← switched to develop HEAD@{4}: commit: Add feature A ← first feature commit HEAD@{3}: commit: Add feature B - user dashboard ← ✅ TARGET COMMIT HEAD@{2}: checkout: moving from develop to main ← switched back to main HEAD@{1}: rebase (start): checkout develop ← rebase began HEAD@{0}: rebase (finish): returning to refs/heads/main ← rebase ended (commits squashed) ``` ### The Answer The original commit hash for **'Add feature B - user dashboard'** is: ``` 0036ddbe0700c0b9a37abb4c24d85e8fd6183e64 ``` Found at `HEAD@{3}` — recorded **before** the rebase wiped it from branch history. --- ### How to Recover It ```bash # Verify the commit exists and inspect it git show 0036ddbe0700c0b9a37abb4c24d85e8fd6183e64 # Option 1: Create a new branch from it git checkout -b recovered-feature 0036ddbe07 # Option 2: Cherry-pick it onto your current branch git cherry-pick 0036ddbe07 ``` ### Key Takeaway | State | Commit Visibility | |-------|------------------| | After rebase | ❌ Gone from branch history | | In `git reflog` | ✅ Still accessible (until GC runs) | > ⚠️ **Act quickly** — reflog entries expire after **90 days** by default (`gc.reflogExpire`)
anthropic/claude-sonnet-4.6:max__json_schema PASS 100% 491 in → 403 out (175 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{3}"}
anthropic/claude-sonnet-4.6:medium PASS 100% 337 in → 424 out (0 reasoning)
## Finding the Lost Commit Hash Looking at the git reflog output, I need to find the entry with **'user dashboard'** in the commit message. ``` dececd99716184ff8188d626794f0ebe9961118a HEAD@{3}: commit: Add feature B - user dashboard ``` ### The Original Commit Hash is: ``` dececd99716184ff8188d626794f0ebe9961118a ``` --- ## How to Recover It ### 1. Verify the commit exists and inspect it ```bash git show dececd99716184ff8188d626794f0ebe9961118a ``` ### 2. Restore the lost commit (options) **Option A — Cherry-pick the commit onto your current branch:** ```bash git cherry-pick dececd99716184ff8188d626794f0ebe9961118a ``` **Option B — Create a new branch pointing to this commit:** ```bash git branch recovered-feature-b dececd99716184ff8188d626794f0ebe9961118a ``` **Option C — Hard reset to this commit (⚠️ destructive):** ```bash git reset --hard dececd99716184ff8188d626794f0ebe9961118a ``` --- ## Key Takeaway | Entry | Hash | Message | |-------|------|---------| | `HEAD@{3}` | `dececd9...` | ✅ **Add feature B - user dashboard** | | `HEAD@{4}` | `5bbec50...` | Add feature A | > **Remember:** `git reflog` saves you by tracking every HEAD movement locally, even after rebases that rewrite history. These entries expire after **90 days** by default.
anthropic/claude-sonnet-4.6:medium__json_schema PASS 100% 514 in → 34 out (0 reasoning)
66d10712f4a1e9e04ed3c5f9ab9593b6df71c781
JSON Schema Structured Output
(raw) {"ref":"66d10712f4a1e9e04ed3c5f9ab9593b6df71c781"}
anthropic/claude-sonnet-4.6:none PASS 100% 342 in → 369 out (0 reasoning)
## Finding the Lost Commit Hash Looking at the git reflog output, I need to find the entry containing **'user dashboard'** in the commit message. ``` 07c4ae913b070dca8b0db157e2542cf0ee4cb005 HEAD@{3}: commit: Add feature B - user dashboard ``` ### The Original Commit Hash ``` 07c4ae913b070dca8b0db157e2542cf0ee4cb005 ``` ## How to Recover It ```bash # Verify the commit and its contents git show 07c4ae913b070dca8b0db157e2542cf0ee4cb005 # Create a new branch to recover the lost work git checkout -b recovered-feature-b 07c4ae913b070dca8b0db157e2542cf0ee4cb005 # Or cherry-pick the commit onto your current branch git cherry-pick 07c4ae913b070dca8b0db157e2542cf0ee4cb005 ``` ## Key Takeaways | Detail | Value | |--------|-------| | Commit Message | `Add feature B - user dashboard` | | Hash | `07c4ae913b070dca8b0db157e2542cf0ee4cb005` | | Reflog Reference | `HEAD@{3}` | > **Important:** Git reflog entries are **only stored locally** and expire after **90 days** by default. Act quickly to recover lost commits before they are garbage collected via `git gc`.
anthropic/claude-sonnet-4.6:none__json_schema PASS 100% 513 in → 31 out (0 reasoning)
7d94e8d4691559bb064a16e8b1a3081cf6395426
JSON Schema Structured Output
(raw) {"ref":"7d94e8d4691559bb064a16e8b1a3081cf6395426"}
anthropic/claude-sonnet-4.6:xhigh PASS 100% 347 in → 767 out (89 reasoning)
## Finding the Lost Commit in Git Reflog ### Reading the Reflog Output ``` 973493150b3b909d6eddbd0023c1e89adabc2e52 HEAD@{0}: rebase (finish): returning to refs/heads/main 973493150b3b909d6eddbd0023c1e89adabc2e52 HEAD@{1}: rebase (start): checkout develop 728df6c0ffb81a5afdad5df5435623999f2d4f2b HEAD@{2}: checkout: moving from develop to main 973493150b3b909d6eddbd0023c1e89adabc2e52 HEAD@{3}: commit: Add feature B - user dashboard ← ✅ HERE 545beafa588ff6c8f45e4388a6b2f57cfc369f95 HEAD@{4}: commit: Add feature A 728df6c0ffb81a5afdad5df5435623999f2d4f2b HEAD@{5}: checkout: moving from main to develop 728df6c0ffb81a5afdad5df5435623999f2d4f2b HEAD@{6}: commit (initial): Set version v1 ``` ### The Answer The original commit hash for **"Add feature B - user dashboard"** is: ``` 973493150b3b909d6eddbd0023c1e89adabc2e52 ``` Found at `HEAD@{3}` — recorded **before** the rebase began. --- ### How to Recover It ```bash # Verify the commit still exists and inspect it git show 973493150b3b909d6eddbd0023c1e89adabc2e52 # Option 1: Create a new branch to restore the work git checkout -b recover/feature-b 973493150b3b909d6eddbd0023c1e89adabc2e52 # Option 2: Cherry-pick it onto your current branch git cherry-pick 973493150b3b909d6eddbd0023c1e89adabc2e52 ``` --- ### Key Insight | Entry | What it records | |-------|----------------| | `HEAD@{0}` & `HEAD@{1}` | Rebase events (same hash — squashed result) | | `HEAD@{3}` | ✅ **Original commit** before rebase touched it | > The reflog acts as a **safety net** — even after a destructive rebase, original commits remain accessible until garbage collection runs (typically 90 days).
anthropic/claude-sonnet-4.6:xhigh__json_schema PASS 100% 487 in → 27 out (0 reasoning)
607fa8161fa55af77464f60ed9938c037f61649a
JSON Schema Structured Output
(raw) {"ref":"607fa8161fa55af77464f60ed9938c037f61649a"}
anthropic/claude-sonnet-5:high PASS 100% 437 in → 924 out (71 reasoning)
## Finding the Lost Commit Looking at the reflog entries, the commit history shows: ``` b4813e67d88d61d3c5474e2ad7080e035f62d74d HEAD@{3}: commit: Add feature B - user dashboard ``` **The original commit hash is:** ``` b4813e67d88d61d3c5474e2ad7080e035f62d74d ``` ### How I identified it: The reflog records every movement of `HEAD`, including commits that no longer exist on any branch after a rebase (until garbage collected). Scanning through the entries, `HEAD@{3}` explicitly logs the commit message **"Add feature B - user dashboard"**, and the hash listed for that entry is the commit object itself. ### Next steps to recover it: You can verify and restore this commit with: ```bash git show b4813e67d88d61d3c5474e2ad7080e035f62d74d ``` If you want to bring it back into your branch (e.g., as a cherry-pick): ```bash git cherry-pick b4813e67d88d61d3c5474e2ad7080e035f62d74d ``` Or create a new reference to keep it safe from garbage collection: ```bash git branch recovered-feature-b b4813e67d88d61d3c5474e2ad7080e035f62d74d ``` ⚠️ **Note:** Since reflog entries expire (default 90 days for reachable, 30 days for unreachable commits), if you need this commit long-term, tag or branch it now before running `git gc`.
anthropic/claude-sonnet-5:high__json_schema PASS 100% 664 in → 40 out (0 reasoning)
40381b84fcb91e6b4ba2903d7905f8e1c7fc4c09
JSON Schema Structured Output
(raw) {"ref": "40381b84fcb91e6b4ba2903d7905f8e1c7fc4c09"}
anthropic/claude-sonnet-5:low PASS 100% 433 in → 184 out (0 reasoning)
The commit with "user dashboard" in the message is: **b42f4f2020dea3582e535f650478bef97b0ccc7d** This corresponds to `HEAD@{3}: commit: Add feature B - user dashboard` in the reflog. You can verify or recover it with: ```bash git show b42f4f2020dea3582e535f650478bef97b0ccc7d ``` or cherry-pick it back if needed: ```bash git cherry-pick b42f4f2020dea3582e535f650478bef97b0ccc7d ```
anthropic/claude-sonnet-5:low__json_schema PASS 100% 649 in → 109 out (35 reasoning)
0c607d70adf3b81a49a44299a28350a3de52010b
JSON Schema Structured Output
(raw) {"ref":"0c607d70adf3b81a49a44299a28350a3de52010b"}
anthropic/claude-sonnet-5:medium PASS 100% 430 in → 469 out (0 reasoning)
The commit hash you're looking for is: **`faf3428e764615708a442c6a317545ee5f128d82`** This corresponds to `HEAD@{3}: commit: Add feature B - user dashboard` in the reflog — the original commit before the rebase squashed/altered history. **Note on this reflog:** something looks slightly off — `HEAD@{0}` and `HEAD@{3}` show the *same* hash (`faf3428e...`). In a real rebase, the commit hash for "Add feature B" would typically change after rebasing onto `main`, since rebasing rewrites commits (new parent → new hash). If this were real output, you'd expect `HEAD@{0}` to have a *different* hash than `HEAD@{3}`, with the reflog line at `{0}` reflecting the new rebased tip. That said, based strictly on the log as given, the commit message "Add feature B - user dashboard" is attached to hash `faf3428e764615708a442c6a317545ee5f128d82` at `HEAD@{3}` — so that's the answer to extract from this reflog. To recover it in practice, you could also run: ```bash git show faf3428e764615708a442c6a317545ee5f128d82 ``` to confirm the commit contents before cherry-picking it back into your branch if needed: ```bash git cherry-pick faf3428e764615708a442c6a317545ee5f128d82 ```
anthropic/claude-sonnet-5:medium__json_schema PASS 100% 668 in → 37 out (0 reasoning)
5a7e8d8b7bd154472ee62cac389771fa9744cb02
JSON Schema Structured Output
(raw) {"ref":"5a7e8d8b7bd154472ee62cac389771fa9744cb02"}
anthropic/claude-sonnet-5:none PASS 100% 442 in → 662 out (0 reasoning)
## Finding the Commit Looking at the reflog, I can identify the commit you need: ``` 817d8b150271bf95c06ba2ab98ab25b16ddba926 HEAD@{3}: commit: Add feature B - user dashboard ``` **The original commit hash is:** ``` 817d8b150271bf95c06ba2ab98ab25b16ddba926 ``` ### Context from the reflog - `HEAD@{6}` — Initial commit "Set version v1" (`c176f585...`) - `HEAD@{4}` — "Add feature A" committed (`6c8372a0...`) - `HEAD@{3}` — "Add feature B - user dashboard" committed (`817d8b15...`) ← **this is your target** - `HEAD@{2}` — Checkout back to `main` - `HEAD@{1}` — Rebase started (checked out `develop`) - `HEAD@{0}` — Rebase finished, landing back on `main` Note that `817d8b15...` also appears as the current `HEAD@{0}` — this is likely coincidental (or the rebase result reused that hash if no changes were needed), but the entry that explicitly matches your commit message is `HEAD@{3}`. ### How to recover it You can inspect or restore this commit with: ```bash # View the commit details git show 817d8b150271bf95c06ba2ab98ab25b16ddba926 # Create a branch pointing to it, to recover the work git branch recovered-feature-b 817d8b150271bf95c06ba2ab98ab25b16ddba926 # Or cherry-pick it onto your current branch git cherry-pick 817d8b150271bf95c06ba2ab98ab25b16ddba926 ``` ⚠️ **Important:** Reflog entries expire (default 90 days for reachable commits, 30 days for unreachable ones), so recover this soon if you need it, and consider running `git gc` cautiously since it can prune unreachable objects.
anthropic/claude-sonnet-5:none__json_schema PASS 100% 660 in → 36 out (0 reasoning)
06f4861f11b1f83cd6ccb8421684c16bd0026dba
JSON Schema Structured Output
(raw) {"ref":"06f4861f11b1f83cd6ccb8421684c16bd0026dba"}
anthropic/claude-sonnet-5:xhigh PASS 100% 422 in → 880 out (96 reasoning)
Looking at the reflog, the entry that directly references the commit message **"Add feature B - user dashboard"** is: ``` 5aecfc24240fca761e27828429275994130d070d HEAD@{3}: commit: Add feature B - user dashboard ``` ### Original commit hash: ``` 5aecfc24240fca761e27828429275994130d070d ``` ### How to verify/recover it: You can confirm this is the right commit and inspect its contents with: ```bash git show 5aecfc24240fca761e27828429275994130d070d ``` If you want to bring this specific commit back (e.g., because the rebase squashed it into a combined commit and you need it as a standalone commit again), you can cherry-pick it onto your current branch: ```bash git cherry-pick 5aecfc24240fca761e27828429275994130d070d ``` ⚠️ **Note:** Since this hash also appears at `HEAD@{0}` and `HEAD@{1}` (the rebase finish/start points), it suggests that in this particular rebase, the commit hash didn't change — meaning the "user dashboard" commit might still be reachable directly from `main`. Double check with: ```bash git log --oneline | grep "user dashboard" ``` If it shows up, you may not have actually lost it. But if your rebase truly squashed multiple commits into one (with a *different* final hash), then the reflog entry above (`HEAD@{3}`) is your source of truth for recovering the original **"Add feature B - user dashboard"** commit.
anthropic/claude-sonnet-5:xhigh__json_schema PASS 100% 659 in → 37 out (0 reasoning)
215601d43188d70b9f10cfbeafdcc783f8bc74ec
JSON Schema Structured Output
(raw) {"ref": "215601d43188d70b9f10cfbeafdcc783f8bc74ec"}
arcee-ai/trinity-large-thinking:high PASS 100% 303 in → 2,475 out (2,511 reasoning)
The original commit hash for the commit with "user dashboard" in the message is **`743381b47ce4772f89b2328c42e8fe45020d5a8d`**. This is found at `HEAD@{3}` in the reflog, which shows the commit message "Add feature B - user dashboard" before the rebase operation squashed the intermediate commits.
arcee-ai/trinity-large-thinking:low PASS 100% 320 in → 4,861 out (5,018 reasoning)
The original commit hash for the commit with "user dashboard" in the message is **84581c2bf57d52a5a77e11a2dc3bece77186fb9b**. This is found at `HEAD@{3}` in the reflog, which shows the state before the rebase when the commit still existed with its original hash.
arcee-ai/trinity-large-thinking:medium PASS 100% 314 in → 4,659 out (4,790 reasoning)
Looking at the git reflog, the commit with "user dashboard" in the message is at `HEAD@{3}`: ``` 492fbb32c19f6747b8d6cef114b838e3eab37544 HEAD@{3}: commit: Add feature B - user dashboard ``` This is the original commit hash before it was squashed during the rebase. The same hash appears at `HEAD@{0}` and `HEAD@{1}` because those reflog entries reference the same commit (the rebase operation moved HEAD but the commit itself remained unchanged in the reflog history). **Answer:** `492fbb32c19f6747b8d6cef114b838e3eab37544`
arcee-ai/trinity-large-thinking:xhigh PASS 100% 319 in → 982 out (961 reasoning)
The original commit hash for the commit with "user dashboard" in the message is **8fa629087314e6746b46ec7321fd19e2be3cedb4**. This commit appears at `HEAD@{3}` in the reflog, which represents the state before the rebase operation that squashed the intermediate commits.
arcee-ai/trinity-mini:high PASS 100% 307 in → 587 out (475 reasoning)
Basedon the provided `git reflog`, the original commit hash for the commit with the message **"Add feature B - user dashboard"** is: **`cef5725ed194076ea58475886e2de9379b2e2bd3`** ### Explanation: - The `git reflog` shows the commit history of the `HEAD` pointer. - The entry `cef5725ed194076ea58475886e2de9379b2e2bd3 HEAD@{3}: commit: Add feature B - user dashboard` directly references the commit with that message. - This hash is the original commit before it was squashed during the rebase.
arcee-ai/trinity-mini:high__json_schema PASS 100% 300 in → 443 out (430 reasoning)
6bee523fbcadceaeaca757bb941f6d0ce17b4ca2 HEAD@{3}: commit: Add feature B - user dashboard
JSON Schema Structured Output
(raw) { "ref": "6bee523fbcadceaeaca757bb941f6d0ce17b4ca2 HEAD@{3}: commit: Add feature B - user dashboard" }
arcee-ai/trinity-mini:low PASS 100% 311 in → 604 out (457 reasoning)
Based on the provided `git reflog`, the original commit hash for the commit with the message "Add feature B - user dashboard" is: **aed96b4e0ea9b62211ba85face1c765b7de8c5c4** ### Explanation: - The `git reflog` entries are listed from most recent to oldest. - The entry at `HEAD@{3}` corresponds to the commit message **"Add feature B - user dashboard"**. - The hash immediately preceding the message is the original commit hash: `aed96b4e0ea9b62211ba85face1c765b7de8c5c4`. This hash can now be used to restore the lost commit if needed.
arcee-ai/trinity-mini:medium PASS 100% 307 in → 656 out (466 reasoning)
Based on the provided`git reflog`, the original commit hash for the commit with the message **"Add feature B - user dashboard"** is: **`1ce4fe1533a7651f98caf5b178bf021e1e977b71`** ### Explanation: 1. The reflog entries are listed **newest to oldest** (top to bottom). 2. The commit with the message **"Add feature B - user dashboard"** appears at **HEAD@{3}**. 3. The hash at this position is **`1ce4fe1533a7651f98caf5b178bf021e1e977b71`**. This hash is the original commit that was squashed during the rebase. Note that the reflog entries for both squashed commits (`Add feature A` at `HEAD@{4}` and `Add feature B` at `HEAD@{3}`) share the same hash because they were merged into a single commit during the rebase.
arcee-ai/trinity-mini:xhigh PASS 100% 332 in → 644 out (452 reasoning)
Based on the provided `git reflog`, the original commit hash for the commit with the message **"Add feature B - user dashboard"** is: **`e311ceab8b4944a3e2e4d4fdf6992dd5d4df9f68`** ### Explanation: - The `git reflog` entries are listed from most recent (top) to oldest (bottom). - The commit with the message **"Add feature B - user dashboard"** appears at `HEAD@{3}`. - The hash for this commit is explicitly shown in the entry: `e311ceab8b4944a3e2e4d4fdf6992dd5d4df9f68 HEAD@{3}: commit: Add feature B - user dashboard` This hash corresponds to the original commit before it was squashed during the rebase.
arcee-ai/trinity-mini:xhigh__json_schema PASS 100% 339 in → 465 out (443 reasoning)
HEAD@{3}: commit: Add feature B - user dashboard
JSON Schema Structured Output
(raw) { "ref": "HEAD@{3}: commit: Add feature B - user dashboard" }
deepseek/deepseek-v4-flash-0731:high PASS 100% 326 in → 2,928 out (2,886 reasoning)
The original commit hash for "Add feature B - user dashboard" is **81f0f4c0aa384e1529fcfead70de9a48ee257e56**.
deepseek/deepseek-v4-flash-0731:high__json_schema PASS 100% 316 in → 1,818 out (1,602 reasoning)
f19b31a0a8c4daadadbd26e51123064a329d8abe
JSON Schema Structured Output
(raw) { "ref": "f19b31a0a8c4daadadbd26e51123064a329d8abe" }
deepseek/deepseek-v4-flash-0731:low PASS 100% 309 in → 2,288 out (2,189 reasoning)
The original commit hash for "Add feature B - user dashboard" is `af2ca8e284635c6f83712071ed99874f6fdb1216`.
deepseek/deepseek-v4-flash-0731:low__json_schema PASS 100% 341 in → 2,323 out (2,115 reasoning)
0f9a253978122f9e2454bea2a3777da9e9ae5b8e
JSON Schema Structured Output
(raw) { "ref": "0f9a253978122f9e2454bea2a3777da9e9ae5b8e" }
deepseek/deepseek-v4-flash-0731:max PASS 100% 417 in → 2,216 out (1,892 reasoning)
The original commit hash is: `6c5fe3093d5a0886d0cfad6a7284c3ff71f284d3` It appears in the reflog as: `6c5fe3093d5a0886d0cfad6a7284c3ff71f284d3 HEAD@{3}: commit: Add feature B - user dashboard`
deepseek/deepseek-v4-flash-0731:max__json_schema PASS 100% 421 in → 1,279 out (1,130 reasoning)
022b21c83d28c1288d4a3176d2d94a12181ab7de
JSON Schema Structured Output
(raw) { "ref": "022b21c83d28c1288d4a3176d2d94a12181ab7de" }
deepseek/deepseek-v4-flash-0731:medium PASS 100% 314 in → 143 out (81 reasoning)
The original commit hash for "Add feature B - user dashboard" is **2ca639e661c7f251ecfde796fa0348741e37e3ee**.
deepseek/deepseek-v4-flash-0731:medium__json_schema PASS 100% 320 in → 227 out (199 reasoning)
11b9583a15156b21f51fe7c0255407427d54e068
JSON Schema Structured Output
(raw) {"ref":"11b9583a15156b21f51fe7c0255407427d54e068"}
deepseek/deepseek-v4-flash-0731:none PASS 100% 326 in → 147 out (0 reasoning)
Based on the Git reflog, the original commit hash for "Add feature B - user dashboard" is: **`b87c64902c76a0e63998fb0cac3961488f522cd6`** This is the commit hash at `HEAD@{3}` where the commit message "Add feature B - user dashboard" was recorded before the rebase. Note that this is the same hash as the current HEAD after the rebase (`HEAD@{0}`), which suggests the commit was preserved during the rebase but may have been squashed with other commits. The original commit hash before any rebase operations is this `b87c649` value from the reflog.
deepseek/deepseek-v4-flash-0731:none__json_schema PASS 100% 327 in → 30 out (0 reasoning)
cc1258b61f6d01727eeb3c2802d1be4207e21708
JSON Schema Structured Output
(raw) {"ref":"cc1258b61f6d01727eeb3c2802d1be4207e21708"}
deepseek/deepseek-v4-flash-0731:xhigh PASS 100% 412 in → 1,488 out (1,107 reasoning)
The original commit for **“Add feature B - user dashboard”** is: ```text 84f4c572bca6b6e6f0afc716353823fb82f0532f ``` It appears in the reflog at: ```text HEAD@{3}: commit: Add feature B - user dashboard ``` So you can reference it by its full hash or short hash: ```bash 84f4c57 ``` If you need to restore it, you could cherry-pick it in `git cherry-pick 84f4c572bca6b6e6f0afc7ee65a2fa24d4ecf2941f6ca` but be careful using full hash.
deepseek/deepseek-v4-flash-0731:xhigh__json_schema PASS 100% 380 in → 1,187 out (1,061 reasoning)
6480d83dfaff66328317dc19aaf83b88fa868cbe
JSON Schema Structured Output
(raw) { "ref":"6480d83dfaff66328317dc19aaf83b88fa868cbe" }
deepseek/deepseek-v4-flash:high PASS 100% 317 in → 3,298 out (3,248 reasoning)
The original commit with message "Add feature B - user dashboard" is at HEAD@{3} with hash `2842e685880c8623ba3f4e5f3bf92ae40d35d93e`.
deepseek/deepseek-v4-flash:low PASS 100% 309 in → 507 out (450 reasoning)
The original commit hash for "Add feature B - user dashboard" is **500fe2d9122dba351adf1dce50458480b0b77999** (found at `HEAD@{3}` in the reflog).
deepseek/deepseek-v4-flash:low__json_schema PASS 100% 410 in → 32 out (0 reasoning)
1a850833f383b8e55599537585b3a1b366d04cf8
JSON Schema Structured Output
(raw) { "ref": "1a850833f383b8e55599537585b3a1b366d04cf8" }
deepseek/deepseek-v4-flash:medium PASS 100% 329 in → 4,546 out (4,488 reasoning)
The original commit hash for "Add feature B - user dashboard" is `b7bc37e1c1f1c2d97337b2d01767b03f4e963656`, as found at `HEAD@{3}` in the reflog.
deepseek/deepseek-v4-flash:medium__json_schema PASS 100% 327 in → 1,655 out (1,592 reasoning)
HEAD@{3} or commit hash
JSON Schema Structured Output
(raw) { "ref": "HEAD@{3} or commit hash" }
deepseek/deepseek-v4-flash:none PASS 100% 310 in → 89 out (0 reasoning)
Based on the git reflog provided, the commit with "user dashboard" in the message is: ``` 423f9477108c4829b41a0f0790e25b801dea2926 HEAD@{3}: commit: Add feature B - user dashboard ``` So the original commit hash is **423f9477108c4829b41a0f0790e25b801dea2926**.
deepseek/deepseek-v4-flash:none__json_schema PASS 100% 328 in → 30 out (0 reasoning)
49be92cef5f30d38fce8f672b0ee16ce9c7bf298
JSON Schema Structured Output
(raw) {"ref":"49be92cef5f30d38fce8f672b0ee16ce9c7bf298"}
deepseek/deepseek-v4-flash:xhigh PASS 100% 334 in → 1,807 out (1,666 reasoning)
The original commit hash of the commit with "user dashboard" in the message is: ``` b82f4a64d4a1a4e0f92d7eb44b82546e59381ed9 ```
deepseek/deepseek-v4-flash:xhigh__json_schema PASS 100% 456 in → 2,985 out (2,882 reasoning)
0ce497371c04bf025512043aeccfd8c850c9460f
JSON Schema Structured Output
(raw) {"ref": "0ce497371c04bf025512043aeccfd8c850c9460f"}
deepseek/deepseek-v4-pro:high PASS 100% 306 in → 2,436 out (2,396 reasoning)
The original commit hash with "user dashboard" in the message is: ``` d3f90287e9551deffe76f004658454e226f63e96 ```
deepseek/deepseek-v4-pro:high__json_schema PASS 100% 311 in → 1,618 out (1,585 reasoning)
0acfb82e4cca31f94d66aaca79e578fb511bfa51
JSON Schema Structured Output
(raw) { "ref": "0acfb82e4cca31f94d66aaca79e578fb511bfa51" }
deepseek/deepseek-v4-pro:low PASS 100% 324 in → 3,022 out (2,972 reasoning)
The original commit hash for the commit with message "Add feature B - user dashboard" is: **973faa97a8d7ea2e96c8723d8d2e8b55ed79177a**
deepseek/deepseek-v4-pro:low__json_schema PASS 100% 313 in → 1,285 out (1,251 reasoning)
c85fd50b7a44fff14e3728ecd7b9f2b1dfa26d40
JSON Schema Structured Output
(raw) {"ref": "c85fd50b7a44fff14e3728ecd7b9f2b1dfa26d40"}
deepseek/deepseek-v4-pro:medium PASS 100% 319 in → 454 out (411 reasoning)
The original commit hash for the commit with message "Add feature B - user dashboard" is `51314aac66b05f227efa9144b5696ade9bff8231`.
deepseek/deepseek-v4-pro:medium__json_schema PASS 100% 334 in → 2,484 out (2,450 reasoning)
78accb210a2aaf4871ff216aa4b5d743ac5f53f9
JSON Schema Structured Output
(raw) { "ref": "78accb210a2aaf4871ff216aa4b5d743ac5f53f9" }
deepseek/deepseek-v4-pro:none PASS 100% 317 in → 128 out (0 reasoning)
Looking at the reflog, I can see that the commit with "user dashboard" in the message is: **`d84b2ea38579aa2d1deac9de659a426e9da592f3`** This is shown at `HEAD@{3}` with the message "Add feature B - user dashboard". Interestingly, this same hash appears at `HEAD@{0}` and `HEAD@{1}` as well, which means the rebase resulted in this commit becoming the final state of the branch - the squashed commits were combined into this single commit that now contains all the changes.
deepseek/deepseek-v4-pro:none__json_schema PASS 100% 510 in → 31 out (0 reasoning)
74b32f0312805c50c87c4522e137a6a8c128b86f
JSON Schema Structured Output
(raw) {"ref": "74b32f0312805c50c87c4522e137a6a8c128b86f"}
deepseek/deepseek-v4-pro:xhigh PASS 100% 323 in → 681 out (590 reasoning)
The original commit hash for "Add feature B - user dashboard" is **a96fba4da50165575e4898ba3914316e220a81a1**. It appears at `HEAD@{3}` in the reflog: ``` a96fba4da50165575e4898ba3914316e220a81a1 HEAD@{3}: commit: Add feature B - user dashboard ```
deepseek/deepseek-v4-pro:xhigh__json_schema PASS 100% 391 in → 6,921 out (6,889 reasoning)
1f44a9a28b177392633ef3deb996ce981facfb3b
JSON Schema Structured Output
(raw) { "ref": "1f44a9a28b177392633ef3deb996ce981facfb3b" }
google/gemini-3-flash-preview:high PASS 100% 391 in → 622 out (548 reasoning)
The original commit hash for the commit with the message "Add feature B - user dashboard" is: **`ff8a63cf9dd7845b619dc2a7ebb3f75e5bcddc46`** You can find this at `HEAD@{3}` in the reflog provided.
google/gemini-3-flash-preview:high__json_schema PASS 100% 450 in → 282 out (243 reasoning)
af30d3b08d6e8991f27b6da942539da9bdcdd982
JSON Schema Structured Output
(raw) {"ref":"af30d3b08d6e8991f27b6da942539da9bdcdd982"}
google/gemini-3-flash-preview:low PASS 100% 409 in → 679 out (554 reasoning)
The original commit hash for "Add feature B - user dashboard" is **`41685b6c8f26d315d9d83103c1866add646229d9`**. You can find this in the reflog at `HEAD@{3}`: `41685b6c8f26d315d9d83103c1866add646229d9 HEAD@{3}: commit: Add feature B - user dashboard`
google/gemini-3-flash-preview:low__json_schema PASS 100% 459 in → 321 out (281 reasoning)
0ebc0d501954518ff68d59695e5028dd8ac009c1
JSON Schema Structured Output
(raw) {"ref":"0ebc0d501954518ff68d59695e5028dd8ac009c1"}
google/gemini-3-flash-preview:medium PASS 100% 385 in → 466 out (337 reasoning)
Based on the `git reflog` provided, the original commit hash for the commit with the message "Add feature B - user dashboard" is: **`b45cdf91e81bbd349bf45aa63da3d4905da13dd9`** You can see this at the entry for `HEAD@{3}`: `b45cdf91e81bbd349bf45aa63da3d4905da13dd9 HEAD@{3}: commit: Add feature B - user dashboard`
google/gemini-3-flash-preview:medium__json_schema PASS 100% 411 in → 583 out (542 reasoning)
6e73cef96402fa181a2f95a2696512d305b0b322
JSON Schema Structured Output
(raw) {"ref":"6e73cef96402fa181a2f95a2696512d305b0b322"}
google/gemini-3-flash-preview:xhigh PASS 100% 398 in → 561 out (435 reasoning)
The original commit hash for the commit with 'user dashboard' in the message is: **`e6fe6336073f6e2b845f1e509daa6f9a259d5bc9`** You can see this in the reflog entry at `HEAD@{3}`: `e6fe6336073f6e2b845f1e509daa6f9a259d5bc9 HEAD@{3}: commit: Add feature B - user dashboard`
google/gemini-3-flash-preview:xhigh__json_schema PASS 100% 449 in → 589 out (551 reasoning)
bc0ac1d12e73bc538573ae83d463e3ddd7398572
JSON Schema Structured Output
(raw) {"ref":"bc0ac1d12e73bc538573ae83d463e3ddd7398572"}
google/gemini-3.1-flash-lite-preview:high PASS 100% 401 in → 814 out (739 reasoning)
Based on the `git reflog` output provided, the commit hash for "Add feature B - user dashboard" is: **`a7a673207186e5df6d4b18281022c68ffd328431`** (found at `HEAD@{3}`)
google/gemini-3.1-flash-lite-preview:high__json_schema PASS 100% 456 in → 1,278 out (1,236 reasoning)
0151486d6fd92447857a01d3fc2160f900178706
JSON Schema Structured Output
(raw) {"ref":"0151486d6fd92447857a01d3fc2160f900178706"}
google/gemini-3.1-flash-lite-preview:low PASS 100% 392 in → 200 out (120 reasoning)
Based on the `git reflog` output provided, the original commit hash for **"Add feature B - user dashboard"** is: **142820d5f30c4077f88f2b4bdf2ada13bbf54414** You can see this listed at `HEAD@{3}`.
google/gemini-3.1-flash-lite-preview:low__json_schema PASS 100% 387 in → 179 out (137 reasoning)
6e1c9df659e5d6eca1272fabec783ef484737ca8
JSON Schema Structured Output
(raw) { "ref": "6e1c9df659e5d6eca1272fabec783ef484737ca8" }
google/gemini-3.1-flash-lite-preview:medium PASS 100% 410 in → 474 out (388 reasoning)
Based on the `git reflog` provided, the original commit hash for the commit with the message "Add feature B - user dashboard" is: **e5470869b36431fbe3e21a466d7e98885b73da51** You can find this at `HEAD@{3}` in your log.
google/gemini-3.1-flash-lite-preview:medium__json_schema PASS 100% 402 in → 516 out (471 reasoning)
41babf8fc9068517588c7530710d6ed295a7db5a
JSON Schema Structured Output
(raw) { "ref": "41babf8fc9068517588c7530710d6ed295a7db5a" }
google/gemini-3.1-flash-lite-preview:xhigh PASS 100% 393 in → 923 out (850 reasoning)
The original commit hash for the commit "Add feature B - user dashboard" is: **`344bd17bd8378333f1ed50ff2ca9b47f3e976dd4`** You can see this listed in your reflog at `HEAD@{3}`.
google/gemini-3.1-flash-lite-preview:xhigh__json_schema PASS 100% 461 in → 462 out (420 reasoning)
f0495764120c10812e06ee9b38f22c1da6ccb8b9
JSON Schema Structured Output
(raw) {"ref": "f0495764120c10812e06ee9b38f22c1da6ccb8b9"}
google/gemini-3.1-pro-preview:high PASS 100% 394 in → 782 out (588 reasoning)
Based on the `git reflog` output provided, the original commit hash for the commit with 'user dashboard' in the message is: **65402510fabaf9e73442aa23f0e1f4c9f8bc1503** You can see it on this line: `65402510fabaf9e73442aa23f0e1f4c9f8bc1503 HEAD@{3}: commit: Add feature B - user dashboard` To restore or inspect this specific commit before the squash/rebase, you can use: `git checkout 65402510fabaf9e73442aa23f0e1f4c9f8bc1503` (or `git checkout HEAD@{3}`)
google/gemini-3.1-pro-preview:high__json_schema PASS 100% 464 in → 975 out (967 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{3}"}
google/gemini-3.1-pro-preview:low PASS 100% 394 in → 636 out (412 reasoning)
Based on the git reflog you provided, the original commit hash for the commit with 'user dashboard' in the message is: **`a722b5d98cbcb8e2310aa0e31a6c0ca83f2e3443`** You can find it on this line: `a722b5d98cbcb8e2310aa0e31a6c0ca83f2e3443 HEAD@{3}: commit: Add feature B - user dashboard` To restore it or investigate further, you can use: `git checkout a722b5d98cbcb8e2310aa0e31a6c0ca83f2e3443` or `git cherry-pick a722b5d98cbcb8e2310aa0e31a6c0ca83f2e3443`.
google/gemini-3.1-pro-preview:low__json_schema PASS 100% 464 in → 205 out (192 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) { "ref": "HEAD@{3}" }
google/gemini-3.1-pro-preview:medium PASS 100% 392 in → 723 out (548 reasoning)
Based on the provided `git reflog` output, the original commit hash for the "Add feature B - user dashboard" commit is: **`b5f09b3136fdce3f88b2de3326ca8b4580d4ceb7`** You can find it on this line: `b5f09b3136fdce3f88b2de3326ca8b4580d4ceb7 HEAD@{3}: commit: Add feature B - user dashboard` *(Note: If you want to restore it or cherry-pick it, you can use either the full hash `b5f09b3...` or the reference `HEAD@{3}` depending on your current state).*
google/gemini-3.1-pro-preview:medium__json_schema PASS 100% 464 in → 478 out (438 reasoning)
760e51347aec3e2e1839dd18c77b63d854ae812a
JSON Schema Structured Output
(raw) {"ref":"760e51347aec3e2e1839dd18c77b63d854ae812a"}
google/gemini-3.1-pro-preview:xhigh PASS 100% 404 in → 666 out (587 reasoning)
Based on the provided git reflog, the original commit hash for the commit with the message "Add feature B - user dashboard" is: **`02fd4f7333961b048933dc8547f72fb3b04c654a`** *(found at `HEAD@{3}`)*
google/gemini-3.1-pro-preview:xhigh__json_schema PASS 100% 439 in → 297 out (288 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{3}"}
google/gemini-3.5-flash-lite:high PASS 100% 398 in → 664 out (593 reasoning)
Based on the git reflog provided, the commit hash for "Add feature B - user dashboard" is: **1165f6f27a7c5c814fd607945473f20b9ca2947a** (found at `HEAD@{3}`)
google/gemini-3.5-flash-lite:high__json_schema PASS 100% 406 in → 1,974 out (1,961 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) { "ref": "HEAD@{3}" }
google/gemini-3.5-flash-lite:low PASS 100% 404 in → 74 out (0 reasoning)
Based on the provided git reflog, the original commit hash for "Add feature B - user dashboard" is: **`210170682247287ac3823b6a9f292f21eb072c90`** (found at `HEAD@{3}`)
google/gemini-3.5-flash-lite:low__json_schema PASS 100% 476 in → 48 out (0 reasoning)
df7f003f900b37c3012c4095290284b241cf5b71
JSON Schema Structured Output
(raw) { "ref": "df7f003f900b37c3012c4095290284b241cf5b71" }
google/gemini-3.5-flash-lite:max PASS 100% 408 in → 624 out (540 reasoning)
Based on the `git reflog` output, the original commit hash for the commit with the message "Add feature B - user dashboard" is: **`9a18e054f497b67a0fdeb6f79c0b19678b629122`** *(Found at `HEAD@{3}`)*
google/gemini-3.5-flash-lite:max__json_schema PASS 100% 461 in → 670 out (630 reasoning)
7d70b73743a2b4558840c0cae2361ec891a6eaab
JSON Schema Structured Output
(raw) {"ref":"7d70b73743a2b4558840c0cae2361ec891a6eaab"}
google/gemini-3.5-flash-lite:medium PASS 100% 398 in → 197 out (127 reasoning)
Based on the git reflog provided, the original commit hash for "Add feature B - user dashboard" is: `e59c48432c86fa4aed7095414cc2a8e2dd3316b6` (found at `HEAD@{3}`)
google/gemini-3.5-flash-lite:medium__json_schema PASS 100% 404 in → 816 out (774 reasoning)
e72f152e14942acdd500e1438c7b07991ab374c9
JSON Schema Structured Output
(raw) {"ref": "e72f152e14942acdd500e1438c7b07991ab374c9"}
google/gemini-3.5-flash-lite:xhigh PASS 100% 400 in → 712 out (641 reasoning)
Based on the git reflog provided, the original commit hash for "Add feature B - user dashboard" is: **88add7c045b9c33498487b7576950b9600bb2f88** (found at `HEAD@{3}`)
google/gemini-3.5-flash-lite:xhigh__json_schema PASS 100% 445 in → 1,710 out (1,702 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{3}"}
google/gemini-3.5-flash:high PASS 100% 370 in → 742 out (616 reasoning)
Based on the provided `git reflog`, the original commit hash of the commit with "user dashboard" in the message is: **`fadada592341129c329ca2f5096eaa99af98bb47`** You can see this in the reflog at index `HEAD@{3}`: > `fadada592341129c329ca2f5096eaa99af98bb47 HEAD@{3}: commit: Add feature B - user dashboard`
google/gemini-3.5-flash:high__json_schema PASS 100% 449 in → 931 out (893 reasoning)
bebe3754f07046fa5db472c609358886fabb83e7
JSON Schema Structured Output
(raw) {"ref":"bebe3754f07046fa5db472c609358886fabb83e7"}
google/gemini-3.5-flash:low PASS 100% 383 in → 200 out (118 reasoning)
Based on the provided git reflog, the original commit hash for the commit with 'user dashboard' in the message ("Add feature B - user dashboard") is: **`70b84866f6772196cad5a54fefe1abf881ff7dbc`** (represented in the reflog at `HEAD@{3}`).
google/gemini-3.5-flash:low__json_schema PASS 100% 449 in → 420 out (385 reasoning)
19b124ce9492ce2f16c1c2affede83b2adad64ea
JSON Schema Structured Output
(raw) {"ref":"19b124ce9492ce2f16c1c2affede83b2adad64ea"}
google/gemini-3.5-flash:medium PASS 100% 416 in → 888 out (744 reasoning)
Based on the provided git reflog, the original commit hash for the commit with "user dashboard" in the message (Add feature B - user dashboard) is: **`7ae38f55a04020d6a765d2766d11d10f78f0e9b4`** You can see this at `HEAD@{3}`: > `7ae38f55a04020d6a765d2766d11d10f78f0e9b4 HEAD@{3}: commit: Add feature B - user dashboard`
google/gemini-3.5-flash:medium__json_schema PASS 100% 469 in → 1,002 out (961 reasoning)
c83d987d7f5e103040b2258094aaf34d7dff148a
JSON Schema Structured Output
(raw) {"ref":"c83d987d7f5e103040b2258094aaf34d7dff148a"}
google/gemini-3.5-flash:xhigh PASS 100% 400 in → 773 out (636 reasoning)
Based on the provided `git reflog`, the original commit hash of the commit with "user dashboard" in the message is: **`3f8c9eca88c19b016183f33a31e3f30025f7a531`** You can find this in the following reflog entry: ```text 3f8c9eca88c19b016183f33a31e3f30025f7a531 HEAD@{3}: commit: Add feature B - user dashboard ```
google/gemini-3.5-flash:xhigh__json_schema PASS 100% 446 in → 2,757 out (2,748 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{3}"}
google/gemini-3.6-flash:high PASS 100% 395 in → 653 out (616 reasoning)
`bd1d2ebfe8076e418b59338015c6b74b7b7aac00`
google/gemini-3.6-flash:high__json_schema PASS 100% 470 in → 740 out (732 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{3}"}
google/gemini-3.6-flash:low PASS 100% 411 in → 275 out (142 reasoning)
The original commit hash for the commit **"Add feature B - user dashboard"** is: **`fc475aab497b7e908e446c318bba1e5d2bfe7754`** *(or short form: `fc475aab4`)* From your reflog: > `fc475aab497b7e908e446c318bba1e5d2bfe7754 HEAD@{3}: commit: Add feature B - user dashboard`
google/gemini-3.6-flash:low__json_schema PASS 100% 388 in → 42 out (0 reasoning)
0dca707780acc61c38f98b5b4dfbfa8af02ded45
JSON Schema Structured Output
(raw) { "ref": "0dca707780acc61c38f98b5b4dfbfa8af02ded45" }
google/gemini-3.6-flash:max PASS 100% 405 in → 787 out (645 reasoning)
The commit hash for the commit with "Add feature B - user dashboard" in the message is: **`11b1235abd817c0f38d1b70039405c33f11bfc57`** (Short: `11b1235`) You can find it at `HEAD@{3}` in the provided reflog: > `11b1235abd817c0f38d1b70039405c33f11bfc57 HEAD@{3}: commit: Add feature B - user dashboard`
google/gemini-3.6-flash:max__json_schema PASS 100% 458 in → 2,375 out (2,366 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{3}"}
google/gemini-3.6-flash:medium PASS 100% 408 in → 792 out (644 reasoning)
The original commit hash for the commit containing "user dashboard" in its message (`Add feature B - user dashboard`) is: **`c1f901df51e465ce9e3e23ca53013d6cfe4901f0`** (or short hash **`c1f901d`**) You can see this at entry `HEAD@{3}` in the reflog: > `c1f901df51e465ce9e3e23ca53013d6cfe4901f0 HEAD@{3}: commit: Add feature B - user dashboard`
google/gemini-3.6-flash:medium__json_schema PASS 100% 414 in → 2,900 out (2,887 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) { "ref": "HEAD@{3}" }
google/gemini-3.6-flash:xhigh PASS 100% 396 in → 817 out (687 reasoning)
The original commit hash for the commit with **'Add feature B - user dashboard'** in the message is: **`89e173a311fd3a7fa34af002bc08ef76ca39c783`** You can find it at `HEAD@{3}` in the provided reflog output: > `89e173a311fd3a7fa34af002bc08ef76ca39c783 HEAD@{3}: commit: Add feature B - user dashboard`
google/gemini-3.6-flash:xhigh__json_schema PASS 100% 390 in → 3,858 out (3,849 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{3}"}
google/gemma-4-26b-a4b-it:high PASS 100% 413 in → 643 out (339 reasoning)
The original commit hash for the commit with "user dashboard" in the message is: **`105daca94ec8eb87845ce6de852b20a30b6e4666`**
google/gemma-4-26b-a4b-it:high__json_schema PASS 100% 417 in → 834 out (449 reasoning)
9b44a605f495d69dbdd3cffe9a7c42a456e6413a
JSON Schema Structured Output
(raw) { "ref": "9b44a605f495d69dbdd3cffe9a7c42a456e6413a" }
google/gemma-4-26b-a4b-it:low PASS 100% 432 in → 806 out (421 reasoning)
The original commit hash for the commit with "user dashboard" in the message is: **`b10f24934072e3674d3a27111be0ca42a63b1535`**
google/gemma-4-26b-a4b-it:low__json_schema PASS 100% 416 in → 671 out (345 reasoning)
ac7287607f4ee8f2afe3d5bbd184fc3f3929491c
JSON Schema Structured Output
(raw) { "ref": "ac7287607f4ee8f2afe3d5bbd184fc3f3929491c" }
google/gemma-4-26b-a4b-it:medium PASS 100% 415 in → 553 out (272 reasoning)
The original commit hash for the commit with "user dashboard" in the message is: **`ac4dccab9b37837fe0d8bd83d3bb81a174927379`**
google/gemma-4-26b-a4b-it:medium__json_schema PASS 100% 417 in → 423 out (276 reasoning)
487dc98198fae56a5b01bdf25472f994574af296
JSON Schema Structured Output
(raw) { "ref" : "487dc98198fae56a5b01bdf25472f994574af296" }
google/gemma-4-26b-a4b-it:none PASS 100% 416 in → 137 out (0 reasoning)
The original commit hash for the commit with "user dashboard" in the message is: **`db06cc16b6b9cc7a4298b7f1f2c71dc68199e696`** **Reasoning:** Looking at the reflog entry `HEAD@{3}`, you can see the commit message matches your criteria: `db06cc16b6b9cc7a4298b7f1f2c71dc68199e696 HEAD@{3}: commit: Add feature B - user dashboard`
google/gemma-4-26b-a4b-it:none__json_schema PASS 100% 422 in → 50 out (0 reasoning)
b06844a683266300c2c13c6e2753d40b0a381911
JSON Schema Structured Output
(raw) { "ref": "b06844a683266300c2c13c6e2753d40b0a381911" }
google/gemma-4-26b-a4b-it:xhigh PASS 100% 411 in → 635 out (453 reasoning)
The original commit hash for the commit with "user dashboard" in the message is: **`33f4d3584118e5216ef6e0dc425ba245fe36ac61`**
google/gemma-4-26b-a4b-it:xhigh__json_schema PASS 100% 398 in → 606 out (331 reasoning)
67bf64fb9447d9bdecd0a39e3e481c9dcc4cc69d
JSON Schema Structured Output
(raw) { "ref": "67bf64fb9447d9bdecd0a39e3e481c9dcc4cc69d" }
google/gemma-4-31b-it:high PASS 100% 427 in → 647 out (317 reasoning)
The original commit hash for the commit "Add feature B - user dashboard" is: **645593f7a2588d3a473137cfc03554892f520605**
google/gemma-4-31b-it:high__json_schema PASS 100% 427 in → 586 out (543 reasoning)
0d2cc2f1c67b974b1e459f9fabc077f0a3c2c34f
JSON Schema Structured Output
(raw) {"ref":"0d2cc2f1c67b974b1e459f9fabc077f0a3c2c34f"}
google/gemma-4-31b-it:low PASS 100% 419 in → 653 out (1 reasoning)
The original commit hash for the commit "Add feature B - user dashboard" is: **`4079939262c1b8bbd12cfbce05f1d119a11b0228`**
google/gemma-4-31b-it:low__json_schema PASS 100% 424 in → 392 out (350 reasoning)
66f985aff2d2ab3276153a299e088cf92f1326b0
JSON Schema Structured Output
(raw) {"ref":"66f985aff2d2ab3276153a299e088cf92f1326b0"}
google/gemma-4-31b-it:medium PASS 100% 409 in → 434 out (379 reasoning)
The original commit hash for "Add feature B - user dashboard" is: **`7d8348d811e0f5851d16ffe45f28cc07254defe2`**
google/gemma-4-31b-it:medium__json_schema PASS 100% 416 in → 355 out (217 reasoning)
571b538a4f196f7ec2c4a056e04cd81b2170d010
JSON Schema Structured Output
(raw) {"ref": "571b538a4f196f7ec2c4a056e04cd81b2170d010"}
google/gemma-4-31b-it:none PASS 100% 418 in → 57 out (0 reasoning)
The original commit hash for the commit with 'user dashboard' in the message is: **cc4263b6a446c31c6a90522dffd5a04e70c0cc56**
google/gemma-4-31b-it:none__json_schema PASS 100% 430 in → 43 out (0 reasoning)
82f1984df1f805968dd90f6bde34c36c2356097c
JSON Schema Structured Output
(raw) {"ref": "82f1984df1f805968dd90f6bde34c36c2356097c"}
google/gemma-4-31b-it:xhigh PASS 100% 424 in → 593 out (1 reasoning)
The original commit hash for "Add feature B - user dashboard" is: **c4b600e19d4f8c69d929194ad8048ff4069cd87f**
google/gemma-4-31b-it:xhigh__json_schema PASS 100% 415 in → 426 out (263 reasoning)
6b3f9778513537b90911b65bbd3e00f6fe2105c8
JSON Schema Structured Output
(raw) {"ref": "6b3f9778513537b90911b65bbd3e00f6fe2105c8"}
ibm-granite/granite-4.1-8b PASS 100% 328 in → 178 out
To locate the original commit hash for the commit with 'user dashboard' in the message using `git reflog`, you should look for an entry that includes the commit message "Add feature B - user dashboard". From the provided reflog output, the relevant line is: ``` 6fd2f180c2da7cafceeaacf4fc74486d605739b3 HEAD@{3}: commit: Add feature B - user dashboard ``` The hash of this commit is `6fd2f180c2da7cafceeaacf4fc74486d605739b3`. This is the original commit hash for the commit titled "Add feature B - user dashboard". To verify this commit or perform further actions, you can use the commit hash in Git commands, such as `git show <commit-hash>` to view the commit details.
ibm-granite/granite-4.1-8b__json_schema PASS 100% 339 in → 34 out
28425077f1e4eaef34fd6775e5fd391f6d64c15c
JSON Schema Structured Output
(raw) { "ref": "28425077f1e4eaef34fd6775e5fd391f6d64c15c" }
inclusionai/ling-2.6-flash PASS 100% 416 in → 336 out
To find the original commit hash for "Add feature B - user dashboard," I analyze the reflog. The reflog shows sequential events: starting from the initial commit on main, checking out develop, adding feature A, adding feature B - user dashboard, then rebasing onto main (which squashes and rewrites history). The key entries are: - HEAD@{3}: commit: Add feature B - user dashboard → hash `fdd20a9cf6da7e799af722c7d247ee4cb4a0b286` - HEAD@{4}: commit: Add feature A → hash `958f1aff6d57d75bf11cfe4f129aee7dacd02720` - HEAD@{5}: checkout from main to develop → hash `afb45c4d152a2d1739b0d1bba89da9c827c4d08c` The commit message "Add feature B - user dashboard" directly corresponds to HEAD@{3}. Its hash is `fdd20a9cf6da7e799af722c7d247ee4cb4a0b286`. ```json { "commit_hash": "fdd20a9cf6da7e799af722c7d247ee4cb4a0b286" } ```
inclusionai/ling-2.6-flash__json_schema PASS 100% 410 in → 49 out
be16e2898d2b5f50943b33ae2e9978e6b49f364b
JSON Schema Structured Output
(raw) { "ref": "be16e2898d2b5f50943b33ae2e9978e6b49f364b" }
liquid/lfm-2-24b-a2b PASS 100% 332 in → 539 out
Great question! When you rebase, Git **rewrites history** by creating new commits for each change, so your old commits are not deleted but can be found via `git reflog`. From your output: ``` 88d6cb6966935816c9d936e9213fc975cfe065ae HEAD@{0}: rebase (finish): returning to refs/heads/main 88d6cb6966935816c9d936e9213fc975cfe065ae HEAD@{1}: rebase (start): checkout develop 6dbb9b0c7a65a36fdca1f504771d83b64814be16 HEAD@{2}: checkout: moving from develop to main 886d6cb6966935816c9d936e9213fc975cfe065ae HEAD@{3}: commit: Add feature B - user dashboard 2a810856018fe4e4186ee9b480f0b8f38a2db589 HEAD@{4}: commit: Add feature A 6dbb9b0c7a65a36fdca1f504771d83b64814be16 HEAD@{5}: checkout: moving from main to develop 6dbb9b0c7a65a36fdca1f504771d83b64814be16 HEAD@{6}: commit (initial): Set version v1 ``` ### Find the commit with "user dashboard" in its message The commit with the message containing `"user dashboard"` is at: ``` 88d6cb6966935816c9d936e9213fc975cfe065ae HEAD@{3}: commit: Add feature B - user dashboard ``` So, the **original commit hash** is: ``` 88d6cb6966935816c9d936e9213fc975cfe065ae ``` --- ## Summary Table | Message | Commit Hash | |----------------------------------|-------------------------------------| | Add feature B - user dashboard | 88d6cb6966935816c9d936e9213fc975cfe065ae | --- **Tip:** If you want to restore this commit after rebasing, you can use `git reset --hard <commit-hash>` or `git revert <commit-hash>`, depending on what you need. Let me know if you need help restoring it!
minimax/minimax-m2.5:high PASS 100% 350 in → 923 out (694 reasoning)
The commit that originally added “Add feature B – user dashboard” is recorded in the reflog as: ``` 890afb9582d1e5374f7af6bb84024fcb691121c3 ``` You can verify it with: ```bash git show 890afb9582d1e5374f7af6bb84024fcb691121c3 ``` or recover the branch/state using that hash.
minimax/minimax-m2.5:high__json_schema PASS 100% 362 in → 880 out (683 reasoning)
bfd4ba101b18999b7e9ed25e3d3ec7d747e2235b
JSON Schema Structured Output
(raw) { "ref": "bfd4ba101b18999b7e9ed25e3d3ec7d747e2235b" }
minimax/minimax-m2.5:low PASS 100% 348 in → 1,426 out (825 reasoning)
log entry that records the commit whose message contains **“user dashboard”** is: ``` 29328e1d2db568fc9377add5eb60a81b066a97c4 HEAD@{3}: commit: Add feature B - user dashboard ``` So the **original commit hash** you’re looking for is: ``` 29328e1d2db568fc9377add5eb60a81b066a97c4 ``` --- ### How to use it 1. **View the commit** (to verify it’s the one you lost): ```bash git show 29328e1d2db568fc9377add5eb60a81b066a97c4 ``` 2. **Recover the commit** – e.g., create a temporary branch pointing to it: ```bash git branch recover-feature-b 29328e1d2db568fc9377add5eb60a81b066a97c4 ``` Now you can inspect the branch `recover-feature-b`, diff it against `main`, or cherry‑pick the changes back into your current branch if needed. 3. **If you want to see the full context** (including the earlier “Add feature A” commit), you can also look at the preceding reflog entry: ``` 9722a1c085885222d1c14d698ccb63138d6aff60 HEAD@{4}: commit: Add feature A ``` That’s the hash for “Add feature A” (the other squashed commit). --- ### Why it’s still reachable During the rebase, Git rewrites the commit history, but the **reflog** keeps a record of every state the `HEAD` and branch references have had. The commit `29328e1d2db568fc9377add5eb60a81b066a97c4` was the tip of `develop` before the rebase started (`HEAD@{3}`). After the rebase finished, that commit is no longer on any branch, but it remains in the reflog (and thus in the repository’s object database) until the reflog entries expire (by default after 90 days, or after `git gc` prunes unreachable objects). So you can safely recover it using the hash above.
minimax/minimax-m2.5:low__json_schema PASS 100% 333 in → 1,006 out (834 reasoning)
ddd49286e91dc072ae812dbab2b30a524a699c1f
JSON Schema Structured Output
(raw) { "ref": "ddd49286e91dc072ae812dbab2b30a524a699c1f" }
minimax/minimax-m2.5:medium PASS 100% 359 in → 1,016 out (827 reasoning)
The commit that added “Add feature B – user dashboard” is the one shown at `HEAD@{3}` in the reflog: ``` 2947c2783abd509b6b6f5b9eedd2f8dfdd1ddf2d HEAD@{3}: commit: Add feature B - user dashboard ``` So the original commit hash is: **`2947c2783abd509b6b6f5b9eedd2f8dfdd1ddf2d`** You can inspect it with `git show 2947c2783abd509b6b6f5b9eedd2f8dfdd1ddf2d` or recover it (e.g., `git branch recovered 2947c2783abd509b6b6f5b9eedd2f8dfdd1ddf2d`).
minimax/minimax-m2.5:medium__json_schema PASS 100% 346 in → 1,054 out (989 reasoning)
The original commit hash is **80 647ce316c32 166a4f01dd00f39cf90 97c06d10** – it appears in the reflog at `HEAD@{3}` as the "Add feature B – user dashboard" commit.
JSON Schema Structured Output
(raw) { "ref": "The original commit hash is **80 647ce316c32 166a4f01dd00f39cf90 97c06d10** – it appears in the reflog at `HEAD@{3}` as the \"Add feature B – user dashboard\" commit." }
minimax/minimax-m2.5:xhigh__json_schema PASS 100% 362 in → 1,066 out (876 reasoning)
HEAD@{3} – commit: Add feature B - user dashboard
JSON Schema Structured Output
(raw) { "ref": "HEAD@{3} – commit: Add feature B - user dashboard" }
minimax/minimax-m2.7:high PASS 100% 345 in → 1,266 out (1,021 reasoning)
The reflog entry that recorded the “Add feature B – user dashboard” commit is: ``` fb3d2c3225357cf5700b82580eadd82edbf32b09 HEAD@{3}: commit: Add feature B - user dashboard ``` So the original commit hash (before the rebase) is: ``` fb3d2c3225357cf5700b82580eadd82edbf32b09 ```
minimax/minimax-m2.7:low PASS 100% 359 in → 1,501 out (1,238 reasoning)
The reflog entry that mentions **“Add feature B - user dashboard”** is the one at **HEAD@{3}**: ``` 32f343e71b206796a2113eb03ef9e7d6e6d30f75 HEAD@{3}: commit: Add feature B - user dashboard ``` So the **original commit hash** (the one you need to recover) is: ``` 32f343e71b206796a2113eb03ef9e7d6e6d30f75 ``` If you want to restore the commit or inspect its contents you can do, for example: ```bash # Look at the commit git show 32f343e71b206796a2113eb03ef9e7d6e6d30f75 # Create a temporary branch to keep it safe git branch recover-feature-b 32f343e71b206796a2113eb03ef9e7d6e6d30f75 ``` (For completeness, the other lost commit “Add feature A” is at **HEAD@{4}** with hash `0d17cc4d15700964553b6bac82bb5288c4b1cead`.)
minimax/minimax-m2.7:low__json_schema PASS 100% 483 in → 624 out (591 reasoning)
c683c19737d4e7da5db5e16f8c906e65a86f75e8
JSON Schema Structured Output
(raw) {"ref":"c683c19737d4e7da5db5e16f8c906e65a86f75e8"}
minimax/minimax-m2.7:medium PASS 100% 332 in → 792 out (648 reasoning)
The reflog entry that recorded the **“Add feature B - user dashboard”** commit is: ``` b9ef05a89a98b788004d0545686183d43e757621 HEAD@{3}: commit: Add feature B - user dashboard ``` So the original commit hash for the commit containing “user dashboard” is: ``` b9ef05a89a98b788004d0545686183d43e757621 ``` You can verify it (even though it’s now dangling after the rebase) with: ```bash git show b9ef05a89a98b788004d0545686183d43e757621 ```
minimax/minimax-m2.7:medium__json_schema PASS 100% 468 in → 531 out (500 reasoning)
7034546b5b69255159547d98ec3336a5ade2883c
JSON Schema Structured Output
(raw) { "ref": "7034546b5b69255159547d98ec3336a5ade2883c" }
minimax/minimax-m2.7:xhigh PASS 100% 333 in → 391 out (154 reasoning)
## Finding the Original Commit Hash Looking at the git reflog, the commit with 'user dashboard' in the message is: ``` 0f40b87c32a3795a88851116d065a57646677191 HEAD@{3}: commit: Add feature B - user dashboard ``` **Original commit hash:** `0f40b87c32a3795a88851116d065a57646677191` This was at `HEAD@{3}` before the rebase started. During the rebase, this commit was squashed along with `Add feature A` (`5d445096a0a198e4bc5b5fab383311ec8594b924`) into the current HEAD (`0f40b87c32a3795a88851116d065a57646677191`). To recover the changes, you can: ```bash git show 0f40b87c32a3795a88851116d065a57646677191 ```
minimax/minimax-m2.7:xhigh__json_schema PASS 100% 477 in → 2,704 out (2,673 reasoning)
ee2b72378901e1df56e955959963bb9947bd99c5
JSON Schema Structured Output
(raw) { "ref": "ee2b72378901e1df56e955959963bb9947bd99c5" }
minimax/minimax-m3:high PASS 100% 485 in → 733 out (191 reasoning)
# Finding the Original Commit Hash Looking at the reflog, I need to identify the commit that contains "user dashboard" in its message. ## Analysis The relevant entries from the reflog: | Reference | Action | Hash | |-----------|--------|------| | HEAD@{0} | rebase (finish): returning to refs/heads/main | `7e9846a...` | | HEAD@{1} | rebase (start): checkout develop | — | | HEAD@{2} | checkout: moving from develop to main | `091a6c9...` | | **HEAD@{3}** | **commit: Add feature B - user dashboard** | **`7e9846a...`** | | HEAD@{4} | commit: Add feature A | `f62ffee...` | ## Answer The original commit hash for "Add feature B - user dashboard" is: ``` 7e9846a6386a6157eb02594a16614d1ef8edc31e ``` ## Why This Works - **HEAD@{3}** is the last entry showing a `commit:` action with the message "Add feature B - user dashboard" — this is the pre-rebase state. - **HEAD@{0}** and **HEAD@{1}** show the rebase operations that finished and returned HEAD to `main`, where the original commits were squashed. - HEAD@{2} (the checkout to main) and HEAD@{5}/HEAD@{6} don't contain the target commit message. ## Useful Recovery Commands Once you have the hash, you can inspect or recover the lost work: ```bash # Inspect the original commit git show 7e9846a6386a6157eb02594a16614d1ef8edc31e # View the diff that was squashed away git show 7e9846a6386a6157eb02594a16614d1ef8edc31e~1..7e9846a6386a6157eb02594a16614d1ef8edc31e # Cherry-pick it back onto main if needed git checkout main git cherry-pick 7e9846a6386a6157eb02594a16614d1ef8edc31e ``` 💡 **Tip:** Reflog entries expire after ~90 days by default (controlled by `gc.reflogExpire`), so act quickly when recovering lost commits.
minimax/minimax-m3:high__json_schema PASS 100% 464 in → 30 out (0 reasoning)
8fea50cda231de75536aaf667c6be20cfff40490
JSON Schema Structured Output
(raw) { "ref": "8fea50cda231de75536aaf667c6be20cfff40490" }
minimax/minimax-m3:low PASS 100% 493 in → 867 out (241 reasoning)
# Finding the Original Commit Hash Looking at the reflog entries, I need to identify the entry that matches the commit message containing **"user dashboard"**. ## Reflog Analysis Scanning the reflog for the commit message: | Ref | Hash | Action | |-----|------|--------| | HEAD@{0} | 38511cdb15a38fdc2e6b1ddb1690da12c9450f27 | rebase (finish) | | HEAD@{1} | 38511cdb15a38fdc2e6b1ddb1690da12c9450f27 | rebase (start) | | HEAD@{2} | c998ad8accc581d6413979ea8a8db75ad0e7e421 | checkout | | **HEAD@{3}** | **38511cdb15a38fdc2e6b1ddb1690da12c9450f27** | **commit: Add feature B - user dashboard** ✅ | | HEAD@{4} | 5826040a1f0a01afafe924b9d5dcc8dccf1232fe | commit: Add feature A | | HEAD@{5} | c998ad8accc581d6413979ea8a8db75ad0e7e421 | checkout | | HEAD@{6} | c998ad8accc581d6413979ea8a8db75ad0e7e421 | commit (initial) | ## Answer The original commit hash of **"Add feature B - user dashboard"** is: ``` 38511cdb15a38fdc2e6b1ddb1690da12c9450f27 ``` ## ⚠️ Important Caveat Notice that this same hash (`38511cdb...`) also appears at the top of the reflog as **HEAD@{0}** (the rebase finish point). This means: - The **original** "Add feature B - user dashboard" commit was recorded at **HEAD@{3}** *before* the rebase - After squashing, the rebase created a new commit with the same hash space (or coincidentally the same hash if contents were identical), but the reflog still preserves the **original** entry To restore the lost commits, you can use: ```bash # Create a branch pointing to the original "Add feature B" commit git branch recover-featureB HEAD@{3} # Or cherry-pick the original "Add feature A" commit git cherry-pick HEAD@{4} ``` The reflog's chronological order ensures that **HEAD@{3}** reliably points to the pre-rebase state of the "user dashboard" commit, regardless of what hashes appear later in the log.
minimax/minimax-m3:low__json_schema PASS 100% 498 in → 33 out (0 reasoning)
181bd2df5ad5aeef0a6123d29d272d7d8e41011f
JSON Schema Structured Output
(raw) { "ref": "181bd2df5ad5aeef0a6123d29d272d7d8e41011f" }
minimax/minimax-m3:medium PASS 100% 479 in → 1,299 out (784 reasoning)
# Finding the Lost Commit Looking at your git reflog, you can identify the commit with "user dashboard" in the message by matching the commit message to its corresponding entry: ``` 6c460c38143dd3bb728b54742904e9548e8327cb HEAD@{3}: commit: Add feature B - user dashboard ``` ## The Original Commit Hash **`6c460c38143dd3bb728b54742904e9548e8327cb`** ## How to Recover the Lost Commits Since reflog tracks every movement of HEAD, you have two options to restore the squashed work: **Option 1: Reset your branch back to the original commit** ```bash git checkout develop git reset --hard 6c460c38143dd3bb728b54742904e9548e8327cb ``` This restores `develop` to its state right before the rebase, with both `Add feature A` and `Add feature B - user dashboard` intact. **Option 2: Cherry-pick the commit onto a new branch** ```bash git checkout -b recover-dashboard 6c460c38143dd3bb728b54742904e9548e8327cb ``` This creates a new branch pointing to the recovered state without disturbing `main`. > 💡 **Tip:** Once recovered, you can rebase onto `main` again using `git rebase main` **without** `--force` or any squashing flags (avoid `--interactive`/`-i` unless you specifically want to combine commits) to preserve the individual commit history.
minimax/minimax-m3:medium__json_schema PASS 100% 469 in → 30 out (0 reasoning)
c24857c100f3d055dcb48c3ea27ad968a280c535
JSON Schema Structured Output
(raw) { "ref": "c24857c100f3d055dcb48c3ea27ad968a280c535" }
minimax/minimax-m3:xhigh PASS 100% 492 in → 909 out (425 reasoning)
# Finding the Original Commit Hash Looking through the reflog, I need to find the commit entry with `'user dashboard'` in the message **before** the rebase operation. ## Reflog Analysis Scanning the reflog entries (from oldest to newest): | Entry | Action | Hash | |-------|--------|------| | HEAD@{6} | commit (initial): Set version v1 | `2ad73b7a` | | HEAD@{5} | checkout: moving from main to develop | `2ad73b7a` | | HEAD@{4} | **commit: Add feature A** | `7a5896dc` | | HEAD@{3} | **commit: Add feature B - user dashboard** | `5f1c668a` | | HEAD@{2} | checkout: moving from develop to main | `2ad73b7a` | | HEAD@{1} | rebase (start): checkout develop | `5f1c668a` | | HEAD@{0} | rebase (finish): returning to refs/heads/main | `5f1c668a` | ## Answer The original commit hash for **"Add feature B - user dashboard"** is: ``` 5f1c668adae9450ab769d3546be354b1e04fd370 ``` This is found at `HEAD@{3}`, recorded just after the commit was made and **before** the rebase (`HEAD@{1}` and `HEAD@{0}`) squashed these commits into a single combined commit. ### How to recover the lost work: ```bash # Inspect the lost commit git show 5f1c668adae9450ab769d3546be354b1e04fd370 # Or create a new branch pointing to it git branch recover-dashboard 5f1c668adae9450ab769d3546be354b1e04fd370 ``` > 💡 **Tip:** The reflog is a lifesaver here because it records every movement of `HEAD`, including commits that are no longer reachable from any branch after a destructive rebase. These dangling commits will eventually be garbage-collected (default ~90 days), so act quickly!
minimax/minimax-m3:xhigh__json_schema PASS 100% 478 in → 10 out (0 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{3}"}
mistralai/devstral-2512 PASS 100% 398 in → 83 out
Based on the git reflog output, the original commit hash for the commit with "user dashboard" in the message is: `037ec9d8c640ef61d8b22bc0f31cab241dca8e0d` This is shown in `HEAD@{3}` with the message "Add feature B - user dashboard".
mistralai/devstral-2512__json_schema PASS 100% 414 in → 46 out
b90a699c50f785823355f8c29ddde4abf6e5d0a2
JSON Schema Structured Output
(raw) { "ref": "b90a699c50f785823355f8c29ddde4abf6e5d0a2" }
mistralai/mistral-medium-3-5:high PASS 100% 411 in → 3,403 out (2,443 reasoning)
To find the original commit hash for the commit with 'user dashboard' in the message, we need to examine the git reflog. The reflog tracks the history of where the HEAD was, including all actions such as commits, checkouts, and rebases. In this case, the commit message 'Add feature B - user dashboard' is associated with the commit hash 8db43f031fa0a16638d9bc30228ecd96ff4bd79d, which is listed in the reflog at HEAD@{3}. The original commit hash for 'Add feature B - user dashboard' is: ```plaintext 8db43f031fa0a16638d9bc30228ecd96ff4bd79d ``` This hash corresponds to the commit that was made before the rebase operation, which squashed the commits and removed the individual references from the branch history. The reflog retains these references, allowing us to identify the original commit hash.
mistralai/mistral-medium-3-5:high__json_schema PASS 100% 396 in → 1,125 out (823 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{3}"}
mistralai/mistral-medium-3-5:low PASS 100% 408 in → 2,817 out (2,017 reasoning)
To find the original commit hash for 'Add feature B - user dashboard' using the `git reflog`, we need to trace the commit history and identify the commit before the rebase operation. The `git reflog` provides a log of all the changes made to the HEAD, allowing us to see the commit history even after operations like rebasing. The `git reflog` entries are ordered from the most recent to the oldest. By examining the entries, we can determine the sequence of actions: - The initial commit on the `main` branch. - Checkout to the `develop` branch. - Commits for 'Add feature A' and 'Add feature B - user dashboard' on the `develop` branch. - Checkout back to the `main` branch. - Start of the rebase operation. - Finish of the rebase operation. The commit hash for 'Add feature B - user dashboard' is found at the entry where the commit was made before the rebase operation started. According to the `git reflog`, this commit is listed at `HEAD@{3}` with the hash `69eec764f6d538a37731daae8a0e3ce8f837d230`. Therefore, the commit hash for 'Add feature B - user dashboard' is: ```plaintext 69eec764f6d538a37731daae8a0e3ce8f837d230 ```
mistralai/mistral-medium-3-5:low__json_schema PASS 100% 410 in → 2,338 out (1,922 reasoning)
35fdffaeb828e03354b6dda2784993f6a4a638c3
JSON Schema Structured Output
(raw) {"ref": "35fdffaeb828e03354b6dda2784993f6a4a638c3"}
mistralai/mistral-medium-3-5:medium PASS 100% 394 in → 4,962 out (4,016 reasoning)
To find the original commit hash for the commit with the message "Add feature B - user dashboard," we need to examine the reflog entries carefully. The reflog provides a timeline of actions performed on the HEAD, including commits and branch checkouts. By tracing the sequence of events, we can identify the commit hashes of the original commits on the develop branch before the rebase operation. The reflog entries indicate that the commit "Add feature B - user dashboard" was made on the develop branch. This commit is identified by the hash `9bef8ad1dd1bab5d550a0c514cedac293afff7b3`, as shown in the reflog entry for `HEAD@{3}`. This hash is the original commit hash for the commit with the message "Add feature B - user dashboard" before it was squashed during the rebase. Thus, the original commit hash for the commit with the message "Add feature B - user dashboard" is: ``` 9bef8ad1dd1bab5d550a0c514cedac293afff7b3 ```
mistralai/mistral-medium-3-5:medium__json_schema PASS 100% 412 in → 3,320 out (2,764 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{3}"}
mistralai/mistral-medium-3-5:none PASS 100% 423 in → 136 out (0 reasoning)
From the git reflog, we can see that the commit with the message "Add feature B - user dashboard" is at: `7fa211e061b643b7c8c264b8577e8cc446333462 HEAD@{3}: commit: Add feature B - user dashboard` The commit hash for the original commit with 'user dashboard' in the message is: **7fa211e061b643b7c8c264b8577e8cc446333462**
mistralai/mistral-medium-3-5:none__json_schema PASS 100% 404 in → 42 out (0 reasoning)
0e2c02d3d4c18794ce0aa52fdd06fb1c3e65d3c2
JSON Schema Structured Output
(raw) {"ref": "0e2c02d3d4c18794ce0aa52fdd06fb1c3e65d3c2"}
mistralai/mistral-medium-3-5:xhigh PASS 100% 418 in → 2,880 out (2,243 reasoning)
To solve the problem of finding the original commit hash for the commit with the message 'Add feature B - user dashboard' after a rebase that squashed intermediate commits, we need to examine the git reflog. The reflog provides a history of changes to the HEAD, including actions like commits, checkouts, and rebases. In this scenario, the reflog entries are as follows: - HEAD@{0}: rebase (finish): returning to refs/heads/main - HEAD@{1}: rebase (start): checkout develop - HEAD@{2}: checkout: moving from develop to main - HEAD@{3}: commit: Add feature B - user dashboard - HEAD@{4}: commit: Add feature A - HEAD@{5}: checkout: moving from main to develop - HEAD@{6}: commit (initial): Set version v1 The commit with the message 'Add feature B - user dashboard' is located at HEAD@{3}, and its associated commit hash is `4bfc3b7f5410e14f9e7aadcb98c470ee3ef48a9f`. This hash represents the original commit before the rebase squashed it. Therefore, the original commit hash for 'Add feature B - user dashboard' is: ```bash 4bfc3b7f5410e14f9e7aadcb98c470ee3ef48a9f ```
mistralai/mistral-medium-3-5:xhigh__json_schema PASS 100% 408 in → 1,621 out (1,087 reasoning)
1347127ead42bc3622d5a44f73682483223e9ffa
JSON Schema Structured Output
(raw) {"ref": "1347127ead42bc3622d5a44f73682483223e9ffa"}
moonshotai/kimi-k2.6:high PASS 100% 324 in → 3,630 out (3,401 reasoning)
The original commit hash for the commit with the message **"Add feature B - user dashboard"** is: **`358b322bcbd04ff5133d1a1980ebc871b3d6a91e`** This is found in the reflog entry: ``` 358b322bcbd04ff5133d1a1980ebc871b3d6a91e HEAD@{3}: commit: Add feature B - user dashboard ``` You can use this hash to inspect the commit or recover it (e.g., `git checkout 358b322` or `git cherry-pick 358b322`) before it was lost during the rebase/squash operation.
moonshotai/kimi-k2.6:high__json_schema PASS 100% 325 in → 1,562 out (1,269 reasoning)
86b453f4dc396018119ae7de965d2b41a09139c6
JSON Schema Structured Output
(raw) { "ref": "86b453f4dc396018119ae7de965d2b41a09139c6" }
moonshotai/kimi-k2.6:low PASS 100% 311 in → 409 out (307 reasoning)
The original commit hash of the commit with the message **"Add feature B - user dashboard"** is: **`9a661bc8c51a45bfc71d86168c4d570cd467eed7`** This can be found in the reflog at `HEAD@{3}`: ``` 9a661bc8c51a45bfc71d86168c4d570cd467eed7 HEAD@{3}: commit: Add feature B - user dashboard ```
moonshotai/kimi-k2.6:medium PASS 100% 305 in → 1,756 out (1,682 reasoning)
The original commit hash for the commit with the message **"Add feature B - user dashboard"** is: ``` a202fd55a2fda398f3e4138f1c1cfa3151089d5f ``` This corresponds to `HEAD@{3}` in the reflog, which captures the commit before the rebase operation began.
moonshotai/kimi-k2.6:medium__json_schema PASS 100% 327 in → 2,701 out (2,254 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) { "ref": "HEAD@{3}" }
moonshotai/kimi-k2.6:xhigh PASS 100% 305 in → 2,481 out (2,410 reasoning)
The original commit hash for the commit with the message **"Add feature B - user dashboard"** is: **`1afafbcec692fe2addcf1fb2e804a610f8188593`** This is shown in the reflog at `HEAD@{3}` from before the rebase/squash operation.
moonshotai/kimi-k2.6:xhigh__json_schema PASS 100% 313 in → 2,604 out (2,355 reasoning)
7eb6787150ca51a7f92af7f48e2fef970586cc30
JSON Schema Structured Output
(raw) { "ref": "7eb6787150ca51a7f92af7f48e2fef970586cc30" }
moonshotai/kimi-k2.7-code:high PASS 100% 329 in → 1,329 out (1,107 reasoning)
The original commit with “user dashboard” in the message is the one from before the rebase: `5414f1bc7b57241e4b12577355d4e2557600d6e6` You can locate it by checking the reflog entry for that commit message: ```bash git reflog | grep "user dashboard" ``` Which gives: ``` 5414f1bc7b57241e4b12577355d4e2557600d6e6 HEAD@{3}: commit: Add feature B - user dashboard ``` So the hash is: ``` 5414f1bc7b57241e4b12577355d4e2557600d6e6 ```
moonshotai/kimi-k2.7-code:low PASS 100% 320 in → 692 out (591 reasoning)
The original commit with **“user dashboard”** in the message is: ```text a5a9a59f3e5e2633ea8ae000d21b61d545270ef2 ``` You can see it in this reflog entry: ```text a5a9a59f3e5e2633ea8ae000d21b61d545270ef2 HEAD@{3}: commit: Add feature B - user dashboard ```
moonshotai/kimi-k2.7-code:medium PASS 100% 315 in → 1,009 out (914 reasoning)
The original commit hash for the commit with the message `Add feature B - user dashboard` is: **`5f3ea2887cc351be89986fb35d199001e6c86583`** You can find it in the reflog entry: ```text 5f3ea2887cc351be89986fb35d199001e6c86583 HEAD@{3}: commit: Add feature B - user dashboard ```
moonshotai/kimi-k2.7-code:xhigh PASS 100% 304 in → 591 out (506 reasoning)
The original commit with the message **“Add feature B - user dashboard”** is: ```text 757476f42c824320116bdb2088a7870ebf252391 ``` From your reflog, it appears at: ```text 757476f42c824320116bdb2088a7870ebf252391 HEAD@{3}: commit: Add feature B - user dashboard ```
moonshotai/kimi-k2.7-code:xhigh__json_schema PASS 100% 321 in → 806 out (774 reasoning)
c39c7ef693fc84299b9a62ccdd50ec4f27d6b4ef
JSON Schema Structured Output
(raw) {"ref": "c39c7ef693fc84299b9a62ccdd50ec4f27d6b4ef"}
moonshotai/kimi-k3:high PASS 100% 419 in → 1,135 out (741 reasoning)
## Answer The original commit hash for **"Add feature B - user dashboard"** is: ``` 93cc597f75bc0e9b5efc57f9ba8fddccbe6f1d8b ``` This is shown in the reflog at `HEAD@{3}`: ``` 93cc597f75bc0e9b5efc57f9ba8fddccbe6f1d8b HEAD@{3}: commit: Add feature B - user dashboard ``` ## Recovering the lost commits Since "Add feature B" (`93cc597f`) was committed on top of "Add feature A" (`eb9a9517`), restoring to the Feature B commit brings back **both** commits. You have a few options: **Option 1: Reset develop to the pre-rebase state** ```bash git checkout develop git reset --hard 93cc597f75bc0e9b5efc57f9ba8fddccbe6f1d8b ``` **Option 2: Create a recovery branch pointing at the lost commit** ```bash git branch recovery 93cc597f ``` **Option 3: Cherry-pick the individual commits onto your current branch** ```bash git cherry-pick eb9a95171e34943a52df612b1762b68ff28382b3 # Add feature A git cherry-pick 93cc597f75bc0e9b5efc57f9ba8fddccbe6f1d8b # Add feature B ``` 💡 **Tip:** Even after a rebase or squash, the original commits remain in Git's object database (typically for 30–90 days) and are reachable via the reflog, so nothing is truly lost unless garbage collection runs.
moonshotai/kimi-k3:high__json_schema PASS 100% 368 in → 799 out (360 reasoning)
## Answer The original commit hash for **'Add feature B - user dashboard'** is: ``` 4c2ccb5c89f84fdac25ade0d09453aec40764c40 ``` This is found at `HEAD@{3}` in the reflog: ``` 4c2ccb5c89f84fdac25ade0d09453aec40764c40 HEAD@{3}: commit: Add feature B - user dashboard ``` ## How to read the reflog The reflog reads newest-first (top to bottom), so tracing the history backwards: | Entry | Action | Hash | |-------|--------|------| | `HEAD@{6}` | Initial commit "Set version v1" | `09fbc4b...` | | `HEAD@{4}` | Commit "Add feature A" | `27013c3...` | | `HEAD@{3}` | **Commit "Add feature B - user dashboard"** | **`4c2ccb5...`** | | `HEAD@{1}–{0}` | The rebase that squashed everything | — | ## Recovering the lost commit If you need to restore that commit, you have a few options: ```bash # Cherry-pick the lost commit onto your current branch git cherry-pick 4c2ccb5c89f84fdac25ade0d09453aec40764c40 # Or create a branch pointing at it to inspect/preserve it git branch recovered-feature-b 4c2ccb5c89f84fdac25ade0d09453aec40764c40 # Or just view its contents first git show 4c2ccb5c89f84fdac25ade0d09453aec40764c40 ``` Note that if you also want "Add feature A" back, it's still reachable as the parent of this commit (`git log 4c2ccb5` will show both commits), so recovering the feature B commit recovers the whole pre-rebase chain.
moonshotai/kimi-k3:low PASS 100% 383 in → 539 out (250 reasoning)
The original commit hash for **'Add feature B - user dashboard'** is: ``` 85e440e12482992b33f21ddcfaed0885cd08651e ``` This is found at `HEAD@{3}` in the reflog: ``` 85e440e12482992b33f21ddcfaed0885cd08651e HEAD@{3}: commit: Add feature B - user dashboard ``` **How to find it yourself:** ```bash git reflog | grep "user dashboard" ``` **If you want to recover the lost commits**, you can cherry-pick them by hash: ```bash git cherry-pick fa0380c56ee8539ad2236d84f2d0917a86a1fe0f # Add feature A git cherry-pick 85e440e12482992b33f21ddcfaed0885cd08651e # Add feature B - user dashboard ``` Or, to restore the branch to its exact pre-rebase state (including both commits): ```bash git reset --hard 85e440e12482992b33f21ddcfaed0885cd08651e ``` Note that reflog entries are local and typically expire after 90 days, so recovery should be done sooner rather than later.
moonshotai/kimi-k3:low__json_schema PASS 100% 403 in → 1,316 out (831 reasoning)
## Answer **Commit hash: `31cc1f2c0974c3c11cbf761e3ea26e7c485f54b4`** ## How to read it from the reflog The reflog is ordered newest → oldest, so you read the history bottom-up: ``` HEAD@{6}: commit (initial): Set version v1 → 50b20dd HEAD@{5}: checkout: moving from main to develop HEAD@{4}: commit: Add feature A → b40fe3b HEAD@{3}: commit: Add feature B - user dashboard → 31cc1f2 ✅ HEAD@{2}: checkout: moving from develop to main HEAD@{1}: rebase (start): checkout develop HEAD@{0}: rebase (finish): returning to refs/heads/main ``` The entry you're looking for is **`HEAD@{3}`** — it's the only entry whose reflog message is `commit: Add feature B - user dashboard`. The hash on that line is the original, pre-rebase commit. Note that the same hash appears in `HEAD@{0}` and `HEAD@{1}`, but those are the *rebase operation* entries (they show where HEAD was at each step), not the original commit creation event. The `commit:` action at `HEAD@{3}` is the authoritative source. ## Recovering it Once you have the hash, you can inspect or restore it: ```bash # Inspect the commit git show 31cc1f2c0974c3c11cbf761e3ea26e7c485f54b4 # Restore the unsquashed history to a branch git branch recover-dashboard 31cc1f2c0974c3c11cbf761e3ea26e7c485f54b4 # Or cherry-pick it onto your current branch git cherry-pick 31cc1f2c0974c3c11cbf761e3ea26e7c485f54b4 ``` Since `b40fe3b` ("Add feature A") is its parent, pointing a branch at `31cc1f2` recovers **both** lost commits in their original, unsquashed form.
moonshotai/kimi-k3:max PASS 100% 386 in → 987 out (634 reasoning)
## Answer The original commit hash is: ``` ff7b151778e1fc1bf67bfdcccf74f83d69fbce27 ``` This is found at **HEAD@{3}** in the reflog: ``` ff7b151778e1fc1bf67bfdcccf74f83d69fbce27 HEAD@{3}: commit: Add feature B - user dashboard ``` This entry records the state of HEAD immediately after that commit was created on `develop`, so it points to the original (pre-squash) commit. ## Recovering the lost commits (optional) If you want to restore the unsquashed history, you have a few options: ```bash # Option 1: Point a new branch at the original commit git branch recovery ff7b151778e1fc1bf67bfdcccf74f83d69fbce27 # Option 2: Reset the current branch back to it (includes 'Add feature A' as its parent) git reset --hard ff7b151778e1fc1bf67bfdcccf74f83d69fbce27 # Option 3: Just inspect it first to confirm it's what you want git show ff7b151778e1fc1bf67bfdcccf74f83d69fbce27 ``` Note that `9461d7fc5b16cdc69fa31e6b2baae039cca56930` ("Add feature A" at HEAD@{4}) is the parent of the recovered commit, so recovering `ff7b151...` restores both commits in the chain.
moonshotai/kimi-k3:max__json_schema PASS 100% 391 in → 302 out (135 reasoning)
The original commit hash for **'Add feature B - user dashboard'** is: ``` b169fe1caeb0ee6a00ab122fbd3e45c7c795634d ``` This corresponds to the reflog entry: ``` b169fe1caeb0ee6a00ab122fbd3e45c7c795634d HEAD@{3}: commit: Add feature B - user dashboard ``` If you need to recover that commit, you could reference it directly by hash (e.g., `git cherry-pick b169fe1c` or `git checkout b169fe1c`), since reflog entries keep the commit reachable even though it no longer appears in the rebased branch history.
moonshotai/kimi-k3:medium PASS 100% 377 in → 528 out (243 reasoning)
The original commit hash for "Add feature B - user dashboard" is: **`e499188d2b8fb614686e5817994d364cb4695459`** You can see it at `HEAD@{3}` in the reflog, where the commit was originally made before the rebase: ``` e499188d2b8fb614686e5817994d364cb4695459 HEAD@{3}: commit: Add feature B - user dashboard ``` Note that "Add feature A" is also still recoverable at `HEAD@{4}` with hash `66416dc8965ec623a913f2a1c06ac39afbc4c248`. If you want to restore those original commits, you have a few options: ```bash # Recover the commit as a new branch git branch recovered-feature e499188d # Or cherry-pick it onto your current branch git cherry-pick e499188d # Or inspect it first to confirm it's the right one git show e499188d ``` Keep in mind that reflog entries expire (default is 90 days for reachable commits, 30 days for unreachable ones), so it's best to create a branch or tag pointing at `e499188d` soon if you want to preserve it.
moonshotai/kimi-k3:medium__json_schema PASS 100% 398 in → 1,050 out (688 reasoning)
## Answer The original commit hash is **`40cfbbd00dfdf60b72070d8a7a4978f2356b13f0`** This is found at `HEAD@{3}` in the reflog: ``` 40cfbbd00dfdf60b72070d8a7a4978f2356b13f0 HEAD@{3}: commit: Add feature B - user dashboard ``` ## How to find it yourself You can filter the reflog directly: ```bash git reflog | grep "user dashboard" ``` The reflog records every commit HEAD pointed to, so even though the commit was squashed during the rebase and no longer appears in `git log`, its entry survives in the reflog (typically for 90 days by default). ## Recovering the commit (optional) If you want to restore the lost commit, you can: ```bash # Inspect it first to confirm it's the right one git show 40cfbbd00dfdf60b72070d8a7a4978f2356b13f0 # Create a branch pointing at it git branch recover-feature-b 40cfbbd00dfdf60b72070d8a7a4978f2356b13f0 # Or cherry-pick it onto your current branch git cherry-pick 40cfbbd00dfdf60b72070d8a7a4978f2356b13f0 ``` Note that 'Add feature A' (`9a72c988...` at `HEAD@{4}`) is its parent, so branching from `40cfbbd` will recover both commits' history.
moonshotai/kimi-k3:xhigh PASS 100% 394 in → 1,068 out (589 reasoning)
## Answer The original commit hash is: ``` f63f40ddc81cc13ca228bdab4f695f85c814fd8b ``` It appears at `HEAD@{3}` in the reflog: ``` f63f40ddc81cc13ca228bdab4f695f85c814fd8b HEAD@{3}: commit: Add feature B - user dashboard ``` ## How to read the reflog Reconstructing what happened: | Entry | Action | |-------|--------| | `HEAD@{6}` | Initial commit `d96905a` on main | | `HEAD@{5}` | Switched to develop | | `HEAD@{4}` | Committed "Add feature A" → `2c32079` | | `HEAD@{3}` | Committed "Add feature B - user dashboard" → **`f63f40d`** | | `HEAD@{2}` | Switched back to main | | `HEAD@{1}`–`HEAD@{0}` | Rebase ran and squashed the commits | Even though the rebase rewrote history, the original commits still exist as dangling objects, and the reflog preserves their hashes. ## Recovering the lost commits Since `f63f40d` is the tip of the original develop branch, both commits are reachable from it: ```bash # Option 1: Create a branch pointing at the original commit (restores both A and B) git branch recover-features f63f40ddc81cc13ca228bdab4f695f85c814fd8b # Option 2: Cherry-pick both commits onto your current branch, in order git cherry-pick 2c32079f01a6a838b0e4c6625eb8dc58f66a8e41 # Add feature A git cherry-pick f63f40ddc81cc13ca228bdab4f695f85c814fd8b # Add feature B - user dashboard ``` You can verify the commit before recovering with: ```bash git show f63f40ddc81cc13ca228bdab4f695f85c814fd8b ```
moonshotai/kimi-k3:xhigh__json_schema PASS 100% 481 in → 112 out (88 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{3}"}
nvidia/nemotron-3-nano-30b-a3b:high PASS 100% 411 in → 182 out (83 reasoning)
The commit that contains **“user dashboard”** in its message is recorded in the reflog entry: ``` HEAD@{3}: commit: Add feature B - user dashboard ``` The corresponding commit SHA‑1 hash is: **`c3bb89bdfe4cc21a1481b803e9fd65dc4de5835f`**
nvidia/nemotron-3-nano-30b-a3b:high__json_schema PASS 100% 407 in → 164 out (84 reasoning)
7bee236b7232ece5d8f6ecc71fe726ba1d1fbdbb
JSON Schema Structured Output
(raw) { "ref": "7bee236b7232ece5d8f6ecc71fe726ba1d1fbdbb" }
nvidia/nemotron-3-nano-30b-a3b:low PASS 100% 417 in → 257 out (71 reasoning)
The commit that contains the message **“Add feature B - user dashboard”** is recorded in the reflog at entry `HEAD@{3}`: ``` e84286b5a177b1656bf0f9042998fcba726388f7 HEAD@{3}: commit: Add feature B - user dashboard ``` So the original commit hash you’re looking for is: **`e84286b5a177b1656bf0f9042998fcba726388f7`**
nvidia/nemotron-3-nano-30b-a3b:low__json_schema PASS 100% 416 in → 253 out (131 reasoning)
efa5917ed76c28c871f3daec7f1395e7c410f646
JSON Schema Structured Output
(raw) { "ref": "efa5917ed76c28c871f3daec7f1395e7c410f646" }
nvidia/nemotron-3-nano-30b-a3b:medium PASS 100% 419 in → 705 out (309 reasoning)
You can locate the exact SHA‑1 that Git recorded for the *“Add feature B – user dashboard”* commit directly in the reflog you posted. Looking at the entries: ``` HEAD@{3}: commit: Add feature B - user dashboard ``` The corresponding SHA‑1 shown at the beginning of that line is: ``` f4c07af70f7bdaeb74a3b361da7f1374c89c7096 ``` So the original commit hash you were looking for is: **`f4c07af70f7bdaeb74a3b361da7f1374c89c7096`** (That hash also appears later as `HEAD@{0}`, confirming that it was the tip of the ref after the rebase finished.) If you ever need to jump back to that commit you can do: ```bash git checkout f4c07af70f7bdaeb74a3b361da7f1374c89c7096 ``` or, if you want to see it in a one‑line format: ```bash git reflog --oneline | grep "Add feature B - user dashboard" ``` which will output the same hash and description.
nvidia/nemotron-3-nano-30b-a3b:medium__json_schema PASS 100% 416 in → 332 out (184 reasoning)
0fc59efa9881a26b3d51b4e7a430bcbe702c8311
JSON Schema Structured Output
(raw) {"ref": "0fc59efa9881a26b3d51b4e7a430bcbe702c8311" }
nvidia/nemotron-3-nano-30b-a3b:none PASS 100% 407 in → 1,114 out (0 reasoning)
You're on the right track! Let's analyze the **git reflog** output carefully to find the **original commit hash of the commit with "user dashboard" in the message**, which is exactly what you're looking for. --- ### 🔍 Step-by-step breakdown of the reflog lines: Here’s your reflog again, with annotations and interpretation: ``` 2f83aa37b0ff8ebb60b7283ea21ba3a8cf358d86 HEAD@{0}: rebase (finish): returning to refs/heads/main 2f83aa37b0ff8ebb60b7283ea21ba3a8cf358d86 HEAD@{1}: rebase (start): checkout develop 923e364d47726f4fab32236149599c5aff23f3b1 HEAD@{2}: checkout: moving from develop to main 2f83aa37b0ff8ebb60b7283ea21ba3a8cf358d86 HEAD@{3}: commit: Add feature B - user dashboard fba13308efc18b6ca67c558f156eed3dd9638a3b HEAD@{4}: commit: Add feature A 923e364d47726f4fab32236149599c5aff23f3b1 HEAD@{5}: checkout: moving from main to develop 923e364d47726f4fab32236149599c5aff23f3b1 HEAD@{6}: commit (initial): Set version v1 ``` --- ### 🔎 Key Insight: > ✅ The commit message **"Add feature B - user dashboard"** appears at **reflog entry HEAD@{3}**. That means this commit was made **3 steps back** in the reflog from your current HEAD. Importantly, **the hash of this commit is shown explicitly on that line**: ``` HEAD@{3}: commit: Add feature B - user dashboard ↓ This hash is: 2f83aa37b0ff8ebb60b7283ea21ba3a8cf358d86 ``` ➡️ So the **commit hash of the commit with "user dashboard" in the message is:** ``` 2f83aa37b0ff8ebb60b7283ea21ba3a8cf358d86 ``` --- ### 🧠 Why This Is Important You said: > "After rebasing 'develop' onto 'main', you lost the intermediate commits 'Add feature A' and 'Add feature B - user dashboard'. They were squashed." This means those two commits originally existed **before** the rebase, but were combined (squashed) into a single or merged commit during the rebase. The **reflog entry at HEAD@{3}` confirms that the commit with the message "Add feature B - user dashboard" was made — and its hash is `2f83aa37b0ff8ebb60b7283ea21ba3a8cf358d86`. This hash still exists in the reflog (as of this state), even if it no longer exists in your current branch history — meaning you can potentially recover it or use it for inspection. --- ### 💡 How to Use This Hash To inspect the contents of that commit: ```bash git show 2f83aa37b0ff8ebb60b7283ea21ba3a8cf358d86 ``` Or to view full diff: ```bash git show --stat 2f83aa37b0ff8ebb60b7283ea21ba3a8cf358d86 ``` And to recover the commit (if needed): ```bash git checkout 2f83aa37b0ff8ebb60b7283ea21ba3a8cf358d86 # creates a detached HEAD at that commit ``` You can then create a new branch if you want to save it: ```bash git checkout -b feature-dashboard 2f83aa37b0ff8ebb60b7283ea21ba3a8cf358d86 ``` --- ### ✅ Final Answer > The original commit hash of the commit with **"Add feature B - user dashboard"** in the message is: > > **`2f83aa37b0ff8ebb60b7283ea21ba3a8cf358d86`** > > It appears in the reflog at **HEAD@{3}**. This is your missing commit — still recoverable via reflog. Great catch! 🎯
nvidia/nemotron-3-nano-30b-a3b:none__json_schema PASS 100% 419 in → 47 out (0 reasoning)
35143f771d3e75a3dc0a638b273463088d846ce2
JSON Schema Structured Output
(raw) { "ref": "35143f771d3e75a3dc0a638b273463088d846ce2" }
nvidia/nemotron-3-nano-30b-a3b:xhigh PASS 100% 417 in → 226 out (75 reasoning)
The commit whose message contains **“user dashboard”** is recorded in the reflog at entry `HEAD@{3}`: ``` 690b4c1059dff98ac0e75ac8eb9a31ea3a8073f4 HEAD@{3}: commit: Add feature B - user dashboard ``` So the original commit hash you’re looking for is: ``` b4905be96aa43aed0e4c361a98ca2a5a1e2b0e35 ```
nvidia/nemotron-3-nano-30b-a3b:xhigh__json_schema PASS 100% 415 in → 182 out (104 reasoning)
6ea6dd782b94eb9fe14a8fb209270e284da8acd7
JSON Schema Structured Output
(raw) { "ref": "6ea6dd782b94eb9fe14a8fb209270e284da8acd7" }
nvidia/nemotron-3-super-120b-a12b:high PASS 100% 416 in → 552 out (281 reasoning)
The original commit hash for the commit with the message **“Add feature B - user dashboard”** is: **7070d00e2467a1f81c245346afb450bf479a953f**
nvidia/nemotron-3-super-120b-a12b:high__json_schema PASS 100% 413 in → 177 out (99 reasoning)
HEAD@{3}: commit: Add feature B - user dashboard b9658b735de4db8bb931e6be8e979dbb81e249bb
JSON Schema Structured Output
(raw) { "ref": "HEAD@{3}: commit: Add feature B - user dashboard\nb9658b735de4db8bb931e6be8e979dbb81e249bb" }
nvidia/nemotron-3-super-120b-a12b:low PASS 100% 422 in → 657 out (490 reasoning)
aa3371ca0fbe7bfa02c8dfa008cc32962193f2a1
nvidia/nemotron-3-super-120b-a12b:low__json_schema PASS 100% 412 in → 314 out (214 reasoning)
HEAD@{3}: commit: Add feature B - user dashboard 1193b76f831ef41039de51cb664dcb3fdf1eaa55 HEAD@{3}: commit: Add feature B - user dashboard
JSON Schema Structured Output
(raw) { "ref": "HEAD@{3}: commit: Add feature B - user dashboard\n1193b76f831ef41039de51cb664dcb3fdf1eaa55 HEAD@{3}: commit: Add feature B - user dashboard" }
nvidia/nemotron-3-super-120b-a12b:medium PASS 100% 404 in → 136 out (61 reasoning)
The original commit hash for the “Add feature B - user dashboard” commit is: **34fb96cb1b6a4cbcfc58e159295065077124dddb**
nvidia/nemotron-3-super-120b-a12b:medium__json_schema PASS 100% 413 in → 229 out (150 reasoning)
c10cb38bd5436964ffe7e88c6e50805ee434ef28
JSON Schema Structured Output
(raw) { "ref": "c10cb38bd5436964ffe7e88c6e50805ee434ef28" }
nvidia/nemotron-3-super-120b-a12b:none PASS 100% 416 in → 180 out (0 reasoning)
The reflog entry that shows the commit with the message **"Add feature B - user dashboard"** is: ``` 2daae989b438cdc502f7fe854c7655496bed1405 HEAD@{3}: commit: Add feature B - user dashboard ``` This means that **2daae989b438cdc502f7fe854c7655496bed1405** is the original commit hash for the commit with the message *"Add feature B - user dashboard"* before it was squashed during the rebase. ### ✅ Answer: **2daae989b438cdc502f7fe854c7655496bed1405**
nvidia/nemotron-3-super-120b-a12b:none__json_schema PASS 100% 421 in → 47 out (0 reasoning)
cecee3d0702a9939489360e80b21d6f73210c409
JSON Schema Structured Output
(raw) { "ref": "cecee3d0702a9939489360e80b21d6f73210c409" }
nvidia/nemotron-3-super-120b-a12b:xhigh PASS 100% 416 in → 249 out (114 reasoning)
The commit whose message contains **“Add feature B - user dashboard”** appears in the reflog at: ``` HEAD@{3}: commit: Add feature B - user dashboard d250a3f3d356941774cf10c55e94daf8df3de983 ``` So the original commit hash for that change is: **`d250a3f3d356941774cf10c55e94daf8df3de983`**.
nvidia/nemotron-3-super-120b-a12b:xhigh__json_schema PASS 100% 419 in → 631 out (487 reasoning)
6fe8f55c77aae0899db0a7a3673cd8dc064848a0
JSON Schema Structured Output
(raw) { "ref": "6fe8f55c77aae0899db0a7a3673cd8dc064848a0" }
openai/gpt-5.4-mini:high PASS 100% 314 in → 136 out (88 reasoning)
The original commit hash for **"Add feature B - user dashboard"** is: `658d7192d85c1839d07c7200d3fa8981db3ee993`
openai/gpt-5.4-mini:high__json_schema PASS 100% 350 in → 154 out (114 reasoning)
1bb8ef7dd44df42bdae94b2b39cd6987dfad2eaa
JSON Schema Structured Output
(raw) {"ref":"1bb8ef7dd44df42bdae94b2b39cd6987dfad2eaa"}
openai/gpt-5.4-mini:low PASS 100% 322 in → 74 out (22 reasoning)
The original commit hash for **"Add feature B - user dashboard"** is: **`39b5508a524b22c86ac7f5a2f6773a915632bca3`**
openai/gpt-5.4-mini:low__json_schema PASS 100% 365 in → 119 out (79 reasoning)
04f1a28b0f223769931c446d2f91a8a5011349bf
JSON Schema Structured Output
(raw) {"ref":"04f1a28b0f223769931c446d2f91a8a5011349bf"}
openai/gpt-5.4-mini:medium PASS 100% 331 in → 96 out (45 reasoning)
The original commit hash for **"Add feature B - user dashboard"** is: `8dc9fa29f256bd1aaf6e4b7b3386451e4aa172f0`
openai/gpt-5.4-mini:medium__json_schema PASS 100% 373 in → 147 out (104 reasoning)
383ebc0f033b8f24e3b98ef74c434684a7f8e5c9
JSON Schema Structured Output
(raw) {"ref":"383ebc0f033b8f24e3b98ef74c434684a7f8e5c9"}
openai/gpt-5.4-mini:none PASS 100% 315 in → 47 out (0 reasoning)
The original commit hash for **“Add feature B - user dashboard”** is: **`0bb37bfb0d205ecf73585ac210aafd52c6887de9`**
openai/gpt-5.4-mini:none__json_schema PASS 100% 368 in → 35 out (0 reasoning)
473ed5029713cbabd36d57d25f9cdc2c279c0074
JSON Schema Structured Output
(raw) {"ref":"473ed5029713cbabd36d57d25f9cdc2c279c0074"}
openai/gpt-5.4-mini:xhigh PASS 100% 325 in → 300 out (237 reasoning)
The original commit hash for **“Add feature B - user dashboard”** is: `634eea70bf9bfa2e0d747ed93ae1203f5adb1f01` It appears in the reflog at `HEAD@{3}`.
openai/gpt-5.4-mini:xhigh__json_schema PASS 100% 366 in → 383 out (345 reasoning)
a979dfd7fdbe5280f9108a24509a10216273dd3c
JSON Schema Structured Output
(raw) {"ref":"a979dfd7fdbe5280f9108a24509a10216273dd3c"}
openai/gpt-5.4-nano:high PASS 100% 312 in → 164 out (71 reasoning)
From the reflog entry: - `cc18aa804c39bef553c32c4255940aaec529b5e9 HEAD@{3}: commit: Add feature B - user dashboard` So, the original commit hash for **“Add feature B - user dashboard”** is: **`cc18aa804c39bef553c32c4255940aaec529b5e9`**
openai/gpt-5.4-nano:high__json_schema PASS 100% 354 in → 86 out (49 reasoning)
2076cdb7c156c2d42a31229db08365df67300405
JSON Schema Structured Output
(raw) {"ref":"2076cdb7c156c2d42a31229db08365df67300405"}
openai/gpt-5.4-nano:low PASS 100% 309 in → 60 out (0 reasoning)
From your `git reflog`, the commit that contains **“Add feature B - user dashboard”** is: **`cda33e6c152996ebb575f93dd1276899d2987174`** (at `HEAD@{3}`)
openai/gpt-5.4-nano:low__json_schema PASS 100% 369 in → 40 out (0 reasoning)
9f4fb1bd2a9a2bd2cf20dc455c2b0080b4cca168
JSON Schema Structured Output
(raw) {"ref":"9f4fb1bd2a9a2bd2cf20dc455c2b0080b4cca168"}
openai/gpt-5.4-nano:medium PASS 100% 320 in → 114 out (50 reasoning)
The original commit hash for **“Add feature B - user dashboard”** is: **`bbc3f75055b8b010cd4abfe73643d6cd491d726a`** (from `git reflog` entry `HEAD@{3}`)
openai/gpt-5.4-nano:medium__json_schema PASS 100% 353 in → 75 out (38 reasoning)
3123036333cb53e732337a3fa9741fb39c46fbc2
JSON Schema Structured Output
(raw) {"ref":"3123036333cb53e732337a3fa9741fb39c46fbc2"}
openai/gpt-5.4-nano:none PASS 100% 321 in → 83 out (0 reasoning)
From the reflog, the entry that contains **“Add feature B - user dashboard”** is: - `HEAD@{3}: commit: Add feature B - user dashboard` The hash associated with `HEAD@{3}` is: ✅ **`0e6e0a84351e5c825526f012bf6797ca5db7fbd4`**
openai/gpt-5.4-nano:xhigh PASS 100% 318 in → 600 out (509 reasoning)
The reflog entry showing **“Add feature B - user dashboard”** is: - `ed0a0668b7792ffee8079b122be0544e2f29df07 HEAD@{3}: commit: Add feature B - user dashboard` ✅ **Original commit hash:** `ed0a0668b7792ffee8079b122be0544e2f29df07`
openai/gpt-5.4-nano:xhigh__json_schema PASS 100% 375 in → 304 out (264 reasoning)
77fe14b9b411142990e9ba066fbe9a3a0c56c053
JSON Schema Structured Output
(raw) {"ref":"77fe14b9b411142990e9ba066fbe9a3a0c56c053"}
openai/gpt-5.4:high PASS 100% 339 in → 230 out (173 reasoning)
The original commit hash is: `b822cf53bc7a9be2a1c0930867ef49c5e1f81c06` From: `HEAD@{3}: commit: Add feature B - user dashboard`
openai/gpt-5.4:high__json_schema PASS 100% 359 in → 162 out (123 reasoning)
3520b8661a526a648cf2e83c19e46205614f8f74
JSON Schema Structured Output
(raw) {"ref":"3520b8661a526a648cf2e83c19e46205614f8f74"}
openai/gpt-5.4:low PASS 100% 316 in → 42 out (0 reasoning)
The original commit hash for **"Add feature B - user dashboard"** is: **aa3f9ac737945562670aa43002d197429f54bf40**
openai/gpt-5.4:low__json_schema PASS 100% 343 in → 32 out (0 reasoning)
843005d675cf08ef7ed343fe57f778428090df58
JSON Schema Structured Output
(raw) {"ref":"843005d675cf08ef7ed343fe57f778428090df58"}
openai/gpt-5.4:medium PASS 100% 345 in → 121 out (69 reasoning)
The original commit hash for **"Add feature B - user dashboard"** is: `20a2de4bbfd23bc9b0b55ccd67e44d26b7e73f2b`
openai/gpt-5.4:medium__json_schema PASS 100% 382 in → 139 out (96 reasoning)
2c8f2b048f06fe25cc8b03eee98d5d2a57c19a64
JSON Schema Structured Output
(raw) {"ref":"2c8f2b048f06fe25cc8b03eee98d5d2a57c19a64"}
openai/gpt-5.4:none PASS 100% 319 in → 44 out (0 reasoning)
The original commit hash for **"Add feature B - user dashboard"** is: **6749a5f134e080b69cbf00233075bfaa1fedb848**
openai/gpt-5.4:none__json_schema PASS 100% 350 in → 34 out (0 reasoning)
52cdec899a850adae908462d05b04ed393358e4d
JSON Schema Structured Output
(raw) {"ref":"52cdec899a850adae908462d05b04ed393358e4d"}
openai/gpt-5.4:xhigh PASS 100% 312 in → 244 out (190 reasoning)
The original commit hash is: `0f738f2aa0eba42530304a93ab8a96a3972387d7` From: `HEAD@{3}: commit: Add feature B - user dashboard`
openai/gpt-5.4:xhigh__json_schema PASS 100% 357 in → 553 out (516 reasoning)
4416c99ded0a492ba7981020121c6adc40a07fb9
JSON Schema Structured Output
(raw) {"ref":"4416c99ded0a492ba7981020121c6adc40a07fb9"}
openai/gpt-5.5:high PASS 100% 309 in → 132 out (103 reasoning)
1062844c981502e8f76a3f6c3a6120243af29967
openai/gpt-5.5:high__json_schema PASS 100% 381 in → 40 out (0 reasoning)
1a92b5347be6455d518a98c4b2b4a2472dffab38
JSON Schema Structured Output
(raw) {"ref":"1a92b5347be6455d518a98c4b2b4a2472dffab38"}
openai/gpt-5.5:low PASS 100% 331 in → 50 out (0 reasoning)
The original commit hash for **“Add feature B - user dashboard”** is: ```bash dfc2fb3cd09ddb5088bb953f8b67506f26ccf0d8 ```
openai/gpt-5.5:low__json_schema PASS 100% 360 in → 36 out (0 reasoning)
06dcc32037ea5b60a3747c287d0ea4c84bb04ffe
JSON Schema Structured Output
(raw) {"ref":"06dcc32037ea5b60a3747c287d0ea4c84bb04ffe"}
openai/gpt-5.5:medium PASS 100% 334 in → 47 out (0 reasoning)
The original commit hash for **“Add feature B - user dashboard”** is: ```bash e0149cfa10474e5e70252c723c5882a370996664 ```
openai/gpt-5.5:medium__json_schema PASS 100% 353 in → 108 out (71 reasoning)
54766277796b02d419dcf68510d75d8fd93b80ff
JSON Schema Structured Output
(raw) {"ref":"54766277796b02d419dcf68510d75d8fd93b80ff"}
openai/gpt-5.5:none PASS 100% 310 in → 46 out (0 reasoning)
The original commit hash for **“Add feature B - user dashboard”** is: ```bash 863445aaffce76e864d94191d095a90f6350f370 ```
openai/gpt-5.5:none__json_schema PASS 100% 355 in → 36 out (0 reasoning)
323a26a89b5ef5742f89266fa1dc156ab18e4985
JSON Schema Structured Output
(raw) {"ref":"323a26a89b5ef5742f89266fa1dc156ab18e4985"}
openai/gpt-5.5:xhigh PASS 100% 321 in → 619 out (516 reasoning)
The original commit hash for **“Add feature B - user dashboard”** is: ```text 66a60c2803f23a119040a6330ea96f7d774d3ac6 ``` It appears in the reflog here: ```text 66a60c2803f23a119040a6330ea96f7d774d3ac6 HEAD@{3}: commit: Add feature B - user dashboard ```
openai/gpt-5.5:xhigh__json_schema PASS 100% 349 in → 122 out (85 reasoning)
ae779efde0c52e9930af223a0ce117b9913bd521
JSON Schema Structured Output
(raw) {"ref":"ae779efde0c52e9930af223a0ce117b9913bd521"}
openai/gpt-5.6-luna:high PASS 100% 302 in → 153 out (89 reasoning)
The original commit hash for **“Add feature B - user dashboard”** is: ```text 212869faed8a65b04054f98415bc222e11be66e9 ``` It appears at `HEAD@{3}` in the reflog.
openai/gpt-5.6-luna:high__json_schema PASS 100% 366 in → 70 out (32 reasoning)
a29e5f4edabc75cc8120ba7282805a558de57e26
JSON Schema Structured Output
(raw) {"ref":"a29e5f4edabc75cc8120ba7282805a558de57e26"}
openai/gpt-5.6-luna:low PASS 100% 332 in → 53 out (0 reasoning)
The original commit hash for **“Add feature B - user dashboard”** is: ```text 036c0a44eb5c7a8120e09a2d9fb95c33b9da23ef ```
openai/gpt-5.6-luna:low__json_schema PASS 100% 365 in → 41 out (0 reasoning)
eb2e8e2c2a3fa4f848d6724cd5119cb2f08db27c
JSON Schema Structured Output
(raw) {"ref":"eb2e8e2c2a3fa4f848d6724cd5119cb2f08db27c"}
openai/gpt-5.6-luna:max PASS 100% 328 in → 445 out (364 reasoning)
The original commit hash is: ```text f6d9a388acd3d23c4763f651d99ce0664a732e42 ``` It appears at `HEAD@{3}` in the reflog: ```text f6d9a388... HEAD@{3}: commit: Add feature B - user dashboard ```
openai/gpt-5.6-luna:max__json_schema PASS 100% 368 in → 393 out (352 reasoning)
066f60fae2d264e858b23d93e8e01fea5ac6d9ad
JSON Schema Structured Output
(raw) {"ref":"066f60fae2d264e858b23d93e8e01fea5ac6d9ad"}
openai/gpt-5.6-luna:medium PASS 100% 315 in → 168 out (77 reasoning)
The original commit hash for **“Add feature B - user dashboard”** is: ```text 7c6a1470c413589fdd49d6e48540cb460a2d2690 ``` You can inspect it with: ```bash git show 7c6a1470c413589fdd49d6e48540cb460a2d2690 ```
openai/gpt-5.6-luna:medium__json_schema PASS 100% 353 in → 37 out (0 reasoning)
10e504f6322b2ce68e9bc55040e613e524e38f36
JSON Schema Structured Output
(raw) {"ref":"10e504f6322b2ce68e9bc55040e613e524e38f36"}
openai/gpt-5.6-luna:none PASS 100% 328 in → 50 out (0 reasoning)
The original commit hash for **“Add feature B - user dashboard”** is: ```text d3f13aab49697eaa409d3e3f473bbf251eb73bb3 ```
openai/gpt-5.6-luna:none__json_schema PASS 100% 356 in → 38 out (0 reasoning)
e57c466aec0c6db05c1cebe0c6135945b63d256d
JSON Schema Structured Output
(raw) {"ref":"e57c466aec0c6db05c1cebe0c6135945b63d256d"}
openai/gpt-5.6-luna:xhigh PASS 100% 306 in → 218 out (156 reasoning)
The original commit hash for **“Add feature B - user dashboard”** is: ```text 48369962340c5d21d06ac619b984c56368caf647 ``` It appears at `HEAD@{3}` in the reflog.
openai/gpt-5.6-luna:xhigh__json_schema PASS 100% 355 in → 37 out (0 reasoning)
9a2496d233f1a627ed72bec71efc9bd728ec9ff4
JSON Schema Structured Output
(raw) {"ref":"9a2496d233f1a627ed72bec71efc9bd728ec9ff4"}
openai/gpt-5.6-sol:high PASS 100% 322 in → 48 out (0 reasoning)
The original commit hash for **“Add feature B - user dashboard”** is: ```text 182960a604fe96c51213ffcc9059d1b0850ff3f9 ```
openai/gpt-5.6-sol:high__json_schema PASS 100% 352 in → 33 out (0 reasoning)
45c23437e2c556ed7409a052bbe465fee995f925
JSON Schema Structured Output
(raw) {"ref":"45c23437e2c556ed7409a052bbe465fee995f925"}
openai/gpt-5.6-sol:low PASS 100% 311 in → 46 out (0 reasoning)
The original commit hash for **“Add feature B - user dashboard”** is: ```text 2a208213da45babad50b486259f241d11d594b40 ```
openai/gpt-5.6-sol:low__json_schema PASS 100% 340 in → 35 out (0 reasoning)
19497d22e48b24aa453082da736afa22c3c3ed67
JSON Schema Structured Output
(raw) {"ref":"19497d22e48b24aa453082da736afa22c3c3ed67"}
openai/gpt-5.6-sol:max PASS 100% 333 in → 167 out (102 reasoning)
The original **“Add feature B - user dashboard”** commit is: ```text f5368da17a9d203b916312b8d02cda379880d1b1 ``` It appears at `HEAD@{3}` in the reflog.
openai/gpt-5.6-sol:max__json_schema PASS 100% 366 in → 124 out (82 reasoning)
39491a99392ef4de308e2e9f4c6d03a8b6632f87
JSON Schema Structured Output
(raw) {"ref":"39491a99392ef4de308e2e9f4c6d03a8b6632f87"}
openai/gpt-5.6-sol:medium PASS 100% 316 in → 51 out (0 reasoning)
The original commit hash for **“Add feature B - user dashboard”** is: ```text 2014983c91ac6d01bc6fb32e59df47d6edce9a6e ```
openai/gpt-5.6-sol:medium__json_schema PASS 100% 360 in → 37 out (0 reasoning)
b9f99b874bebc20d183e76a6e56aae447d57a973
JSON Schema Structured Output
(raw) {"ref":"b9f99b874bebc20d183e76a6e56aae447d57a973"}
openai/gpt-5.6-sol:none PASS 100% 322 in → 50 out (0 reasoning)
The original commit hash for **“Add feature B - user dashboard”** is: ```text 7a6db10cea8144b1f6164a05b85feffae1b45613 ```
openai/gpt-5.6-sol:none__json_schema PASS 100% 370 in → 37 out (0 reasoning)
aa3165033f62cb0dbaf7aa7d8e130ce67a0bc567
JSON Schema Structured Output
(raw) {"ref":"aa3165033f62cb0dbaf7aa7d8e130ce67a0bc567"}
openai/gpt-5.6-sol:xhigh PASS 100% 316 in → 46 out (0 reasoning)
The original commit hash for **“Add feature B - user dashboard”** is: `8b93cc0f98378c81440039601d7d2d27da63d686`
openai/gpt-5.6-sol:xhigh__json_schema PASS 100% 360 in → 37 out (0 reasoning)
82b3f7bb32e2d2f95eaa16095661beb7485dee26
JSON Schema Structured Output
(raw) {"ref":"82b3f7bb32e2d2f95eaa16095661beb7485dee26"}
openai/gpt-5.6-terra:high PASS 100% 326 in → 51 out (0 reasoning)
The original commit hash for **“Add feature B - user dashboard”** is: ```text 54f4034b8e2a1eb54b59b226a0de330a53256ff8 ```
openai/gpt-5.6-terra:high__json_schema PASS 100% 360 in → 35 out (0 reasoning)
6d778157544f953b46dd28d07339b67d04ee3dfa
JSON Schema Structured Output
(raw) {"ref":"6d778157544f953b46dd28d07339b67d04ee3dfa"}
openai/gpt-5.6-terra:low PASS 100% 328 in → 49 out (0 reasoning)
The original commit hash for **“Add feature B - user dashboard”** is: ```text 3a86a8bc4a1f0135b780a53778ef451991ab378c ```
openai/gpt-5.6-terra:low__json_schema PASS 100% 375 in → 40 out (0 reasoning)
b8a3ee3e80ac37cd2610e6e657ae3a5941cfe80c
JSON Schema Structured Output
(raw) {"ref":"b8a3ee3e80ac37cd2610e6e657ae3a5941cfe80c"}
openai/gpt-5.6-terra:max PASS 100% 305 in → 46 out (0 reasoning)
The original commit hash for **“Add feature B - user dashboard”** is: ```text 518ccb8bff1d629971f5c857f202fdbcdc829456 ```
openai/gpt-5.6-terra:max__json_schema PASS 100% 368 in → 38 out (0 reasoning)
fa9b1b1b1e5ffd5b0d4058abb160773526fc1545
JSON Schema Structured Output
(raw) {"ref":"fa9b1b1b1e5ffd5b0d4058abb160773526fc1545"}
openai/gpt-5.6-terra:medium PASS 100% 326 in → 50 out (0 reasoning)
The original commit hash for **“Add feature B - user dashboard”** is: ```text 1894baff5f03f15ef7a78065a7add038bec3f5a8 ```
openai/gpt-5.6-terra:medium__json_schema PASS 100% 369 in → 38 out (0 reasoning)
38fa7b56e74b03f280a8ee383e77ab2ec75c3877
JSON Schema Structured Output
(raw) {"ref":"38fa7b56e74b03f280a8ee383e77ab2ec75c3877"}
openai/gpt-5.6-terra:none PASS 100% 314 in → 49 out (0 reasoning)
The original commit hash for **“Add feature B - user dashboard”** is: ```text 22e97a9dd4fe52238aa5b94ebe6cd139530d09c9 ```
openai/gpt-5.6-terra:none__json_schema PASS 100% 366 in → 37 out (0 reasoning)
accc3fd9d70fc84067d1190f67ad5302cd94ccf0
JSON Schema Structured Output
(raw) {"ref":"accc3fd9d70fc84067d1190f67ad5302cd94ccf0"}
openai/gpt-5.6-terra:xhigh PASS 100% 309 in → 47 out (0 reasoning)
The original commit hash for **"Add feature B - user dashboard"** is: ```text 80f5dbb69ff2040631f5677dcc417bd9ebfbde25 ```
openai/gpt-5.6-terra:xhigh__json_schema PASS 100% 363 in → 36 out (0 reasoning)
18685f82976a10060c026d3484fc18c1685a2a85
JSON Schema Structured Output
(raw) {"ref":"18685f82976a10060c026d3484fc18c1685a2a85"}
openai/gpt-oss-120b:high PASS 100% 390 in → 769 out (638 reasoning)
The original *“Add feature B – user dashboard”* commit is the entry that appears at **HEAD@{3}** in the reflog. Running the reflog gives you the hash that was current at that point: ```bash $ git rev-parse HEAD@{3} 166fe6143ac6bdebf0aabbec5731b54dea0245e5 ``` So the original commit hash you’re after is: **`166fe6143ac6bdebf0aabbec5731b54dea0245e5`**.
openai/gpt-oss-120b:high__json_schema PASS 100% 377 in → 1,037 out (796 reasoning)
HEAD@{3} → 72115c0a293377d70d9458f0ba68d1ccd0c2e4e0
JSON Schema Structured Output
(raw) {"ref":"HEAD@{3} → 72115c0a293377d70d9458f0ba68d1ccd0c2e4e0"}
openai/gpt-oss-120b:low PASS 100% 388 in → 574 out (427 reasoning)
The original commit that contains **“Add feature B – user dashboard”** is: ``` 7361e127d19875efc3ec495070aba265f206e3a0 ``` You can see it in the reflog entry: ``` 7361e127d19875efc3ec495070aba265f206e3a0 HEAD@{3}: commit: Add feature B - user dashboard ``` So the hash you need to reference (e.g., to cherry‑pick or reset to) is `7361e127d19875efc3ec495070aba265f206e3a0`.
openai/gpt-oss-120b:low__json_schema PASS 100% 376 in → 91 out (47 reasoning)
eda4dc07da08b2840658ca9b0d755cd3229e9e88
JSON Schema Structured Output
(raw) { "ref": "eda4dc07da08b2840658ca9b0d755cd3229e9e88" }
openai/gpt-oss-120b:medium PASS 100% 379 in → 696 out (480 reasoning)
The original commit that contains “Add feature B – user dashboard” is the entry at **HEAD@{3}** in the reflog. **Commit hash:** ``` 0a4683533248041d2389e3f143ee8e540be86ed3 ``` So you can recover that commit (e.g., with `git checkout 0a4683533248041d2389e3f143ee8e540be86ed3` or by creating a branch pointing to it).
openai/gpt-oss-120b:medium__json_schema PASS 100% 362 in → 254 out (166 reasoning)
4100e008f58c89379d372457dc9d92378f543607
JSON Schema Structured Output
(raw) { "ref": "4100e008f58c89379d372457dc9d92378f543607" }
openai/gpt-oss-120b:xhigh PASS 100% 359 in → 1,924 out (1,251 reasoning)
**Answer** The commit you’re looking for is the one that appears in the reflog entry with the message **“Add feature B - user dashboard.”** In the reflog you posted it is: ``` HEAD@{3}: commit: Add feature B - user dashboard ``` The hash shown for that entry is: ``` aa96436a2f1c19534480df31720b9364bc400077 ``` That is the original SHA‑1 of the “user dashboard” commit before the rebase squashed it. --- ### How to verify / recover it ```bash # Show the commit details (you’ll see the original message, diff, etc.) git show aa96436a2f1c19534480df31720b9364bc400077 # If you want to put the commit back on a branch (e.g. to re‑apply it): git checkout -b recovered‑user‑dashboard aa96436a2f1c19534480df31720b9364bc400077 # Or simply cherry‑pick it onto your current branch: git cherry-pick aa96436a2f1c19534480df31720b9364bc400077 ``` --- ### Why the same hash appears elsewhere You’ll notice `aa96436a2f1c19534480df31720b9364bc400077` also shows up in `HEAD@{0}` and `HEAD@{1}`: - `HEAD@{1}` – “rebase (start)”: the rebase began from the tip of `develop`, which at that moment was this commit. - `HEAD@{0}` – “rebase (finish)”: after the rebase completed Git left `HEAD` pointing to the same SHA (the new squashed tip on `main`). But the *original* occurrence of the commit (the one you authored) is the entry at `HEAD@{3}`. --- **Bottom line:** The original commit hash for “Add feature B – user dashboard” is **`aa96436a2f1c19534480df31720b9364bc400077`**. Use it with `git show`, `git checkout -b`, or `git cherry-pick` to recover or inspect the lost work.
openai/gpt-oss-20b:high PASS 100% 394 in → 2,323 out (1,785 reasoning)
The reflog entry that references the commit whose message contains **“user dashboard”** is ``` HEAD@{3}: commit: Add feature B - user dashboard ``` Right before the message in the reflog you’ll see the commit hash: ``` 5b2f7b26cfd3b9769444e5c5192bf4e30373aecf ``` So the original commit hash for the “Add feature B – user dashboard” commit is: **`5b2f7b26cfd3b9769444e5c5192bf4e30373aecf`**.
openai/gpt-oss-20b:high__json_schema PASS 100% 361 in → 1,044 out (667 reasoning)
git reflog - Retrieves the original commit hash of the “Add feature B – user dashboard” commit. The reflog shows: ``` 3fc1313a3e0f3a96526e136be564508cd68b35ff HEAD@{3}: commit: Add feature B - user dashboard ``` So the original commit hash you’re looking for is: ``` 3fc1313a3e0f3a96526e136be564508cd68b35ff ``` (You can confirm with `git show 3fc1313a3e0f3a96526e136be564508cd68b35ff`.)
JSON Schema Structured Output
(raw) {"ref":"git reflog - Retrieves the original commit hash of the “Add feature B – user dashboard” commit.\n\nThe reflog shows:\n\n```\n3fc1313a3e0f3a96526e136be564508cd68b35ff HEAD@{3}: commit: Add feature B - user dashboard\n```\n\nSo the original commit hash you’re looking for is:\n\n```\n3fc1313a3e0f3a96526e136be564508cd68b35ff\n```\n\n(You can confirm with `git show 3fc1313a3e0f3a96526e136be564508cd68b35ff`.)"}
openai/gpt-oss-20b:low PASS 100% 363 in → 122 out (19 reasoning)
The commit you’re looking for is the entry at **`HEAD@{3}`** in the reflog. Its SHA‑1 hash is: ``` 11e9f4e406624204f00934ce5165c9072d9fb675 ``` This hash corresponds to the commit whose message was *“Add feature B – user dashboard”*.
openai/gpt-oss-20b:low__json_schema PASS 100% 397 in → 87 out (46 reasoning)
f2198b0dc3fd2dbd487a332030e0c4f9042f5056
JSON Schema Structured Output
(raw) { "ref": "f2198b0dc3fd2dbd487a332030e0c4f9042f5056" }
openai/gpt-oss-20b:medium PASS 100% 382 in → 408 out (227 reasoning)
The reflog entry for that commit is: ``` 984a302f2da3bb34e333ac8f9a10d961d203b557 HEAD@{3}: commit: Add feature B - user dashboard ``` So the original commit hash for **“Add feature B – user dashboard”** is **`984a302f2da3bb34e333ac8f9a10d961d203b557`**.
openai/gpt-oss-20b:medium__json_schema PASS 100% 394 in → 338 out (251 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{3}"}
openai/gpt-oss-20b:xhigh PASS 100% 393 in → 468 out (393 reasoning)
The commit that had “user dashboard” in its message is the one recorded at **HEAD@{3}**. Its SHA‑1 hash is: ``` 64ab0e41aed68026718cb5ff0cf5d905a38a4bd3 ``` You can use this hash to recover or cherry‑pick that original commit.
openai/gpt-oss-20b:xhigh__json_schema PASS 100% 372 in → 2,171 out (1,855 reasoning)
bff2fe17abd5200fc6e6197af83a955a28eb4052
JSON Schema Structured Output
(raw) {"ref": "bff2fe17abd5200fc6e6197af83a955a28eb4052"}
poolside/laguna-m.1:high PASS 100% 404 in → 1,011 out (868 reasoning)
The original commit hash for the commit with the message "Add feature B - user dashboard" can be found in the reflog entry HEAD@{3}, which corresponds to the commit made before the rebase was started. From the provided reflog: ``` HEAD@{3}: commit: Add feature B - user dashboard 64d09cc12ae7bb36998330981793293d2408adc5 ``` **Answer:** `64d09cc12ae7bb36998330981793293d2408adc5`
poolside/laguna-m.1:high__json_schema PASS 100% 401 in → 2,696 out (2,646 reasoning)
11bb303a014bb73d0638dcaa43968d9525620287
JSON Schema Structured Output
(raw) { "ref": "11bb303a014bb73d0638dcaa43968d9525620287" }
poolside/laguna-m.1:low PASS 100% 389 in → 1,569 out (1,406 reasoning)
The original commit hash for "Add feature B - user dashboard" is **cceed28721520c4cb8bd7b2071189c27e2d6482b**. **Steps:** 1. In the provided `git reflog`, locate the entry for the commit message containing "user dashboard". 2. That entry corresponds to `HEAD@{3}` with the hash `cceed28721520c4cb8bd7b2071189c27e2d6482b`. This hash represents the original commit before the rebase squashed it. You can restore it using `git cherry-pick cceed287` if needed.
poolside/laguna-m.1:low__json_schema PASS 100% 391 in → 1,909 out (1,863 reasoning)
e3901cb6f4ed1240e7af8d773fcbaf7ca0715c59
JSON Schema Structured Output
(raw) { "ref": "e3901cb6f4ed1240e7af8d773fcbaf7ca0715c59" }
poolside/laguna-m.1:medium PASS 100% 408 in → 650 out (384 reasoning)
To find the original commit hash of the commit with "user dashboard" in the message after the rebase, examine the `git reflog` provided. The commit message "Add feature B - user dashboard" corresponds to the following entry in the reflog: ``` e5c84c67d03415fa3bd2dd59f03d036b6c2ac542 HEAD@{3}: commit: Add feature B - user dashboard ``` Thus, the original commit hash is: **`e5c84c67d03415fa3bd2dd59f03d036b6c2ac542`** ### Explanation: - The `git reflog` tracks all movements of `HEAD`, including commits and checkouts. - Before the rebase, the commits existed normally (e.g., `HEAD@{3}` and `HEAD@{4}` for features A and B). - After the rebase, these commits were squashed into a single commit, so they no longer appear on the branch. However, the reflog retains their history, allowing you to locate the original commits. The `HEAD@{3}` entry directly points to the "user dashboard" commit.
poolside/laguna-m.1:none PASS 100% 397 in → 343 out (0 reasoning)
To find the original commit hash for the commit with 'user dashboard' in the message after it was squashed during a rebase, we can use the git reflog. Here's the step-by-step explanation: 1. **Check the reflog output**: The git reflog shows the history of HEAD movements. The entry `HEAD@{3}` directly points to the commit with the message 'Add feature B - user dashboard', indicating that before the rebase finished, this commit existed. 2. **Identify the commit hash**: The entry at `HEAD@{3}` shows the commit hash `49a9b870544ff83003e9802ef56aa5e86d5f02b8` with the exact message we're looking for. This is the original commit hash before the rebase squashed changes. 3. **Verify against rebase squash**: During the rebase, 'Add feature A' and 'Add feature B - user dashboard' were squashed into a new commit (not explicitly shown here, likely combined into the initial commit on main). However, the original commit hash remains accessible in the reflog. By inspecting the reflog, the original commit hash corresponding to the 'Add feature B - user dashboard' commit is `49a9b870544ff83003e9802ef56aa5e86d5f02b8`. \boxed{49a9b870544ff83003e9802ef56aa5e86d5f02b8}
poolside/laguna-m.1:xhigh PASS 100% 397 in → 3,656 out (3,473 reasoning)
The original commit hash for the commit with the message "Add feature B - user dashboard" can be found in the reflog entry **HEAD@{3}**, which is: ``` git show 0f86777af8c3b218cbe69980718bcc4a2d3bc708 ``` **Note:** If the hashes in the reflog seem inconsistent (e.g., `0f8677...` appears in multiple places), it could indicate a formatting error. Assuming the reflog entries are accurate, the correct commit is still identified as `HEAD@{3}` based on the provided history. To restore the squashed commits, you’d typically use `git reflog` to locate the original commits and then `git cherry-pick` or reset branches to recover them. Always double-check hashes if discrepancies arise.
poolside/laguna-xs-2.1:high PASS 100% 417 in → 792 out (591 reasoning)
The original commit hash for the commit with 'user dashboard' in the message is: **`eaa6b78a4a7b0f537207462755f8c6d5937ef580`** ### Explanation: In the provided `git reflog` output: - The entry `HEAD@{3}: commit: Add feature B - user dashboard` corresponds to the commit hash **`eaa6b78a4a7b0f537207462755f8c6d5937ef580`**. - This commit exists in the reflog because reflogs track all branch operations, including commits that were later squashed during a rebase. Even though the commits were lost in the working branch after the rebase, they remain visible in the reflog. You can recover this commit or its changes using this hash if needed.
poolside/laguna-xs-2.1:high__json_schema PASS 100% 412 in → 600 out (557 reasoning)
a7bb074a517a476af13c58da7a28e31c529be84f
JSON Schema Structured Output
(raw) {"ref": "a7bb074a517a476af13c58da7a28e31c529be84f"}
poolside/laguna-xs-2.1:low PASS 100% 403 in → 695 out (523 reasoning)
The original commit hash of the commit with "user dashboard" in the message is: ``` b683dc4f85bc5580e87d5b928596ca7cba2013d2 ``` ### Explanation: - In the provided `git reflog`, the entry at `HEAD@{3}` explicitly shows the commit message **"Add feature B - user dashboard"** with the hash **`b683dc4f85bc5580e87d5b928596ca7cba2013d2`**. - Even though the rebase squashed the commits, the reflog retains references to the original commits before they were rewritten. This hash is the pre-rebase commit for the user dashboard feature.
poolside/laguna-xs-2.1:low__json_schema PASS 100% 411 in → 562 out (489 reasoning)
HEAD@{3}: rebase (finish): returning to refs/heads/main HEAD@{4}: commit: Add feature B - user dashboard HEAD@{5}: commit: Add feature A HEAD@{6}: checkout: moving from main to develop HEAD@{7}: commit (initial): Set version v1
JSON Schema Structured Output
(raw) { "ref": "HEAD@{3}: rebase (finish): returning to refs/heads/main\nHEAD@{4}: commit: Add feature B - user dashboard\nHEAD@{5}: commit: Add feature A\nHEAD@{6}: checkout: moving from main to develop\nHEAD@{7}: commit (initial): Set version v1" }
poolside/laguna-xs-2.1:medium PASS 100% 407 in → 719 out (457 reasoning)
To find the original commit hash of the commit with "user dashboard" in the message, you can analyze the provided **git reflog**: ### Git Reflog Analysis: ``` HEAD@{3}: commit: Add feature B - user dashboard ``` The commit hash for this entry is: ``` f430d12b9532842eeb01590eb535b118d1c5fd1f ``` ### Explanation: - The reflog retains references to all commits, even those that were squashed during a rebase. - The entry `HEAD@{3}` corresponds to the commit with the message **"Add feature B - user dashboard"**, and its original hash is **`f430d12b9532842eeb01590eb535b118d1c5fd1f`**. You can use this hash to recover the commit with: ```bash git show f430d12b9532842eeb01590eb535b118d1c5fd1f ``` or restore it to a new branch if needed.
poolside/laguna-xs-2.1:medium__json_schema PASS 100% 400 in → 539 out (524 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) { "ref": "HEAD@{3}" }
poolside/laguna-xs-2.1:none PASS 100% 394 in → 112 out (0 reasoning)
The original commit hash for the commit with 'user dashboard' in the message is found in the reflog entry: ``` HEAD@{3}: commit: Add feature B - user dashboard ``` **Answer:** `a1d0b71611dea4fd650033128eb89d38760b9db4` This corresponds to `HEAD@{3}` in the provided reflog, which is the commit with the message "Add feature B - user dashboard".
poolside/laguna-xs-2.1:none__json_schema PASS 100% 403 in → 52 out (0 reasoning)
git checkout -b recovered-dashboard 056827d31f58ad4fec22838c91f49321cdfcd065
JSON Schema Structured Output
(raw) { "ref": "git checkout -b recovered-dashboard 056827d31f58ad4fec22838c91f49321cdfcd065" }
poolside/laguna-xs-2.1:xhigh PASS 100% 391 in → 690 out (385 reasoning)
The original commit hash for the commit with **'user dashboard'** in the message is **`aabaf081aed894ff083a787b5d4a2006b123b80b`**. ### How to Find It: 1. In the provided `git reflog` output, search for entries containing the message **"user dashboard"**. 2. The matching entry is: ``` aabaf081aed894ff083a787b5d4a2006b123b80b HEAD@{3}: commit: Add feature B - user dashboard ``` 3. The commit hash **`aabaf081aed894ff083a787b5d4a2006b123b80b`** is the original one before the rebase squashed it. ### Key Notes: - The `rebase (finish)` at `HEAD@{0}` and `HEAD@{1}` indicates the rebase completed, but the reflog retains references to previous commits (like `HEAD@{3}` and `HEAD@{4}`). - Even though the rebase squashed these commits, the reflog preserves their original hashes. You can use `git show aabaf081...` to inspect the original "user dashboard" commit. Let me know if you need further recovery steps!
poolside/laguna-xs-2.1:xhigh__json_schema PASS 100% 420 in → 806 out (782 reasoning)
HEAD@{3}: commit: Add feature B - user dashboard
JSON Schema Structured Output
(raw) { "ref": "HEAD@{3}: commit: Add feature B - user dashboard" }
poolside/laguna-xs.2:high PASS 100% 442 in → 565 out (432 reasoning)
Looking at the git reflog, I can see the commit with 'user dashboard' in the message: ``` 96148650b0e9818d3e9ce5725244bf7dbda9317d HEAD@{3}: commit: Add feature B - user dashboard ``` The original commit hash for the commit containing 'user dashboard' in the message is: **96148650b0e9818d3e9ce5725244bf7dbda9317d**
poolside/laguna-xs.2:high__json_schema PASS 100% 438 in → 621 out (580 reasoning)
84642279fe6f9dc9eb5c6ac19bd60a0fdf3d8b68
JSON Schema Structured Output
(raw) {"ref": "84642279fe6f9dc9eb5c6ac19bd60a0fdf3d8b68"}
poolside/laguna-xs.2:low PASS 100% 436 in → 270 out (145 reasoning)
Looking at the git reflog, I can find the commit with 'user dashboard' in the message. The commit hash is: **b1e47134e4f30006588ead05cf488deec708b7bc** This is shown in the reflog as: ``` b1e47134e4f30006588ead05cf488deec708b7bc HEAD@{3}: commit: Add feature B - user dashboard ```
poolside/laguna-xs.2:low__json_schema PASS 100% 436 in → 488 out (443 reasoning)
2df998eb687ab6789157d7a4c9c26c338957b21a
JSON Schema Structured Output
(raw) {"ref": "2df998eb687ab6789157d7a4c9c26c338957b21a"}
poolside/laguna-xs.2:medium PASS 100% 430 in → 869 out (732 reasoning)
Based on the git reflog you provided, I can see the commit with 'user dashboard' in the message at: **cb4e7643b7e4ef0bed5fbca7afa0aac6dcb03a9f** (HEAD@{3}) The reflog entry shows: ``` cb4e7643b7e4ef0bed5fbca7afa0aac6dcb03a9f HEAD@{3}: commit: Add feature B - user dashboard ``` This is the commit hash for the "Add feature B - user dashboard" commit before the rebase operation was completed.
poolside/laguna-xs.2:none PASS 100% 440 in → 136 out (0 reasoning)
Looking at the git reflog, I need to find the commit with 'user dashboard' in the message. Scanning through the reflog entries: - HEAD@{3}: commit: Add feature B - user dashboard This is the commit we're looking for. The commit hash is **8ca497f2d5bbd6f8a2c0b30bf56e46766e0c50a5**. Note that this commit was later modified during the rebase process (as indicated by HEAD@{0} showing the rebase finished), but the original commit hash before the rebase is what we've found here.
poolside/laguna-xs.2:xhigh PASS 100% 440 in → 607 out (511 reasoning)
Based on the git reflog provided, I can see the commit with 'user dashboard' in the message at **HEAD@{3}** with the hash: **0bcd61f78a89893a391f059940fcee5f61cdbaed** This is the original commit hash for "Add feature B - user dashboard" before it was squashed during the rebase operation.
poolside/laguna-xs.2:xhigh__json_schema PASS 100% 447 in → 827 out (676 reasoning)
bf19de66955a220593f6d410c94e3e2b4385aa22 HEAD@{2}: checkout: moving from develop to main 86df4dba800d2fd1563f7944853bd10d4210d634 HEAD@{3}: commit: Add feature B - user dashboard 811387a0e8acdf75d77962172ae9548e5898f6e1 HEAD@{4}: commit: Add feature A
JSON Schema Structured Output
(raw) {"ref": "bf19de66955a220593f6d410c94e3e2b4385aa22 HEAD@{2}: checkout: moving from develop to main\n86df4dba800d2fd1563f7944853bd10d4210d634 HEAD@{3}: commit: Add feature B - user dashboard\n811387a0e8acdf75d77962172ae9548e5898f6e1 HEAD@{4}: commit: Add feature A"}
qwen/qwen3.6-27b:high PASS 100% 401 in → 4,161 out (3,182 reasoning)
Based on the provided `git reflog`, you can find the original commit by looking for the message "Add feature B - user dashboard". This corresponds to entry `HEAD@{3}`. The commit hash is: **`acf630672cb39e6b276482541abd6165a7df417b`** ### Explanation In the reflog output, find the line containing your search string: `acf630672cb39e6b276482541abd6165a7df417b HEAD@{3}: commit: Add feature B - user dashboard` The hash at the beginning of that line identifies the original commit object before it was rebased or squashed. You can recover this commit or view its changes by checking out that hash (e.g., `git checkout acf63067`).
qwen/qwen3.6-27b:high__json_schema PASS 100% 422 in → 6,546 out (4,961 reasoning)
0b83f8d6cfb7d1885a541f1d759959510f8ca48d
JSON Schema Structured Output
(raw) { "ref": "0b83f8d6cfb7d1885a541f1d759959510f8ca48d" }
qwen/qwen3.6-27b:low PASS 100% 414 in → 1,430 out (918 reasoning)
The original commit hash is: `6c7a1be7e65fd95849268e41aa8b97740525acd4` You can find it in the reflog at `HEAD@{3}`: `6c7a1be7e65fd95849268e41aa8b97740525acd4 HEAD@{3}: commit: Add feature B - user dashboard`
qwen/qwen3.6-27b:low__json_schema PASS 100% 417 in → 910 out (1 reasoning)
5ba8df470f6e968d7d81cd5201147e8bbc3c8426
JSON Schema Structured Output
(raw) { "ref": "5ba8df470f6e968d7d81cd5201147e8bbc3c8426" }
qwen/qwen3.6-27b:medium PASS 100% 426 in → 1,728 out (1,109 reasoning)
Based on the provided `git reflog` output, the original commit hash for the commit containing `'user dashboard'` in the message is: `e13dbe026a80883b92b46472655390ad59fbc5b4` *(This is listed at `HEAD@{3}` in your reflog: `e13dbe026a80883b92b46472655390ad59fbc5b4 HEAD@{3}: commit: Add feature B - user dashboard`)*
qwen/qwen3.6-27b:medium__json_schema PASS 100% 415 in → 5,556 out (1 reasoning)
2ccd1706a2903d6ae8b509c2b31cb081b12faaf2
JSON Schema Structured Output
(raw) { "ref": "2ccd1706a2903d6ae8b509c2b31cb081b12faaf2" }
qwen/qwen3.6-27b:none PASS 100% 419 in → 181 out (0 reasoning)
Based on the provided `git reflog`, we need to find the commit that originally contained the message **"Add feature B - user dashboard"** before the rebase squashed it. Looking at the reflog entries: - `HEAD@{3}` shows: `26a6eb3010217ca7eb717621f6bdc97c35246196 HEAD@{3}: commit: Add feature B - user dashboard` This entry directly corresponds to the commit with the message **"Add feature B - user dashboard"**. ### ✅ Answer: The original commit hash is: ``` 26a6eb3010217ca7eb717621f6bdc97c35246196 ```
qwen/qwen3.6-27b:none__json_schema PASS 100% 432 in → 49 out (0 reasoning)
8679d2b0873a3a68e4d639e71fd70d65af392214
JSON Schema Structured Output
(raw) { "ref": "8679d2b0873a3a68e4d639e71fd70d65af392214" }
qwen/qwen3.6-27b:xhigh PASS 100% 417 in → 1,811 out (1,218 reasoning)
Based on the provided reflog, the original commit hash is: **`81e6b296f25feefb9961be02c2cf8811ac324398`** You can find it at `HEAD@{3}` in the reflog, which logs: `commit: Add feature B - user dashboard`. This hash points to the original commit object before the rebase rewrote the history.
qwen/qwen3.6-35b-a3b:high PASS 100% 402 in → 1,579 out (1,453 reasoning)
Based on the provided `git reflog`, the commit with the message `"Add feature B - user dashboard"` is located at `HEAD@{3}`. **Original Commit Hash:** `d135363c890badcc4be0fbbebb136691545c7f89` *(You can verify or inspect this commit with `git show d135363c890badcc4be0fbbebb136691545c7f89`)*
qwen/qwen3.6-35b-a3b:high__json_schema PASS 100% 417 in → 1,505 out (945 reasoning)
094839f58a5d10bd3f83c24c416844bf6da45115
JSON Schema Structured Output
(raw) { "ref": "094839f58a5d10bd3f83c24c416844bf6da45115" }
qwen/qwen3.6-35b-a3b:low PASS 100% 408 in → 1,517 out (1,008 reasoning)
Based on the provided `git reflog`, the original commit hash for `'Add feature B - user dashboard'` is: `d3b200bdf8d9da36cfec4f7167c9493aab7a8814` (found at `HEAD@{3}`)
qwen/qwen3.6-35b-a3b:low__json_schema PASS 100% 416 in → 1,437 out (1,030 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) { "ref": "HEAD@{3}" }
qwen/qwen3.6-35b-a3b:medium PASS 100% 419 in → 1,286 out (793 reasoning)
Based on the provided `git reflog`, the commit with `"Add feature B - user dashboard"` in its message is located at `HEAD@{3}`. The original commit hash is: `57f7bf14413c74b4a2be38976e403deceb7c5d89`
qwen/qwen3.6-35b-a3b:medium__json_schema PASS 100% 418 in → 1,395 out (925 reasoning)
16ee256fe016f505199d385bd79b1258d778b73a
JSON Schema Structured Output
(raw) { "ref": "16ee256fe016f505199d385bd79b1258d778b73a" }
qwen/qwen3.6-35b-a3b:none PASS 100% 422 in → 335 out (0 reasoning)
Based on the provided `git reflog`, we need to identify the commit hash corresponding to the commit message `'Add feature B - user dashboard'`. Let's analyze the relevant entries in the reflog: 1. **HEAD@{3}**: `f845252ecd17ac9d8c333a1897a178d5fe6a95a6 commit: Add feature B - user dashboard` * This entry explicitly shows the commit message `'Add feature B - user dashboard'`. * The associated commit hash is `f845252ecd17ac9d8c333a1897a178d5fe6a95a6`. 2. **HEAD@{4}**: `c2a1f814dc4b6738ff6f6319d4a40c3b16414678 commit: Add feature A` * This is the other commit that was lost, but it is not the one requested. Although the rebase squashed these commits into the new history, the original commit information is preserved in the reflog. The reflog entry at index `HEAD@{3}` directly links the commit hash to the requested message. **Original commit hash:** `f845252ecd17ac9d8c333a1897a178d5fe6a95a6`
qwen/qwen3.6-35b-a3b:none__json_schema PASS 100% 431 in → 46 out (0 reasoning)
eb90349b7f4864a1b2607fa4ecee4da54d762b17
JSON Schema Structured Output
(raw) { "ref": "eb90349b7f4864a1b2607fa4ecee4da54d762b17" }
qwen/qwen3.6-35b-a3b:xhigh PASS 100% 420 in → 1,715 out (1,113 reasoning)
Based on the provided `git reflog`, the original commit hash for `"Add feature B - user dashboard"` is: `e36db312d0b71f62de23abf6877f8a24c1925655` *(Found at `HEAD@{3}: commit: Add feature B - user dashboard`)*
qwen/qwen3.6-35b-a3b:xhigh__json_schema PASS 100% 398 in → 901 out (600 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) { "ref": "HEAD@{3}" }
qwen/qwen3.6-flash:high PASS 100% 422 in → 1,443 out (1,368 reasoning)
The original commit hash is: `079b38ffba4d829c171a242271ee407bbf99772b` *(Found at `HEAD@{3}: commit: Add feature B - user dashboard` in your reflog.)*
qwen/qwen3.6-flash:low PASS 100% 425 in → 1,997 out (1,916 reasoning)
Based on the provided `git reflog`, the commit containing `"user dashboard"` in its message is at `HEAD@{3}`. Its original commit hash is: `518f4db7d229e69b0c2b28a7e17d77641e9a562e`
qwen/qwen3.6-flash:medium PASS 100% 411 in → 910 out (840 reasoning)
The original commit hash for `'Add feature B - user dashboard'` is: `f9eb40df24292be4a2f9d7d14a06e9bb311d614f` (found at `HEAD@{3}`)
qwen/qwen3.6-flash:none PASS 100% 388 in → 474 out (0 reasoning)
To find the original commit hash for the commit with 'user dashboard' in the message, we need to examine the git reflog output and look for the commit log message that matches the description. Here is the provided git reflog: 1. `eea27783ae82560bea06dbaaf29ef7d8b7afaec7 HEAD@{0}`: rebase (finish) 2. `eea27783ae82560bea06dbaaf29ef7d8b7afaec7 HEAD@{1}`: rebase (start) 3. `9b768cf64c29b37ed3aa678c6fd3bf7e1fdffc02 HEAD@{2}`: checkout 4. **`eea27783ae82560bea06dbaaf29ef7d8b7afaec7 HEAD@{3}`: commit: Add feature B - user dashboard** 5. `b0a2a0b8a6762cab76a5b5657ec66360f3160a24 HEAD@{4}`: commit: Add feature A 6. `9b768cf64c29b37ed3aa678c6fd3bf7e1fdffc02 HEAD@{5}`: checkout 7. `9b768cf64c29b37ed3aa678c6fd3bf7e1fdffc02 HEAD@{6}`: commit (initial) The commit with the message "Add feature B - user dashboard" is found at `HEAD@{3}`. The hash for this commit is: `eea27783ae82560bea06dbaaf29ef7d8b7afaec7` Answer: **eea27783ae82560bea06dbaaf29ef7d8b7afaec7**
qwen/qwen3.6-flash:xhigh PASS 100% 409 in → 1,089 out (958 reasoning)
The original commit hash for `'Add feature B - user dashboard'` is: **`868ca9ebb3d394c5ed3e8e26f0dbdd30b9f85247`** You can find it at `HEAD@{3}` in your reflog. You can now recover or reference it using `git show 868ca9ebb3d394c5ed3e8e26f0dbdd30b9f85247` or reset/checkout if needed.
qwen/qwen3.7-flash:high PASS 100% 431 in → 2,040 out (1,834 reasoning)
Based on your provided `git reflog`, the original commit hash for the commit containing `'user dashboard'` is: `631be31a68b6d16f22ef45f587826994b89675f2` *(This corresponds to `HEAD@{3}: commit: Add feature B - user dashboard`)* **Next steps to recover it:** - Verify the commit contents: `git show 631be31a68b6d16f22ef45f587826994b89675f2` - Cherry-pick it back into your current branch: `git cherry-pick 631be31a68b6d16f22ef45f587826994b89675f2`
qwen/qwen3.7-flash:low PASS 100% 418 in → 1,584 out (1,430 reasoning)
Based on your `git reflog`, the original commit hash for **"Add feature B - user dashboard"** is: `8c0787c9ea4c07506ea34cb5b3d56b7f82587025` *(This corresponds to the `HEAD@{3}` entry)* 💡 **Tip:** If you want to recover this commit after the squash, you can use `git cherry-pick 8c0787c9ea4c07506ea34cb5b3d56b7f82587025` to bring it into your current branch.
qwen/qwen3.7-flash:max PASS 100% 415 in → 1,466 out (1,382 reasoning)
Based on the provided `git reflog`, the original commit hash for **"Add feature B - user dashboard"** is: `151ef49f9d1724b479f3c5ffe127225e680486a3` *(Found at `HEAD@{3}` in your reflog)*
qwen/qwen3.7-flash:medium PASS 100% 409 in → 1,365 out (1,212 reasoning)
Based on the provided `git reflog`, the original commit hash for `"Add feature B - user dashboard"` is: `f5a9591224b4cc231d2911be38aaf946d777511e` You can locate it in the reflog at `HEAD@{3}: commit: Add feature B - user dashboard`. To restore it to your current branch, you can run: ```bash git cherry-pick f5a9591224b4cc231d2911be38aaf946d777511e ```
qwen/qwen3.7-flash:none PASS 100% 410 in → 184 out (0 reasoning)
To find the commit hash for 'Add feature B - user dashboard', we look through the `git reflog` output for that specific commit message. 1. Scan the reflog entries for the message `'Add feature B - user dashboard'`. 2. Found at `HEAD@{3}`: ``` 493f0f3ad5cf9dc4438e0fcbbc71cf8447836938 HEAD@{3}: commit: Add feature B - user dashboard ``` 3. The commit hash is the string preceding `HEAD@{3}`. **Answer:** The original commit hash is **`493f0f3ad5cf9dc4438e0fcbbc71cf8447836938`**.
qwen/qwen3.7-flash:xhigh PASS 100% 422 in → 1,355 out (1,274 reasoning)
Based on the provided `git reflog`, the original commit hash for **"Add feature B - user dashboard"** is: `8bd0908ca94d4653766c92a54438b2858f09f6d9` *(Found at `HEAD@{3}`)*
qwen/qwen3.7-max:high PASS 100% 406 in → 720 out (642 reasoning)
Based on the provided git reflog, the original commit hash for the commit with the message "Add feature B - user dashboard" (found at `HEAD@{3}`) is: **8379260bcb429c59aeab20cfe7d8009bdbada740**
qwen/qwen3.7-max:low PASS 100% 415 in → 713 out (629 reasoning)
Based on the provided `git reflog` output, the original commit hash for the commit with the message "Add feature B - user dashboard" (found at `HEAD@{3}`) is: **31110af97eae1be40c3714de02a371e2750292fd**
qwen/qwen3.7-max:medium PASS 100% 401 in → 684 out (604 reasoning)
Based on the provided git reflog, the original commit hash for the commit with the message "Add feature B - user dashboard" (found at `HEAD@{3}`) is: **b773082c0db190019ec1deecc986d811bc5078a2**
qwen/qwen3.7-max:none PASS 100% 428 in → 133 out (0 reasoning)
Based on the provided git reflog, the commit with the message "Add feature B - user dashboard" is found at `HEAD@{3}`: ``` cb8a262f987b2f6bf974c49391524aed8856a81e HEAD@{3}: commit: Add feature B - user dashboard ``` The original commit hash is: **`cb8a262f987b2f6bf974c49391524aed8856a81e`**
qwen/qwen3.7-max:xhigh PASS 100% 411 in → 805 out (723 reasoning)
Based on the provided git reflog, the original commit hash for the commit with the message "Add feature B - user dashboard" (found at `HEAD@{3}`) is: **`add7cda0b60b78ecf1a847d60c89ccd9d069380f`**
qwen/qwen3.7-plus:high PASS 100% 421 in → 685 out (597 reasoning)
Based on the provided git reflog, the original commit with the message "Add feature B - user dashboard" can be found at `HEAD@{3}`. The original commit hash is: **`9f64566ae5f80e6c135b64719de229b7358d269f`**
qwen/qwen3.7-plus:low PASS 100% 420 in → 919 out (835 reasoning)
Based on the provided git reflog, the original commit hash for the commit with the message 'Add feature B - user dashboard' is: `93d43f083ec9cd5fc03470379753c67f121d4939` *(Found at `HEAD@{3}`)*
qwen/qwen3.7-plus:medium PASS 100% 417 in → 390 out (348 reasoning)
b5271dcf9edc435d52a85f6d6f11e0dc3242a4b8
qwen/qwen3.7-plus:none PASS 100% 413 in → 303 out (0 reasoning)
To find the original commit hash for the commit with "user dashboard" in the message, we need to scan the provided `git reflog` entries for that specific text. 1. **Scan the reflog entries:** * `HEAD@{0}`: `rebase (finish)...` * `HEAD@{1}`: `rebase (start)...` * `HEAD@{2}`: `checkout: moving from develop to main` * `HEAD@{3}`: `commit: Add feature B - user dashboard` -> **Match found** * `HEAD@{4}`: `commit: Add feature A` * `HEAD@{5}`: `checkout: moving from main to develop` * `HEAD@{6}`: `commit (initial): Set version v1` 2. **Identify the hash:** The entry at `HEAD@{3}` contains the message "Add feature B - user dashboard". The corresponding hash is `ef9f54be72899e9e68d74c5fe37edede9e7b5aa5`. **Answer:** The original commit hash is `ef9f54be72899e9e68d74c5fe37edede9e7b5aa5`.
qwen/qwen3.7-plus:xhigh PASS 100% 402 in → 1,027 out (661 reasoning)
## Finding the Original Commit Hash Looking through the reflog, we need to find the line where the commit message contains **"user dashboard"**. The relevant entry is: ``` 3ab5ed3b34466545a6c575f1740e37015a30b6f3 HEAD@{3}: commit: Add feature B - user dashboard ``` This tells us that at `HEAD@{3}`, the commit **"Add feature B - user dashboard"** was created, and `HEAD` pointed to the hash **`3ab5ed3b34466545a6c575f1740e37015a30b6f3`** at that moment. ### Answer ``` 3ab5ed3b34466545a6c575f1740e37015a30b6f3 ``` > **Note:** To restore this commit (and the lost "Add feature A" commit), you could run: > ```bash > git reset --hard 3ab5ed3b34466545a6c575f1740e37015a30b6f3 > ``` > Or, to recover just the "Add feature A" commit, you would target `HEAD@{4}`: > ``` > 56e9a9c2baeb0f4d01cc5c33e1baed4a7b0d2679 > ```
tencent/hy3:high PASS 100% 323 in → 992 out (896 reasoning)
Based on the provided `git reflog`, the commit with 'user dashboard' in the message is found at `HEAD@{3}`: ``` 2d610d4874c803e755d10e244baff90253c4168f HEAD@{3}: commit: Add feature B - user dashboard ``` **Original commit hash:** `2d610d4874c803e755d10e244baff90253c4168f`
tencent/hy3:high__json_schema PASS 100% 331 in → 1,470 out (1,108 reasoning)
ae9629f7daf3301755ef7d6c6e6c6e3b088fd50a
JSON Schema Structured Output
(raw) { "ref": "ae9629f7daf3301755ef7d6c6e6c6e3b088fd50a" }
tencent/hy3:low PASS 100% 328 in → 1,120 out (740 reasoning)
The original commit hash for **'Add feature B - user dashboard'** can be found at `HEAD@{3}` in the reflog: ``` adac1754d6417ef32fd5b1f3b5eae49c8ab2ec6d HEAD@{3}: commit: Add feature B - user dashboard ``` **Original commit hash:** `adac1754d6417ef32fd5b1f3b5eae49c8ab2ec6d` You can recover or inspect it using: ```bash git show adac1754d6417ef32fd5b1f3b5eae49c8ab2ec6d # or create a branch from it: git branch recovery-branch adac1754d6417ef32fd5b1f3b5eae49c8ab2ec6d ```
tencent/hy3:low__json_schema PASS 100% 326 in → 1,679 out (1,318 reasoning)
b1625de5b30258c9ee23cd7b3799e486b6b87705
JSON Schema Structured Output
(raw) { "ref": "b1625de5b30258c9ee23cd7b3799e486b6b87705" }
tencent/hy3:medium PASS 100% 326 in → 1,986 out (1,804 reasoning)
The original commit hash for **"Add feature B - user dashboard"** can be found in the reflog at `HEAD@{3}`: ``` c6a3fd9a5df568b6cb477662244fdbf3a768435a HEAD@{3}: commit: Add feature B - user dashboard ``` **Original commit hash:** `c6a3fd9a5df568b6cb477662244fdbf3a768435a` You can recover or inspect that commit using: ```bash git checkout c6a3fd9a5df568b6cb477662244fdbf3a768435a ``` or create a branch pointing to it: ```bash git branch feature-b-recovery c6a3fd9a5df568b6cb477662244fdbf3a768435a ```
tencent/hy3:medium__json_schema PASS 100% 332 in → 1,432 out (1,164 reasoning)
d2924ee12611dcd42ab6f81565a6b766a59c4b78
JSON Schema Structured Output
(raw) { "ref": "d2924ee12611dcd42ab6f81565a6b766a59c4b78" }
tencent/hy3:none PASS 100% 341 in → 197 out (0 reasoning)
Based on the provided `git reflog`, the original commit that had **“Add feature B - user dashboard”** in its message is: **`c2b0f18763b303855ee6a25f6da0b3d6cc090a16`** This is shown at: ``` c2b0f18763b303855ee6a25f6da0b3d6cc090a16 HEAD@{3}: commit: Add feature B - user dashboard ``` So, to recover or inspect it, you can use: ```bash git show c2b0f18763b303855ee6a25f6da0b3d6cc090a16 ``` or create a branch from it: ```bash git branch recover-feature-b c2b0f18763b303855ee6a25f6da0b3d6cc090a16 ```
tencent/hy3:xhigh PASS 100% 324 in → 1,834 out (1,726 reasoning)
Based on the provided git reflog, the original commit hash for the commit with the message "Add feature B - user dashboard" is: **`201b55dcf7bdc500fc271d1f9951c9ebf4dc13e7`** This corresponds to the reflog entry: `201b55dcf7bdc500fc271d1f9951c9ebf4dc13e7 HEAD@{3}: commit: Add feature B - user dashboard`
tencent/hy3:xhigh__json_schema PASS 100% 334 in → 829 out (620 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) { "ref": "HEAD@{3}" }
thinkingmachines/inkling-small:high PASS 100% 314 in → 633 out (544 reasoning)
In the reflog, the entry for the “user dashboard” commit is: ``` 52bd28051a63c5622994627dccdbcd86b908eb09 HEAD@{3}: commit: Add feature B - user dashboard ``` So the original commit hash is: **`52bd28051a63c5622994627dccdbcd86b908eb09`**
thinkingmachines/inkling-small:high__json_schema PASS 100% 323 in → 667 out (632 reasoning)
0751c2274910639dc1781927a0f037d67ef3d79c
JSON Schema Structured Output
(raw) { "ref": "0751c2274910639dc1781927a0f037d67ef3d79c" }
thinkingmachines/inkling-small:low PASS 100% 343 in → 204 out (57 reasoning)
From the reflog, the commit with message **"Add feature B - user dashboard"** is at `HEAD@{3}`. **Original commit hash:** `4cd3299ffdf5d91bf78b6731f6d33e962b8f3390` You can recover it with: ```bash git cherry-pick 4cd3299ffdf5d91bf78b6731f6d33e962b8f3390 ``` or reset/rebuild the branch from that hash.
thinkingmachines/inkling-small:low__json_schema PASS 100% 342 in → 129 out (93 reasoning)
9b51652b5fb0e3062dffb2fc2ae21e33cc7e390f
JSON Schema Structured Output
(raw) {"ref":"9b51652b5fb0e3062dffb2fc2ae21e33cc7e390f"}
thinkingmachines/inkling-small:max PASS 100% 319 in → 1,549 out (1,220 reasoning)
In the reflog, the entry for the “user dashboard” commit is: ``` 00de1de4026ff8e11bc5a8a123dcbacf2dd37478 HEAD@{3}: commit: Add feature B - user dashboard ``` So the original commit hash is: **`00de1de4026ff8e11bc5a8a123dcbacf2dd37478`** (HEAD@{3})
thinkingmachines/inkling-small:max__json_schema PASS 100% 344 in → 2,337 out (2,309 reasoning)
HEAD@{3}: commit: Add feature B - user dashboard
JSON Schema Structured Output
(raw) { "ref": "HEAD@{3}: commit: Add feature B - user dashboard" }
thinkingmachines/inkling-small:medium PASS 100% 316 in → 812 out (709 reasoning)
The reflog entry for **"Add feature B - user dashboard"** is at `HEAD@{3}`: ``` 882bd9b816dc50c3174537d51e7240b119d723b9 HEAD@{3}: commit: Add feature B - user dashboard ``` So the original commit hash is: **`882bd9b816dc50c3174537d51e7240b119d723b9`**
thinkingmachines/inkling-small:none PASS 100% 329 in → 133 out (0 reasoning)
The reflog entry for `HEAD@{3}` shows: ``` 1642ad8f9b998fb3a6f924cb87dd44d092c82ff6 HEAD@{3}: commit: Add feature B - user dashboard ``` So the original commit hash is **`1642ad8f9b998fb3a6f924cb87dd44d092c82ff6`** (note: it is the same hash as the final rebased/squashed commit at `HEAD@{0}` because the message was preserved, but this is the original pre-rebase commit object).<|end_message|>
thinkingmachines/inkling-small:xhigh PASS 100% 326 in → 756 out (583 reasoning)
From the reflog, the entry for the original **"Add feature B - user dashboard"** commit is: ``` 56baef52ee7010543aa4a3130f359dce23e11975 HEAD@{3}: commit: Add feature B - user dashboard ``` So the original commit hash is: **`56baef52ee7010543aa4a3130f359dce23e11975`**
thinkingmachines/inkling-small:xhigh__json_schema PASS 100% 346 in → 953 out (920 reasoning)
HEAD@{3}: commit: Add feature B - user dashboard
JSON Schema Structured Output
(raw) { "ref": "HEAD@{3}: commit: Add feature B - user dashboard" }
thinkingmachines/inkling:high PASS 100% 329 in → 1,551 out (1,457 reasoning)
From the reflog, the entry for the original commit is: ``` 7f80015b41c021c863848010a184bf3c7eebec4d HEAD@{3}: commit: Add feature B - user dashboard ``` So the original commit hash is: **`7f80015b41c021c863848010a184bf3c7eebec4d`**
thinkingmachines/inkling:low PASS 100% 321 in → 211 out (130 reasoning)
The original commit is at `HEAD@{3}` in the reflog: **`518d027e1823f7aae7e6aa039135cacde410ce94`** (Message: `Add feature B - user dashboard`)
thinkingmachines/inkling:max PASS 100% 331 in → 373 out (246 reasoning)
The reflog shows the original `develop` branch history before the rebase squashed it. Look for the entry with the message **"Add feature B - user dashboard"**: ``` 3b600d7b66b95c3e6d57c6d2c8562ccd161c8514 HEAD@{3}: commit: Add feature B - user dashboard ``` So the original commit hash is: **`3b600d7b66b95c3e6d57c6d2c8562ccd161c8514`**
thinkingmachines/inkling:medium PASS 100% 328 in → 353 out (263 reasoning)
The reflog entry for the “user dashboard” commit is: ``` 6922d4ff3242e03ba666268446beb7a7b4138237 HEAD@{3}: commit: Add feature B - user dashboard ``` So the original commit hash is: **`6922d4ff3242e03ba666268446beb7a7b4138237`**
thinkingmachines/inkling:none PASS 100% 349 in → 68 out (0 reasoning)
The original commit hash is: **`cd3f6e7cd30bc8d02ad1d0db1c1f5bf7f123a14b`** This is the commit recorded at `HEAD@{3}` with the message `commit: Add feature B - user dashboard`.
thinkingmachines/inkling:xhigh PASS 100% 323 in → 831 out (731 reasoning)
The reflog entry for that commit is: ``` c396348a2f75d5336b615bd709f15be65d81e8bb HEAD@{3}: commit: Add feature B - user dashboard ``` So the original commit hash is: **`c396348a2f75d5336b615bd709f15be65d81e8bb`** (recorded at `HEAD@{3}`).
thinkingmachines/inkling:xhigh__json_schema PASS 100% 337 in → 436 out (419 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) { "ref": "HEAD@{3}" }
x-ai/grok-4.3:high PASS 100% 500 in → 1,674 out (1,537 reasoning)
**3429f5b9fe3f441325533259a8f2d0f8f7f313fb** This is the commit hash from `git reflog` for the entry `HEAD@{3}: commit: Add feature B - user dashboard`. It represents the original commit before the rebase (and squash) onto `main`. The earlier `HEAD@{4}` entry (`a498c68193a8e1e9b6ed6b07761f40256be5c8c9`) is the "Add feature A" commit. You can use this hash to create a new branch or cherry-pick it back if needed.
x-ai/grok-4.3:high__json_schema PASS 100% 545 in → 2,137 out (2,129 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{3}"}
x-ai/grok-4.3:low PASS 100% 493 in → 904 out (786 reasoning)
The reflog entry `HEAD@{3}` directly records the pre-rebase creation of the commit whose message contains “user dashboard”. Its SHA-1 is therefore the original commit hash: ``` 8d7d7398380adb11aa750c8e04540f26ed9fa6d1 ``` (The subsequent rebase rewrote history, but the reflog preserves the original object that was created on the `develop` branch.) Final answer: 8d7d7398380adb11aa750c8e04540f26ed9fa6d1
x-ai/grok-4.3:low__json_schema PASS 100% 549 in → 408 out (400 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{3}"}
x-ai/grok-4.3:max PASS 100% 504 in → 366 out (224 reasoning)
The original commit hash for the commit with 'user dashboard' in the message is: ``` 0a92a9c31bd9c98ee8e3069fa3924ae766a3edfe ``` This corresponds to `HEAD@{3}` in the reflog, which recorded the commit before the squash/rebase operation occurred. You can use `git show 0a92a9c31bd9c98ee8e3069fa3924ae766a3edfe` to inspect it or `git cherry-pick 0a92a9c31bd9c98ee8e3069fa3924ae766a3edfe` to restore it.
x-ai/grok-4.3:max__json_schema PASS 100% 546 in → 1,781 out (1,773 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{3}"}
x-ai/grok-4.3:medium PASS 100% 496 in → 2,104 out (1,899 reasoning)
The provided `git reflog` output records every movement of `HEAD`, including the two commits that were later lost after the squash during rebase. Scanning the entries from newest to oldest, the line ``` a05db94d406a5d1222a7b2d3690ad611bcc62e66 HEAD@{3}: commit: Add feature B - user dashboard ``` is the one whose commit message contains the substring “user dashboard”. Consequently the original object hash of that commit is exactly ``` a05db94d406a5d1222a7b2d3690ad611bcc62e66 ``` (This entry was created at the moment the commit was first written on the develop branch; the later rebase merely moved `HEAD` to a new squash commit while the reflog entry for the original object remained.) Final answer: a05db94d406a5d1222a7b2d3690ad611bcc62e66
x-ai/grok-4.3:medium__json_schema PASS 100% 541 in → 2,444 out (2,436 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{3}"}
x-ai/grok-4.3:none PASS 100% 487 in → 118 out (0 reasoning)
**Original commit hash:** ``` 85e2827d883b9fecb79c9d20722c61af5387b3df ``` The reflog shows: - `HEAD@{3}: commit: Add feature B - user dashboard` → `85e2827d883b9fecb79c9d20722c61af5387b3df` This was the commit before the rebase squashed it. You can use this hash to recover the commit if needed (e.g., via `git cherry-pick` or checking it out directly).
x-ai/grok-4.3:none__json_schema PASS 100% 535 in → 26 out (0 reasoning)
367915b9261ec546c7b37ddc712a0ca9eb5ffae9
JSON Schema Structured Output
(raw) {"ref":"367915b9261ec546c7b37ddc712a0ca9eb5ffae9"}
x-ai/grok-4.3:xhigh PASS 100% 473 in → 1,028 out (952 reasoning)
**51c571ef524e588662fb548daa92aafe18ea48ac** This is the original commit hash shown in the reflog entry `HEAD@{3}: commit: Add feature B - user dashboard`. The reflog preserves the pre-rebase history even after the squash during `git rebase`, allowing recovery of the lost commits via their recorded hashes.
x-ai/grok-4.3:xhigh__json_schema PASS 100% 549 in → 1,023 out (1,015 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{3}"}
x-ai/grok-4.5:high PASS 100% 510 in → 467 out (419 reasoning)
**e019ff068b6a2df6212cbf8d8212415927b22247** That is the hash from the reflog entry `HEAD@{3}: commit: Add feature B - user dashboard`.
x-ai/grok-4.5:high__json_schema PASS 100% 569 in → 633 out (624 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{3}"}
x-ai/grok-4.5:low PASS 100% 502 in → 113 out (68 reasoning)
**ad3c93fdf1702461cefe83b94e18310468bd4538** From the reflog entry: `HEAD@{3}: commit: Add feature B - user dashboard`
x-ai/grok-4.5:low__json_schema PASS 100% 570 in → 610 out (583 reasoning)
036193abd8d8a15bc17e6281cd4df9e908bdab79
JSON Schema Structured Output
(raw) {"ref":"036193abd8d8a15bc17e6281cd4df9e908bdab79"}
x-ai/grok-4.5:max PASS 100% 519 in → 881 out (809 reasoning)
**6200b7661662e7309bb1e43a22f73aafe5f19a2e** From the reflog, this is the hash of the original commit `HEAD@{3}: commit: Add feature B - user dashboard` (before the rebase onto `main` that squashed the intermediate commits).
x-ai/grok-4.5:max__json_schema PASS 100% 585 in → 715 out (686 reasoning)
43f8ee46a3736d385f6a7c050dd99fd67e00a699
JSON Schema Structured Output
(raw) {"ref":"43f8ee46a3736d385f6a7c050dd99fd67e00a699"}
x-ai/grok-4.5:medium PASS 100% 520 in → 783 out (629 reasoning)
**e857c8c2e41930b5f6828bd0b989aa5d4819912a** This is the hash listed in the reflog for the commit message containing "user dashboard": ``` e857c8c2e41930b5f6828bd0b989aa5d4819912a HEAD@{3}: commit: Add feature B - user dashboard ``` (The preceding entry `cfc9fe7b89665fbee8edd2bc963d6719c09fcd27` is the other intermediate commit "Add feature A". After the rebase/squash those originals are no longer on the branch tip, but they remain reachable via reflog until it expires.)
x-ai/grok-4.5:medium__json_schema PASS 100% 585 in → 679 out (670 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{3}"}
x-ai/grok-4.5:xhigh PASS 100% 507 in → 723 out (647 reasoning)
**3df2ba7e12c88a64fd42750ecc94765c5b68c321** From the reflog, the entry matching the message is: `3df2ba7e12c88a64fd42750ecc94765c5b68c321 HEAD@{3}: commit: Add feature B - user dashboard`
x-ai/grok-4.5:xhigh__json_schema PASS 100% 582 in → 804 out (795 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{3}"}
z-ai/glm-4.7-flash:high PASS 100% 356 in → 1,291 out (917 reasoning)
The commit hash is: **d9f131904bee667f91ebfb9cbb3ecf49d2b45e61** Looking at the reflog entry at `HEAD@{3}`: `d9f131904bee667f91ebfb9cbb3ecf49d2b45e61 HEAD@{3}: commit: Add feature B - user dashboard`
z-ai/glm-4.7-flash:low PASS 100% 354 in → 745 out (575 reasoning)
The commit hash is **4f4383ba1d94af857fccdf3ff427785b4d05c624**. You can find this in the `git reflog` output at the line: `4f4383ba1d94af857fccdf3ff427785b4d05c624 HEAD@{3}: commit: Add feature B - user dashboard`
z-ai/glm-4.7-flash:medium PASS 100% 359 in → 2,542 out (1,968 reasoning)
Based on the `git reflog` output provided, the original commit hash for the commit with the message "Add feature B - user dashboard" is: **82bea75d93436241b47d02a414e48d9458e6cdaf** Here is the specific line in the reflog confirming this: `82bea75d93436241b47d02a414e48d9458e6cdaf HEAD@{3}: commit: Add feature B - user dashboard`
z-ai/glm-4.7-flash:none PASS 100% 344 in → 165 out (0 reasoning)
The original commit hash is **325a7cab17126d2a0141388770f754f7adc0f951**. **Reasoning:** 1. You are looking for the commit containing the message "Add feature B - user dashboard". 2. Scanning the `git reflog` output, you find the entry at `HEAD@{3}`: `325a7cab17126d2a0141388770f754f7adc0f951 HEAD@{3}: commit: Add feature B - user dashboard` 3. The hash associated with this entry is `325a7cab17126d2a0141388770f754f7adc0f951`.
z-ai/glm-4.7-flash:none__json_schema PASS 100% 353 in → 12 out (0 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) { "ref": "HEAD@{3}" }
z-ai/glm-4.7-flash:xhigh PASS 100% 359 in → 1,137 out (823 reasoning)
The original commit hash is **413852f017aedb645f23f3f5355df3b6c89aad2d**. This corresponds to the line in the reflog: `413852f017aedb645f23f3f5355df3b6c89aad2d HEAD@{3}: commit: Add feature B - user dashboard`
z-ai/glm-5.2:high PASS 100% 355 in → 649 out (393 reasoning)
The original commit hash for the commit with 'user dashboard' in the message is: **8c925c5ed81114c92615ce99b27c1923bb033e82**
z-ai/glm-5.2:high__json_schema PASS 100% 540 in → 242 out (200 reasoning)
bb8cd58671dd9c1f7c8d6e0c4e3440feec8b0490
JSON Schema Structured Output
(raw) { "ref": "bb8cd58671dd9c1f7c8d6e0c4e3440feec8b0490" }
z-ai/glm-5.2:low PASS 100% 362 in → 377 out (312 reasoning)
The original commit hash of the commit with 'user dashboard' in the message is: **16b69b2ea09073f5c548d9b683c5742008d1e848** (It is found at `HEAD@{3}` in the reflog).
z-ai/glm-5.2:low__json_schema PASS 100% 345 in → 260 out (248 reasoning)
HEAD@{3}
JSON Schema Structured Output
(raw) { "ref": "HEAD@{3}" }
z-ai/glm-5.2:medium PASS 100% 366 in → 970 out (797 reasoning)
Based on the provided `git reflog` output, the original commit hash for the commit with 'user dashboard' in the message is: **9a7b9b0241d7b6a87ec9e9be9c3376f765ec017f** You can see this on the following line: `9a7b9b0241d7b6a87ec9e9be9c3376f765ec017f HEAD@{3}: commit: Add feature B - user dashboard`
z-ai/glm-5.2:medium__json_schema PASS 100% 354 in → 843 out (602 reasoning)
78bb30d6c98ed212ca9e8c2d0ca2e334849a0c56
JSON Schema Structured Output
(raw) { "ref": "78bb30d6c98ed212ca9e8c2d0ca2e334849a0c56" }
z-ai/glm-5.2:none PASS 100% 353 in → 47 out (0 reasoning)
The original commit hash of the commit with 'user dashboard' in the message is: **4c8e4547ff6b191587df834d216901e17e218cb6**
z-ai/glm-5.2:xhigh PASS 100% 367 in → 1,739 out (1,153 reasoning)
Theoriginal commit hash for the commit with 'user dashboard' in the message is: **d49b30e7852dc74db3dba1a63d10d2dd1d39b4ff** You can find it in this line from the reflog: `d49b30e7852dc74db3dba1a63d10d2dd1d39b4ff HEAD@{3}: commit: Add feature B - user dashboard`
Invalid JSON. Output:
JSON Schema Structured Output
Structured Output Error
Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Failure: Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Invalid JSON. Output:
JSON Schema Structured Output
Structured Output Error
Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Failure: Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Invalid JSON. Output:
JSON Schema Structured Output
Structured Output Error
Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Failure: Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Invalid JSON. Output:
JSON Schema Structured Output
Structured Output Error
Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Failure: Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
arcee-ai/trinity-mini:low__json_schema FAIL 0% 317 in → 434 out (400 reasoning)
f28c3c29f972a0eff3f1c21148e35d846a59bedc
JSON Schema Structured Output
(raw) { "ref": "f28c3c29f972a0eff3f1c21148e35d846a59bedc" }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Add feature B - user dashboard'
arcee-ai/trinity-mini:medium__json_schema FAIL 0% 318 in → 463 out (431 reasoning)
ca68601cedd1e8d91c35b8283ea631a32f07da98
JSON Schema Structured Output
(raw) { "ref": "ca68601cedd1e8d91c35b8283ea631a32f07da98" }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Add feature B - user dashboard'
Invalid JSON. Output: The originalcommit hash for "Add feature B - user dashboard" is found in the reflog at entry `HEAD@{3}`: ``` 67b11d82d9410986b11c7494f1286bdc91033913 ```
JSON Schema Structured Output
Structured Output Error
Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Failure: Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Invalid JSON. Output: Great question! When you **rebase**, Git moves commits from one branch onto another, and if there are conflicts or changes that cause commits to be **squashed** (i.e., their messages change), the original commit hashes can be found using `git reflog`. From your output: ``` b5b7f6bb63747de0123f3d76b6a0997547540f5e HEAD@{0}: rebase (finish): returning to refs/heads/main b5b7f6bb63747de0123f3d76b6a0997547540f5e HEAD@{1}: rebase (start): checkout develop 026d25440fee1c36525892e8975c6a598ea1ba12 HEAD@{2}: checkout: moving from develop to main b5b7f6bb63747de0123f3d76b6a0997547540f5e HEAD@{3}: commit: Add feature B - user dashboard d5865ab6f859315fdb51e6c90dbbbe00d531b2e3 HEAD@{4}: commit: Add feature A 026d25440fee1c36525892e8975c6a598ea1ba12 HEAD@{5}: checkout: moving from main to develop 026d25440fee1c36525892e8975c6a598ea1ba12 HEAD@{6}: commit (initial): Set version v1 ``` ### Steps to Find the Original Commit Hash 1. **Look for the commit with the message containing "user dashboard":** - The relevant line is: ``` b5b7f6bb63747de0123f3d76b6a0997547540f5e HEAD@{3}: commit: Add feature B - user dashboard ``` 2. **Find its reflog entry:** - The corresponding `reflog` entry is: ``` b5b7f6bb63747de0123f3d76b6a0997547540f5e HEAD@{0}: rebase (finish): returning to refs/heads/main ``` Wait — actually, the **commit hash** (`b5b7f6bb63747de0123f3d76b6a0997547540f5e`) is shown at the start of the first line. - But the actual **commit hash** for "Add feature B - user dashboard" is: ``` b5b7f6bb63747de0123f3d76b6a0997547540f5e ``` This is the hash of the commit *after* rebase, which means it's the same as before the squash (because the message changed). - However, if you want to be sure, you can look at the **full log** around this commit: ``` b5b7f6bb63747de0123f3d76b6a0997547540f5e HEAD@{0}: rebase (finish): returning to refs/heads/main b5b7f6bb63747de0123f3d76b6a0997547540f5e HEAD@{1}: rebase (start): checkout develop 026d25440fee1c36525892e8975c6a598ea1ba12 HEAD@{2}: checkout: moving from develop to main b5b7f6bb63747de0123f3d76b6a0997547540f5e HEAD@{3}: commit: Add feature B - user dashboard d5865ab6f859315fdb51e6c90dbbbe00d531b2e3 HEAD@{4}: commit: Add feature A ... ``` - So, the **original commit hash** for "Add feature B - user dashboard" is: ``` b5b7f6bb63747de0123f3d76b6a0997547540f5e ``` - If you want to double-check, you can run: ``` git log b5b7f6bb63747de0123f3d76b6a0997547540f5e..b5b7f6bb63747de0123f3d76b6a0997547540f5e ``` This will show only the commits between those two hashes (in this case, just one commit). --- ## **Summary Table** | Message | Commit Hash | |----------------------------------|-------------------------------------| | Add feature B - user dashboard | b5b7f6bb63747de0123f3d76b6a0997547540f5e | | Add feature A | d5865ab6f859315fdb51e6c90dbbbe00d531b2e3 | --- ## **Conclusion** The **original commit hash** for "Add feature B - user dashboard" is: ``` b5b7f6bb63747de0123f3d76b6a0997547540f5e ``` You can use this hash to reference the commit directly after the rebase. If you need to recover it after a squash, you can always use: ``` git reflog ``` and then follow the chain until you see the message you're looking for. --- **Let me know if you need help recovering the content of that commit!**
JSON Schema Structured Output
Structured Output Error
Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Failure: Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
minimax/minimax-m2.5:xhigh FAIL 0% 363 in → 2,236 out (1,717 reasoning)
The commit that added “user dashboard” is recorded in the reflog as: ``` b67b7b57d610fcd18cd38c88ba766a71f23b28c2 ``` You can inspect it (or recover it) with: ```bash git show b67b7b57d610fcd18cd38c88ba766a71f23b28c2 # or, to checkout that commit: git checkout b67b7b57d610fcd18cd38c88ba766a71f23b28c2 ```
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Add feature B - user dashboard'
Invalid JSON. Output:
JSON Schema Structured Output
Structured Output Error
Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Failure: Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
moonshotai/kimi-k2.6:low__json_schema FAIL 0% 311 in → 3,174 out (2,832 reasoning)
#sea-answer
JSON Schema Structured Output
(raw) { "ref": "#sea-answer" }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Add feature B - user dashboard'
moonshotai/kimi-k2.7-code:high__json_schema FAIL 0% 306 in → 198 out (180 reasoning)
refs/heads/develop@{3}
JSON Schema Structured Output
(raw) { "ref": "refs/heads/develop@{3}" }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Add feature B - user dashboard'
Invalid JSON. Output:
JSON Schema Structured Output
Structured Output Error
Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Failure: Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
moonshotai/kimi-k2.7-code:medium__json_schema FAIL 0% 313 in → 307 out (293 reasoning)
hash
JSON Schema Structured Output
(raw) { "ref": "hash" }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Add feature B - user dashboard'
openai/gpt-5.4-nano:none__json_schema FAIL 0% 359 in → 39 out (0 reasoning)
8ea3a20a80c2769046fa7ca2a2c6201b43c46039
JSON Schema Structured Output
(raw) {"ref":"8ea3a20a80c2769046fa7ca2a2c6201b43c46039"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Add feature B - user dashboard'
openai/gpt-oss-120b:xhigh__json_schema FAIL 0% 379 in → 10 out (0 reasoning)
analysis
JSON Schema Structured Output
(raw) { "ref": "analysis" }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Add feature B - user dashboard'
poolside/laguna-m.1:medium__json_schema FAIL 0% 396 in → 5,305 out (5,221 reasoning)
a11b2b9358ec843a871768b3d4a8a850f0a080fb
JSON Schema Structured Output
(raw) { "ref": "a11b2b9358ec843a871768b3d4a8a850f0a080fb" }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Add feature B - user dashboard'
poolside/laguna-m.1:none__json_schema FAIL 0% 397 in → 40 out (0 reasoning)
e435a7bb246324ff73bcff6d7fad71b1886255e3
JSON Schema Structured Output
(raw) {"ref": "e435a7bb246324ff73bcff6d7fad71b1886255e3"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Add feature B - user dashboard'
poolside/laguna-m.1:xhigh__json_schema FAIL 0% 404 in → 1,755 out (1,745 reasoning)
refs/heads/main
JSON Schema Structured Output
(raw) {"ref": "refs/heads/main"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Add feature B - user dashboard'
poolside/laguna-xs.2:medium__json_schema FAIL 0% 443 in → 230 out (222 reasoning)
main
JSON Schema Structured Output
(raw) {"ref": "main"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Add feature B - user dashboard'
poolside/laguna-xs.2:none__json_schema FAIL 0% 447 in → 41 out (0 reasoning)
3e4b6d802a54fbb4be76961f122d44fae0d78ea5
JSON Schema Structured Output
(raw) {"ref": "3e4b6d802a54fbb4be76961f122d44fae0d78ea5"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Add feature B - user dashboard'
qwen/qwen3.6-27b:xhigh__json_schema FAIL 0% 427 in → 1,698 out (1,174 reasoning)
default_api:generate_text
JSON Schema Structured Output
(raw) { "ref": "default_api:generate_text" }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Add feature B - user dashboard'
(empty output)
JSON Schema Structured Output
Failure: Error code: 400 - {'error': {'message': 'Provider returned error', 'code': 400, 'metadata': {'raw': '{"error":{"message":"<400> InternalError.Algo.InvalidParameter: \'messages\' must contain the word \'json\' in some form, to use \'response_format\' of type \'json_object\'.","type":"invalid_request_error","param":null,"code":"invalid_parameter_error"},"id":"chatcmpl-8748ed69-f619-914e-b554-79f15d666516","request_id":"8748ed69-f619-914e-b554-79f15d666516"}', 'provider_name': 'Alibaba', 'is_byok': False}}, 'user_id': 'user_3FrVBkmFqVIuZ58dEh7AU8vhXUV'}
(empty output)
JSON Schema Structured Output
Failure: Error code: 400 - {'error': {'message': 'Provider returned error', 'code': 400, 'metadata': {'raw': '{"error":{"message":"<400> InternalError.Algo.InvalidParameter: \'messages\' must contain the word \'json\' in some form, to use \'response_format\' of type \'json_object\'.","type":"invalid_request_error","param":null,"code":"invalid_parameter_error"},"id":"chatcmpl-63ad0b60-f6e4-9344-8fb3-a3196597eea2","request_id":"63ad0b60-f6e4-9344-8fb3-a3196597eea2"}', 'provider_name': 'Alibaba', 'is_byok': False}}, 'user_id': 'user_3FrVBkmFqVIuZ58dEh7AU8vhXUV'}
(empty output)
JSON Schema Structured Output
Failure: Error code: 400 - {'error': {'message': 'Provider returned error', 'code': 400, 'metadata': {'raw': '{"error":{"message":"<400> InternalError.Algo.InvalidParameter: \'messages\' must contain the word \'json\' in some form, to use \'response_format\' of type \'json_object\'.","type":"invalid_request_error","param":null,"code":"invalid_parameter_error"},"id":"chatcmpl-440fcf79-a7c3-9ad8-b089-3470e61a8ec7","request_id":"440fcf79-a7c3-9ad8-b089-3470e61a8ec7"}', 'provider_name': 'Alibaba', 'is_byok': False}}, 'user_id': 'user_3FrVBkmFqVIuZ58dEh7AU8vhXUV'}
(empty output)
JSON Schema Structured Output
Failure: Error code: 400 - {'error': {'message': 'Provider returned error', 'code': 400, 'metadata': {'raw': '{"error":{"message":"<400> InternalError.Algo.InvalidParameter: \'messages\' must contain the word \'json\' in some form, to use \'response_format\' of type \'json_object\'.","type":"invalid_request_error","param":null,"code":"invalid_parameter_error"},"id":"chatcmpl-d2941e20-0a84-9290-889f-ff65773040db","request_id":"d2941e20-0a84-9290-889f-ff65773040db"}', 'provider_name': 'Alibaba', 'is_byok': False}}, 'user_id': 'user_3FrVBkmFqVIuZ58dEh7AU8vhXUV'}
(empty output)
JSON Schema Structured Output
Failure: Error code: 400 - {'error': {'message': 'Provider returned error', 'code': 400, 'metadata': {'raw': '{"error":{"message":"<400> InternalError.Algo.InvalidParameter: \'messages\' must contain the word \'json\' in some form, to use \'response_format\' of type \'json_object\'.","type":"invalid_request_error","param":null,"code":"invalid_parameter_error"},"id":"chatcmpl-e7d48d1e-3474-9f4e-ad64-246916c2ea70","request_id":"e7d48d1e-3474-9f4e-ad64-246916c2ea70"}', 'provider_name': 'Alibaba', 'is_byok': False}}, 'user_id': 'user_3FrVBkmFqVIuZ58dEh7AU8vhXUV'}
(empty output)
JSON Schema Structured Output
Failure: Error code: 400 - {'error': {'message': 'Provider returned error', 'code': 400, 'metadata': {'raw': 'data: {"error":{"code":"invalid_parameter_error","param":null,"message":"\'messages\' must contain the word \'json\' in some form, to use \'response_format\' of type \'json_object\'.","type":"invalid_request_error"},"id":"chatcmpl-6c25313b-41c5-9205-b994-63561c365ff7"}\n\n', 'provider_name': 'Alibaba', 'is_byok': False}}, 'user_id': 'user_3FrVBkmFqVIuZ58dEh7AU8vhXUV'}
(empty output)
JSON Schema Structured Output
Failure: Error code: 400 - {'error': {'message': 'Provider returned error', 'code': 400, 'metadata': {'raw': 'data: {"error":{"code":"invalid_parameter_error","param":null,"message":"\'messages\' must contain the word \'json\' in some form, to use \'response_format\' of type \'json_object\'.","type":"invalid_request_error"},"id":"chatcmpl-a29aa80d-192b-9474-bc79-1255d8fa2db3"}\n\n', 'provider_name': 'Alibaba', 'is_byok': False}}, 'user_id': 'user_3FrVBkmFqVIuZ58dEh7AU8vhXUV'}
(empty output)
JSON Schema Structured Output
Failure: Error code: 400 - {'error': {'message': 'Provider returned error', 'code': 400, 'metadata': {'raw': 'data: {"error":{"code":"invalid_parameter_error","param":null,"message":"\'messages\' must contain the word \'json\' in some form, to use \'response_format\' of type \'json_object\'.","type":"invalid_request_error"},"id":"chatcmpl-c5fbb231-8e96-9229-b137-6b9e1ea8233e"}\n\n', 'provider_name': 'Alibaba', 'is_byok': False}}, 'user_id': 'user_3FrVBkmFqVIuZ58dEh7AU8vhXUV'}
(empty output)
JSON Schema Structured Output
Failure: Error code: 400 - {'error': {'message': 'Provider returned error', 'code': 400, 'metadata': {'raw': 'data: {"error":{"code":"invalid_parameter_error","param":null,"message":"\'messages\' must contain the word \'json\' in some form, to use \'response_format\' of type \'json_object\'.","type":"invalid_request_error"},"id":"chatcmpl-fa374d73-df2b-9bd9-b4af-d456e464a84a"}\n\n', 'provider_name': 'Alibaba', 'is_byok': False}}, 'user_id': 'user_3FrVBkmFqVIuZ58dEh7AU8vhXUV'}
(empty output)
JSON Schema Structured Output
Failure: Error code: 400 - {'error': {'message': 'Provider returned error', 'code': 400, 'metadata': {'raw': 'data: {"error":{"code":"invalid_parameter_error","param":null,"message":"\'messages\' must contain the word \'json\' in some form, to use \'response_format\' of type \'json_object\'.","type":"invalid_request_error"},"id":"chatcmpl-d0ea23e6-2c30-9c72-83b5-3b449b2206af"}\n\n', 'provider_name': 'Alibaba', 'is_byok': False}}, 'user_id': 'user_3FrVBkmFqVIuZ58dEh7AU8vhXUV'}
(empty output)
JSON Schema Structured Output
Failure: Error code: 400 - {'error': {'message': 'Provider returned error', 'code': 400, 'metadata': {'raw': 'data: {"error":{"code":"invalid_parameter_error","param":null,"message":"\'messages\' must contain the word \'json\' in some form, to use \'response_format\' of type \'json_object\'.","type":"invalid_request_error"},"id":"chatcmpl-ceedcc05-ee10-94b2-a50b-90d6d7eef98c"}\n\n', 'provider_name': 'Alibaba', 'is_byok': False}}, 'user_id': 'user_3FrVBkmFqVIuZ58dEh7AU8vhXUV'}
(empty output)
JSON Schema Structured Output
Failure: Error code: 400 - {'error': {'message': 'Provider returned error', 'code': 400, 'metadata': {'raw': '{"error":{"message":"<400> InternalError.Algo.InvalidParameter: \'messages\' must contain the word \'json\' in some form, to use \'response_format\' of type \'json_object\'.","type":"invalid_request_error","param":null,"code":"invalid_parameter_error"},"id":"chatcmpl-9445d3c3-e7e8-9a22-b697-34ae18fa221b","request_id":"9445d3c3-e7e8-9a22-b697-34ae18fa221b"}', 'provider_name': 'Alibaba', 'is_byok': False}}, 'user_id': 'user_3FrVBkmFqVIuZ58dEh7AU8vhXUV'}
(empty output)
JSON Schema Structured Output
Failure: Error code: 400 - {'error': {'message': 'Provider returned error', 'code': 400, 'metadata': {'raw': '{"error":{"message":"<400> InternalError.Algo.InvalidParameter: \'messages\' must contain the word \'json\' in some form, to use \'response_format\' of type \'json_object\'.","type":"invalid_request_error","param":null,"code":"invalid_parameter_error"},"id":"chatcmpl-3f520a18-a234-992c-a647-0f51043fdb51","request_id":"3f520a18-a234-992c-a647-0f51043fdb51"}', 'provider_name': 'Alibaba', 'is_byok': False}}, 'user_id': 'user_3FrVBkmFqVIuZ58dEh7AU8vhXUV'}
(empty output)
JSON Schema Structured Output
Failure: Error code: 400 - {'error': {'message': 'Provider returned error', 'code': 400, 'metadata': {'raw': '{"error":{"message":"<400> InternalError.Algo.InvalidParameter: \'messages\' must contain the word \'json\' in some form, to use \'response_format\' of type \'json_object\'.","type":"invalid_request_error","param":null,"code":"invalid_parameter_error"},"id":"chatcmpl-739de813-95b3-9a37-b072-da1513d77e95","request_id":"739de813-95b3-9a37-b072-da1513d77e95"}', 'provider_name': 'Alibaba', 'is_byok': False}}, 'user_id': 'user_3FrVBkmFqVIuZ58dEh7AU8vhXUV'}
(empty output)
JSON Schema Structured Output
Failure: Error code: 400 - {'error': {'message': 'Provider returned error', 'code': 400, 'metadata': {'raw': '{"error":{"message":"<400> InternalError.Algo.InvalidParameter: \'messages\' must contain the word \'json\' in some form, to use \'response_format\' of type \'json_object\'.","type":"invalid_request_error","param":null,"code":"invalid_parameter_error"},"id":"chatcmpl-fe2380d7-eedb-998d-8cc3-799e2d12d52d","request_id":"fe2380d7-eedb-998d-8cc3-799e2d12d52d"}', 'provider_name': 'Alibaba', 'is_byok': False}}, 'user_id': 'user_3FrVBkmFqVIuZ58dEh7AU8vhXUV'}
(empty output)
JSON Schema Structured Output
Failure: Error code: 400 - {'error': {'message': 'Provider returned error', 'code': 400, 'metadata': {'raw': '{"error":{"message":"<400> InternalError.Algo.InvalidParameter: \'messages\' must contain the word \'json\' in some form, to use \'response_format\' of type \'json_object\'.","type":"invalid_request_error","param":null,"code":"invalid_parameter_error"},"id":"chatcmpl-6c05845f-692c-982c-b7aa-6a989c234df1","request_id":"6c05845f-692c-982c-b7aa-6a989c234df1"}', 'provider_name': 'Alibaba', 'is_byok': False}}, 'user_id': 'user_3FrVBkmFqVIuZ58dEh7AU8vhXUV'}
(empty output)
JSON Schema Structured Output
Failure: Error code: 400 - {'error': {'message': 'Provider returned error', 'code': 400, 'metadata': {'raw': '{"error":{"message":"<400> InternalError.Algo.InvalidParameter: \'messages\' must contain the word \'json\' in some form, to use \'response_format\' of type \'json_object\'.","type":"invalid_request_error","param":null,"code":"invalid_parameter_error"},"id":"chatcmpl-74856c36-646b-9d94-a267-abc1e7d70d9e","request_id":"74856c36-646b-9d94-a267-abc1e7d70d9e"}', 'provider_name': 'Alibaba', 'is_byok': False}}, 'user_id': 'user_3FrVBkmFqVIuZ58dEh7AU8vhXUV'}
(empty output)
JSON Schema Structured Output
Failure: Error code: 400 - {'error': {'message': 'Provider returned error', 'code': 400, 'metadata': {'raw': '{"error":{"message":"<400> InternalError.Algo.InvalidParameter: \'messages\' must contain the word \'json\' in some form, to use \'response_format\' of type \'json_object\'.","type":"invalid_request_error","param":null,"code":"invalid_parameter_error"},"id":"chatcmpl-bf825819-e24f-9102-b739-1b7f47fc0c90","request_id":"bf825819-e24f-9102-b739-1b7f47fc0c90"}', 'provider_name': 'Alibaba', 'is_byok': False}}, 'user_id': 'user_3FrVBkmFqVIuZ58dEh7AU8vhXUV'}
(empty output)
JSON Schema Structured Output
Failure: Error code: 400 - {'error': {'message': 'Provider returned error', 'code': 400, 'metadata': {'raw': '{"error":{"message":"<400> InternalError.Algo.InvalidParameter: \'messages\' must contain the word \'json\' in some form, to use \'response_format\' of type \'json_object\'.","type":"invalid_request_error","param":null,"code":"invalid_parameter_error"},"id":"chatcmpl-2d450978-bd1f-958c-8229-3d3cefbb5f11","request_id":"2d450978-bd1f-958c-8229-3d3cefbb5f11"}', 'provider_name': 'Alibaba', 'is_byok': False}}, 'user_id': 'user_3FrVBkmFqVIuZ58dEh7AU8vhXUV'}
(empty output)
JSON Schema Structured Output
Failure: Error code: 400 - {'error': {'message': 'Provider returned error', 'code': 400, 'metadata': {'raw': '{"error":{"message":"<400> InternalError.Algo.InvalidParameter: \'messages\' must contain the word \'json\' in some form, to use \'response_format\' of type \'json_object\'.","type":"invalid_request_error","param":null,"code":"invalid_parameter_error"},"id":"chatcmpl-4130d5b9-96a2-9a76-b7cf-2592dd6aa24e","request_id":"4130d5b9-96a2-9a76-b7cf-2592dd6aa24e"}', 'provider_name': 'Alibaba', 'is_byok': False}}, 'user_id': 'user_3FrVBkmFqVIuZ58dEh7AU8vhXUV'}
(empty output)
JSON Schema Structured Output
Failure: Error code: 400 - {'error': {'message': 'Provider returned error', 'code': 400, 'metadata': {'raw': '{"error":{"message":"<400> InternalError.Algo.InvalidParameter: \'messages\' must contain the word \'json\' in some form, to use \'response_format\' of type \'json_object\'.","type":"invalid_request_error","param":null,"code":"invalid_parameter_error"},"id":"chatcmpl-f9e38255-804e-9f0e-82a9-5523dc38f1b4","request_id":"f9e38255-804e-9f0e-82a9-5523dc38f1b4"}', 'provider_name': 'Alibaba', 'is_byok': False}}, 'user_id': 'user_3FrVBkmFqVIuZ58dEh7AU8vhXUV'}
(empty output)
JSON Schema Structured Output
Failure: Model 'tencent/hy3:none' violated the reasoning_level=none invariant: provider reported 4224 reasoning token(s)
thinkingmachines/inkling-small:medium__json_schema FAIL 0% 338 in → 362 out (349 reasoning)
golden
JSON Schema Structured Output
(raw) {"ref": "golden"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Add feature B - user dashboard'
Invalid JSON. Output: The original commit hash is `0c4d26bcaa4e31548386869a993e30663815c587`. You can identify it from the reflog at `HEAD@{3}`: ``` 0c4d26bcaa4e31548386869a993e30663815c587 HEAD@{3}: commit: Add feature B - user dashboard {"ref": "0c4d26bcaa4e31548386869a993e30663815c587"}
JSON Schema Structured Output
Structured Output Error
Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Failure: Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Invalid JSON. Output: From the reflog, the entry for the commit containing **"user dashboard"** is: ``` d1fbd4e9b138fc58f19baba38b2e26dd19dff493 HEAD@{3}: commit: Add feature B - user dashboard ``` So the original commit hash is: **`d1fbd4e9b138fc58f19baba38b2e26dd19dff493`**
JSON Schema Structured Output
Structured Output Error
Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Failure: Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Invalid JSON. Output: The original commit is at `HEAD@{3}`: **`0241891e46638c93e451426d86014bca4b3ac370`** *(message: "Add feature B - user dashboard")*
JSON Schema Structured Output
Structured Output Error
Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Failure: Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Invalid JSON. Output: The reflog entry for that commit is: ``` 33c895ec4faa28945c98f233f6fa5c21255f788f HEAD@{3}: commit: Add feature B - user dashboard ``` So the original commit hash is: **`33c895ec4faa28945c98f233f6fa5c21255f788f`**
JSON Schema Structured Output
Structured Output Error
Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Failure: Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Invalid JSON. Output: The reflog entry for the “user dashboard” commit is: ``` fd9d4c9f1f1a7b88251b978190f3d7ff62fffc7d HEAD@{3}: commit: Add feature B - user dashboard ``` So the original commit hash is: **`fd9d4c9f1f1a7b88251b978190f3d7ff62fffc7d`** (Add feature B - user dashboard).
JSON Schema Structured Output
Structured Output Error
Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Failure: Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Invalid JSON. Output: The original commit hash is: **`76dc3a3d93a2c93bed740ef8fcf802903a6e3162`** This is shown at `HEAD@{3}` with the message `commit: Add feature B - user dashboard`. The reflog shows that `HEAD@{4}` (`8603f6...`) was "Add feature A", and then `HEAD@{3}` added the user dashboard commit on top of it—before the rebase at `HEAD@{0}` squashed them together onto `main`.{ "ref": "HEAD@{3}" }
JSON Schema Structured Output
Structured Output Error
Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Failure: Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Invalid JSON. Output:
JSON Schema Structured Output
Structured Output Error
Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Failure: Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Invalid JSON. Output:
JSON Schema Structured Output
Structured Output Error
Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Failure: Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Invalid JSON. Output:
JSON Schema Structured Output
Structured Output Error
Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Failure: Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Invalid JSON. Output:
JSON Schema Structured Output
Structured Output Error
Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Failure: Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
(empty output)
JSON Schema Structured Output
Failure: Model 'z-ai/glm-5.2:none' violated the reasoning_level=none invariant: provider reported 537 reasoning token(s)
Invalid JSON. Output: The original commit hash of the commit with 'user dashboard' in the message is: **0f4905e7b974992dcee1c0911dcbc86dd1e52258**
JSON Schema Structured Output
Structured Output Error
Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Failure: Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)