Detached HEAD state - identify the detached HEAD commit
Tests ability to identify a detached HEAD commit using reflog. Evaluates detached-HEAD diagnosis and 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 'line1' > data.txt
  5. 05 git add data.txt
  6. 06 git commit -m 'First commit'
  7. 07 echo 'line2' >> data.txt
  8. 08 git add data.txt
  9. 09 git commit -m 'Second commit'
  10. 10 echo 'line3' >> data.txt
  11. 11 git add data.txt
  12. 12 git commit -m 'Third commit - WIP experimental'
  13. 13 git checkout HEAD~1
Prompt
You are in detached HEAD state at HEAD~1. You made some experimental changes and committed them in a detached HEAD state. The commit 'Third commit - WIP experimental' was made on a detached HEAD. Use git reflog to find the commit hash of that experimental commit so you can return to it.
Expected
Third commit - WIP experimental

Scoped model quality, cost, API time, and token usage for reflog/f006.

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anthropic/claude-fable-5:high PASS 100% 305 in → 363 out (14 reasoning)
The commit hash for **"Third commit - WIP experimental"** is: ``` c5d8a844454fce4ff79b968696f6b0416b6f856e ``` It's visible in the reflog at `HEAD@{1}`: ``` c5d8a844454fce4ff79b968696f6b0416b6f856e HEAD@{1}: commit: Third commit - WIP experimental ``` To return to that commit, run: ```bash git checkout c5d8a84 ``` ### Important: don't lose this commit Since this commit was made in a detached HEAD state, it isn't referenced by any branch — it could eventually be garbage-collected. To keep it safe, create a branch pointing to it: ```bash git checkout -b experimental c5d8a84 ``` Or if you're already checked out at that commit: ```bash git switch -c experimental ``` Now your experimental work is preserved on the `experimental` branch, and you can merge or rebase it onto `main` later if desired.
anthropic/claude-fable-5:high__json_schema PASS 100% 521 in → 91 out (27 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{1}"}
anthropic/claude-fable-5:low PASS 100% 306 in → 341 out (0 reasoning)
The experimental commit hash is **`7e737d6274f200f9a78ab2ba7e4a92cf56c4fd99`** (shown at `HEAD@{1}: commit: Third commit - WIP experimental`). To return to it: ```bash git checkout 7e737d6274f200f9a78ab2ba7e4a92cf56c4fd99 ``` To keep the work safe, create a branch there: ```bash git checkout -b experimental 7e737d6 ``` **Note:** The reflog looks unusual — "Second commit" appears at `HEAD@{2}` on hash `c3924b2`, and the "Third commit" (`7e737d6`) was made *before* the `checkout: moving from main to HEAD~1`. This suggests the experimental commit was actually made on `main`, and you're now detached at `c3924b2` (Second commit). Either way, `7e737d6` is the commit you want — since it isn't reachable from your current position, creating a branch on it is the safest way to preserve it before garbage collection.
anthropic/claude-fable-5:low__json_schema PASS 100% 512 in → 34 out (0 reasoning)
b956e6470b75553593654a23ab27c873fc0c74e0
JSON Schema Structured Output
(raw) {"ref": "b956e6470b75553593654a23ab27c873fc0c74e0"}
anthropic/claude-fable-5:max PASS 100% 302 in → 1,552 out (152 reasoning)
## Found it Looking at the reflog, the experimental commit is at `HEAD@{1}`: ``` e05db7c0692e31bd84dc326b73c08911ef8345e2 HEAD@{1}: commit: Third commit - WIP experimental ``` **Commit hash:** `e05db7c0692e31bd84dc326b73c08911ef8345e2` ## Return to it ```bash git checkout e05db7c0692e31bd84dc326b73c08911ef8345e2 ``` You can also reference it directly by its reflog entry: ```bash git checkout HEAD@{1} ``` ## Recommended: save it to a branch Since this commit isn't on any branch, it's only reachable through the reflog and could eventually be garbage collected. To keep it safe, create a branch pointing to it: ```bash git checkout -b experimental e05db7c0692e31bd84dc326b73c08911ef8345e2 ``` Now the experimental work is preserved on the `experimental` branch and you're no longer at risk of losing it.
anthropic/claude-fable-5:max__json_schema PASS 100% 514 in → 893 out (133 reasoning)
6a6521b8416cefbdd6d718b09f828983481bd402
JSON Schema Structured Output
(raw) {"ref": "6a6521b8416cefbdd6d718b09f828983481bd402"}
anthropic/claude-fable-5:medium PASS 100% 293 in → 342 out (54 reasoning)
The experimental commit hash is: ``` f233279311af037a2338ab95e3c76f29431ab29a ``` You can see it in the reflog at `HEAD@{1}`: ``` f233279311af037a2338ab95e3c76f29431ab29a HEAD@{1}: commit: Third commit - WIP experimental ``` To return to it, run: ```bash git checkout f2332793 ``` And if you want to keep this work permanently (so it isn't garbage-collected), create a branch pointing to it: ```bash git checkout -b experimental f2332793 ``` This is exactly what `git reflog` is for — recovering commits that aren't reachable from any branch, such as those made in a detached HEAD state.
anthropic/claude-fable-5:medium__json_schema PASS 100% 515 in → 18 out (0 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{1}"}
anthropic/claude-fable-5:xhigh PASS 100% 295 in → 632 out (64 reasoning)
## Finding the Experimental Commit Looking at the reflog, the entry for the experimental commit is at `HEAD@{1}`: ``` 07451a0fb801a37fac874447cd1b051f54caccca HEAD@{1}: commit: Third commit - WIP experimental ``` **The commit hash is:** `07451a0fb801a37fac874447cd1b051f54caccca` ## Returning to That Commit To get back to your experimental commit, run: ```bash git checkout 07451a0fb801a37fac874447cd1b051f54caccca ``` Or equivalently, using the reflog reference directly: ```bash git checkout HEAD@{1} ``` ## Recommended: Save It to a Branch Since that commit was made in a detached HEAD state, it's not reachable from any branch and could eventually be garbage collected. To keep it safe, create a branch pointing to it: ```bash git checkout -b experimental 07451a0fb801a37fac874447cd1b051f54caccca ``` or if you're already checked out at that commit: ```bash git switch -c experimental ``` Now the experimental work is preserved on the `experimental` branch, and you can safely switch back to `main` whenever you like.
anthropic/claude-fable-5:xhigh__json_schema PASS 100% 512 in → 104 out (34 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{1}"}
anthropic/claude-haiku-4.5:high PASS 100% 254 in → 447 out (140 reasoning)
# Finding the Experimental Commit Looking at the git reflog, the experimental commit **"Third commit - WIP experimental"** is at **HEAD@{1}** with the hash: ``` 6e5fe62546070f179820d114da5f524b47abcb5c ``` ## To Return to That Commit You can use any of these commands: ```bash # Option 1: Using the reflog reference git checkout HEAD@{1} # Option 2: Using the commit hash directly git checkout 6e5fe62546070f179820d114da5f524b47abcb5c # Option 3: Create a new branch at that commit (safer) git checkout -b experimental-branch 6e5fe62546070f179820d114da5f524b47abcb5c ``` ## Recommended Approach Since you want to preserve your experimental work, creating a branch is the safest option: ```bash git checkout -b experimental-branch 6e5fe62546070f179820d114da5f524b47abcb5c ``` This will move you out of detached HEAD state and onto a named branch, protecting your commits from garbage collection.
anthropic/claude-haiku-4.5:high__json_schema PASS 100% 418 in → 562 out (449 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{1}"}
anthropic/claude-haiku-4.5:low PASS 100% 260 in → 612 out (231 reasoning)
# Finding the Experimental Commit Looking at the git reflog, the commit hash for "Third commit - WIP experimental" is: ``` aaccab67bfbd903ecac6bdf87fb5734f0bab3d6f ``` This appears at **HEAD@{1}** in the reflog. ## To Return to This Commit You can use either of these commands: ```bash # Using the full commit hash git checkout aaccab67bfbd903ecac6bdf87fb5734f0bab3d6f # Or using the reflog reference git checkout HEAD@{1} ``` ## What Happened - **HEAD@{1}** shows the experimental commit you made in detached HEAD state - **HEAD@{0}** shows you then checked out to HEAD~1 (moving back one commit) - The reflog preserved your experimental commit even though it wasn't on any branch Once you checkout that commit hash, you can create a new branch to save your work: ```bash git checkout -b experimental-feature ``` This will create and switch to a new branch, preserving your experimental commits.
anthropic/claude-haiku-4.5:low__json_schema PASS 100% 421 in → 885 out (496 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{1}"}
anthropic/claude-haiku-4.5:medium PASS 100% 260 in → 559 out (225 reasoning)
# Finding the Experimental Commit Looking at the git reflog, the commit **"Third commit - WIP experimental"** is located at: **`HEAD@{1}`** with commit hash: **`ff76e0913363d13e9c08eba29db82f8712c0b437`** ## To return to that experimental commit, use: ```bash git checkout ff76e0913363d13e9c08eba29db82f8712c0b437 ``` **Or more simply, reference it directly from the reflog:** ```bash git checkout HEAD@{1} ``` ## To create a branch from this commit (recommended): If you want to preserve your work and avoid detached HEAD state: ```bash git checkout -b experimental ff76e0913363d13e9c08eba29db82f8712c0b437 ``` This will create a new branch called `experimental` pointing to your experimental commit, allowing you to work on it safely without losing the reference.
anthropic/claude-haiku-4.5:medium__json_schema PASS 100% 419 in → 389 out (353 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
anthropic/claude-haiku-4.5:none PASS 100% 227 in → 330 out (0 reasoning)
# Finding the Experimental Commit Looking at the git reflog, I can see the commit history of HEAD movements: ## The Experimental Commit Hash The commit you're looking for is: ``` 1b6a3f317631af6ef08607c7eaf3b43673012e72 ``` This is the commit labeled **"Third commit - WIP experimental"** at `HEAD@{1}`. ## How to Return to It You have several options: ### Option 1: Create a new branch from that commit ```bash git checkout -b experimental 1b6a3f317631af6ef08607c7eaf3b43673012e72 ``` ### Option 2: Use the reflog reference directly ```bash git checkout HEAD@{1} ``` ### Option 3: Merge it into main ```bash git checkout main git merge 1b6a3f317631af6ef08607c7eaf3b43673012e72 ``` ## Understanding the Reflog - **HEAD@{0}**: Current state - checked out to HEAD~1 (Second commit) - **HEAD@{1}**: The experimental commit you made - **HEAD@{2}**: Second commit - **HEAD@{3}**: Initial commit The reflog is useful for recovering work done in detached HEAD states because it tracks all HEAD movements, not just the commit history visible from branches.
anthropic/claude-haiku-4.5:none__json_schema PASS 100% 387 in → 13 out (0 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{1}"}
anthropic/claude-haiku-4.5:xhigh PASS 100% 253 in → 702 out (269 reasoning)
# Finding the Experimental Commit Looking at the git reflog, the commit hash you're looking for is: ``` 3552eaeb6cbf7f9e2f111f9d76277fe7ebbad772 ``` This is at **`HEAD@{1}`** in the reflog and shows the message "Third commit - WIP experimental". ## How to Return to That Commit You can use either of these commands: ```bash # Option 1: Using the full commit hash git checkout 3552eaeb6cbf7f9e2f111f9d76277fe7ebbad772 # Option 2: Using the reflog reference (shorter) git checkout HEAD@{1} ``` ## To Preserve This Commit (Recommended) Since you made experimental changes in a detached HEAD, create a branch to save this work: ```bash git checkout -b experimental-feature 3552eaeb6cbf7f9e2f111f9d76277fe7ebbad772 ``` This will: - Create a new branch called `experimental-feature` - Point it to your experimental commit - Move you to that branch (out of detached HEAD state) - Preserve your work so it won't be lost to garbage collection Then you can decide later whether to merge it into `main` or keep it as a separate branch.
anthropic/claude-haiku-4.5:xhigh__json_schema PASS 100% 419 in → 861 out (516 reasoning)
5cb51792f94fe97a4f72c857bbee3198090a8d77
JSON Schema Structured Output
(raw) {"ref":"5cb51792f94fe97a4f72c857bbee3198090a8d77"}
anthropic/claude-opus-4.6:high PASS 100% 221 in → 598 out (100 reasoning)
## Finding and Returning to the Detached HEAD Commit ### Reading the Reflog The reflog records every change to `HEAD`. Looking at the entry: ``` 199d8168f0b7d4ba9cb6134675af13ead568d8ea HEAD@{1}: commit: Third commit - WIP experimental ``` The commit hash is **`199d816`**. ### What Happened (Step by Step) ``` HEAD@{3}: commit (initial): First commit ← f91e397 HEAD@{2}: commit: Second commit ← 9bed448 HEAD@{1}: commit: Third commit - WIP experimental ← 199d816 ✅ THIS ONE HEAD@{0}: checkout: moving from main to HEAD~1 ← 9bed448 (went back here) ``` You made three commits on `main`, then checked out `HEAD~1`, which moved you **back to the second commit** (`9bed448`), leaving the experimental third commit (`199d816`) orphaned (no branch pointing to it). ### Return to It You can checkout the commit directly using its hash: ```bash git checkout 199d8168f0b7d4ba9cb6134675af13ead568d8ea ``` ### Save It on a Branch (Recommended) Since orphaned commits are eventually **garbage collected**, you should attach a branch to preserve the work: ```bash git checkout -b experimental 199d8168f0b7d4ba9cb6134675af13ead568d8ea ``` This creates a new branch called `experimental` pointing at that commit, so it's no longer at risk of being lost. ### Key Takeaway > **`git reflog`** is your safety net. Even when commits seem "lost" (detached HEAD, accidental resets, deleted branches), they remain in the reflog for **90 days by default**, giving you time to recover them.
anthropic/claude-opus-4.6:high__json_schema PASS 100% 390 in → 89 out (49 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
anthropic/claude-opus-4.6:low PASS 100% 223 in → 67 out (0 reasoning)
The commit hash is `b587776dcb342c6ebfafa5eb469716bd45bd6b7e`. To return to it: ```bash git checkout b587776dcb342c6ebfafa5eb469716bd45bd6b7e ```
anthropic/claude-opus-4.6:low__json_schema PASS 100% 391 in → 12 out (0 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
anthropic/claude-opus-4.6:max PASS 100% 220 in → 705 out (212 reasoning)
## Finding and Recovering the Detached HEAD Commit From the reflog, the experimental commit is at **`HEAD@{1}`**: ``` 53019c3ca41fa17128627ce8f458a8d411a4abdf HEAD@{1}: commit: Third commit - WIP experimental ``` The commit hash is **`53019c3`**. ### Return to the Commit You can check it out directly: ```bash git checkout 53019c3 ``` ### ⚠️ Save It on a Branch (Recommended) A detached HEAD commit is **orphaned** — it has no branch pointing to it and will eventually be **garbage collected**. To preserve it, create a branch: ```bash git branch experimental 53019c3 # or do both checkout + branch creation in one step: git checkout -b experimental 53019c3 ``` ### What happened step by step: ``` HEAD@{3}: commit (initial): First commit ← 0338056 HEAD@{2}: commit: Second commit ← 76a035e HEAD@{1}: commit: Third commit - WIP experimental← 53019c3 ✅ TARGET HEAD@{0}: checkout: moving from main to HEAD~1 ← 76a035e (detached) ↑ This moved HEAD back, "losing" the experimental commit ``` > **Key takeaway:** `git reflog` is a safety net. Even commits made on a detached HEAD aren't truly lost — they remain in the reflog (typically for **90 days**) and can always be recovered by their hash.
anthropic/claude-opus-4.6:max__json_schema PASS 100% 391 in → 95 out (49 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
anthropic/claude-opus-4.6:medium PASS 100% 222 in → 221 out (0 reasoning)
The commit hash for "Third commit - WIP experimental" is found at `HEAD@{1}`: ``` 9d6301cf0a6a5cb02aac524113820796c14bc6cd ``` To return to that commit, run: ```bash git checkout 9d6301cf0a6a5cb02aac524113820796c14bc6cd ``` Or, if you want to preserve it on a proper branch: ```bash git branch experimental 9d6301cf0a6a5cb02aac524113820796c14bc6cd git checkout experimental ``` This is exactly why `git reflog` is invaluable — even though the commit was made on a **detached HEAD** (meaning no branch points to it), Git still tracks it in the reflog. Without `git reflog`, this commit would be effectively "lost" since no branch reference points to it, and it would eventually be garbage collected.
anthropic/claude-opus-4.6:medium__json_schema PASS 100% 386 in → 12 out (0 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
anthropic/claude-opus-4.6:none PASS 100% 231 in → 419 out (0 reasoning)
# Finding the Experimental Commit with Git Reflog ## Reading the Reflog The git reflog shows the following history: | Entry | Hash | Action | |-------|------|--------| | HEAD@{0} | `a22ac0c` | `checkout: moving from main to HEAD~1` (current state) | | **HEAD@{1}** | **`7f2af3e`** | **`commit: Third commit - WIP experimental`** | | HEAD@{2} | `a22ac0c` | `commit: Second commit` | | HEAD@{3} | `ef1cbef` | `commit (initial): First commit` | ## The Commit Hash The experimental commit "Third commit - WIP experimental" has the hash: ``` 7f2af3ec5c64ccec8299daa1ba3601d092fea52d ``` ## How to Return to It To get back to that detached HEAD experimental commit, run: ```bash git checkout 7f2af3ec5c64ccec8299daa1ba3601d092fea52d ``` ## Preserving the Work Since commits made in a detached HEAD state are **not on any branch**, they will eventually be **garbage collected** if not referenced. To preserve the work, create a branch pointing to it: ```bash git branch experimental 7f2af3ec5c64ccec8299daa1ba3601d092fea52d ``` ## Key Takeaway This is exactly why `git reflog` is invaluable — it records **every movement of HEAD**, even commits made in a detached HEAD state that don't belong to any branch. Without the reflog, this "orphaned" commit would be effectively lost since no branch points to it.
anthropic/claude-opus-4.6:none__json_schema PASS 100% 396 in → 12 out (0 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
anthropic/claude-opus-4.6:xhigh PASS 100% 229 in → 599 out (101 reasoning)
## Finding the Experimental Commit Looking at the reflog, the commit **"Third commit - WIP experimental"** is at `HEAD@{1}`: ``` 59849b357a3669338f2e7afb7ce47f50d527e380 HEAD@{1}: commit: Third commit - WIP experimental ``` The commit hash is: **`59849b357a3669338f2e7afb7ce47f50d527e380`** ## How to Return to It ```bash git checkout 59849b357a3669338f2e7afb7ce47f50d527e380 ``` > ⚠️ This puts you back in **detached HEAD** state. To **preserve** the work on a proper branch, create one: ```bash git checkout -b experimental 59849b357a3669338f2e7afb7ce47f50d527e380 ``` ## What Happened — Step by Step ``` HEAD@{3} First commit (8ce8f41...) HEAD@{2} Second commit (8f8d8b4...) ← you were on main here HEAD@{1} Third commit - WIP (59849b3...) ← experimental commit (on main) HEAD@{0} checkout HEAD~1 (8f8d8b4...) ← moved back to Second commit ``` 1. You made three commits on `main`. 2. You then ran `git checkout HEAD~1`, which moved HEAD back to **Second commit**, entering **detached HEAD** state. 3. This left the **Third commit** (`59849b3...`) orphaned — no branch points to it. ## Key Takeaway `git reflog` is a safety net — it records **every** movement of `HEAD`, even for commits that no branch references. Without it, that orphaned experimental commit would be effectively lost (and eventually garbage-collected).
anthropic/claude-opus-4.6:xhigh__json_schema PASS 100% 383 in → 12 out (0 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
anthropic/claude-opus-4.7:high PASS 100% 306 in → 29 out (0 reasoning)
dca29ba3371cffc830e0a167c837cd47dec3272e
anthropic/claude-opus-4.7:high__json_schema PASS 100% 519 in → 20 out (0 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
anthropic/claude-opus-4.7:low PASS 100% 304 in → 33 out (0 reasoning)
8ca8fbbbde99132ae1fb2a23f94963048904bc1d
anthropic/claude-opus-4.7:low__json_schema PASS 100% 530 in → 37 out (0 reasoning)
fa70edc81c181508898df904f2f1c5f6c8f07741
JSON Schema Structured Output
(raw) {"ref":"fa70edc81c181508898df904f2f1c5f6c8f07741"}
anthropic/claude-opus-4.7:max PASS 100% 311 in → 1,028 out (74 reasoning)
# Finding the Experimental Commit Looking at the reflog, the commit **"Third commit - WIP experimental"** is at `HEAD@{1}` with the hash: ``` 1f5e26f50ae61b33631c13de8da103191b0ccc0d ``` ## Understanding the Reflog | Reflog Entry | Hash | Action | |--------------|------|--------| | `HEAD@{0}` | `0059553e...` | Current position (checkout to HEAD~1) | | `HEAD@{1}` | `1f5e26f5...` | **← Your experimental commit** | | `HEAD@{2}` | `0059553e...` | Second commit | | `HEAD@{3}` | `397e0d46...` | First commit (initial) | ## Returning to the Experimental Commit You have a few options: **Option 1: Checkout by hash** ```bash git checkout 1f5e26f50ae61b33631c13de8da103191b0ccc0d ``` **Option 2: Checkout by reflog reference** ```bash git checkout HEAD@{1} ``` **Option 3 (Recommended): Create a branch to preserve the work** Since detached HEAD commits can be lost if garbage collected, it's safer to create a branch: ```bash git checkout -b experimental 1f5e26f50ae61b33631c13de8da103191b0ccc0d ``` This way, your experimental work is safely referenced by a branch name and won't disappear. ## Why This Happened When you're in detached HEAD state and make a commit, that commit isn't attached to any branch. If you check out something else (like `HEAD~1`), the commit becomes "orphaned" — reachable only via the reflog, which is exactly why `git reflog` is your safety net here. 🎯
anthropic/claude-opus-4.7:max__json_schema PASS 100% 518 in → 37 out (0 reasoning)
a6c6ee00dad45b83d94118811130c7b54623fdae
JSON Schema Structured Output
(raw) {"ref":"a6c6ee00dad45b83d94118811130c7b54623fdae"}
anthropic/claude-opus-4.7:medium PASS 100% 305 in → 31 out (0 reasoning)
67e566bc01ac3750d2938dcf4e88aec31b66835c
anthropic/claude-opus-4.7:medium__json_schema PASS 100% 519 in → 34 out (0 reasoning)
03157ccb8852943d06ebefa401905ab30921e871
JSON Schema Structured Output
(raw) {"ref":"03157ccb8852943d06ebefa401905ab30921e871"}
anthropic/claude-opus-4.7:none PASS 100% 314 in → 417 out (0 reasoning)
The commit hash for 'Third commit - WIP experimental' is: **`b394dd87e36c18b9ba8f80bf9e235b362dffe610`** You can find this in the reflog at `HEAD@{1}`: ``` b394dd87e36c18b9ba8f80bf9e235b362dffe610 HEAD@{1}: commit: Third commit - WIP experimental ``` To return to that experimental commit, you can run: ```bash git checkout b394dd87e36c18b9ba8f80bf9e235b362dffe610 ``` Or use the reflog reference directly: ```bash git checkout HEAD@{1} ``` ### Recommended: Create a branch to preserve your work Since this commit is currently unreachable from any branch (it was made in detached HEAD state), it's at risk of being garbage collected. To keep it safe, create a branch pointing to it: ```bash git checkout -b experimental b394dd87e36c18b9ba8f80bf9e235b362dffe610 ``` Or, if you want to merge it into main later: ```bash git branch experimental b394dd87e36c18b9ba8f80bf9e235b362dffe610 ``` This will ensure your experimental work is preserved and not lost.
anthropic/claude-opus-4.7:none__json_schema PASS 100% 517 in → 39 out (0 reasoning)
ec22ebdf773871fe7f7b7805806210db5180e1f4
JSON Schema Structured Output
(raw) {"ref":"ec22ebdf773871fe7f7b7805806210db5180e1f4"}
anthropic/claude-opus-4.7:xhigh PASS 100% 307 in → 711 out (45 reasoning)
# Finding the Experimental Commit Looking at the git reflog output, I can trace what happened: | Reflog Entry | Hash | Action | |--------------|------|--------| | `HEAD@{0}` | `4710f29` | Current position (checked out `HEAD~1`) | | `HEAD@{1}` | **`477441ffe977ebb973064eb8487e6bceb123d8b1`** | 👈 **"Third commit - WIP experimental"** | | `HEAD@{2}` | `4710f29` | "Second commit" | | `HEAD@{3}` | `95a3442` | "First commit" (initial) | ## The commit hash you need: ``` 477441ffe977ebb973064eb8487e6bceb123d8b1 ``` ## What happened When you checked out `HEAD~1` while on the experimental commit, you moved backward in history, effectively "abandoning" the experimental commit. Since nothing (no branch or tag) points to it anymore, it would eventually be garbage collected — but the reflog preserves a reference to it for now. ## To return to that commit You have a few options: **Option 1: Check it out directly (still detached HEAD)** ```bash git checkout 477441ffe977ebb973064eb8487e6bceb123d8b1 ``` **Option 2: Create a branch from it (recommended — this saves your work!)** ```bash git branch experimental 477441ffe977ebb973064eb8487e6bceb123d8b1 git checkout experimental ``` **Option 3: Use the reflog shorthand** ```bash git checkout HEAD@{1} ``` 💡 **Tip:** I'd strongly recommend Option 2. Creating a branch anchors the commit so it won't be lost to garbage collection, and it gets you out of the detached HEAD state.
anthropic/claude-opus-4.7:xhigh__json_schema PASS 100% 524 in → 20 out (0 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
anthropic/claude-opus-4.8:high PASS 100% 302 in → 573 out (20 reasoning)
Looking at the reflog, the experimental commit you're trying to recover is: **`589ef935bd50012ddca4ab3c1aaabd56313846b9`** This corresponds to the entry: ``` 589ef935bd50012ddca4ab3c1aaabd56313846b9 HEAD@{1}: commit: Third commit - WIP experimental ``` ## Returning to the experimental commit You have a few options depending on what you want to do: ### Option 1: Just check it out again (still detached) ```bash git checkout 589ef935bd50012ddca4ab3c1aaabd56313846b9 ``` You can also use the reflog shorthand: ```bash git checkout HEAD@{1} ``` ### Option 2: Save it to a branch (recommended) To avoid losing this commit again, create a branch pointing to it: ```bash git branch experimental 589ef935bd50012ddca4ab3c1aaabd56313846b9 git checkout experimental ``` Or in one command: ```bash git checkout -b experimental 589ef935bd50012ddca4ab3c1aaabd56313846b9 ``` ## Why this matters Since this commit was made in **detached HEAD** state, no branch points to it. Once you checked out `HEAD~1`, the commit became "dangling" — it's only reachable via the reflog. If you don't create a branch or tag, Git's garbage collector could eventually prune it. **Recommendation:** Use **Option 2** to give the commit a permanent reference so it's safely preserved.
anthropic/claude-opus-4.8:high__json_schema PASS 100% 513 in → 18 out (0 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{1}"}
anthropic/claude-opus-4.8:low PASS 100% 305 in → 590 out (14 reasoning)
## Finding the Experimental Commit Looking at the reflog, the commit **'Third commit - WIP experimental'** is: ``` e2a2cfa4d9174491f9a9032660e88f67e2213842 ``` This appears at `HEAD@{1}` in your reflog: ``` e2a2cfa4d9174491f9a9032660e88f67e2213842 HEAD@{1}: commit: Third commit - WIP experimental ``` ### To return to that commit: **Option 1 — Checkout the commit (stay in detached HEAD):** ```bash git checkout e2a2cfa4d9174491f9a9032660e88f67e2213842 ``` **Option 2 — Create a branch to preserve the work (recommended):** ```bash git checkout -b experimental-branch e2a2cfa4d9174491f9a9032660e88f67e2213842 ``` This is the safer choice because commits made in detached HEAD state can be lost to garbage collection if not referenced by a branch. Creating a branch anchors the commit so it won't be pruned. ### Quick reference to what happened: - `HEAD@{0}` — your current position (you just checked out `HEAD~1`, landing on `dc477fb`) - `HEAD@{1}` — **the experimental commit you want** (`e2a2cfa`) - `HEAD@{2}` — "Second commit" (`dc477fb`, where you are now) - `HEAD@{3}` — "First commit" (initial) 💡 **Tip:** You can also use the shorthand reflog reference directly: ```bash git checkout -b experimental-branch HEAD@{1} ```
anthropic/claude-opus-4.8:low__json_schema PASS 100% 509 in → 18 out (0 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
anthropic/claude-opus-4.8:max PASS 100% 311 in → 1,014 out (49 reasoning)
## Finding the Commit Hash Looking at your reflog, the experimental commit is right here: ``` 4aae966ca9812eeeed2a8a884e54f7c849365da3 HEAD@{1}: commit: Third commit - WIP experimental ``` **The commit hash is: `4aae966ca9812eeeed2a8a884e54f7c849365da3`** ## Returning to That Commit You have a couple of options: ### Option 1: Just check it out (back to detached HEAD) ```bash git checkout 4aae966ca9812eeeed2a8a884e54f7c849365da3 ``` You can also use the short hash: ```bash git checkout 4aae966 ``` ### Option 2: Create a branch to save your work (recommended ⭐) Since this commit was made on a detached HEAD, it's **not attached to any branch** and could be lost to garbage collection eventually. To preserve it properly, create a branch: ```bash git checkout -b experimental 4aae966 ``` This creates a new branch called `experimental` pointing at your commit, so your work is safely tracked. ## Why This Matters The reason your commit isn't on a branch is that when you were in detached HEAD state and committed, `HEAD` pointed directly at the commit rather than at a branch reference. The reflog is your safety net here — it records where `HEAD` has been, which is exactly why you were able to recover this "lost" commit. **Tip:** You can also reference it via the reflog directly: ```bash git checkout HEAD@{1} ``` Though using the explicit hash or creating a branch is safer, since reflog entries shift as you perform more actions.
anthropic/claude-opus-4.8:max__json_schema PASS 100% 509 in → 449 out (47 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{1}"}
anthropic/claude-opus-4.8:medium PASS 100% 304 in → 530 out (23 reasoning)
The experimental commit you're looking for is: **`c4b68027e8b6145bde0bf5ce9959b4338e0c327d`** ## How to find it in the reflog Looking at the reflog entry: ``` c4b68027e8b6145bde0bf5ce9959b4338e0c327d HEAD@{1}: commit: Third commit - WIP experimental ``` This is your `'Third commit - WIP experimental'` commit. Notice that `HEAD@{0}` shows your most recent action (the checkout that moved you into detached HEAD state), and `HEAD@{1}` is the experimental commit right before that. ## How to return to it You have a couple of options: **Option 1 — Check it out directly (stay in detached HEAD):** ```bash git checkout c4b68027e8b6145bde0bf5ce9959b4338e0c327d ``` **Option 2 — Preserve it by creating a branch (recommended):** Since commits made in detached HEAD state can be lost to garbage collection, it's safer to attach a branch to it: ```bash git branch experimental c4b68027e8b6145bde0bf5ce9959b4338e0c327d git checkout experimental ``` or in one step: ```bash git checkout -b experimental c4b68027e8b6145bde0bf5ce9959b4338e0c327d ``` This ensures your experimental work is safely referenced by a branch name and won't be garbage collected.
anthropic/claude-opus-4.8:medium__json_schema PASS 100% 523 in → 18 out (0 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
anthropic/claude-opus-4.8:none PASS 100% 286 in → 669 out (0 reasoning)
Looking at the reflog, I need to find the commit for "Third commit - WIP experimental". ## Finding the Commit Hash From the reflog, the relevant entry is: ``` 83e35af342275c47540807f9e02cce997cd8d120 HEAD@{1}: commit: Third commit - WIP experimental ``` **The commit hash is: `83e35af342275c47540807f9e02cce997cd8d120`** ## Understanding What Happened Here's the sequence of events (reading reflog bottom-to-top, since it's chronological in reverse): 1. `HEAD@{3}` — First commit (initial) 2. `HEAD@{2}` — Second commit (`c104915...`) 3. `HEAD@{1}` — **Third commit - WIP experimental** (`83e35af...`) ← your experimental work 4. `HEAD@{0}` — You checked out `HEAD~1`, moving back to the Second commit (`c104915...`) When you did `checkout HEAD~1`, you moved back one commit, leaving the experimental commit "orphaned" (not on any branch), which is why you're in detached HEAD state. ## Returning to Your Experimental Commit You have a few options: **Option 1: Just check it out (still detached HEAD)** ```bash git checkout 83e35af342275c47540807f9e02cce997cd8d120 ``` **Option 2: Create a branch to save the work (recommended)** ```bash git checkout -b experimental 83e35af342275c47540807f9e02cce997cd8d120 ``` This preserves your experimental commit on a named branch so it won't get lost to garbage collection. **Option 3: Using the reflog reference directly** ```bash git checkout HEAD@{1} ``` ## Recommendation Since this is experimental work made in detached HEAD state, I strongly recommend **Option 2** to give it a branch name. Otherwise, this commit could eventually be pruned by `git gc`, and you'd lose the work.
anthropic/claude-opus-4.8:none__json_schema PASS 100% 511 in → 17 out (0 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
anthropic/claude-opus-4.8:xhigh PASS 100% 308 in → 673 out (34 reasoning)
## Finding the Experimental Commit Looking at the git reflog, I can identify the experimental commit you're looking for: ``` 67ae9207d6c8480f0437e8d9889ddc32ba06080a HEAD@{1}: commit: Third commit - WIP experimental ``` **The commit hash is: `67ae9207d6c8480f0437e8d9889ddc32ba06080a`** ## Why This Commit "Disappeared" When you checked out `HEAD~1` (moving to the detached HEAD state), your `HEAD` moved back to `62a6f7ec` (the "Second commit"). This orphaned your experimental commit because no branch was pointing to it — that's why it wasn't easily accessible via normal `git log`. ## How to Return to It You have a couple of options: **Option 1: Check it out directly (stays in detached HEAD)** ```bash git checkout 67ae9207d6c8480f0437e8d9889ddc32ba06080a ``` **Option 2: Create a branch to preserve your work (recommended)** ```bash git checkout -b experimental-branch 67ae9207d6c8480f0437e8d9889ddc32ba06080a ``` This second option is safer because it attaches a branch name to the commit, protecting it from garbage collection and making it easy to find later. ## Helpful Tip You can also reference commits directly by their reflog position: ```bash git checkout HEAD@{1} ``` But since reflog positions shift as you perform new operations, using the explicit hash (`67ae9207...`) is more reliable for this purpose.
anthropic/claude-opus-4.8:xhigh__json_schema PASS 100% 520 in → 18 out (0 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
anthropic/claude-sonnet-4.6:high PASS 100% 220 in → 699 out (177 reasoning)
## Reading the Git Reflog Looking at the reflog output, I need to find the entry for "Third commit - WIP experimental": ``` ff342d1523f74c959736856f5333cf8a08e2eee7 HEAD@{0}: checkout: moving from main to HEAD~1 55ca67251c84ac1be502569bd391a34babe97573 HEAD@{1}: commit: Third commit - WIP experimental ← HERE ff342d1523f74c959736856f5333cf8a08e2eee7 HEAD@{2}: commit: Second commit 3c49da4e24bd70859de8c05c95a61bd959d95fed HEAD@{3}: commit (initial): First commit ``` The experimental commit hash is: **`55ca67251c84ac1be502569bd391a34babe97573`** ## Recovering the Commit ```bash git checkout 55ca67251c84ac1be502569bd391a34babe97573 ``` To **save this work permanently**, create a branch from it so it won't be garbage collected: ```bash git checkout -b experimental-work 55ca67251c84ac1be502569bd391a34babe97573 ``` ## Why This Works | What happened | Why it matters | |---|---| | Detached HEAD commits have **no branch reference** | Git may eventually garbage collect them | | `git reflog` tracks all HEAD movements locally | Lets you recover "lost" commits | | Creating a branch saves the commit | Gives it a permanent reference | > ⚠️ **Warning:** Reflog entries are only kept for **90 days** by default, so recover detached HEAD commits promptly!
anthropic/claude-sonnet-4.6:high__json_schema PASS 100% 390 in → 126 out (80 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
anthropic/claude-sonnet-4.6:low PASS 100% 225 in → 399 out (0 reasoning)
## Finding the Experimental Commit Hash Looking at the git reflog output, I need to identify the commit hash for **"Third commit - WIP experimental"**. ### Reading the Reflog ``` 19288de HEAD@{0}: checkout: moving from main to HEAD~1 7c06d11f HEAD@{1}: commit: Third commit - WIP experimental ← This one! 19288de HEAD@{2}: commit: Second commit 24a2de17 HEAD@{3}: commit (initial): First commit ``` ### The Commit Hash ``` 7c06d11f1c7581ca4c76ac6c4b23a5f1f8ae40f4 ``` ### How to Return to That Commit ```bash git checkout 7c06d11f1c7581ca4c76ac6c4b23a5f1f8ae40f4 ``` Or to **save it properly** by creating a branch from it: ```bash git branch recover-experimental 7c06d11f1c7581ca4c76ac6c4b23a5f1f8ae40f4 git checkout recover-experimental ``` ### Why This Works | Entry | Meaning | |-------|---------| | `HEAD@{0}` | Current state — checked out `HEAD~1` (detached) | | `HEAD@{1}` | The experimental commit we want to recover | > ⚠️ **Key Point:** Commits made in detached HEAD state are **not lost immediately** — git reflog tracks them. However, they **will be garbage collected** eventually if no branch points to them, making `git branch` the safest recovery method.
anthropic/claude-sonnet-4.6:low__json_schema PASS 100% 381 in → 31 out (0 reasoning)
762233f4a6fda759a8d5521fcd117f2aec001f10
JSON Schema Structured Output
(raw) {"ref":"762233f4a6fda759a8d5521fcd117f2aec001f10"}
anthropic/claude-sonnet-4.6:max PASS 100% 223 in → 1,315 out (309 reasoning)
## Finding the Experimental Commit Hash Looking at the reflog output, I need to identify the entry for **"Third commit - WIP experimental"**: ``` b92fc62cd6211db027307b7ff68c029f702e8360 HEAD@{0}: checkout: moving from main to HEAD~1 4124655c56f3600d1c345cf9d1b9f58769789cb9 HEAD@{1}: commit: Third commit - WIP experimental ← HERE b92fc62cd6211db027307b7ff68c029f702e8360 HEAD@{2}: commit: Second commit 566de9233a96899c373c14e73a47bcf46e09b9d3 HEAD@{3}: commit (initial): First commit ``` ## The Experimental Commit Hash ``` 4124655c56f3600d1c345cf9d1b9f58769789cb9 ``` ## Return to That Commit ```bash git checkout 4124655c56f3600d1c345cf9d1b9f58769789cb9 ``` **Or** using the reflog reference shorthand: ```bash git checkout HEAD@{1} ``` ## Why This Works | Reflog Entry | What Happened | |---|---| | `HEAD@{0}` | Current state — checked out to `HEAD~1` (Second commit) | | `HEAD@{1}` | The experimental commit you want to recover | | `HEAD@{2}` | Second commit on `main` | | `HEAD@{3}` | Initial commit | The experimental commit exists in the object store but isn't reachable from any branch — `git reflog` finds it because it tracks **all HEAD movements**, not just branch history. > **Tip:** To permanently save it, create a branch: `git checkout -b experimental-work 4124655`
anthropic/claude-sonnet-4.6:max__json_schema PASS 100% 387 in → 381 out (182 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
anthropic/claude-sonnet-4.6:medium PASS 100% 223 in → 800 out (263 reasoning)
## Finding the Experimental Commit Hash Looking at the reflog output, the target commit is clearly visible: ``` fcaf84521c53931eedac3a12101838e75e45d062 HEAD@{1}: commit: Third commit - WIP experimental ``` ## Return to the Experimental Commit ```bash git checkout fcaf84521c53931eedac3a12101838e75e45d062 ``` Or using the shortened hash: ```bash git checkout fcaf845 ``` ## What the Reflog Reveals | Entry | Hash | Event | |-------|------|-------| | `HEAD@{0}` | `09dbbc6` | Checked out to `HEAD~1` (current position) | | **`HEAD@{1}`** | **`fcaf845`** | **"Third commit - WIP experimental" ← target** | | `HEAD@{2}` | `09dbbc6` | Second commit (on main) | | `HEAD@{3}` | `19292b0` | First commit (initial) | ## Why This Works `git reflog` tracks **every movement of HEAD**, including commits made in detached HEAD state that have **no branch pointing to them**. Without reflog, this commit would appear "lost" since no branch references it. ## To Preserve This Work (Recommended) Once checked out, create a branch so the commit isn't lost again: ```bash git checkout -b experimental-feature fcaf845 ``` This attaches the dangling commit to a proper branch.
anthropic/claude-sonnet-4.6:medium__json_schema PASS 100% 389 in → 62 out (22 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
anthropic/claude-sonnet-4.6:none PASS 100% 222 in → 455 out (0 reasoning)
## Finding the Experimental Commit Hash Looking at the git reflog output, I need to identify the commit hash for **"Third commit - WIP experimental"**. ``` 461464705c3e1ff5118853de59592ad2b5ae265d HEAD@{0}: checkout: moving from main to HEAD~1 25eb010d3fc2e31ee02acb7c7693fff5a0dd80f2 HEAD@{1}: commit: Third commit - WIP experimental ← THIS ONE 461464705c3e1ff5118853de59592ad2b5ae265d HEAD@{2}: commit: Second commit 325f1f2a7c095ffe37d470dd0d83bca3431da243 HEAD@{3}: commit (initial): First commit ``` The commit hash is: ``` 25eb010d3fc2e31ee02acb7c7693fff5a0dd80f2 ``` ## Returning to That Commit ```bash git checkout 25eb010d3fc2e31ee02acb7c7693fff5a0dd80f2 ``` ## Why This Works | Entry | What Happened | |-------|--------------| | `HEAD@{0}` | Current state — moved back to `HEAD~1` (detached) | | `HEAD@{1}` | The experimental commit we want to recover | | `HEAD@{2}` | Second commit on main | | `HEAD@{3}` | Initial commit | The experimental commit was made **before** the checkout that detached HEAD, so it's no longer reachable from any branch — but `git reflog` preserves it. To permanently save it, create a branch: ```bash git checkout -b experimental-work 25eb010d3fc2e31ee02acb7c7693fff5a0dd80f2 ``` This prevents it from being garbage collected.
anthropic/claude-sonnet-4.6:none__json_schema PASS 100% 389 in → 12 out (0 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
anthropic/claude-sonnet-4.6:xhigh PASS 100% 221 in → 752 out (177 reasoning)
## Reading the Git Reflog Looking at the reflog output, I need to find the entry for the experimental commit: ``` 57e7770631f246f1474d176ad90677b252099758 HEAD@{0}: checkout: moving from main to HEAD~1 375cbcca5f0783139a1d23a51e763f564e5c2c79 HEAD@{1}: commit: Third commit - WIP experimental ← This one 57e7770631f246f1474d176ad90677b252099758 HEAD@{2}: commit: Second commit 7e6fa01adc248fa4a8dad9b8431c891c4e77b122 HEAD@{3}: commit (initial): First commit ``` The experimental commit hash is **`375cbcca5f0783139a1d23a51e763f564e5c2c79`** at `HEAD@{1}`. ## Returning to That Commit ```bash git checkout 375cbcca5f0783139a1d23a51e763f564e5c2c79 ``` This puts you back on that detached HEAD commit. From here you have options: **Save it as a new branch (recommended):** ```bash git checkout -b experimental-feature ``` **Or create a branch pointing to it without checking out:** ```bash git branch experimental-feature 375cbcca5f0783139a1d23a51e763f564e5c2c79 ``` ## Why This Matters | Situation | Risk | |-----------|------| | Commit exists only in detached HEAD | **Will be garbage collected** eventually | | Commit referenced by a branch | Safe and permanent | > ⚠️ Without creating a branch, this commit has **no reference** pointing to it and Git's garbage collector will eventually delete it. Creating a branch is the safest way to preserve the work.
anthropic/claude-sonnet-4.6:xhigh__json_schema PASS 100% 385 in → 98 out (57 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
anthropic/claude-sonnet-5:high PASS 100% 301 in → 327 out (0 reasoning)
The commit hash for "Third commit - WIP experimental" is: **`d891c1288a76005b9401f1f4bc414b02d8129426`** You can see this from the reflog entry: ``` d891c1288a76005b9401f1f4bc414b02d8129426 HEAD@{1}: commit: Third commit - WIP experimental ``` To return to that experimental commit, use: ```bash git checkout d891c1288a76005b9401f1f4bc414b02d8129426 ``` Or using the reflog reference directly (since it's still at position `HEAD@{1}` relative to your current reflog): ```bash git checkout HEAD@{1} ``` **Note:** If you want to keep working on this experimental branch and not lose it (since it's not referenced by any branch and could eventually be garbage collected), consider creating a branch to point to it: ```bash git checkout -b experimental-branch d891c1288a76005b9401f1f4bc414b02d8129426 ```
anthropic/claude-sonnet-5:high__json_schema PASS 100% 496 in → 154 out (32 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
anthropic/claude-sonnet-5:low PASS 100% 298 in → 191 out (0 reasoning)
The commit hash for "Third commit - WIP experimental" is: **302e4575b52cf4c35142da843c3f57d448cf7014** You can return to it with: ``` git checkout 302e4575b52cf4c35142da843c3f57d448cf7014 ``` or using the reflog reference: ``` git checkout HEAD@{1} ``` (Note: `HEAD@{1}` is only valid immediately after this reflog state — if you move HEAD again, that reference will shift. The commit hash itself is stable and the safest way to get back to that experimental commit.)
anthropic/claude-sonnet-5:low__json_schema PASS 100% 515 in → 33 out (0 reasoning)
7cb47992806c6989cde54b931a16fbc31b993956
JSON Schema Structured Output
(raw) {"ref":"7cb47992806c6989cde54b931a16fbc31b993956"}
anthropic/claude-sonnet-5:medium PASS 100% 294 in → 211 out (0 reasoning)
The commit hash for "Third commit - WIP experimental" is: **`515aac037c870cf4b47238b81cbcb9186d8c35d5`** Found in the reflog at `HEAD@{1}`. You can return to it with: ``` git checkout 515aac037c870cf4b47238b81cbcb9186d8c35d5 ``` Or, since it's currently orphaned (not referenced by any branch), you may want to create a branch pointing to it so it doesn't get garbage collected: ``` git checkout -b recovered-experimental 515aac037c870cf4b47238b81cbcb9186d8c35d5 ```
anthropic/claude-sonnet-5:medium__json_schema PASS 100% 518 in → 18 out (0 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
anthropic/claude-sonnet-5:none PASS 100% 311 in → 313 out (0 reasoning)
The commit hash for "Third commit - WIP experimental" is: ## `f6abc5944d0c8c1a3ac20fb5bdcca40e64debf9d` This is shown at `HEAD@{1}` in the reflog, which recorded the state right before you moved to `HEAD~1` (i.e., it was `HEAD` at the time you made that commit). To return to it, you can run: ```bash git checkout f6abc5944d0c8c1a3ac20fb5bdcca40e64debf9d ``` Or reference it via the reflog directly: ```bash git checkout HEAD@{1} ``` **Note:** Since this commit isn't referenced by any branch, it's at risk of being garbage collected eventually. If you want to keep it permanently, create a branch pointing to it: ```bash git branch recover-experimental f6abc5944d0c8c1a3ac20fb5bdcca40e64debf9d ```
anthropic/claude-sonnet-5:none__json_schema PASS 100% 509 in → 34 out (0 reasoning)
8ce997584d0daa063c62a58889b89216b5ec12fb
JSON Schema Structured Output
(raw) {"ref": "8ce997584d0daa063c62a58889b89216b5ec12fb"}
anthropic/claude-sonnet-5:xhigh PASS 100% 309 in → 1,042 out (56 reasoning)
Looking at the reflog output, I need to find the entry corresponding to the commit **"Third commit - WIP experimental"**. ## Finding the Commit ``` 9d58c08ac90acab47b4c52225ead882e4dbf27d3 HEAD@{1}: commit: Third commit - WIP experimental ``` This is the commit I'm looking for — it was made while in detached HEAD state, and then I moved *away* from it (to `HEAD~1`, i.e., `Second commit`), which is why it's no longer reachable from the current position but still recorded in the reflog. **Commit hash:** `9d58c08ac90acab47b4c52225ead882e4dbf27d3` ## Returning to It To go back to that experimental commit: ```bash git checkout 9d58c08ac90acab47b4c52225ead882e4dbf27d3 ``` or equivalently, since it's still fresh in the reflog: ```bash git checkout HEAD@{1} ``` ⚠️ Note: `HEAD@{1}` refers to the previous entry *relative to the current HEAD position* — since we just moved (`HEAD@{0}`), `HEAD@{1}` correctly points to `9d58c08...`. But this reference is relative and will shift as you keep moving `HEAD`, so it's best to use the actual commit hash for reliability. ## Recommended: Save it with a branch Since this commit isn't referenced by any branch, it's at risk of being garbage collected eventually. To keep it safe: ```bash git checkout -b experimental-wip 9d58c08ac90acab47b4c52225ead882e4dbf27d3 ``` This creates a new branch `experimental-wip` pointing to that commit, so you won't lose it again.
anthropic/claude-sonnet-5:xhigh__json_schema PASS 100% 516 in → 34 out (0 reasoning)
9b241e3a42e016bb67bdb53302fb16b373362591
JSON Schema Structured Output
(raw) {"ref":"9b241e3a42e016bb67bdb53302fb16b373362591"}
arcee-ai/trinity-large-thinking:high PASS 100% 219 in → 6,714 out (6,658 reasoning)
The commit hash for the experimental commit is **`00f8c14b74b28fedf84fb894bb154ec008c82554`**. You can return to it by checking out that commit: ```bash git checkout 00f8c14b74b28fedf84fb894bb154ec008c82554 ``` Or, to avoid another detached HEAD, create a new branch at that commit: ```bash git checkout -b experimental-branch 00f8c14b74b28fedf84fb894bb154ec008c82554 ```
arcee-ai/trinity-large-thinking:low PASS 100% 219 in → 2,011 out (1,920 reasoning)
From the reflog, the experimental commit with the message "Third commit - WIP experimental" has the hash **6ed699993a8252ada6deb1fdb561fba9f4bcb4a5**. You can return to this commit by running: ```bash git checkout 6ed699993a8252ada6deb1fdb561fba9f4bcb4a5 ``` This will place you in a detached HEAD state at that experimental commit. If you want to create a new branch from this commit to preserve your work, you can do: ```bash git checkout -b my-experimental-branch 6ed699993a8252ada6deb1fdb561fba9f4bcb4a5 ```
arcee-ai/trinity-mini:high PASS 100% 205 in → 492 out (313 reasoning)
Based onthe provided `git reflog`, the commit hash for the experimental commit **"Third commit - WIP experimental"** is: **`b8b28447369f690613743bedd8aa002037338e07`** ### How to return to this commit: 1. **Switch to the detached HEAD state** (if not already there): ```bash git checkout b8b28447369f690613743bedd8aa002037338e07 ``` 2. **Create a new branch** to preserve the commit: ```bash git checkout -b experimental-branch b8b28447369f690613743bedd8aa002037338e07 ``` ### Reflog Explanation: - `HEAD@{1}: commit: Third commit - WIP experimental` This entry shows the commit hash (`b8b28447369f690613743bedd8aa002037338e07`) made in the detached HEAD state.
arcee-ai/trinity-mini:high__json_schema PASS 100% 207 in → 389 out (318 reasoning)
e6342aa750d116d166ca10dc195cc8448d9a6611
JSON Schema Structured Output
(raw) { "ref": "e6342aa750d116d166ca10dc195cc8448d9a6611" }
arcee-ai/trinity-mini:low PASS 100% 224 in → 589 out (383 reasoning)
Based on theprovided `git reflog`, the commit hash for the experimental commit **"Third commit - WIP experimental"** is: **`daad1f2776d5ff4e4b3c9cc23a26b36334ffc8d0`** ### How to return to this commit: 1. **Using the commit hash:** ```bash git checkout daad1f2776d5ff4e4b3c9cc23a26b36334ffc8d0 ``` 2. **Using the reflog shorthand (`HEAD@{1}`):** ```bash git checkout HEAD@{1} ``` ### Explanation: - The reflog entry `HEAD@{1}` corresponds to the commit `daad1f2776d5ff4e4b3c9cc23a26b36334ffc8d0` (the "Third commit - WIP experimental"). - This is the most recent commit before you moved to `HEAD~1` (the detached HEAD state). You can now work on this experimental commit or merge it back into your main branch.
arcee-ai/trinity-mini:low__json_schema PASS 100% 209 in → 232 out (222 reasoning)
HEAD@{1}: commit: Third commit - WIP experimental
JSON Schema Structured Output
(raw) { "ref": "HEAD@{1}: commit: Third commit - WIP experimental" }
arcee-ai/trinity-mini:medium PASS 100% 214 in → 884 out (697 reasoning)
Based on the provided `git reflog`, the commit hash for the "Third commit - WIP experimental" is **ea393704b5f7919ed0dac59ee0f2124a29b07499**. Here's how to find it: 1. **Look at the reflog entries** (from oldest to newest): ``` HEAD@{3}: commit (initial): First commit HEAD@{2}: commit: Second commit HEAD@{1}: commit: Third commit - WIP experimental HEAD@{0}: checkout: moving from main to HEAD~1 ``` 2. **Identify the commit message** you want: The entry at `HEAD@{1}` corresponds to the commit message **"Third commit - WIP experimental"**. 3. **Use the commit hash** from that entry: The hash is `ea393704b5f7919ed0dac59ee0f2124a29b07499`. **To return to this commit**, run: ```bash git checkout ea393704b5f7919ed0dac59ee0f2124a29b07499 ``` This will restore your working directory to the state of that experimental commit.
arcee-ai/trinity-mini:medium__json_schema PASS 100% 210 in → 409 out (381 reasoning)
ac13abc7f5c9a252e0157be43e24cc3a5a7d181e
JSON Schema Structured Output
(raw) { "ref": "ac13abc7f5c9a252e0157be43e24cc3a5a7d181e" }
arcee-ai/trinity-mini:xhigh PASS 100% 214 in → 557 out (302 reasoning)
Based on the provided `git reflog`, the commit hash for the experimental commit "Third commit - WIP experimental" is: **72a259c8e9a550a0920bbb43f062b5173fa5753e** ### Explanation: - The reflog entry `HEAD@{1}: commit: Third commit - WIP experimental` corresponds to this commit. - The hash `72a259c8e9a550a0920bbb43f062b5173fa5753e` is the SHA-1 identifier you can use to return to this commit state. For example: ```bash git checkout 72a259c8e9a550a0920bbb43f062b5173fa5753e ``` or create a new branch from it: ```bash git checkout -b experimental-branch 72a259c8e9a550a0920bbb43f062b5173fa5753e ```
deepseek/deepseek-v4-flash-0731:high PASS 100% 292 in → 833 out (493 reasoning)
The experimental commit hash is: `5193198d1104aba25804132557657aacc95011a3` You can return to it with: ```bash git checkout 5193198d1104aba25804132557657aacc95011a3 ``` Or if you want to put it on a branch so it’s easier to keep: ```bash git switch -c experimental 5193198d1104aba25804132557657aacc95011a3 ```
deepseek/deepseek-v4-flash-0731:low PASS 100% 213 in → 473 out (258 reasoning)
The reflog shows that the experimental commit "Third commit - WIP experimental" was recorded at **HEAD@{1}**, with the commit hash: ``` 5d0beda1aa02e506242908de7a635bcdb2fe3ff7 ``` To return to that commit, you can run: ```bash git checkout 5d0beda1aa02e506242908de7a635bcdb2fe3ff7 ``` This will put you back on that specific commit (in detached HEAD state), allowing you to inspect or continue from there. If you want to preserve the changes and move them to a branch, you could create a branch at that commit: ```bash git branch experimental 5d0beda1aa02e506242908de7a635bcdb2fe3ff7 git checkout experimental ``` But as requested, the commit hash is **5d0beda1aa02e506242908de7a635bcdb2fe3ff7**.
deepseek/deepseek-v4-flash-0731:low__json_schema PASS 100% 210 in → 516 out (422 reasoning)
1be0b74e7dfed1667571aedc1cd033396a7e0666
JSON Schema Structured Output
(raw) { "ref": "1be0b74e7dfed1667571aedc1cd033396a7e0666" }
deepseek/deepseek-v4-flash-0731:max PASS 100% 298 in → 2,458 out (2,101 reasoning)
The experimental commit hash is: ```text 5ed29aee8c3c009679445059c3dd0000e82d43f2 ``` From the reflog, it appears as: ```text HEAD@{1}: commit: Third commit - WIP experimental ``` To return to it: ```bash git checkout 5ed29aee8c3c009679445059c3dd0000e82d43f2 ``` If you want to keep working there without losing it, create a branch: ```bash git branch wip-experimental 5ed29aee8c3c009679445059c3dd0000e82d43f2 git checkout wip-experimental ```
deepseek/deepseek-v4-flash-0731:max__json_schema PASS 100% 300 in → 3,297 out (2,860 reasoning)
3505acf2acc76684c9fca4966f9a9e31d1f24e43
JSON Schema Structured Output
(raw) {"ref":"3505acf2acc76684c9fca4966f9a9e31d1f24e43"}
deepseek/deepseek-v4-flash-0731:medium PASS 100% 210 in → 459 out (340 reasoning)
The commit hash for the experimental commit is: ``` 0341d993e8bd5830348b16d90609d164b837462f ``` You can return to it with: ```bash git checkout 0341d993e8bd5830348b16d90609d164b837462f ``` If you want to keep working on it, create a branch at that point: ```bash git checkout -b experimental 0341d993e8bd5830348b16d90609d164b837462f ```
deepseek/deepseek-v4-flash-0731:medium__json_schema PASS 100% 216 in → 287 out (239 reasoning)
8816bddf954c00e2d2b60b412b4ee3aa956c2b3e
JSON Schema Structured Output
(raw) {"ref": "8816bddf954c00e2d2b60b412b4ee3aa956c2b3e" }
deepseek/deepseek-v4-flash-0731:none PASS 100% 204 in → 121 out (0 reasoning)
Based on the reflog output, the commit hash of your experimental commit ('Third commit - WIP experimental') is: **`6d2c61d61af9184124c0ce0a39fffd16726b884b`** To return to it, you can use: ```bash git checkout 6d2c61d61af9184124c0ce0a39fffd16726b884b ``` This will put you back into detached HEAD state at that commit, allowing you to continue working or create a new branch from it.
deepseek/deepseek-v4-flash-0731:none__json_schema PASS 100% 227 in → 44 out (0 reasoning)
HEAD@{1} is "Third commit - WIP experimental" with hash b0f1aa20d52e466612ec6efae6be85405157df62
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1} is \"Third commit - WIP experimental\" with hash b0f1aa20d52e466612ec6efae6be85405157df62" }
deepseek/deepseek-v4-flash-0731:xhigh PASS 100% 215 in → 529 out (364 reasoning)
Based on the provided `git reflog`, the experimental commit **"Third commit - WIP experimental"** corresponds to: **`102b0de6d577c11b7aadcaf887d9a9801c7857a9`** This is the commit hash you should use to return to that state (e.g., via `git checkout 102b0de6` or `git cherry-pick` if needed).
deepseek/deepseek-v4-flash-0731:xhigh__json_schema PASS 100% 214 in → 328 out (292 reasoning)
bb2ac75ff53f1d5d320077d19d7c8dc57a07f8f3
JSON Schema Structured Output
(raw) { "ref": "bb2ac75ff53f1d5d320077d19d7c8dc57a07f8f3" }
deepseek/deepseek-v4-flash:high PASS 100% 204 in → 445 out (369 reasoning)
The commit hash of the experimental commit "Third commit - WIP experimental" is **eb3f1a7f616ffc244863a31195b32defbf83b644** (or `HEAD@{1}`). You can return to it with `git checkout eb3f1a7f` or `git checkout HEAD@{1}`.
deepseek/deepseek-v4-flash:high__json_schema PASS 100% 226 in → 201 out (159 reasoning)
02b48e29e3600bd2ada52c2f5c89cbe8e5b2f1d5
JSON Schema Structured Output
(raw) { "ref": "02b48e29e3600bd2ada52c2f5c89cbe8e5b2f1d5" }
deepseek/deepseek-v4-flash:low PASS 100% 207 in → 157 out (120 reasoning)
The commit hash for "Third commit - WIP experimental" is `120480630cdadda74998841ccd17eeb370e3c509`.
deepseek/deepseek-v4-flash:low__json_schema PASS 100% 220 in → 225 out (160 reasoning)
b9ceeea2ae20bddc26cc78053dac6acbc53b182c
JSON Schema Structured Output
(raw) { "ref": "b9ceeea2ae20bddc26cc78053dac6acbc53b182c" }
deepseek/deepseek-v4-flash:medium PASS 100% 202 in → 132 out (78 reasoning)
The commit hash for "Third commit - WIP experimental" is: `4874dd1b4da19885bea20fecc1b0ee696d37c21b`
deepseek/deepseek-v4-flash:medium__json_schema PASS 100% 219 in → 139 out (94 reasoning)
408b1b5c3452ea961a36f68255d74c9d148a0b0e
JSON Schema Structured Output
(raw) {"ref":"408b1b5c3452ea961a36f68255d74c9d148a0b0e"}
deepseek/deepseek-v4-flash:none PASS 100% 220 in → 108 out (0 reasoning)
Based on the `git reflog` output, the experimental commit "Third commit - WIP experimental" has the hash: **`343de0315aa84cf3e206f777ee82fb473c00b2c4`** You can return to it using: ```bash git checkout 343de0315aa84cf3e206f777ee82fb473c00b2c4 ``` Or, using the reflog reference: ```bash git checkout HEAD@{1} ```
deepseek/deepseek-v4-flash:none__json_schema PASS 100% 212 in → 31 out (0 reasoning)
4541f260921e11523cbc41a0f067d0166a88b39c
JSON Schema Structured Output
(raw) { "ref": "4541f260921e11523cbc41a0f067d0166a88b39c" }
deepseek/deepseek-v4-flash:xhigh PASS 100% 296 in → 387 out (298 reasoning)
The commit hash of the experimental commit "Third commit - WIP experimental" is: ``` 5db21a8ce56b2a1d88e49b44d7a5d2595a99591c ``` You can return to it with `git checkout 5db21a8ce56b2a1d88e49b44d7a5d2595a99591c`.
deepseek/deepseek-v4-flash:xhigh__json_schema PASS 100% 293 in → 912 out (880 reasoning)
e6c496fb76d362570a7d500db9e1a653c8ccac2a
JSON Schema Structured Output
(raw) {"ref":"e6c496fb76d362570a7d500db9e1a653c8ccac2a"}
deepseek/deepseek-v4-pro:high PASS 100% 214 in → 419 out (254 reasoning)
The experimental commit's hash is: **`92f4d7b916cfe7891b8e608158d0d0a67280f72f`** To return to that commit, run: ```bash git checkout 92f4d7b916cfe7891b8e608158d0d0a67280f72f ``` This will put you back in detached HEAD at that commit. If you later want to preserve the work on a branch, you can create one from there with `git switch -c <branch-name>`.
deepseek/deepseek-v4-pro:high__json_schema PASS 100% 397 in → 205 out (171 reasoning)
e6c21d0cf74df3efbd3842d9ecd7c29f3e128b2d
JSON Schema Structured Output
(raw) {"ref": "e6c21d0cf74df3efbd3842d9ecd7c29f3e128b2d"}
deepseek/deepseek-v4-pro:low PASS 100% 220 in → 267 out (135 reasoning)
The commit hash for "Third commit - WIP experimental" is `f650b1a83fea0b008a3f7c333781ef3d3dd6e486`. You can return to it with: ```bash git checkout f650b1a83fea0b008a3f7c333781ef3d3dd6e486 ``` Or, if you want to create a branch at that commit: ```bash git branch experimental-branch f650b1a83fea0b008a3f7c333781ef3d3dd6e486 ```
deepseek/deepseek-v4-pro:low__json_schema PASS 100% 210 in → 270 out (238 reasoning)
470b485a68fd16cf4c4f034e1d17822c5ea50de5
JSON Schema Structured Output
(raw) {"ref": "470b485a68fd16cf4c4f034e1d17822c5ea50de5"}
deepseek/deepseek-v4-pro:medium PASS 100% 211 in → 207 out (143 reasoning)
The commit hash for "Third commit - WIP experimental" is: ``` 028e7e7e4cf7d2ccfa78fdc051e6c878f7b32095 ``` You can use `git checkout 028e7e7` to return to that commit.
deepseek/deepseek-v4-pro:medium__json_schema PASS 100% 205 in → 32 out (0 reasoning)
7f00336e9b3a33b711da2208ccdea83e371a572c
JSON Schema Structured Output
(raw) { "ref": "7f00336e9b3a33b711da2208ccdea83e371a572c" }
deepseek/deepseek-v4-pro:none PASS 100% 211 in → 123 out (0 reasoning)
The commit hash for the experimental commit is: **`8265ed087aa4d113612deb8675a9a8112928bf38`** To return to this commit, you can use: ```bash git checkout 8265ed087aa4d113612deb8675a9a8112928bf38 ``` Or if you want to create a new branch from this commit to save your experimental work: ```bash git checkout -b experimental-branch 8265ed087aa4d113612deb8675a9a8112928bf38 ```
deepseek/deepseek-v4-pro:none__json_schema PASS 100% 400 in → 26 out (0 reasoning)
27ab044459ae04745f9cc22d96d07b304f055349
JSON Schema Structured Output
(raw) {"ref": "27ab044459ae04745f9cc22d96d07b304f055349"}
deepseek/deepseek-v4-pro:xhigh PASS 100% 293 in → 406 out (304 reasoning)
The experimental commit hash is `eadd5ae611f248275865e98f8d891cb68600556a`. You can return to it using: ``` git checkout eadd5ae611f248275865e98f8d891cb68600556a ``` Or, to create a new branch from it: ``` git checkout -b new-branch-name eadd5ae611f248275865e98f8d891cb68600556a ```
deepseek/deepseek-v4-pro:xhigh__json_schema PASS 100% 476 in → 343 out (314 reasoning)
e49a2ac14befd57c96136a1f0977221be88b8720
JSON Schema Structured Output
(raw) {"ref":"e49a2ac14befd57c96136a1f0977221be88b8720"}
google/gemini-3-flash-preview:high PASS 100% 248 in → 522 out (383 reasoning)
Based on the `git reflog` provided, the commit hash for the "Third commit - WIP experimental" is: **`fb90f44731224280612c50a126537ea208ce63f6`** To return to this commit and save your work (ideally by creating a new branch so you are no longer in a detached HEAD state), you can run: ```bash git checkout fb90f44 # OR, to return and create a branch simultaneously: git checkout -b experimental-branch fb90f44 ```
google/gemini-3-flash-preview:high__json_schema PASS 100% 261 in → 598 out (558 reasoning)
9f5df1d74f65d9f84fc30502e6b2150dcfa13f84
JSON Schema Structured Output
(raw) {"ref":"9f5df1d74f65d9f84fc30502e6b2150dcfa13f84"}
google/gemini-3-flash-preview:low PASS 100% 249 in → 591 out (397 reasoning)
Based on the `git reflog` output provided, the commit hash for **"Third commit - WIP experimental"** is: **`bc2117f4fe205f7f0bcc8b5cc5c062652fe0056b`** ### To return to that commit: You can use the `checkout` command with the hash: ```bash git checkout bc2117f ``` ### Recommended Next Step: Since you are currently in a detached HEAD state, any new work you do won't belong to a branch and could be easily lost. It is best practice to create a new branch at that commit so your experimental work is saved: ```bash git checkout -b experimental-branch bc2117f ``` This moves you to a new branch called `experimental-branch` starting at that specific commit.
google/gemini-3-flash-preview:low__json_schema PASS 100% 308 in → 471 out (428 reasoning)
1efc1b4fa77ee30572ca78aa53f5da493e480a84
JSON Schema Structured Output
(raw) { "ref": "1efc1b4fa77ee30572ca78aa53f5da493e480a84" }
google/gemini-3-flash-preview:medium PASS 100% 258 in → 535 out (296 reasoning)
Based on the git reflog provided, the commit hash for **"Third commit - WIP experimental"** is: `b14d130640c940bd4003aaa0c7616831f2e1f2a0` ### How to return to it: To return to this commit while simultaneously fixing the "detached HEAD" state (so you don't lose your work again), you should create a new branch at that hash: ```bash git checkout -b experimental-work b14d130 ``` Alternatively, if you just want to look at it without creating a branch yet: ```bash git checkout b14d130 ``` **Why this happened:** Looking at your reflog, it appears that at `HEAD@{1}` you made the commit, but then at `HEAD@{0}` you performed a `checkout` to `HEAD~1`. Because that commit wasn't attached to a branch (like `main`), it "disappeared" from your standard log, but remained in the `reflog`.
google/gemini-3-flash-preview:medium__json_schema PASS 100% 311 in → 946 out (938 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
google/gemini-3-flash-preview:xhigh PASS 100% 254 in → 525 out (349 reasoning)
Based on the `git reflog` output provided, the commit hash for the "Third commit - WIP experimental" is: **`dc4bc720bc0943269aacde23559dd31d6fdd6725`** To return to this commit, you can use the checkout command: ```bash git checkout dc4bc720bc0943269aacde23559dd31d6fdd6725 ``` **Reflog breakdown:** * **HEAD@{0}**: Shows where you are now (you moved away from the experimental commit to `HEAD~1`). * **HEAD@{1}**: This is the record of the experimental commit you made right before checking out something else.
google/gemini-3-flash-preview:xhigh__json_schema PASS 100% 309 in → 532 out (494 reasoning)
6f5d34ab8efd72ac9cd9491cc8a27051a07c81dc
JSON Schema Structured Output
(raw) {"ref":"6f5d34ab8efd72ac9cd9491cc8a27051a07c81dc"}
google/gemini-3.1-flash-lite-preview:high PASS 100% 258 in → 837 out (717 reasoning)
Based on the `git reflog` output you provided, the commit hash for the "Third commit - WIP experimental" is **`aaa8c538c7df91eaf371f88ebee5724906895f59`**. To return to that commit, run the following command in your terminal: ```bash git checkout aaa8c538c7df91eaf371f88ebee5724906895f59 ```
google/gemini-3.1-flash-lite-preview:high__json_schema PASS 100% 309 in → 492 out (451 reasoning)
2aba9e92c1850172419eaf2220e94b65c6e54fcd
JSON Schema Structured Output
(raw) {"ref": "2aba9e92c1850172419eaf2220e94b65c6e54fcd"}
google/gemini-3.1-flash-lite-preview:low PASS 100% 255 in → 372 out (133 reasoning)
Based on the `git reflog` you provided, the commit hash for your experimental commit is **`d4e644e811a9f9300cc9e4b8cdfe97f03005e201`**. You can see this here: `d4e644e811a9f9300cc9e4b8cdfe97f03005e201 HEAD@{1}: commit: Third commit - WIP experimental` ### How to return to it: To jump back to that state, run the following command in your terminal: ```bash git checkout d4e644e811a9f9300cc9e4b8cdfe97f03005e201 ``` **Tip:** If you want to keep these experimental changes permanently, you should create a new branch while you are on that commit so you don't lose it again: ```bash git checkout -b your-experimental-branch-name ```
google/gemini-3.1-flash-lite-preview:low__json_schema PASS 100% 259 in → 194 out (149 reasoning)
642ee4b1b661af5fa0f209daf19c12d57d047253
JSON Schema Structured Output
(raw) { "ref": "642ee4b1b661af5fa0f209daf19c12d57d047253" }
google/gemini-3.1-flash-lite-preview:medium PASS 100% 244 in → 420 out (260 reasoning)
Based on the `git reflog` provided, the commit hash for **"Third commit - WIP experimental"** is: **`9629f873fffd23cd64d12ddee2a3df0dfcceff32`** To return to that commit, you can use the following command: ```bash git checkout 9629f873fffd23cd64d12ddee2a3df0dfcceff32 ``` *** **Tip:** If you want to keep these changes and continue working on them, it is recommended to create a new branch while you are on that commit: ```bash git checkout -b experimental-branch ```
google/gemini-3.1-flash-lite-preview:medium__json_schema PASS 100% 311 in → 323 out (281 reasoning)
6cb63448e30160c65227d051031ab0646873fb71
JSON Schema Structured Output
(raw) {"ref": "6cb63448e30160c65227d051031ab0646873fb71"}
google/gemini-3.1-flash-lite-preview:xhigh PASS 100% 247 in → 826 out (703 reasoning)
Based on the `git reflog` output provided, the hash for the "Third commit - WIP experimental" is **`3ab841187d04ee9e5445ef2f200e64059cf337e6`**. To return to that commit, run the following command in your terminal: ```bash git checkout 3ab841187d04ee9e5445ef2f200e64059cf337e6 ```
google/gemini-3.1-flash-lite-preview:xhigh__json_schema PASS 100% 312 in → 499 out (458 reasoning)
c42111fb5a7fbb3203037ea7680b05e554b39eb5
JSON Schema Structured Output
(raw) {"ref": "c42111fb5a7fbb3203037ea7680b05e554b39eb5"}
google/gemini-3.1-pro-preview:high PASS 100% 260 in → 625 out (459 reasoning)
Based on the `git reflog` output provided, the commit hash for your experimental commit ("Third commit - WIP experimental") is: **`ec412419c43bdc156c68a6861d6678413609e9cc`** To return to this commit and save your experimental work, you can check it out and create a branch for it by running: ```bash git checkout -b experimental-branch ec412419c43bdc156c68a6861d6678413609e9cc ``` *(Note: You can replace `experimental-branch` with whatever name you'd like).*
google/gemini-3.1-pro-preview:high__json_schema PASS 100% 313 in → 360 out (352 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
google/gemini-3.1-pro-preview:low PASS 100% 250 in → 608 out (400 reasoning)
Based on the provided `git reflog`, the commit hash for the "Third commit - WIP experimental" commit is: **`d8eec66dc3a794465f45c2e6f7a7d4caf192f556`** To return to that commit, you can simply check it out: ```bash git checkout d8eec66dc3a794465f45c2e6f7a7d4caf192f556 ``` *(Note: Since you are currently in a detached HEAD state, if you want to keep these experimental changes permanently, it is highly recommended to create a new branch for them by running `git checkout -b my-experimental-branch d8eec66dc3a794465f45c2e6f7a7d4caf192f556`)*
google/gemini-3.1-pro-preview:low__json_schema PASS 100% 311 in → 122 out (113 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{1}"}
google/gemini-3.1-pro-preview:medium PASS 100% 258 in → 373 out (204 reasoning)
The commit hash for your experimental commit is: **`452101f0e58934f68470b4ec2e4b240c74beeb76`** To return to this commit and continue your work, you can check it out using that hash: ```bash git checkout 452101f0e58934f68470b4ec2e4b240c74beeb76 ``` *(Note: Since you are returning to a detached HEAD state, if you decide you want to keep these experimental changes, it's highly recommended to create a new branch for them by running `git checkout -b experimental-branch-name`.)*
google/gemini-3.1-pro-preview:medium__json_schema PASS 100% 312 in → 687 out (679 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
google/gemini-3.1-pro-preview:xhigh PASS 100% 248 in → 677 out (457 reasoning)
Based on the provided `git reflog` output, the commit hash for the "Third commit - WIP experimental" is: **`e6960bdf04ef7f64a07298d57d28a3744e26c687`** (or the short version **`e6960bd`**) To return to this experimental commit, you can use either the hash or the reflog pointer. Run: ```bash git checkout e6960bdf04ef7f64a07298d57d28a3744e26c687 ``` *or* ```bash git checkout HEAD@{1} ``` *(Note: If you want to keep working on this experimental commit without risking losing it again, it is highly recommended to create a new branch for it immediately by running `git checkout -b my-experimental-branch e6960bdf`).*
google/gemini-3.1-pro-preview:xhigh__json_schema PASS 100% 316 in → 607 out (599 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
google/gemini-3.5-flash-lite:high PASS 100% 251 in → 694 out (506 reasoning)
Based on the `git reflog` output provided, the commit hash for the 'Third commit - WIP experimental' is: **`aa82e9f3eb91a3e9c1d824025bd7953b2d228e08`** (or simply `aa82e9f`) To return to this experimental commit, you can run: ```bash git checkout aa82e9f3eb91a3e9c1d824025bd7953b2d228e08 ``` *(Or simply `git checkout HEAD@{1}`)* If you want to keep working on these changes and save them to a new branch, you should create a branch from this commit: ```bash git switch -c experimental-branch ```
google/gemini-3.5-flash-lite:high__json_schema PASS 100% 312 in → 1,324 out (1,281 reasoning)
fce47a19684078936a1d70699403469f291b394e
JSON Schema Structured Output
(raw) {"ref":"fce47a19684078936a1d70699403469f291b394e"}
google/gemini-3.5-flash-lite:low PASS 100% 255 in → 149 out (0 reasoning)
Based on the `git reflog` output provided, you can find the commit hash associated with the 'Third commit - WIP experimental' on line `HEAD@{1}`. The commit hash is: **`a5b7143a979439270bc1ab6a9a1c428fa6b0cc05`** To return to that experimental commit, run: ```bash git checkout a5b7143a979439270bc1ab6a9a1c428fa6b0cc05 ``` *(Or simply `git checkout HEAD@{1}`)*
google/gemini-3.5-flash-lite:low__json_schema PASS 100% 246 in → 40 out (0 reasoning)
0d8d405ed64a430d957cd87d32cbd9be2d152e4b
JSON Schema Structured Output
(raw) {"ref": "0d8d405ed64a430d957cd87d32cbd9be2d152e4b"}
google/gemini-3.5-flash-lite:max PASS 100% 253 in → 772 out (634 reasoning)
Based on the git reflog provided, the commit hash for your experimental commit (**'Third commit - WIP experimental'**) is: `9fdb2df6fc2b5a2794927d69f17ec171f0d83a69` To return to that commit and resume your work there, you can run: ```bash git checkout 9fdb2df6fc2b5a2794927d69f17ec171f0d83a69 ``` *(Or simply `git checkout HEAD@{1}`)*
google/gemini-3.5-flash-lite:max__json_schema PASS 100% 306 in → 607 out (565 reasoning)
9d1cca4dd0139e5ed7c21210c861ca2fe8df4fc8
JSON Schema Structured Output
(raw) { "ref": "9d1cca4dd0139e5ed7c21210c861ca2fe8df4fc8" }
google/gemini-3.5-flash-lite:medium PASS 100% 255 in → 563 out (436 reasoning)
Based on the git reflog provided, the commit hash for the 'Third commit - WIP experimental' is: `a03513f123ef87e78dcc805cc4f135e3df0ea04f` To return to that experimental commit, you can run: ```bash git checkout a03513f123ef87e78dcc805cc4f135e3df0ea04f ``` *(Or simply `git checkout HEAD@{1}`)*
google/gemini-3.5-flash-lite:medium__json_schema PASS 100% 261 in → 816 out (803 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) { "ref": "HEAD@{1}" }
google/gemini-3.5-flash-lite:xhigh PASS 100% 248 in → 762 out (624 reasoning)
Based on the `git reflog` output provided, the commit hash for your experimental commit is: `c7a15c098fe0e6470dfba711a5236ad7ccefcbe8` (located at `HEAD@{1}`) To return to this experimental commit, you can run either: ```bash git checkout c7a15c098fe0e6470dfba711a5236ad7ccefcbe8 ``` or use its reflog shortcut: ```bash git checkout HEAD@{1} ```
google/gemini-3.5-flash-lite:xhigh__json_schema PASS 100% 255 in → 542 out (533 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{1}"}
google/gemini-3.5-flash:high PASS 100% 253 in → 1,262 out (1,003 reasoning)
Based on the git reflog, the commit hash for your **"Third commit - WIP experimental"** is: **`274c272ef3eaa15cc8dea63eafc41c52321fac53`** (or simply **`274c272`**) --- ### How to return to it: You have two main ways to return to this commit, depending on what you want to do next: #### Option 1: Return to it in detached HEAD state (to look around) If you just want to go back to that experimental commit temporarily, run: ```bash git checkout 274c272 ``` #### Option 2: Save it to a new branch (Highly Recommended) Since you are in a detached HEAD state, any new commits you make can easily be lost again. The safest way to return to this commit and continue working on it is to create a new branch from it: ```bash git checkout -b experimental-work 274c272 ``` *(This will jump you to the commit and safely put you on a new branch named `experimental-work`)*
google/gemini-3.5-flash:high__json_schema PASS 100% 312 in → 741 out (703 reasoning)
d860527514df8b94dda4b9860d578bfdcce295dd
JSON Schema Structured Output
(raw) {"ref": "d860527514df8b94dda4b9860d578bfdcce295dd"}
google/gemini-3.5-flash:low PASS 100% 252 in → 627 out (360 reasoning)
Based on the `git reflog` output, the commit hash for **"Third commit - WIP experimental"** is: `03f19a91c1a05f83dfdb724ad23296503e05d00a` ### How to return to it: You have two main options depending on what you want to do next: #### Option 1: Return to it in a detached HEAD state (for viewing/continued experimenting) ```bash git checkout 03f19a91c1a05f83dfdb724ad23296503e05d00a ``` #### Option 2: Recover it and create a new branch (Highly Recommended) Since you are in a detached HEAD, the best way to return to this commit and save your work is to checkout the commit directly into a new branch. This prevents your experimental commit from being lost in the future: ```bash git checkout -b experimental-branch 03f19a91c1a05f83dfdb724ad23296503e05d00a ```
google/gemini-3.5-flash:low__json_schema PASS 100% 304 in → 173 out (160 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) { "ref": "HEAD@{1}" }
google/gemini-3.5-flash:medium PASS 100% 257 in → 727 out (454 reasoning)
Based on the `git reflog` output, the commit hash for the **"Third commit - WIP experimental"** is: **`47075dbc4f4888e6a994c00767a93fbd41327b8f`** (or simply the short version: `47075db`) ### How to return to it: You can return to this commit in a few ways depending on what you want to do: 1. **To just look around (returns you to a detached HEAD at that commit):** ```bash git checkout 47075dbc4f4888e6a994c00767a93fbd41327b8f ``` 2. **To recover the commit and immediately create a new branch from it (Recommended):** This saves your experimental work on a proper branch so it doesn't get lost again. ```bash git checkout -b experimental-branch 47075dbc4f4888e6a994c00767a93fbd41327b8f ```
google/gemini-3.5-flash:medium__json_schema PASS 100% 303 in → 543 out (535 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
google/gemini-3.5-flash:xhigh PASS 100% 249 in → 1,064 out (809 reasoning)
Based on the `git reflog` output provided, the commit hash for the "Third commit - WIP experimental" is: **`d479a748795520c9f762b92a3d756dd18c520f96`** (or short-hand: `d479a74`) ### How to return to it: Since you want to salvage these experimental changes, it is highly recommended to **create a new branch** pointing to this commit so you don't lose it again. Run the following command: ```bash git checkout -b experimental-branch d479a748795520c9f762b92a3d756dd18c520f96 ``` If you just want to jump back into a detached HEAD state on that commit without making a branch, you can run: ```bash git checkout d479a748795520c9f762b92a3d756dd18c520f96 ```
google/gemini-3.5-flash:xhigh__json_schema PASS 100% 311 in → 758 out (721 reasoning)
8f9c6acc6f6cc87e5c21f9f85dd7ea9835cfe49e
JSON Schema Structured Output
(raw) {"ref":"8f9c6acc6f6cc87e5c21f9f85dd7ea9835cfe49e"}
google/gemini-3.6-flash:high PASS 100% 253 in → 681 out (510 reasoning)
The commit hash for the experimental commit (**"Third commit - WIP experimental"**) is: **`50168c0ab51264721479963b628e05628e0e3651`** (or short hash: **`50168c0`**) --- ### How to return to it: 1. **To switch to it in a detached HEAD state:** ```bash git checkout 50168c0 ``` 2. **To recover it and create a new branch so you don't lose it again (Recommended):** ```bash git checkout -b my-experimental-branch 50168c0 ```
google/gemini-3.6-flash:high__json_schema PASS 100% 253 in → 3,738 out (3,730 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
google/gemini-3.6-flash:low PASS 100% 256 in → 346 out (147 reasoning)
Based on the `git reflog` output, the commit hash for **'Third commit - WIP experimental'** is: **`c5bfa374c93bd07988d74592614b6a275b73215a`** (or abbreviated as **`c5bfa37`**) --- ### How to return to this commit and save your work: 1. **To simply view/checkout the commit again:** ```bash git checkout c5bfa37 ``` 2. **To create a new branch from this commit so you don't lose it again:** ```bash git branch experimental-work c5bfa37 git checkout experimental-work ``` *(Or in one command: `git checkout -b experimental-work c5bfa37`)*
google/gemini-3.6-flash:low__json_schema PASS 100% 312 in → 447 out (439 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
google/gemini-3.6-flash:max PASS 100% 251 in → 887 out (675 reasoning)
The commit hash for **'Third commit - WIP experimental'** is: `efbfb6f30b65811eee9a78cac51a84be62526eb2` (or short hash: `efbfb6f`) --- ### How to return to it: To just checkout the commit again in a detached HEAD state: ```bash git checkout efbfb6f30b65811eee9a78cac51a84be62526eb2 # or using the reflog reference directly: git checkout HEAD@{1} ``` **Recommended:** To prevent losing track of this commit again, save your experimental work directly onto a new branch: ```bash git switch -c my-experimental-branch efbfb6f30b65811eee9a78cac51a84be62526eb2 ```
google/gemini-3.6-flash:max__json_schema PASS 100% 311 in → 2,048 out (2,035 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) { "ref": "HEAD@{1}" }
google/gemini-3.6-flash:medium PASS 100% 254 in → 820 out (641 reasoning)
The commit hash for **"Third commit - WIP experimental"** is: **`ae858b78c0102b1d535977059fdc3ba3ba8b5894`** (or abbreviated as **`ae858b7`**) --- ### How to return to it: 1. **To jump back to the commit in a detached HEAD state:** ```bash git checkout ae858b7 # or using reflog syntax: git checkout HEAD@{1} ``` 2. **To save your experimental commit onto a new branch so you don't lose it again (recommended):** ```bash git checkout -b my-experimental-branch ae858b7 ```
google/gemini-3.6-flash:medium__json_schema PASS 100% 318 in → 989 out (981 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
google/gemini-3.6-flash:xhigh PASS 100% 254 in → 746 out (575 reasoning)
The commit hash for **"Third commit - WIP experimental"** is: **`ae25fb6451d88288cb495fbc963ae8a99be13623`** (or abbreviated as **`ae25fb6`**) --- ### How to return to it and save your work: To navigate back to this commit in a detached HEAD state: ```bash git checkout ae25fb6 ``` *(or `git checkout HEAD@{1}`)* **Recommended:** To keep these experimental changes so they don't get lost or lost in the reflog later, create a new branch pointing to this commit: ```bash git checkout -b my-experimental-branch ae25fb6 ```
google/gemini-3.6-flash:xhigh__json_schema PASS 100% 303 in → 1,152 out (1,144 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
google/gemma-4-26b-a4b-it:high PASS 100% 272 in → 552 out (287 reasoning)
The commit hash for 'Third commit - WIP experimental' is: **`d2793cbdddb0df3f64a65d0f987a797172a51362`** You can return to this commit by running: `git checkout d2793cbdddb0df3f64a65d0f987a797172a51362`
google/gemma-4-26b-a4b-it:high__json_schema PASS 100% 271 in → 475 out (266 reasoning)
30469ba2a0e92ce9d542574cfaecaa3368ad574a
JSON Schema Structured Output
(raw) { "ref" : "30469ba2a0e92ce9d542574cfaecaa3368ad574a" }
google/gemma-4-26b-a4b-it:low PASS 100% 264 in → 446 out (324 reasoning)
The commit hash for the "Third commit - WIP experimental" is: **`0550a0e765e4891c21ab299a67f0033f65ebabdc`**
google/gemma-4-26b-a4b-it:low__json_schema PASS 100% 263 in → 432 out (262 reasoning)
b1316db6e2d7777b92aef1982114eff58f90abd8
JSON Schema Structured Output
(raw) { "ref": "b1316db6e2d7777b92aef1982114eff58f90abd8" }
google/gemma-4-26b-a4b-it:medium PASS 100% 274 in → 459 out (243 reasoning)
To return to that commit, you should use the hash found at `HEAD@{1}`. The commit hash for **'Third commit - WIP experimental'** is: `25a166af78a17428f0f078c6be4c468cc8d37c6a` To return to it, run: ```bash git checkout 25a166af78a17428f0f078c6be4c468cc8d37c6a ```
google/gemma-4-26b-a4b-it:medium__json_schema PASS 100% 277 in → 453 out (257 reasoning)
a720ac324922e0a246413d4e53763731c15195e3
JSON Schema Structured Output
(raw) { "ref": "a720ac324922e0a246413d4e53763731c15195e3" }
google/gemma-4-26b-a4b-it:none PASS 100% 260 in → 270 out (0 reasoning)
To return to your experimental work, you need to check out the commit hash associated with the message "Third commit - WIP experimental". Looking at the reflog: `0d3d485cdfcd872a7ddac8cd570019631f66a229 HEAD@{1}: commit: Third commit - WIP experimental` The commit hash is **`0d3d485cdfcd872a7ddac8cd570019631f66a229`**. To return to this commit, run: ```bash git checkout 0d3d485cdfcd872a7ddac8cd570019631f66a229 ``` **Pro-tip:** Since you are currently in a detached HEAD state and you don't want to lose this work, it is best practice to create a new branch at this commit so you can continue working normally: ```bash git checkout -b experimental-work 0d3d485cdfcd872a7ddac8cd570019631f66a229 ```
google/gemma-4-26b-a4b-it:none__json_schema PASS 100% 266 in → 50 out (0 reasoning)
9286867261f910438924ae4af3983a6349053847
JSON Schema Structured Output
(raw) { "ref" : "9286867261f910438924ae4af3983a6349053847" }
google/gemma-4-26b-a4b-it:xhigh PASS 100% 274 in → 702 out (315 reasoning)
The commit hash for your experimental commit is **`204624a6c383aaf629f0ebd2f65f0057d5145998`**. To return to that commit, run the following command: ```bash git checkout 204624a6c383aaf629f0ebd2f65f0057d5145998 ``` **Pro-tip:** Since this was an experimental commit in a detached HEAD state, you might want to create a new branch at that commit so you don't lose it again: ```bash git checkout -b experimental-branch-name 204624a6c383aaf629f0ebd2f65f0057d5145998 ```
google/gemma-4-26b-a4b-it:xhigh__json_schema PASS 100% 275 in → 381 out (251 reasoning)
4a7d6969047a6230244bbe9c3b74ad2c8c56ad61
JSON Schema Structured Output
(raw) { "ref" : "4a7d6969047a6230244bbe9c3b74ad2c8c56ad61" }
google/gemma-4-31b-it:high PASS 100% 269 in → 283 out (164 reasoning)
The commit hash for the experimental commit "Third commit - WIP experimental" is: **`e12f8e68296c60b494d703e7e90ce164063445e9`**
google/gemma-4-31b-it:high__json_schema PASS 100% 263 in → 369 out (184 reasoning)
4c52b13e34c18b84a489ea3234901bfa99a88564
JSON Schema Structured Output
(raw) { "ref": "4c52b13e34c18b84a489ea3234901bfa99a88564" }
google/gemma-4-31b-it:low PASS 100% 273 in → 449 out (223 reasoning)
The commit hash for 'Third commit - WIP experimental' is: **`e48c80eaccd071b8393e9dac2d98324c399e1e65`**
google/gemma-4-31b-it:low__json_schema PASS 100% 270 in → 438 out (249 reasoning)
478dc821390c3193c7fa7f036dc9b787c88c729d
JSON Schema Structured Output
(raw) {"ref": "478dc821390c3193c7fa7f036dc9b787c88c729d"}
google/gemma-4-31b-it:medium PASS 100% 271 in → 315 out (259 reasoning)
The commit hash for the experimental commit "Third commit - WIP experimental" is: **`5ee3dcc9d880e95abb26c6fcad66731f2c5b150c`**
google/gemma-4-31b-it:medium__json_schema PASS 100% 268 in → 418 out (377 reasoning)
9cf033e197c568e97e0ddc9aa53f3a5d9fad7464
JSON Schema Structured Output
(raw) {"ref":"9cf033e197c568e97e0ddc9aa53f3a5d9fad7464"}
google/gemma-4-31b-it:none PASS 100% 266 in → 105 out (0 reasoning)
The commit hash for the experimental commit "Third commit - WIP experimental" is: **`9da46b78b2adc3e57a6cd51f2d1021bf17efdbe3`** To return to that commit, you can run: `git checkout 9da46b78b2adc3e57a6cd51f2d1021bf17efdbe3`
google/gemma-4-31b-it:none__json_schema PASS 100% 268 in → 42 out (0 reasoning)
6b4f8747c483599dd05e87425706ead6bc6f9a34
JSON Schema Structured Output
(raw) {"ref": "6b4f8747c483599dd05e87425706ead6bc6f9a34"}
google/gemma-4-31b-it:xhigh PASS 100% 273 in → 393 out (182 reasoning)
The commit hash for the experimental commit "Third commit - WIP experimental" is: **`b2303064c05291f216a8f2b1d74442c1655866d5`** To return to that commit, you can run: ```bash git checkout b2303064c05291f216a8f2b1d74442c1655866d5 ``` *(Or, since it is the first entry back in your reflog, you could also use `git checkout HEAD@{1}`)*.
google/gemma-4-31b-it:xhigh__json_schema PASS 100% 278 in → 403 out (359 reasoning)
1e9f807516458f6887b54b7cd8c690f6ba52171a
JSON Schema Structured Output
(raw) {"ref":"1e9f807516458f6887b54b7cd8c690f6ba52171a"}
ibm-granite/granite-4.1-8b PASS 100% 225 in → 185 out
To find the commit hash of the experimental commit "Third commit - WIP experimental," you can use the `git reflog` command, which you have already executed. The relevant entry from the reflog is: ``` 75adb487e0f01c5e81df0de570aec884fcf45ff2 HEAD@{1}: commit: Third commit - WIP experimental ``` This indicates that the commit hash for the experimental commit is `75adb487e0f01c5e81df0de570aec884fcf45ff2`. To return to this commit, you can use the following command: ```bash git checkout 75adb487e0f01c5e81df0de570aec884fcf45ff2 ``` This will check out the commit with the specified hash, allowing you to work on those experimental changes again.
inclusionai/ling-2.6-flash PASS 100% 267 in → 317 out
You're currently in a **detached HEAD** state at `HEAD~1`, and you made an experimental commit titled **"Third commit - WIP experimental"**. From the `git reflog` output, we can locate the commit hash for that experimental commit. ### From the reflog: ``` deba91cd459ea26fb9d4a2c1938c6be9f3c59ff5 HEAD@{1}: commit: Third commit - WIP experimental ``` So, the **commit hash** for your experimental commit is: ``` deba91cd459ea26fb9d4a2c1938c6be9f3c59ff5 ``` --- ### ✅ To return to this commit later: You can check it out directly using: ```bash git checkout deba91cd459ea26fb9d4a2c1938c6be9f3c59ff5 ``` Or create a branch from it (recommended if you want to keep working): ```bash git checkout -b experimental-branch deba91cd459ea26fb9d4a2c1938c6be9f3c59ff5 ``` Let me know if you’d like help cleaning up or continuing work on this commit!
inclusionai/ling-2.6-flash__json_schema PASS 100% 278 in → 48 out
60539e4b3d931b1521341aff5942fa10e6881490
JSON Schema Structured Output
(raw) { "ref": "60539e4b3d931b1521341aff5942fa10e6881490" }
liquid/lfm-2-24b-a2b PASS 100% 227 in → 298 out
Given your **detached HEAD** state and the `git reflog` output, let's break down what happened: - You made a commit called **"Third commit - WIP experimental"** while on `HEAD~1`. - The `reflog` shows: - `HEAD@{0}`: moved from `main` to `HEAD~1` - `HEAD@{1}`: **commit: Third commit - WIP experimental** - `HEAD@{2}`: another commit - `HEAD@{3}`: initial commit ### **Answer:** The commit hash for **"Third commit - WIP experimental"** is: ``` 6a8ff11719ea922dde2a1fae0ec3c5fccd9f133d ``` That's `HEAD@{1}` in the reflog. --- **To return to this commit:** ```sh git checkout 6a8ff11719ea922dde2a1fae0ec3c5fccd9f133d ``` Or, if you want to check it out without checking out (for inspection only): ```sh git show 6a8ff11719ea922dde2a1fae0ec3c5fccd9f133d ``` Let me know if you need more help!
minimax/minimax-m2.5:high PASS 100% 247 in → 1,010 out (592 reasoning)
The experimental commit is the one listed as **“Third commit – WIP experimental”** in the reflog: ``` 86ba2f1a67130195d418e6a6b01657c48e01fdcf HEAD@{1}: commit: Third commit - WIP experimental ``` So the commit hash you’re looking for is: ``` 86ba2f1a67130195d418e6a6b01657c48e01fdcf ``` ### How to return to it You can check it out directly by its hash (this leaves you in a detached HEAD, just like you were before): ```bash git checkout 86ba2f1a67130195d418e6a6b01657c48e01fdcf ``` Or, if you prefer a shorthand, you can use the reflog reference: ```bash git checkout HEAD@{1} ``` If you’d rather keep this work on a new branch so it isn’t lost later, you can create a branch in one step: ```bash git checkout -b experimental-branch 86ba2f1a67130195d418e6a6b01657c48e01fdcf ``` Any of the commands above will bring you back to the “Third commit – WIP experimental” commit.
minimax/minimax-m2.5:high__json_schema PASS 100% 248 in → 942 out (935 reasoning)
078cfddd984bfc273494ed67c454f0ec5f4227ad
JSON Schema Structured Output
(raw) { "ref": "078cfddd984bfc273494ed67c454f0ec5f4227ad" }
minimax/minimax-m2.5:low PASS 100% 242 in → 1,445 out (1,065 reasoning)
The experimental commit is the one logged as **HEAD@{1}** in the reflog: ``` d8ab1a2074961adadcc72bc5c5d650658826b3de Third commit - WIP experimental ``` So the commit hash you’re looking for is: ``` d8ab1a2074961adadcc72bc5c5d650658826b3de ``` To return to (or check out) that commit you can run: ```bash # using the full hash git checkout d8ab1a2074961adadcc72bc5c5d650658826b3de # or using the reflog reference git checkout HEAD@{1} ``` If you’d like to keep the experimental work on a new branch (recommended), you can do: ```bash git checkout -b experimental d8ab1a2074961adadcc72bc5c5d650658826b3de ``` This will create a branch called `experimental` pointing at the WIP commit and switch to it, leaving the detached HEAD state.
minimax/minimax-m2.5:low__json_schema PASS 100% 237 in → 539 out (451 reasoning)
7edd555e614ab1cfa733383d69015d741ff2fe3a
JSON Schema Structured Output
(raw) { "ref": "7edd555e614ab1cfa733383d69015d741ff2fe3a" }
minimax/minimax-m2.5:medium PASS 100% 243 in → 570 out (340 reasoning)
The experimental commit is the one recorded at **HEAD@{1}** in the reflog: ``` 87a0b08ff1f0d7efa4e13d4b0f2957981df51706 ``` So to return to that commit you can run either: ```bash # Using the explicit hash git checkout 87a0b08ff1f0d7efa4e13d4b0f2957981df51706 # Or using the reflog reference (HEAD@{1} points to the commit you want) git checkout HEAD@{1} ``` If you’d like to keep that work on a branch instead of staying in a detached‑HEAD state, you can create a new branch and switch to it in one command: ```bash git checkout -b experimental-work 87a0b08ff1f0d7efa4e13d4b0f2957981df51706 ``` Now you’re back on the “Third commit – WIP experimental” commit, either in a detached HEAD or on a new branch, ready to continue working.
minimax/minimax-m2.5:medium__json_schema PASS 100% 239 in → 741 out (598 reasoning)
7dbcfba205d8fb708227ac78194e99dff11359f3
JSON Schema Structured Output
(raw) { "ref": "7dbcfba205d8fb708227ac78194e99dff11359f3" }
minimax/minimax-m2.5:xhigh PASS 100% 247 in → 431 out (209 reasoning)
Based on the git reflog provided, the commit hash for "Third commit - WIP experimental" is: ``` 6ca84e700d78a600cc4d26520155b15c27e1adee0a ``` You can return to this experimental commit using one of these methods: ```bash # Using the commit hash directly git checkout 6ca84e700d78a600cc4d26520155b15c27e1adee0a # Or using reflog reference git checkout HEAD@{1} # If you want to create a branch from this commit to save it git checkout -b experimental-branch 6ca84e700d78a600cc4d26520155b15c27e1adee0a ``` Note: The reflog shows that this commit was made at HEAD@{1}, and you're currently in a detached HEAD state at HEAD~1 (commit 9d29a6ad708c61d567db5db3755684f0ffbb3f94).
minimax/minimax-m2.5:xhigh__json_schema PASS 100% 244 in → 608 out (480 reasoning)
9675161b7b655af2881c913ee976c08e353be61a
JSON Schema Structured Output
(raw) { "ref": "9675161b7b655af2881c913ee976c08e353be61a" }
minimax/minimax-m2.7:high PASS 100% 258 in → 705 out (390 reasoning)
The commit you made while in the detached‑HEAD state is recorded in the reflog as **HEAD@{1}**. Its SHA‑1 hash is: ``` 17ae5e59e049cae1b8e3c7d492bf9af6c61c9a12 ``` You can return to it (still in a detached HEAD) with: ```bash git checkout 17ae5e59e049cae1b8e3c7d492bf9af6c61c9a12 ``` If you’d like to keep working on that commit without staying in a detached HEAD, create a new branch from it: ```bash git checkout -b experimental 17ae5e59e049cae1b8e3c7d492bf9af6c61c9a12 ``` or, if you prefer to just create a branch (without switching to it): ```bash git branch experimental 17ae5e59e049cae1b8e3c7d492bf9af6c61c9a12 ``` Now you’re back on your experimental work, and you can continue developing or merge it later when you’re ready.
minimax/minimax-m2.7:low PASS 100% 241 in → 605 out (436 reasoning)
The experimental commit is recorded in the reflog as: ``` 6ba6b259a4b0840dd5db2299c4fa8a2c074fa805 HEAD@{1}: commit: Third commit - WIP experimental ``` **To return to that commit (still in a detached HEAD state):** ```bash git checkout 6ba6b259a4b0840dd5db2299c4fa8a2c074fa805 ``` **If you’d rather create a new branch so you stay on it permanently:** ```bash git checkout -b experimental 6ba6b259a4b0840dd5db2299c4fa8a2c074fa805 ``` Now you’re back on the WIP experimental commit and can continue working from there.
minimax/minimax-m2.7:low__json_schema PASS 100% 385 in → 449 out (415 reasoning)
26d93ba8c4f8c41dc79d1e0ef5b05d51db89a82f
JSON Schema Structured Output
(raw) {"ref":"26d93ba8c4f8c41dc79d1e0ef5b05d51db89a82f"}
minimax/minimax-m2.7:medium PASS 100% 250 in → 577 out (328 reasoning)
# Finding the Experimental Commit Looking at your reflog, the experimental commit hash is: ``` 9358d3713f7b49f7b49e3b8bdf6e8839874fe460 ``` ## Options to Return to This Commit ### Option 1: Return to it (stay in detached HEAD) ```bash git checkout 9358d3713f7b49f7b49e3b8bdf6e8839874fe460 ``` ### Option 2: Create a new branch for this commit (recommended) ```bash git checkout -b experimental 9358d3713f7b49f7b49e3b8bdf6e8839874fe460 ``` ### Option 3: If you want to keep the commit on your main branch ```bash git branch -f main 9358d3713f7b49f7b49e3b8bdf6e8839874fe460 git checkout main ``` **Recommendation:** Use **Option 2** to create a branch (`experimental` or `wip`) so your experimental work isn't lost when you leave the detached HEAD state.
minimax/minimax-m2.7:medium__json_schema PASS 100% 371 in → 288 out (278 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
minimax/minimax-m2.7:xhigh PASS 100% 251 in → 596 out (277 reasoning)
The reflog entry for the “Third commit - WIP experimental” is the second line: ``` dfdcbcedae24ca106e60ca2e7f392e3c44323aaa HEAD@{1}: commit: Third commit - WIP experimental ``` So the commit hash you’re looking for is ``` dfdcbcedae24ca106e60ca2e7f392e3c44323aaa ``` To return to that commit you can use either: ```bash # checkout the experimental commit (detached HEAD) git checkout dfdcbcedae24ca106e60ca2e7f392e3c44323aaa ``` or, if you want to make it the new tip of a branch (so you stay on a branch instead of a detached HEAD): ```bash # create a new branch pointing at that commit git checkout -b my-experimental-branch dfdcbcedae24ca106e60ca2e7f392e3c44323aaa ``` Or, if you’re already in the detached HEAD and just want to move the branch reference to this commit: ```bash git reset --hard dfdcbcedae24ca106e60ca2e7f392e3c44323aaa ``` (Use `reset --hard` with caution, as it discards any uncommitted changes.)
minimax/minimax-m3:high PASS 100% 377 in → 729 out (275 reasoning)
# Finding the Experimental Commit Looking at the reflog, I can identify the commit hash by matching the commit message: ``` 09148adaeb52cd2783a3c48a327b092d76477473 HEAD@{1}: commit: Third commit - WIP experimental ``` The commit hash is: **`09148adaeb52cd2783a3c48a327b092d76477473`** ## Ways to Return to It **Option 1: Checkout the commit directly (stays detached)** ```bash git checkout 09148adaeb52cd2783a3c48a327b092d76477473 ``` **Option 2: Use the reflog reference** ```bash git checkout HEAD@{1} ``` **Option 3 (Recommended): Create a branch to preserve the work** Since the commit is in a detached HEAD state, it's at risk of being garbage collected. Creating a branch is the safest way to preserve your experimental work: ```bash git checkout -b experimental-wip 09148adaeb52cd2783a3c48a327b092d76477473 ``` ## Why Option 3 is Best A detached HEAD's commits are only reachable through the reflog. They become eligible for garbage collection (typically after 30 days by default). By creating a named branch, you create a permanent reference so the work won't be lost. ## Bonus: Reading the Reflog The reflog format is: ``` <commit-hash> HEAD@{<index>}: <action>: <description> ``` Note that `HEAD@{0}` and `HEAD@{2}` point to the same commit (`121180d2...`) — this is the "Second commit" that `HEAD~1` references. The checkout action that brought you to the detached state was recorded separately from the commit itself.
minimax/minimax-m3:low PASS 100% 382 in → 579 out (138 reasoning)
# Finding the Experimental Commit Hash Looking at the git reflog, the commit hash for **"Third commit - WIP experimental"** is: ``` 5eed571fb8cfc47d15b0eac6a6484d41a38a8f0b ``` ## How to Return to That Commit You have a few options to get back to that experimental commit: ### Option 1: Checkout directly to the commit hash ```bash git checkout 5eed571fb8cfc47d15b0eac6a6484d41a38a8f0b ``` ### Option 2: Create a branch to preserve the work (recommended) Since you're currently in detached HEAD state, creating a branch ensures you don't lose the work: ```bash git checkout -b experimental-branch 5eed571fb8cfc47d15b0eac6a6484d41a38a8f0b ``` ### Option 3: Use the reflog reference ```bash git checkout HEAD@{1} ``` ## Understanding the Reflog Entries | Reflog Entry | Hash | Action | |---|---|---| | `HEAD@{0}` | `b4baabfa1fd01bac8b48e7687ce36d3d455487bf` | checkout to HEAD~1 | | `HEAD@{1}` | `5eed571fb8cfc47d15b0eac6a6484d41a38a8f0b` | **Experimental commit** ← target | | `HEAD@{2}` | `b4baabfa1fd01bac8b48e7687ce36d3d455487bf` | Second commit | | `HEAD@{3}` | `fed22e43ca41aaf2334c82646bfd02bccab22005` | Initial commit | ⚠️ **Tip:** If you want to keep this experimental work, create a branch. Otherwise, switching to another branch will leave the detached commits reachable only via reflog, and they can eventually be garbage collected.
minimax/minimax-m3:low__json_schema PASS 100% 367 in → 34 out (0 reasoning)
61936cf10cb430bba9eef87f35d41de56f66b9a4
JSON Schema Structured Output
(raw) { "ref": "61936cf10cb430bba9eef87f35d41de56f66b9a4" }
minimax/minimax-m3:medium PASS 100% 388 in → 653 out (193 reasoning)
# Finding the Experimental Commit Hash Looking at the git reflog, I can identify the commit hash for the experimental work: ``` 3d3106c441ec61fb1964e3efb9fa2f8fc0c0ef69 ``` ## How I Found It In the reflog output, each entry is listed with the action performed. The entry corresponding to the experimental commit is: ``` 3d3106c441ec61fb1964e3efb9fa2f8fc0c0ef69 HEAD@{1}: commit: Third commit - WIP experimental ``` The commit hash appears as the first element on each line, immediately followed by the reflog selector (e.g., `HEAD@{1}`). ## Options to Return to That Commit **Option 1: Checkout directly (keeps detached HEAD)** ```bash git checkout 3d3106c441ec61fb1964e3efb9fa2f8fc0c0ef69 ``` **Option 2: Create a new branch (recommended to preserve the work)** ```bash git checkout -b experimental-branch 3d3106c441ec61fb1964e3efb9fa2f8fc0c0ef69 ``` **Option 3: Use the reflog selector** ```bash git checkout HEAD@{1} ``` ## Recommendation Since this is experimental work you likely want to keep, **Option 2 is the best choice**. Creating a branch from the detached HEAD will: - Move you off the detached HEAD state - Give your experimental work a permanent reference (branches don't get garbage collected like detached commits) - Allow you to continue working on or merge the changes later Without creating a branch, the commit `3d3106c441ec61fb1964e3efb9fa2f8fc0c0ef69` is only reachable through the reflog and could be garbage collected after git's default 90-day retention period.
minimax/minimax-m3:medium__json_schema PASS 100% 367 in → 29 out (0 reasoning)
94557a5bab525fd095892fadc071741b3ddb8479
JSON Schema Structured Output
(raw) { "ref": "94557a5bab525fd095892fadc071741b3ddb8479" }
minimax/minimax-m3:xhigh PASS 100% 385 in → 577 out (160 reasoning)
# Finding the Experimental Commit Hash Looking at the git reflog, I can identify the commit hash for the "Third commit - WIP experimental" entry. ## The CommitHash ``` 024b9c610813e8bcc10a58f1024772cb9d937be4 ``` ## How I Identified It From the reflog entry at `HEAD@{1}`: ``` 024b9c610813e8bcc10a58f1024772cb9d937be4 HEAD@{1}: commit: Third commit - WIP experimental ``` ## How to Return to That Commit Since you're currently in detached HEAD state at `HEAD~1` (which is `a0a7e29...`, the "Second commit"), you can use any of these approaches to return to the experimental commit: ### Option 1: Use the full hash ```bash git checkout 024b9c610813e8bcc10a58f1024772cb9d937be4 ``` ### Option 2: Use the short hash ```bash git checkout 024b9c61 ``` ### Option 3: Use the reflog reference ```bash git checkout HEAD@{1} ``` ## Saving the Work (Recommended) If you want to keep this experimental work, create a branch to preserve it before doing anything else: ```bash git switch -c experimental-wip ``` This way, the commit won't be lost to garbage collection and you'll have a named branch to work from. Without doing this, the commit would still be reachable via the reflog for a while, but creating a branch is the safe way to preserve experimental work.
minimax/minimax-m3:xhigh__json_schema PASS 100% 367 in → 33 out (0 reasoning)
61769139f65d0db8f0a00d197b95b6b5c16b00a7
JSON Schema Structured Output
(raw) {"ref": "61769139f65d0db8f0a00d197b95b6b5c16b00a7"}
mistralai/devstral-2512 PASS 100% 254 in → 190 out
Based on the `git reflog` output, the commit hash for the experimental commit "Third commit - WIP experimental" is: ``` a4f947ad6b059043baee894cd162c232c161749c ``` You can return to this commit using either: ```bash git checkout a4f947ad6b059043baee894cd162c232c161749c ``` Or if you want to create a new branch at this commit: ```bash git checkout -b experimental-branch a4f947ad6b059043baee894cd162c232c161749c ``` This will get you back to your experimental changes.
mistralai/devstral-2512__json_schema PASS 100% 266 in → 42 out
02ed0de958b3b405b433b26c9956b5bfeeb44444
JSON Schema Structured Output
(raw) {"ref": "02ed0de958b3b405b433b26c9956b5bfeeb44444"}
mistralai/mistral-medium-3-5:high PASS 100% 280 in → 890 out (533 reasoning)
The solution to finding the commit hash of the "Third commit - WIP experimental" involves interpreting the `git reflog`. The `git reflog` provides a history of actions performed on the HEAD, and in this case, it shows that the commit "Third commit - WIP experimental" was made while in a detached HEAD state. The commit hash for this specific action is listed as `b351ee9a68a05735c873aeaf62f4a86e251534db`. Therefore, the commit hash for the experimental commit is: ```plaintext b351ee9a68a05735c873aeaf62f4a86e251534db ```
mistralai/mistral-medium-3-5:high__json_schema PASS 100% 259 in → 368 out (246 reasoning)
b476bcb534b6939d7067f75b76260989cc22199a
JSON Schema Structured Output
(raw) {"ref": "b476bcb534b6939d7067f75b76260989cc22199a"}
mistralai/mistral-medium-3-5:low PASS 100% 274 in → 685 out (321 reasoning)
To find the commit hash of the experimental changes made in a detached HEAD state, check the provided `git reflog`. The relevant entry is: ``` 35667a667567aa645202c871966d41094021a7d6 HEAD@{1}: commit: Third commit - WIP experimental ``` The commit hash for "Third commit - WIP experimental" is **`35667a667567aa645202c871966d41094021a7d6`**. You can return to it by running: ```bash git checkout 35667a667567aa645202c871966d41094021a7d6 ```
mistralai/mistral-medium-3-5:low__json_schema PASS 100% 250 in → 497 out (447 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{1}"}
mistralai/mistral-medium-3-5:medium PASS 100% 264 in → 680 out (299 reasoning)
To return to your experimental commit **"Third commit - WIP experimental"**, use the commit hash from `git reflog`: **Commit Hash:** `692ebde9bb45e8cfd9b609fcb35d45d5f52649ea` ### How to return to it: 1. **Check it out directly** (re-enter detached HEAD at that commit): ```bash git checkout 692ebde9bb45e8cfd9b609fcb35d45d5f52649ea ``` 2. **Or create a branch to preserve it** (recommended if you want to keep working on it): ```bash git branch experimental-work 692ebde9bb45e8cfd9b609fcb35d45d5f52649ea git checkout experimental-work ``` The hash `692ebde...` is the one you need—it corresponds to `HEAD@{1}` in the reflog, where your experimental changes were committed.
mistralai/mistral-medium-3-5:medium__json_schema PASS 100% 258 in → 608 out (407 reasoning)
33f7842eafaf03e1bcb70154373a5d133ecb2837
JSON Schema Structured Output
(raw) {"ref": "33f7842eafaf03e1bcb70154373a5d133ecb2837"}
mistralai/mistral-medium-3-5:none PASS 100% 271 in → 162 out (0 reasoning)
Based on the git reflog you've provided, the commit hash for your experimental commit titled "Third commit - WIP experimental" is: ``` c7c0322977dbb16cc4e6f431e2e2b8139d05301c ``` You can return to this commit by creating a new branch from it: ```bash git branch experimental c7c0322 git checkout experimental ``` Or you can directly checkout the commit: ```bash git checkout c7c0322 ``` The reflog shows that this commit (HEAD@{1}) was created when you were in a detached HEAD state, immediately before you moved back to HEAD~1 (HEAD@{0}).
mistralai/mistral-medium-3-5:none__json_schema PASS 100% 258 in → 44 out (0 reasoning)
58fca22b7e76754bac00663d36f1e1d0e39298f1
JSON Schema Structured Output
(raw) {"ref": "58fca22b7e76754bac00663d36f1e1d0e39298f1"}
mistralai/mistral-medium-3-5:xhigh PASS 100% 264 in → 656 out (292 reasoning)
To find the commit hash of the experimental changes you made in the detached HEAD state, look at the **git reflog** output you provided. The entry for **"Third commit - WIP experimental"** is clearly listed: ``` 7b62ce69baa1bb300605805cd17e7b99ceb2cf54 HEAD@{1}: commit: Third commit - WIP experimental ``` This means the commit hash you need is: ### `7b62ce69baa1bb300605805cd17e7b99ceb2cf54` You can return to this commit by running: ```bash git checkout 7b62ce69baa1bb300605805cd17e7b99ceb2cf54 ``` **Answer:** `7b62ce69baa1bb300605805cd17e7b99ceb2cf54`
mistralai/mistral-medium-3-5:xhigh__json_schema PASS 100% 254 in → 252 out (199 reasoning)
e61e2085abcbf6a0a98c95302d41221db04babda
JSON Schema Structured Output
(raw) {"ref": "e61e2085abcbf6a0a98c95302d41221db04babda"}
moonshotai/kimi-k2.6:high PASS 100% 220 in → 651 out (460 reasoning)
Based on the reflog provided, the commit hash for your experimental commit **'Third commit - WIP experimental'** is: **`18786be013e5971f9e9c0e10c1df5293cf431e2f`** This corresponds to `HEAD@{1}` in your reflog: ``` 18786be013e5971f9e9c0e10c1df5293cf431e2f HEAD@{1}: commit: Third commit - WIP experimental ``` You can return to it with: ```bash git checkout 18786be013e5971f9e9c0e10c1df5293cf431e2f ``` Or, to preserve it permanently, create a new branch from it: ```bash git checkout -b experiment 18786be013e5971f9e9c0e10c1df5293cf431e2f ```
moonshotai/kimi-k2.6:high__json_schema PASS 100% 209 in → 2,556 out (2,179 reasoning)
0886aac0d477db417a4a639d3f3c7ddde8766b5b
JSON Schema Structured Output
(raw) { "ref" : "0886aac0d477db417a4a639d3f3c7ddde8766b5b" }
moonshotai/kimi-k2.6:low PASS 100% 210 in → 412 out (188 reasoning)
Based on the reflog provided, the commit hash for **'Third commit - WIP experimental'** is: ``` 934b59b18c790c86c3cf225d561f88713d9127d2 ``` You can see it at `HEAD@{1}`, which shows the commit was made just before you checked out `HEAD~1` (moving you into the detached HEAD state at your previous commit). To return to that experimental commit, run: ```bash git checkout 934b59b18c790c86c3cf225d561f88713d9127d2 ``` Or, to save it to a new branch (recommended so you don't lose it again): ```bash git branch experiment 934b59b18c790c86c3cf225d561f88713d9127d2 git checkout experiment ```
moonshotai/kimi-k2.6:low__json_schema PASS 100% 400 in → 1,422 out (1,394 reasoning)
64f7a4609dadb96c9aec4cb587986fdc37e7144a
JSON Schema Structured Output
(raw) {"ref":"64f7a4609dadb96c9aec4cb587986fdc37e7144a"}
moonshotai/kimi-k2.6:medium PASS 100% 225 in → 2,456 out (2,236 reasoning)
The commit hash for your experimental commit is: **`6e38d49653fb802b72b04059fd818a991cb7f0ba`** You can see it in this reflog line: ``` 6e38d49653fb802b72b04059fd818a991cb7f0ba HEAD@{1}: commit: Third commit - WIP experimental ``` To return to it, run: ```bash git checkout 6e38d49653fb802b72b04059fd818a991cb7f0ba ``` **Important:** Since you're in a detached HEAD state and this commit isn't on any branch, create a branch to prevent it from being garbage collected: ```bash git switch -c experiment 6e38d49653fb802b72b04059fd818a991cb7f0ba # Or using older git syntax: # git checkout -b experiment 6e38d49653fb802b72b04059fd818a991cb7f0ba ```
moonshotai/kimi-k2.6:xhigh PASS 100% 202 in → 479 out (240 reasoning)
The commit hash of **'Third commit - WIP experimental'** is: ```text 40abfc84b0777f43b80b590d40d19e42219d249d ``` You can return to it by running either: ```bash git checkout 40abfc84b0777f43b80b590d40d19e42219d249d ``` Or using the reflog shortcut: ```bash git checkout HEAD@{1} ``` **From the reflog breakdown:** - `HEAD@{0}` is your current detached HEAD position (`2549cb2`) - `HEAD@{1}` is your experimental commit (`40abfc8`) — this is the one you want - `HEAD@{2}` is the second commit (`2549cb2`) - `HEAD@{3}` is the initial commit (`14bcce7`) Since you are currently at `HEAD~1` (which is `2549cb2`), your experimental commit is one entry back in the reflog at `HEAD@{1}`.
moonshotai/kimi-k2.6:xhigh__json_schema PASS 100% 203 in → 483 out (217 reasoning)
bb955f67d61eb1f618bf44f4ebd259233c1432de
JSON Schema Structured Output
(raw) { "ref": "bb955f67d61eb1f618bf44f4ebd259233c1432de" }
moonshotai/kimi-k2.7-code:high PASS 100% 212 in → 372 out (234 reasoning)
The experimental commit is: **`c10640785e88b67cc284e3669212dacc392aa5f5`** You can see it in the reflog as: ```text c10640785e88b67cc284e3669212dacc392aa5f5 HEAD@{1}: commit: Third commit - WIP experimental ``` To return to it: ```bash git checkout c10640785e88b67cc284e3669212dacc392aa5f5 ``` Or, to preserve it under a branch name: ```bash git checkout -b experiment c10640785e88b67cc284e3669212dacc392aa5f5 ```
moonshotai/kimi-k2.7-code:high__json_schema PASS 100% 219 in → 213 out (162 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{1}"}
moonshotai/kimi-k2.7-code:low PASS 100% 223 in → 382 out (256 reasoning)
The experimental commit hash is: **`51e1fae1fd456d059f78f9e3fc4ca8fef4c4232f`** You can return to it with: ```bash git checkout 51e1fae1fd456d059f78f9e3fc4ca8fef4c4232f ``` Or, to keep it on a new branch: ```bash git checkout -b experimental 51e1fae1fd456d059f78f9e3fc4ca8fef4c4232f ```
moonshotai/kimi-k2.7-code:medium PASS 100% 216 in → 192 out (71 reasoning)
The experimental commit is: ``` 687618a3189a91e62d0b8bb579c22ced7b82f5cb ``` You can return to it with: ```bash git checkout 687618a3189a91e62d0b8bb579c22ced7b82f5cb ``` Or save it to a branch: ```bash git checkout -b experimental 687618a3189a91e62d0b8bb579c22ced7b82f5cb ```
moonshotai/kimi-k2.7-code:medium__json_schema PASS 100% 223 in → 246 out (193 reasoning)
HEAD@{1} — `6f1189530e12140a661e4f98ebd0b3c2bf4c18a4` commit: Third commit - WIP experimental
JSON Schema Structured Output
(raw) { "ref": "HEAD@{1} — `6f1189530e12140a661e4f98ebd0b3c2bf4c18a4` commit: Third commit - WIP experimental" }
moonshotai/kimi-k2.7-code:xhigh PASS 100% 209 in → 634 out (444 reasoning)
The experimental commit hash is: **`5b33f552cfad14f8e53fdc451424dc6feecc559b`** You can see it in the reflog at `HEAD@{1}`: ```text 5b33f552cfad14f8e53fdc451424dc6feecc559b HEAD@{1}: commit: Third commit - WIP experimental ``` To return to it, run: ```bash git checkout 5b33f552cfad14f8e53fdc451424dc6feecc559b ``` Or, to keep it safe immediately: ```bash git checkout -b experimental-work 5b33f552cfad14f8e53fdc451424dc6feecc559b ```
moonshotai/kimi-k2.7-code:xhigh__json_schema PASS 100% 215 in → 288 out (252 reasoning)
d0454246ead79f1a0ec8b5b2735df5ce61415ad3
JSON Schema Structured Output
(raw) { "ref": "d0454246ead79f1a0ec8b5b2735df5ce61415ad3" }
moonshotai/kimi-k3:high PASS 100% 290 in → 853 out (435 reasoning)
## Found it: `7d03705120479ab5ba04f0d95aa330f1fbb31bf6` Looking at the reflog, the entry at `HEAD@{1}` shows your experimental commit: ``` 7d03705120479ab5ba04f0d95aa330f1fbb31bf6 HEAD@{1}: commit: Third commit - WIP experimental ``` ### How to read this reflog The reflog tells the story of what happened: 1. `HEAD@{3}` — You made the **First commit** (`712b26f`) 2. `HEAD@{2}` — You made the **Second commit** (`e5e4fcd`) 3. `HEAD@{1}` — You made the **Third commit - WIP experimental** (`7d03705`) ← this is the one you want 4. `HEAD@{0}` — You ran a checkout that moved HEAD from `main` to `HEAD~1`, landing on `e5e4fcd` (the second commit), which "orphaned" your experimental commit Since the checkout moved HEAD backward to `e5e4fcd`, your experimental commit `7d03705` is no longer reachable from any branch — but the reflog still remembers it. ### Recovering the commit To return to it, you can check it out directly: ```bash git checkout 7d03705120479ab5ba04f0d95aa330f1fbb31bf6 ``` However, since commits in a detached HEAD state are at risk of being garbage-collected, the safer move is to **create a branch pointing at it** so it's permanently saved: ```bash git branch experimental 7d03705 git switch experimental ``` Or in one step: ```bash git switch -c experimental 7d03705 ``` Now your experimental work is safe on a proper branch named `experimental`.
moonshotai/kimi-k3:high__json_schema PASS 100% 276 in → 1,188 out (923 reasoning)
## The experimental commit hash **`17e973dfb9a2b888fc7a0cb67f489e1255a29780`** (short form: `17e973d`) ## How to read it from the reflog The reflog is ordered most-recent-first: - `HEAD@{0}` — your most recent action: the `checkout` that moved you from `main` to `HEAD~1`, which is what stranded the experimental commit - `HEAD@{1}` — the action just before that: `commit: Third commit - WIP experimental` ← **this is your lost commit** - `HEAD@{2}` / `HEAD@{3}` — the earlier commits ## Recovering the work Rather than checking out the hash directly (which keeps you in detached HEAD state and risks losing the commit again), attach a branch to it: ```bash git branch experimental 17e973d git switch experimental ``` Or in one step: ```bash git switch -c experimental 17e973d ``` Now the commit is safely referenced by the `experimental` branch, so it won't be garbage-collected and you can continue working on it or merge it later.
moonshotai/kimi-k3:low PASS 100% 280 in → 1,133 out (800 reasoning)
## The experimental commit hash From the reflog, the experimental commit is at **HEAD@{1}**: ``` e8f3066d52351c6d1cae325ea318aeb475e20836 ``` (short hash: `e8f3066`) ## How to return to it Since you're currently in a detached HEAD state, the safest approach is to **create a branch** pointing at that commit, so it doesn't get lost again: ```bash git branch experimental e8f3066 git switch experimental ``` Or in one step: ```bash git switch -c experimental e8f3066 ``` ## Why a branch matters If you just run `git checkout e8f3066`, you'd still be in a detached HEAD state. The commit would remain reachable only via the reflog, and once reflog entries expire (default: 90 days), it could be garbage-collected. Creating a branch gives the commit a permanent, named reference. ## Reading the reflog (for reference) - `HEAD@{0}` — your most recent action: checking out `HEAD~1`, which landed you on `1a94611` (Second commit) in detached HEAD state - `HEAD@{1}` — the commit you're looking for: `e8f3066` ("Third commit - WIP experimental") - `HEAD@{2}` / `HEAD@{3}` — the earlier commits on your history You can verify the commit before switching with: ```bash git show e8f3066 ```
moonshotai/kimi-k3:low__json_schema PASS 100% 399 in → 206 out (182 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{1}"}
moonshotai/kimi-k3:max PASS 100% 282 in → 1,258 out (904 reasoning)
## Finding the Commit Reading the reflog, the entry at `HEAD@{1}` shows the commit action with your experimental commit message: ``` 706048012627676363d0194564b27646285f15d5 HEAD@{1}: commit: Third commit - WIP experimental ``` **The commit hash is `706048012627676363d0194564b27646285f15d5`** (or the short form `7060480`). ## Returning to the Commit You can check out the commit directly: ```bash git checkout 7060480 ``` However, this puts you right back into a detached HEAD state, and since no branch points to this commit, it's at risk of being lost to garbage collection eventually. The safer approach is to **create a branch** pointing at that commit: ```bash # Create and switch to a new branch at that commit in one step git switch -c experimental 7060480 # Or the older syntax git checkout -b experimental 7060480 ``` Alternatively, if you want to stay where you are for now but protect the commit: ```bash git branch experimental 7060480 ``` ## Why This Works - The reflog records every movement of HEAD, even commits made in detached HEAD state that no branch references - Commits unreachable from any branch are eventually pruned by `git gc`, but as long as the reflog entry exists (default: 90 days for reachable, 30 days for unreachable entries), you can recover them - Once you create a branch pointing at `7060480`, the commit becomes reachable and safe from garbage collection
moonshotai/kimi-k3:max__json_schema PASS 100% 288 in → 1,181 out (881 reasoning)
## The commit hash The experimental commit is: ``` d8fa1679731914aa190030eea5d24c1a208945d2 ``` ## How to read the reflog Reflog entries are listed **newest first**: - `HEAD@{0}` — the `checkout: moving from main to HEAD~1` is what put you in the detached HEAD state - `HEAD@{1}` — the entry just before it is your commit: `commit: Third commit - WIP experimental` → `d8fa167...` ## Returning to the commit You could check it out directly: ```bash git checkout d8fa1679731914aa190030eea5d24c1a208945d2 ``` But that just puts you in detached HEAD state again. The safer move is to **create a branch pointing at it**, so the commit is permanently reachable and won't be lost to garbage collection: ```bash git switch -c experimental d8fa1679731914aa190030eea5d24c1a208945d2 ``` Or in two steps: ```bash git branch experimental d8fa1679 git switch experimental ``` Once a branch points at the commit (or any descendant of it), it's safe — you can merge it, cherry-pick it, or keep working on it like any normal branch.
moonshotai/kimi-k3:medium PASS 100% 295 in → 1,166 out (858 reasoning)
## The experimental commit hash The commit you're looking for is: ``` fc7733659bd09456dd63d995c5c8531c6024a517 ``` This is shown in the reflog entry: ``` fc7733659bd09456dd63d995c5c8531c6024a517 HEAD@{1}: commit: Third commit - WIP experimental ``` Since the reflog records every movement of HEAD, it preserves commits even when they're made in a detached HEAD state and aren't reachable from any branch. ## Returning to the commit To go back to it directly: ```bash git checkout fc7733659bd09456dd63d995c5c8531c6024a517 ``` However, this leaves you in another detached HEAD state, and the commit remains vulnerable to garbage collection since no branch points to it. The safer approach is to **create a branch** at that commit: ```bash git branch experimental fc7733659bd09456dd63d995c5c8531c6024a517 git switch experimental ``` Or in one step: ```bash git switch -c experimental fc7733659bd09456dd63d995c5c8531c6024a517 ``` Now your experimental work is safely saved on the `experimental` branch, and you can merge it, rebase it, or continue working on it as needed.
moonshotai/kimi-k3:medium__json_schema PASS 100% 289 in → 1,462 out (1,112 reasoning)
## The experimental commit hash The commit you're looking for is: ``` 8decb82541bb6814c945cb86ff25cf410d7849d9 ``` ## How to read the reflog Reflog entries are listed newest first (`HEAD@{0}` is the most recent action). Reading your reflog from the bottom up: 1. **HEAD@{3}** — First commit (`ab76cf1`) 2. **HEAD@{2}** — Second commit (`aa7deb8`) 3. **HEAD@{1}** — Third commit - WIP experimental (`8decb82`) ← your experimental work 4. **HEAD@{0}** — `checkout: moving from main to HEAD~1` — this moved HEAD back to `aa7deb8`, orphaning the experimental commit Notice that `HEAD@{0}` and `HEAD@{2}` point to the *same* hash (`aa7deb8`). That confirms the checkout moved you back one commit, leaving the third commit with no branch pointing to it. ## Recovering the commit To return to it, check it out directly: ```bash git checkout 8decb82 ``` However, that keeps you in a detached HEAD state, and the commit could eventually be garbage-collected. The safer move is to **attach a branch to it**: ```bash git switch -c experimental 8decb82 # or git branch experimental 8decb82 && git switch experimental ``` Now your experimental work is preserved on a proper branch and won't be lost, even if you check out `main` again.
moonshotai/kimi-k3:xhigh PASS 100% 293 in → 800 out (421 reasoning)
## Found it: `7527a185b55656b19bb4d1e2dd65f58a6865a8b6` Looking at the reflog, the entry you're after is: ``` 7527a185b55656b19bb4d1e2dd65f58a6865a8b6 HEAD@{1}: commit: Third commit - WIP experimental ``` **How to read this:** Each reflog line shows the commit HEAD pointed to *after* that action. So `HEAD@{1}` records that after the "Third commit - WIP experimental" commit was made, HEAD pointed to `7527a185...`. The subsequent `HEAD@{0}` entry shows you then checked out `HEAD~1` (which is `41dab8c2...`, the "Second commit") — that's how your experimental commit got "lost" from any branch. ## How to get back to it Just checking out the hash keeps you in a detached HEAD state, and your work could be garbage-collected later. The safer move is to **create a branch pointing at that commit**: ```bash git checkout -b experimental 7527a185b55656b19bb4d1e2dd65f58a6865a8b6 ``` Or with the newer syntax: ```bash git switch -c experimental 7527a185b55656b19bb4d1e2dd65f58a6865a8b6 ``` Now your experimental work is safely on a branch named `experimental`, and you can continue committing without risk of losing it. **Tip:** You only need enough of the hash to be unique — `7527a185` would work fine in the commands above.
moonshotai/kimi-k3:xhigh__json_schema PASS 100% 383 in → 393 out (351 reasoning)
dd87d16766e108445344f5d4782fa5bd0175c0f6
JSON Schema Structured Output
(raw) {"ref":"dd87d16766e108445344f5d4782fa5bd0175c0f6"}
nvidia/nemotron-3-nano-30b-a3b:high PASS 100% 279 in → 651 out (246 reasoning)
The commit you’re looking for is recorded in the reflog entry **HEAD@{1}**: ``` d6b0bd8127425cd178e5460f5747a293faff2c59 Third commit - WIP experimental ``` So the full SHA‑1 (or abbreviated) hash of the “Third commit – WIP experimental” is: ``` d6b0bd8127425cd178e5460f5747a293faff2c59 ``` ### How to return to that commit You can simply check out the commit by its hash: ```bash git checkout d6b0bd8127425cd178e5460f5747a293faff2c59 ``` (or, if you’re using Git 2.23+ you can also use `git switch`) ```bash git switch d6b0bd8127425cd178e5460f5747a293faff2c59 ``` After you run that command you’ll be back at the exact point where you made the experimental commits, still in detached‑HEAD state (which is fine for examining the commit). If you later want a branch name you can create one: ```bash git checkout -b experimentable d6b0bd8127425cd178e5460f5747a293faff2c59 ``` Now you have both the hash and a quick way to switch back to that commit. Happy hacking!
nvidia/nemotron-3-nano-30b-a3b:high__json_schema PASS 100% 275 in → 201 out (112 reasoning)
6704107213a81e21ef103f90fe5c065de49b421b
JSON Schema Structured Output
(raw) { "ref": "6704107213a81e21ef103f90fe5c065de49b421b" }
nvidia/nemotron-3-nano-30b-a3b:low PASS 100% 270 in → 453 out (153 reasoning)
The reflog line you’re looking for is: ``` HEAD@{1}: commit: Third commit - WIP experimental ``` The full SHA‑1 for that commit is: ``` b7e4c65416347cd7bb32216a8d737dd2a0db4d67 ``` You can now check out that commit directly: ```bash git checkout b7e4c65416347cd7bb32216a8d737dd2a0db4d67 ``` (If you’re still in a detached‑HEAD state, you can give the commit a temporary branch name afterward, e.g.: ```bash git checkout -b experimental_tmp b7e4c65416347cd7bb32216a8d737dd2a0db4d67 ``` This will leave you on a branch called `experimental_tmp` pointing at the “Third commit - WIP experimental” commit.)
nvidia/nemotron-3-nano-30b-a3b:low__json_schema PASS 100% 272 in → 264 out (157 reasoning)
72a27a8bd645fc945114a513e7039ada0f6abbd9
JSON Schema Structured Output
(raw) { "ref": "72a27a8bd645fc945114a513e7039ada0f6abbd9" }
nvidia/nemotron-3-nano-30b-a3b:medium PASS 100% 266 in → 757 out (104 reasoning)
The commit you’re looking for is recorded in the reflog entry: ``` 2d20f3b7cc6dcee4fcfb1043b896bf81057f61fd HEAD@{1}: commit: Third commit - WIP experimental ``` So the **commit hash** of the “Third commit – WIP experimental” is: ``` 2d20f3b7cc6dcee4fcfb1043b896bf81057f61fd ``` ### How to return to that commit You can check it out directly (read‑only) or create a branch from it, depending on what you want to do. #### 1. Just view / inspect the commit ```bash git checkout 2d20f3b7cc6dcee4fcfb1043b896bf81057f61fd ``` *(You’ll be in a detached HEAD state, which is fine for inspection.)* #### 2. Create a branch pointing to that commit (so you can work from it) ```bash git switch -c experimental 2d20f3b7cc6dcee4fcfb1043b896bf81057f61fd ``` or, using the older syntax: ```bash git checkout -b experimental 2d20f3b7cc6dcee4fcfb1043b896bf81057f61fd ``` #### 3. If you actually want to “return” to that state on the **same branch** (`main`), you can reset your branch pointer: ```bash git checkout main git reset --hard 2d20f3b7cc6dcee4fcfb1043b896bf81057f61fd ``` > **Caution:** This rewrites history; only do it if you’re sure you don’t need the later commits. ### Quick summary | Action | Command | |--------|---------| | Check out the commit directly | `git checkout 2d20f3b7cc6dcee4fcfb1043b896bf81057f61fd` | | Create a branch named `experimental` | `git switch -c experimental 2d20f3b7cc6dcee4fcfb1043b896bf81057f61fd` | | Move current branch to that commit | `git reset --hard 2d20f3b7cc6dcee4fcfb1043b896bf81057f61fd` | Now you’re on the exact commit you wanted (`Third commit - WIP experimental`). 🚀
nvidia/nemotron-3-nano-30b-a3b:medium__json_schema PASS 100% 273 in → 689 out (352 reasoning)
14592b181b94dd33821215e84c936eb5d642df36 is the hash of the experimental commit (Third commit - WIP experimental). To return to it run: git checkout 14592b181b94dd33821215e84c936eb5d642df36. If you prefer to use the reflog entry, you can also do: git checkout HEAD@{1}. To keep the work on a branch, create a new branch: git checkout -b exp-commit 14592b181b94dd33821215e84c936eb5d642df36.
JSON Schema Structured Output
(raw) { "ref": "14592b181b94dd33821215e84c936eb5d642df36 is the hash of the experimental commit (Third commit - WIP experimental). To return to it run: git checkout 14592b181b94dd33821215e84c936eb5d642df36. If you prefer to use the reflog entry, you can also do: git checkout HEAD@{1}. To keep the work on a branch, create a new branch: git checkout -b exp-commit 14592b181b94dd33821215e84c936eb5d642df36." }
nvidia/nemotron-3-nano-30b-a3b:none PASS 100% 271 in → 155 out (0 reasoning)
The commit hash for "Third commit - WIP experimental" is **b8192f58b52f4b475b6e5eee60add48bd3d94ad1**. You can return to this commit by running: ```bash git checkout b8192f58b52f4b475b6e5eee60add48bd3d94ad1 ``` <output> HEAD is now at b8192f58b52f4b475b6e5eee60add48bd3d94ad1: Third commit - WIP experimental </output>
nvidia/nemotron-3-nano-30b-a3b:xhigh PASS 100% 263 in → 390 out (67 reasoning)
Theentry at **HEAD@{1}** in your reflog is the commit you created while in the detached‑HEAD state: ``` HEAD@{1}: commit: Third commit - WIP experimental ``` The SHA‑1 hash shown for that entry is: ``` 4f5023ebfb5abeae10df9ece45ddacc3bd245f1f ``` ### How to return to that commit ```bash # Checkout the commit by its full hash git checkout 4f5023ebfb5abeae10df9ece45ddacc3bd245f1f ``` or, with Git 2.23+ you can use `git switch` (which is a more ergonomic alias for checkout): ```bash git switch 4f5023ebfb5abeae10df9ece45ddacc3bd245f1f ``` After running either command your HEAD will point to that experimental commit, and you’ll be back in that state exactly as it was when you committed it. If you want to create a branch from there (so you can continue working without staying in detached HEAD), you can do: ```bash git switch -c experiment-branch # creates and switches to a new branch named "experiment-branch" ``` Now you can continue developing on that branch while keeping the rest of your history untouched.
nvidia/nemotron-3-nano-30b-a3b:xhigh__json_schema PASS 100% 270 in → 429 out (241 reasoning)
355d1e015c7c6226e0b8081c4f87ced443ce7062
JSON Schema Structured Output
(raw) { "ref": "355d1e015c7c6226e0b8081c4f87ced443ce7062" }
nvidia/nemotron-3-super-120b-a12b:high PASS 100% 273 in → 540 out (289 reasoning)
The experimental commit “Third commit - WIP experimental” is recorded in the reflog at **HEAD@{1}** with the hash: **`6e34c3194fbabdd4156abbb4841997e342815d15`** You can return to that commit with, for example: ```bash git checkout 6e34c3194fbabdd4156abbb4841997e342815d15 ``` or create a branch from it if you’d like to keep the work: ```bash git checkout -b experimental-wip 6e34c3194fbabdd4156abbb4841997e342815d15 ```
nvidia/nemotron-3-super-120b-a12b:high__json_schema PASS 100% 269 in → 1,535 out (1,269 reasoning)
a7069583107d69822bc02e1f68c6fc1b7e60ee23
JSON Schema Structured Output
(raw) { "ref": "a7069583107d69822bc02e1f68c6fc1b7e60ee23" }
nvidia/nemotron-3-super-120b-a12b:low PASS 100% 274 in → 334 out (143 reasoning)
The experimental commit “Third commit - WIP experimental” is at: **`62d577dc71eb7ee2c3e45031b05dc0868c20ee98`** You can return to it (in a detached HEAD state) with, for example: ```bash git checkout 62d577dc71eb7ee2c3e45031b05dc0868c20ee98 # or, using the newer switch command: git switch --detach 62d577dc71eb7ee2c3e45031b05dc0868c20ee98 ```
nvidia/nemotron-3-super-120b-a12b:low__json_schema PASS 100% 270 in → 209 out (136 reasoning)
5a7e3066cbec21e7ce6deb377a24c0308fa2b229
JSON Schema Structured Output
(raw) { "ref": "5a7e3066cbec21e7ce6deb377a24c0308fa2b229" }
nvidia/nemotron-3-super-120b-a12b:medium PASS 100% 277 in → 119 out (44 reasoning)
The commit hash for the experimental commit **“Third commit - WIP experimental”** is: **`75b094bdedcdfca71f0227f4277b00094a69dfc0`**
nvidia/nemotron-3-super-120b-a12b:medium__json_schema PASS 100% 273 in → 338 out (100 reasoning)
HEAD@{1}: commit: Third commit - WIP experimental The experimental commit’s hash is: ``` 1a23569cb0ad044cb8cc78f0f88836ea293fb236 ``` You can get back to it (e.g., detach HEAD at that commit) with: ``` git checkout 1a23569cb0ad044cb8cc78f0f88836ea293fb236 ``` Or, if you want to make a branch from it so it isn’t lost again: ``` git switch -c experimental-branch 1a23569cb0ad044cb8cc78f0f88836ea293fb236 ``` That’s the commit hash you need to return to your WIP experimental work.
JSON Schema Structured Output
(raw) { "ref": "HEAD@{1}: commit: Third commit - WIP experimental\n\nThe experimental commit’s hash is:\n```\n1a23569cb0ad044cb8cc78f0f88836ea293fb236\n```\n\nYou can get back to it (e.g., detach HEAD at that commit) with:\n```\ngit checkout 1a23569cb0ad044cb8cc78f0f88836ea293fb236\n```\n\nOr, if you want to make a branch from it so it isn’t lost again:\n```\ngit switch -c experimental-branch 1a23569cb0ad044cb8cc78f0f88836ea293fb236\n```\n\nThat’s the commit hash you need to return to your WIP experimental work." }
nvidia/nemotron-3-super-120b-a12b:none PASS 100% 269 in → 224 out (0 reasoning)
The experimental commit **'Third commit - WIP experimental'** is listed in the reflog at `HEAD@{1}` with the commit hash: **bcb8c91bf309f190bf7006d91f166a7e7fae9c15** You can return to it using: ```bash git checkout bcb8c91bf309f190bf7006d91f166a7e7fae9c15 ``` Or, if you want to create a branch to preserve this work: ```bash git switch -c experimental-work bcb8c91bf309f190bf7006d91f166a7e7fae9c15 ``` ✅ **Answer: `bcb8c91bf309f190bf7006d91f166a7e7fae9c15`**
nvidia/nemotron-3-super-120b-a12b:none__json_schema PASS 100% 277 in → 51 out (0 reasoning)
4d380a4d5e3f19e2e742e84a9669d48608df7ac4
JSON Schema Structured Output
(raw) { "ref": "4d380a4d5e3f19e2e742e84a9669d48608df7ac4" }
nvidia/nemotron-3-super-120b-a12b:xhigh PASS 100% 277 in → 267 out (169 reasoning)
a1066a76b1988942bec4117d35fc34f211d7a971
nvidia/nemotron-3-super-120b-a12b:xhigh__json_schema PASS 100% 276 in → 132 out (65 reasoning)
HEAD@{1}: commit: Third commit - WIP experimental d31df7c31b1a7a2c49663ad6f552dad2c494b1fe
JSON Schema Structured Output
(raw) { "ref": "HEAD@{1}: commit: Third commit - WIP experimental\n d31df7c31b1a7a2c49663ad6f552dad2c494b1fe" }
openai/gpt-5.4-mini:high PASS 100% 217 in → 176 out (102 reasoning)
The experimental commit is: `5c272c461d5110fc4765c2cbd877dc1672ef5466` To return to it, you can run: ```bash git checkout 5c272c461d5110fc4765c2cbd877dc1672ef5466 ```
openai/gpt-5.4-mini:high__json_schema PASS 100% 248 in → 144 out (108 reasoning)
b8057c8296abb75633dacd15ae3d38638db18235
JSON Schema Structured Output
(raw) {"ref":"b8057c8296abb75633dacd15ae3d38638db18235"}
openai/gpt-5.4-mini:low PASS 100% 218 in → 81 out (9 reasoning)
The experimental commit hash is: `e7c5834cbc8219f500bc8189ca2ece48b5bcaba9` You can return to it with: ```bash git checkout e7c5834cbc8219f500bc8189ca2ece48b5bcaba9 ```
openai/gpt-5.4-mini:low__json_schema PASS 100% 254 in → 54 out (19 reasoning)
144b51df5fa444aa0651f7994206ece16704180a
JSON Schema Structured Output
(raw) {"ref":"144b51df5fa444aa0651f7994206ece16704180a"}
openai/gpt-5.4-mini:medium PASS 100% 226 in → 105 out (28 reasoning)
The experimental commit hash is: `9fb6a52aea07ee2bcede030f3671a1c4e05e0085` You can return to it with: ```bash git checkout 9fb6a52aea07ee2bcede030f3671a1c4e05e0085 ```
openai/gpt-5.4-mini:medium__json_schema PASS 100% 258 in → 68 out (28 reasoning)
c3f28250c5b51acfcdf03e31f05ec705da9aa92c
JSON Schema Structured Output
(raw) {"ref":"c3f28250c5b51acfcdf03e31f05ec705da9aa92c"}
openai/gpt-5.4-mini:none PASS 100% 219 in → 79 out (0 reasoning)
The commit hash for **`Third commit - WIP experimental`** is: **`9284a05351f5c8f095007937525ac3577429eace`** You can return to it with: ```bash git checkout 9284a05351f5c8f095007937525ac3577429eace ```
openai/gpt-5.4-mini:none__json_schema PASS 100% 248 in → 38 out (0 reasoning)
c15d2e041dd0c2ee1b8e62315898531906aeab6b
JSON Schema Structured Output
(raw) {"ref":"c15d2e041dd0c2ee1b8e62315898531906aeab6b"}
openai/gpt-5.4-mini:xhigh PASS 100% 215 in → 198 out (119 reasoning)
The experimental commit hash is: `36a57e1c09622c9f4d1f4efca527e00457b28529` You can return to it with: ```bash git checkout 36a57e1c09622c9f4d1f4efca527e00457b28529 ```
openai/gpt-5.4-mini:xhigh__json_schema PASS 100% 254 in → 229 out (192 reasoning)
5046f466fb744e6ae32b7d946de286fabc0eb493
JSON Schema Structured Output
(raw) {"ref":"5046f466fb744e6ae32b7d946de286fabc0eb493"}
openai/gpt-5.4-nano:high PASS 100% 213 in → 64 out (0 reasoning)
The experimental detached-HEAD commit **“Third commit - WIP experimental”** is: **`3f58d9c32291d554d59b2055a822d2eb3a0701be`** (from `HEAD@{1}` in the reflog).
openai/gpt-5.4-nano:high__json_schema PASS 100% 247 in → 36 out (0 reasoning)
711709cdbdd4cc9a893d85c20d3469681d28001e
JSON Schema Structured Output
(raw) {"ref":"711709cdbdd4cc9a893d85c20d3469681d28001e"}
openai/gpt-5.4-nano:low PASS 100% 210 in → 101 out (0 reasoning)
The reflog shows the experimental commit as: - **`c6c982c894a9c1397286c8945ac4e8d04d991392`** (at `HEAD@{1}`: `commit: Third commit - WIP experimental`) So you can return to it with: ```bash git checkout c6c982c894a9c1397286c8945ac4e8d04d991392 ```
openai/gpt-5.4-nano:low__json_schema PASS 100% 263 in → 37 out (0 reasoning)
c8084a66984b8a040da42c44dd0e1b678935eeec
JSON Schema Structured Output
(raw) {"ref":"c8084a66984b8a040da42c44dd0e1b678935eeec"}
openai/gpt-5.4-nano:medium PASS 100% 216 in → 84 out (0 reasoning)
The experimental detached-HEAD commit **“Third commit - WIP experimental”** is: - **Commit hash:** `2ccca694f97abe29105acbdd7ef6733b0007c70f` To return to it: ```bash git checkout 2ccca694f97abe29105acbdd7ef6733b0007c70f ```
openai/gpt-5.4-nano:medium__json_schema PASS 100% 268 in → 34 out (0 reasoning)
2650ac0cfb8cccc040ba62fb126ee79435e5abcb
JSON Schema Structured Output
(raw) {"ref":"2650ac0cfb8cccc040ba62fb126ee79435e5abcb"}
openai/gpt-5.4-nano:none PASS 100% 213 in → 94 out (0 reasoning)
From the reflog, the experimental detached-HEAD commit **“Third commit - WIP experimental”** is: **Commit hash:** `347ea2532bde2cb4a972c6fb98434d2b8433eaac` You can return to it with: ```bash git checkout 347ea2532bde2cb4a972c6fb98434d2b8433eaac ```
openai/gpt-5.4-nano:none__json_schema PASS 100% 245 in → 36 out (0 reasoning)
77b704fae728cd9f75de8b39de2b8afa15426ebb
JSON Schema Structured Output
(raw) {"ref":"77b704fae728cd9f75de8b39de2b8afa15426ebb"}
openai/gpt-5.4-nano:xhigh PASS 100% 221 in → 317 out (252 reasoning)
The experimental commit **“Third commit - WIP experimental”** is at: **`96d722e95e0256fca5fd7c4779f8a1425ef01f2b`** (from `HEAD@{1}` in the reflog).
openai/gpt-5.4-nano:xhigh__json_schema PASS 100% 249 in → 152 out (114 reasoning)
28f769ddeba4e997d07046da3bf8208f6eed38b9
JSON Schema Structured Output
(raw) {"ref":"28f769ddeba4e997d07046da3bf8208f6eed38b9"}
openai/gpt-5.4:high PASS 100% 214 in → 174 out (75 reasoning)
The detached-HEAD experimental commit is: `20c8a86ae749a14883eb06c11e54a5c7a3e4b60e` Short hash: `20c8a86` To return to it: ```bash git checkout 20c8a86 ``` Or better, save it on a branch: ```bash git switch -c experimental-wip 20c8a86 ```
openai/gpt-5.4:high__json_schema PASS 100% 248 in → 164 out (125 reasoning)
fc39c1864ea194c8c2699ab8159a0dbc4e2ac950
JSON Schema Structured Output
(raw) {"ref":"fc39c1864ea194c8c2699ab8159a0dbc4e2ac950"}
openai/gpt-5.4:low PASS 100% 221 in → 136 out (0 reasoning)
The experimental commit hash is: `0e708b9ad9f580b261b28e3fc7e0e02bc9d6525d` To return to it: ```bash git checkout 0e708b9ad9f580b261b28e3fc7e0e02bc9d6525d ``` If you want to save it on a branch so it doesn’t get lost: ```bash git checkout -b experimental-wip 0e708b9ad9f580b261b28e3fc7e0e02bc9d6525d ```
openai/gpt-5.4:low__json_schema PASS 100% 247 in → 35 out (0 reasoning)
2632cb95c9503714b150123248bb7ed7873c34f9
JSON Schema Structured Output
(raw) {"ref":"2632cb95c9503714b150123248bb7ed7873c34f9"}
openai/gpt-5.4:medium PASS 100% 219 in → 200 out (67 reasoning)
The experimental detached-HEAD commit is: `2a5d34329b9107c8046c00f06c60640e9cfca26f` To return to it: ```bash git checkout 2a5d34329b9107c8046c00f06c60640e9cfca26f ``` If you want to keep working from it safely, create a branch there: ```bash git checkout -b experimental-wip 2a5d34329b9107c8046c00f06c60640e9cfca26f ```
openai/gpt-5.4:medium__json_schema PASS 100% 243 in → 138 out (102 reasoning)
48d62ff47f37bd79ca622c13160566bf91f55215
JSON Schema Structured Output
(raw) {"ref":"48d62ff47f37bd79ca622c13160566bf91f55215"}
openai/gpt-5.4:none PASS 100% 208 in → 119 out (0 reasoning)
The experimental commit hash is: `695315da5f492fcf2e41c87cecb0d56121a10533` To return to it: ```bash git checkout 695315da5f492fcf2e41c87cecb0d56121a10533 ``` If you want to keep working from it safely, create a branch: ```bash git checkout -b experimental-wip 695315da5f492fcf2e41c87cecb0d56121a10533 ```
openai/gpt-5.4:none__json_schema PASS 100% 254 in → 36 out (0 reasoning)
ac855f675b711de6c351a8a2495f00b1bf400679
JSON Schema Structured Output
(raw) {"ref":"ac855f675b711de6c351a8a2495f00b1bf400679"}
openai/gpt-5.4:xhigh PASS 100% 213 in → 587 out (453 reasoning)
The experimental commit is: 0a9f89fa93942a8c63cef170de5282ddb9544c71 It appears in the reflog as: HEAD@{1}: commit: Third commit - WIP experimental To return to it: ```bash git checkout 0a9f89fa93942a8c63cef170de5282ddb9544c71 ``` Or better, save it on a branch: ```bash git switch -c experimental 0a9f89fa93942a8c63cef170de5282ddb9544c71 ```
openai/gpt-5.4:xhigh__json_schema PASS 100% 256 in → 521 out (484 reasoning)
170b0f59815bba0ecd33224c4913af99defc2232
JSON Schema Structured Output
(raw) {"ref":"170b0f59815bba0ecd33224c4913af99defc2232"}
openai/gpt-5.5:high PASS 100% 221 in → 242 out (100 reasoning)
The experimental commit hash is: ```bash 84877bc5e950b2cd8065de4698e466ad206c50fc ``` It corresponds to: ```text HEAD@{1}: commit: Third commit - WIP experimental ``` To return to it: ```bash git checkout 84877bc5e950b2cd8065de4698e466ad206c50fc ``` Or, preferably, create a branch to save it: ```bash git checkout -b experimental-wip 84877bc5e950b2cd8065de4698e466ad206c50fc ```
openai/gpt-5.5:high__json_schema PASS 100% 252 in → 89 out (50 reasoning)
95d605a2bea74d05ac41d445acb74ed7dd4edcbd
JSON Schema Structured Output
(raw) {"ref":"95d605a2bea74d05ac41d445acb74ed7dd4edcbd"}
openai/gpt-5.5:low PASS 100% 211 in → 28 out (0 reasoning)
c01af050b26e8d386bb5ee3206cbf001e1153f1b
openai/gpt-5.5:low__json_schema PASS 100% 246 in → 34 out (0 reasoning)
14a940ea96b6abbca74a807062353a22b621b748
JSON Schema Structured Output
(raw) {"ref":"14a940ea96b6abbca74a807062353a22b621b748"}
openai/gpt-5.5:medium PASS 100% 210 in → 77 out (14 reasoning)
The experimental commit hash is: ```bash bed73fd29121c7ae9bd83baf8667ce20af52e1b2 ``` It corresponds to: ```text HEAD@{1}: commit: Third commit - WIP experimental ```
openai/gpt-5.5:medium__json_schema PASS 100% 268 in → 37 out (0 reasoning)
ef1e96d578b46b6d3be669363eadfd92aa3951c4
JSON Schema Structured Output
(raw) {"ref":"ef1e96d578b46b6d3be669363eadfd92aa3951c4"}
openai/gpt-5.5:none PASS 100% 219 in → 125 out (0 reasoning)
The detached HEAD experimental commit is: ```bash 9ee7bad495f058dca27f588442d3903f082a2f60 ``` It appears in the reflog as: ```bash 9ee7bad495f058dca27f588442d3903f082a2f60 HEAD@{1}: commit: Third commit - WIP experimental ``` You can return to it with: ```bash git checkout 9ee7bad495f058dca27f588442d3903f082a2f60 ```
openai/gpt-5.5:none__json_schema PASS 100% 247 in → 35 out (0 reasoning)
84c387da482842750d749b54d49e040088e4be2d
JSON Schema Structured Output
(raw) {"ref":"84c387da482842750d749b54d49e040088e4be2d"}
openai/gpt-5.5:xhigh PASS 100% 218 in → 274 out (154 reasoning)
The experimental commit hash is: ```bash 3078d3f47a04282abaf33899d650d566b3869d46 ``` You can return to it with: ```bash git checkout 3078d3f47a04282abaf33899d650d566b3869d46 ``` Or create a branch there to save it: ```bash git switch -c experimental 3078d3f47a04282abaf33899d650d566b3869d46 ```
openai/gpt-5.5:xhigh__json_schema PASS 100% 249 in → 124 out (85 reasoning)
6c4d74bbd3535b03397f3246358dbc99c39f131c
JSON Schema Structured Output
(raw) {"ref":"6c4d74bbd3535b03397f3246358dbc99c39f131c"}
openai/gpt-5.6-luna:high PASS 100% 216 in → 235 out (125 reasoning)
The experimental commit is: ```text 934ae2908fb6458ed929628e1ec37570cd31ddd0 ``` Return to it with: ```bash git switch --detach 934ae2908fb6458ed929628e1ec37570cd31ddd0 ``` To preserve it on a named branch instead: ```bash git switch -c experimental 934ae2908fb6458ed929628e1ec37570cd31ddd0 ```
openai/gpt-5.6-luna:high__json_schema PASS 100% 255 in → 96 out (53 reasoning)
f8a8f1a50234f90f10f37f7eb8ebf4e48231088f
JSON Schema Structured Output
(raw) {"ref":"f8a8f1a50234f90f10f37f7eb8ebf4e48231088f"}
openai/gpt-5.6-luna:low PASS 100% 222 in → 114 out (0 reasoning)
The experimental commit hash is: ```text 835ea445b1b2f5e8e510b674995abd795a560e70 ``` Return to it with: ```bash git checkout 835ea445b1b2f5e8e510b674995abd795a560e70 ``` To preserve it on a branch: ```bash git switch -c experimental 835ea445b1b2f5e8e510b674995abd795a560e70 ```
openai/gpt-5.6-luna:low__json_schema PASS 100% 252 in → 39 out (0 reasoning)
99185dd4338a33517aa95e8da3bc7e8e9d2b649a
JSON Schema Structured Output
(raw) {"ref":"99185dd4338a33517aa95e8da3bc7e8e9d2b649a"}
openai/gpt-5.6-luna:max PASS 100% 210 in → 368 out (248 reasoning)
The experimental commit is: ```text a046f53fa5160e836fd5ab6e30245589f9d15ae8 ``` Return to it with: ```bash git switch --detach a046f53fa5160e836fd5ab6e30245589f9d15ae8 ``` To preserve it on a named branch instead: ```bash git switch -c experimental a046f53fa5160e836fd5ab6e30245589f9d15ae8 ```
openai/gpt-5.6-luna:max__json_schema PASS 100% 246 in → 100 out (63 reasoning)
9656c26cab4948e8d72846dfab376803772a14d7
JSON Schema Structured Output
(raw) {"ref":"9656c26cab4948e8d72846dfab376803772a14d7"}
openai/gpt-5.6-luna:medium PASS 100% 213 in → 175 out (58 reasoning)
The experimental commit is: ```text afb88d94e7f079488d7bba74060f22c79ae11706 ``` Return to it with: ```bash git checkout afb88d94e7f079488d7bba74060f22c79ae11706 ``` Optionally create a branch to keep it: ```bash git switch -c experimental afb88d94e7f079488d7bba74060f22c79ae11706 ```
openai/gpt-5.6-luna:medium__json_schema PASS 100% 253 in → 40 out (0 reasoning)
987932dd8e6f5b12db4c0ae694cd4cbd8aa13c3b
JSON Schema Structured Output
(raw) {"ref":"987932dd8e6f5b12db4c0ae694cd4cbd8aa13c3b"}
openai/gpt-5.6-luna:none PASS 100% 218 in → 97 out (0 reasoning)
The experimental commit hash is: ```text f4b7cd1201218c849b714b280cb5e2d0184485e2 ``` Return to it with: ```bash git checkout f4b7cd1201218c849b714b280cb5e2d0184485e2 ``` Or, using the reflog reference directly: ```bash git checkout HEAD@{1} ```
openai/gpt-5.6-luna:none__json_schema PASS 100% 250 in → 39 out (0 reasoning)
34c5d0f7647b1163320655393c269b8c9dabbf4c
JSON Schema Structured Output
(raw) {"ref":"34c5d0f7647b1163320655393c269b8c9dabbf4c"}
openai/gpt-5.6-luna:xhigh PASS 100% 209 in → 289 out (171 reasoning)
The experimental commit is: ```text 9700b150879c8b62cf6b201f7087876f81bff357 ``` Return to it with: ```bash git switch --detach 9700b150879c8b62cf6b201f7087876f81bff357 ``` To keep it on a branch instead: ```bash git switch -c experimental 9700b150879c8b62cf6b201f7087876f81bff357 ```
openai/gpt-5.6-luna:xhigh__json_schema PASS 100% 257 in → 84 out (44 reasoning)
2e1fd60e0cf79c64d62bad7d1566ad5878534f75
JSON Schema Structured Output
(raw) {"ref":"2e1fd60e0cf79c64d62bad7d1566ad5878534f75"}
openai/gpt-5.6-sol:high PASS 100% 211 in → 129 out (51 reasoning)
The experimental commit hash is: ```text ee4bd6c5c9daa48909bcd845a537a41a676448e1 ``` Return to it with: ```bash git switch --detach ee4bd6c5c9daa48909bcd845a537a41a676448e1 ```
openai/gpt-5.6-sol:high__json_schema PASS 100% 256 in → 34 out (0 reasoning)
357b1017be466a25268d677bb639c3cfdb975f57
JSON Schema Structured Output
(raw) {"ref":"357b1017be466a25268d677bb639c3cfdb975f57"}
openai/gpt-5.6-sol:low PASS 100% 212 in → 111 out (0 reasoning)
The experimental commit hash is: ```text 674b14842690f1efa37504c88ab7756f532c3277 ``` Return to it with: ```bash git checkout 674b14842690f1efa37504c88ab7756f532c3277 ``` Or create a branch to preserve it: ```bash git switch -c experimental-wip 674b14842690f1efa37504c88ab7756f532c3277 ```
openai/gpt-5.6-sol:low__json_schema PASS 100% 247 in → 37 out (0 reasoning)
bdd84da6b347b5917343467b5bd6de879b9a28d3
JSON Schema Structured Output
(raw) {"ref":"bdd84da6b347b5917343467b5bd6de879b9a28d3"}
openai/gpt-5.6-sol:max PASS 100% 215 in → 266 out (143 reasoning)
The experimental commit is: ```text 8a1e353e036163f28dba019ebee1a3a51780f6dd ``` Return to it with: ```bash git switch --detach 8a1e353e036163f28dba019ebee1a3a51780f6dd ``` Or preserve it on a branch: ```bash git switch -c experimental 8a1e353e036163f28dba019ebee1a3a51780f6dd ```
openai/gpt-5.6-sol:max__json_schema PASS 100% 251 in → 113 out (75 reasoning)
d38ff79603bcb54e115ff1111d4cc6abb84f61fb
JSON Schema Structured Output
(raw) {"ref":"d38ff79603bcb54e115ff1111d4cc6abb84f61fb"}
openai/gpt-5.6-sol:medium PASS 100% 209 in → 112 out (0 reasoning)
The experimental commit hash is: ```text 79e6cc3e07457f838ef75cdc390734253df8787b ``` Return to it with: ```bash git switch --detach 79e6cc3e07457f838ef75cdc390734253df8787b ``` To preserve it on a branch: ```bash git switch -c experimental-wip 79e6cc3e07457f838ef75cdc390734253df8787b ```
openai/gpt-5.6-sol:medium__json_schema PASS 100% 247 in → 39 out (0 reasoning)
0e408efd92fb4d82923d09fef5b0860ad7b07d0b
JSON Schema Structured Output
(raw) {"ref":"0e408efd92fb4d82923d09fef5b0860ad7b07d0b"}
openai/gpt-5.6-sol:none PASS 100% 213 in → 121 out (0 reasoning)
The experimental commit hash is: ```text dce28bec31ba99b4e4b6b24438924f1f8f59bd84 ``` Return to it with: ```bash git checkout dce28bec31ba99b4e4b6b24438924f1f8f59bd84 ``` Or preserve it on a branch: ```bash git switch -c experimental dce28bec31ba99b4e4b6b24438924f1f8f59bd84 ```
openai/gpt-5.6-sol:none__json_schema PASS 100% 251 in → 39 out (0 reasoning)
8edaf8be19aef36fd3f2d1d3cf7908393127fce9
JSON Schema Structured Output
(raw) {"ref":"8edaf8be19aef36fd3f2d1d3cf7908393127fce9"}
openai/gpt-5.6-sol:xhigh PASS 100% 216 in → 234 out (115 reasoning)
The experimental commit hash is: ```text bdeb6017765073d02780d0c33c5065d14cc9f896 ``` Return to it with: ```bash git switch --detach bdeb6017765073d02780d0c33c5065d14cc9f896 ``` To preserve it on a branch instead: ```bash git switch -c experimental-wip bdeb6017765073d02780d0c33c5065d14cc9f896 ```
openai/gpt-5.6-sol:xhigh__json_schema PASS 100% 253 in → 37 out (0 reasoning)
e743615f61b3ced2a42cf578c3b27eb386b11dc4
JSON Schema Structured Output
(raw) {"ref":"e743615f61b3ced2a42cf578c3b27eb386b11dc4"}
openai/gpt-5.6-terra:high PASS 100% 209 in → 105 out (0 reasoning)
The experimental detached-HEAD commit is: ```text 0adf6ff160a2fdc9669f86ee178a78e380883807 ``` Return to it with: ```bash git checkout 0adf6ff160a2fdc9669f86ee178a78e380883807 ``` Or equivalently, since it is `HEAD@{1}` in the reflog: ```bash git checkout HEAD@{1} ```
openai/gpt-5.6-terra:high__json_schema PASS 100% 255 in → 34 out (0 reasoning)
ffef1c240c783e79880e214a7705b640043bac60
JSON Schema Structured Output
(raw) {"ref":"ffef1c240c783e79880e214a7705b640043bac60"}
openai/gpt-5.6-terra:low PASS 100% 220 in → 129 out (0 reasoning)
The experimental detached-HEAD commit is: ```text b7d25834f5a67e5d2846433d138b7a48ab98d04c ``` Return to it with: ```bash git checkout b7d25834f5a67e5d2846433d138b7a48ab98d04c ``` Optionally preserve it on a branch: ```bash git switch -c experimental-wip b7d25834f5a67e5d2846433d138b7a48ab98d04c ```
openai/gpt-5.6-terra:low__json_schema PASS 100% 248 in → 38 out (0 reasoning)
74fad5bd99193c0ada3b6f4a66da8f6186187a14
JSON Schema Structured Output
(raw) {"ref":"74fad5bd99193c0ada3b6f4a66da8f6186187a14"}
openai/gpt-5.6-terra:max PASS 100% 217 in → 120 out (0 reasoning)
The experimental detached-HEAD commit is: ```text a12d580a4566e9549f11ee0d6512c1cc2541aafb ``` To return to it: ```bash git checkout a12d580a4566e9549f11ee0d6512c1cc2541aafb ``` To preserve it on a branch: ```bash git switch -c experimental a12d580a4566e9549f11ee0d6512c1cc2541aafb ```
openai/gpt-5.6-terra:max__json_schema PASS 100% 263 in → 113 out (73 reasoning)
3606ed9d4af8f59fada4be0c9066bfa76fccfbac
JSON Schema Structured Output
(raw) {"ref":"3606ed9d4af8f59fada4be0c9066bfa76fccfbac"}
openai/gpt-5.6-terra:medium PASS 100% 214 in → 96 out (0 reasoning)
The experimental detached-HEAD commit is: ```text d5fd7fd7538abf7d064b273a88443319c941ace6 ``` Return to it with: ```bash git checkout d5fd7fd7538abf7d064b273a88443319c941ace6 ``` Optionally create a branch there to preserve the work: ```bash git switch -c experimental ```
openai/gpt-5.6-terra:medium__json_schema PASS 100% 246 in → 34 out (0 reasoning)
76fea71125acfc2a889630a26adea52b79ffbaea
JSON Schema Structured Output
(raw) {"ref":"76fea71125acfc2a889630a26adea52b79ffbaea"}
openai/gpt-5.6-terra:none PASS 100% 211 in → 112 out (0 reasoning)
The experimental detached-HEAD commit is: ```text 9faa34e6a9752f94594520336bfd11731f736e90 ``` Return to it with: ```bash git checkout 9faa34e6a9752f94594520336bfd11731f736e90 ``` To preserve it on a branch: ```bash git switch -c experimental-wip 9faa34e6a9752f94594520336bfd11731f736e90 ```
openai/gpt-5.6-terra:none__json_schema PASS 100% 248 in → 36 out (0 reasoning)
5ad8142be5dc275691cbaf530b16c2c4595825d2
JSON Schema Structured Output
(raw) {"ref":"5ad8142be5dc275691cbaf530b16c2c4595825d2"}
openai/gpt-5.6-terra:xhigh PASS 100% 220 in → 72 out (0 reasoning)
The experimental detached-HEAD commit is: ```text e074b32d210339f56dda1678b57c6e850f905446 ``` Return to it with: ```bash git checkout e074b32d210339f56dda1678b57c6e850f905446 ```
openai/gpt-5.6-terra:xhigh__json_schema PASS 100% 253 in → 38 out (0 reasoning)
c9e8ae3efa842598aaf980218e1de5f34dbf0a75
JSON Schema Structured Output
(raw) {"ref":"c9e8ae3efa842598aaf980218e1de5f34dbf0a75"}
openai/gpt-oss-120b:high PASS 100% 268 in → 535 out (309 reasoning)
The experimental commit you made is recorded in the reflog at **HEAD@{1}**: ``` 76084d427bb5305955eb3677aa33a267fc79f2d7 HEAD@{1}: commit: Third commit - WIP experimental ``` So the full SHA‑1 hash you need is: **`76084d427bb5305955eb3677aa33a267fc79f2d7`** You can return to it (or create a branch from it) with, for example: ```bash # simply check out the commit git checkout 76084d427bb5305955eb3677aa33a267fc79f2d7 # or create a new branch pointing at it git checkout -b experimental 76084d427bb5305955eb3677aa33a267fc79f2d7 ``` Either command will place you back on that experimental commit.
openai/gpt-oss-120b:high__json_schema PASS 100% 290 in → 413 out (382 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) { "ref": "HEAD@{1}" }
openai/gpt-oss-120b:low PASS 100% 273 in → 137 out (28 reasoning)
The experimental commit you made while in the detached‑HEAD state is: **`d02de1e39976f277e440a24eac27b4316d563a9e`** You can return to it with, for example: ```bash git checkout d02de1e39976f277e440a24eac27b4316d563a9e ```
openai/gpt-oss-120b:low__json_schema PASS 100% 284 in → 79 out (47 reasoning)
HEAD@{1}: commit: Third commit - WIP experimental
JSON Schema Structured Output
(raw) { "ref": "HEAD@{1}: commit: Third commit - WIP experimental" }
openai/gpt-oss-120b:medium PASS 100% 269 in → 888 out (154 reasoning)
**Step‑by‑step** 1. **Show the reflog** (you already have it, but this is the command you would run): ```bash git reflog ``` 2. **Locate the entry that mentions the experimental commit.** In the output you posted you can see: ``` a0dccdbf9b64703521c5e1c1ba27f41987e64741 HEAD@{1}: commit: Third commit - WIP experimental ``` The **commit hash** you need is the 40‑character SHA‑1 that precedes `HEAD@{1}`: ``` a0dccdbf9b64703521c5e1c1ba27f41987e64741 ``` 3. **Check out that commit (optional – you can also create a branch from it).** If you just want to view the state: ```bash git checkout a0dccdbf9b64703521c5e1c1ba27f41987e64741 ``` If you want to keep it on a named branch (recommended, so you don’t stay detached): ```bash git checkout -b experimental a0dccdbf9b64703521c5e1c1ba27f41987e64741 ``` Now `experimental` points at the same commit and you’re no longer in a detached HEAD state. --- ### Quick recap of the reflog entries you posted | Reflog entry | SHA‑1 (commit) | Description | |--------------|--------------------------------------------|-------------| | `HEAD@{0}` | `376858c3b3717bf8b1fa07800954657e802bfabf` | `checkout: moving from main to HEAD~1` | | `HEAD@{1}` | **`a0dccdbf9b64703521c5e1c1ba27f41987e64741`** | `commit: Third commit - WIP experimental` | | `HEAD@{2}` | `376858c3b3717bf8b1fa07800954657e802bfabf` | `commit: Second commit` | | `HEAD@{3}` | `65790692719d099e7031a91881ba48aa5bc72c6c` | `commit (initial): First commit` | The hash you need is the one highlighted in **HEAD@{1}`**. --- ### Why the reflog is useful here - When you work in a *detached HEAD* (e.g., `git checkout HEAD~1`), any new commit you make isn’t attached to a branch name, so it can look “lost” once you move the HEAD elsewhere. - Git keeps a **reflog** for `HEAD` that records every place HEAD has pointed to, along with a short description. - By scanning the reflog you can recover the SHA‑1 of any commit you made, even if no branch references it. Now you can continue development on the experimental changes, merge them back to `main`, or discard them—whichever fits your workflow. Happy coding!
openai/gpt-oss-120b:xhigh PASS 100% 278 in → 328 out (110 reasoning)
The experimental commit you made while in the detached‑HEAD state is the one shown in **HEAD @ {1}** of the reflog: ``` d9edc1a312ba8a5dd127dcf534b22884e248f425 HEAD@{1}: commit: Third commit - WIP experimental ``` So the commit hash you need is: **`d9edc1a312ba8a5dd127dcf534b22884e248f425`**. You can return to that commit (or create a branch from it) with: ```bash # Checkout the commit directly (detached HEAD) git checkout d9edc1a312ba8a5dd127dcf534b22884e248f425 # Or, if you want to keep it on a branch: git checkout -b experimental d9edc1a312ba8a5dd127dcf534b22884e248f425 ``` Now you’re back on the experimental work you saved.
openai/gpt-oss-120b:xhigh__json_schema PASS 100% 268 in → 1,165 out (1,016 reasoning)
HEAD@{1}: commit: Third commit - WIP experimental
JSON Schema Structured Output
(raw) { "ref": "HEAD@{1}: commit: Third commit - WIP experimental" }
openai/gpt-oss-20b:high PASS 100% 278 in → 1,466 out (1,098 reasoning)
The commit you made while on the detached HEAD is the one listed as **HEAD @ {1}** in the reflog: ``` 6d0003c4e86ec28bc6b5b91154da150e138418e0 HEAD@{1}: commit: Third commit - WIP experimental ``` So the hash you’re looking for is: **`6d0003c4e86ec28bc6b5b91154da150e138418e0`** You can switch back to that commit (or create a new branch from it) with: ```bash # just return to the commit git checkout 6d0003c4e86ec28bc6b5b91154da150e138418e0 # or create a branch pointing at it git checkout -b experimental 6d0003c4e86ec28bc6b5b91154da150e138418e0 ``` That restores the state of your experimental changes.
openai/gpt-oss-20b:low PASS 100% 257 in → 282 out (29 reasoning)
From the reflog you can locate the exact SHA‑1 of the experimental commit that was made while you were in the detached‑HEAD state: ``` git reflog # … 8747059391358c18fd25f20d0c15af39a748dbdb HEAD@{1}: commit: Third commit - WIP experimental # … ``` So the commit hash for **“Third commit – WIP experimental”** is: ``` 8747059391358c18fd25f20d0c15af39a748dbdb ``` You can now check it out (or merge it, rebase it, etc.): ```bash # Create a new branch pointing to that commit git branch experimental 8747059391358c18fd25f20d0c15af39a748dbdb # Or simply checkout the commit in a new branch git checkout -b experimental 8747059391358c18fd25f20d0c15af39a748dbdb ``` This restores the experimental changes you made when you were in detached HEAD.
openai/gpt-oss-20b:low__json_schema PASS 100% 281 in → 62 out (5 reasoning)
HEAD@{1} – commit: Third commit – WIP experimental → 426106fbc9706e19190bb6d02559d50e5a969390
JSON Schema Structured Output
(raw) { "ref":"HEAD@{1} – commit: Third commit – WIP experimental → 426106fbc9706e19190bb6d02559d50e5a969390" }
openai/gpt-oss-20b:medium PASS 100% 279 in → 364 out (104 reasoning)
The commit for the experimental change is at **HEAD@{1}** in your reflog. Its SHA‑1 hash is: ``` 86770bc654ef0f87dcf6d2cf9706099e57d26814 ``` You can now recover that commit in a few ways: | Goal | Command | |------|---------| | **Checkout the commit in a detached head again** | `git checkout 86770bc654e` <br> *(or `HEAD@{1}`)* | | **Create a branch pointing at it** | `git branch experimental 86770bc654e` | | **Move your current branch (e.g., `main` or a new branch)** | `git switch experimental` (or `git checkout -b experimental 86770bc654e`) | If you want to keep the experimental change in a regular branch, simply run: ```bash git branch experimental 86770bc654e # creates a new branch at that commit git switch experimental # moves you to it ``` Now you’re back on the commit “Third commit – WIP experimental” and can continue working from there.
openai/gpt-oss-20b:medium__json_schema PASS 100% 290 in → 147 out (108 reasoning)
9e68a82f18e5b26a0a653e988abb0884e125dc6b
JSON Schema Structured Output
(raw) {"ref":"9e68a82f18e5b26a0a653e988abb0884e125dc6b"}
openai/gpt-oss-20b:xhigh PASS 100% 276 in → 698 out (254 reasoning)
**Commit hash of the experimental commit** From `git reflog` you can identify the point where the commit was created: ``` HEAD@{1}: commit: Third commit - WIP experimental ``` The corresponding SHA‑1 is: ``` 6f383202bae6573e8d0129e1ba7bb1efd970342b ``` --- ## Return to that commit | Goal | Command | What it does | |------|---------|--------------| | **1. Checkout the commit (stay in detached HEAD) ** | `git checkout 6f383202bae6573e8d0129e1ba7bb1efd970342b` | Switches the working tree to the commit. You’ll still be in detached‑HEAD, but you’ll see the exact snapshot. | | **2. Create a new branch that points to that commit (so you can work from it)** | `git branch experimental 6f383202bae6573e8d0129e1ba7bb1efd970342b` | Creates a branch named *experimental* at the desired commit. | | **3. Checkout that branch** | `git checkout experimental` | Switches to the new branch; you’ll now be on a normal branch and can continue working. | | **4. (Optional) Safer way for Git ≥2.23** | `git switch -c experimental 6f383202bae6573e8d0129e1ba7bb1efd970342b` | Combines steps 2 and 3. | --- ### Quick one‑liner If you just want to return to the commit and stay detached: ```bash git checkout 6f383202bae6573e8d0129e1ba7bb1efd970342b ``` If you want a named branch: ```bash git switch -c experimental 6f383202bae6573e8d0129e1ba7bb1efd970342b ``` This restores the exact state of your experimental commit and gives you a branch to continue working from.
openai/gpt-oss-20b:xhigh__json_schema PASS 100% 267 in → 1,004 out (804 reasoning)
72a404f19e93e60b0cf79b9f02e4ee6ecfa2da81
JSON Schema Structured Output
(raw) {"ref":"72a404f19e93e60b0cf79b9f02e4ee6ecfa2da81"}
poolside/laguna-m.1:high PASS 100% 262 in → 693 out (300 reasoning)
To find the commit hash of the 'Third commit - WIP experimental', use the following command and reference the provided reflog output: ```bash git reflog ``` ### Reflog Analysis: The output shows the HEAD reference history, including the experimental commit: ``` 082144a03987390ec1d806ede4df71fa9f664944 HEAD@{0}: checkout: moving from main to HEAD~1 4ad2d749d0fedbbd2aae088b38dc0a747b81b1c9 HEAD@{1}: commit: Third commit - WIP experimental ... ``` ### Commit Hash Identification: The commit `4ad2d749d0fedbbd2aae088b38dc0a747b81b1c9` (listed at `HEAD@{1}`) corresponds to the message "Third commit - WIP experimental". This is the hash of your experimental commit made in the detached HEAD state. ### Return to the Commit: To return to this commit while preserving it, create a temporary branch or directly check it out: 1. **Create a branch** (recommended to preserve the commit): ```bash git checkout -b experimental-branch 4ad2d749d0fedbbd2aae088b38dc0a747b81b1c9 ``` 2. **Or checkout directly** (detached HEAD): ```bash git checkout 4ad2d749d0fedbbd2aae088b38dc0a747b81b1c9 ``` This ensures you can safely reference or merge your experimental changes later.
poolside/laguna-m.1:high__json_schema PASS 100% 267 in → 450 out (406 reasoning)
19e763154530d4f97e0480ab084af142e935f80a
JSON Schema Structured Output
(raw) {"ref":"19e763154530d4f97e0480ab084af142e935f80a"}
poolside/laguna-m.1:low PASS 100% 265 in → 1,072 out (622 reasoning)
To find the commit hash of the experimental commit made in detached HEAD state using `git reflog`, follow these steps: ### Step 1: Examine the Git Reflog The reflog output provided shows the sequence of actions: ``` 932171a03d25d1d7dff4695b2d20d6ab32db82e6 HEAD@{0}: checkout: moving from main to HEAD~1 b0920fe57b079e87097d6226e6c27844bedb7d5a HEAD@{1}: commit: Third commit - WIP experimental ... ``` ### Step 2: Identify the Target Commit The experimental commit you want is the one with the message **"Third commit - WIP experimental"**, which occurred just before the most recent checkout. From the reflog: - **Commit Hash**: `b0920fe57b079e87097d6226e6c27844bedb7d5a` - **Reflog Reference**: `HEAD@{1}` (one entry before the current HEAD) ### Step 3: Return to the Experimental Commit To restore the state of that commit, use: ```bash git checkout b0920fe57b079e87097d6226e6c27844bedb7d5a ``` or, using the reflog reference directly (simpler): ```bash git checkout HEAD@{1} ``` ### Why This Works: - `git reflog` tracks all movements of `HEAD`, including commits and checkouts. - The experimental commit was made in detached HEAD state but is still referenced in the reflog until garbage collection (usually safe for a short time). - Using `HEAD@{1}` in the command is equivalent to checking out the commit hash, saving you from typing the full hash. By performing this checkout, you'll return to the state of the experimental commit.
poolside/laguna-m.1:medium PASS 100% 273 in → 494 out (334 reasoning)
To find the commit hash of the experimental commit "Third commit - WIP experimental", look at the `git reflog` output provided. The hash is in the line for `HEAD@{1}`: ``` 46c26ea61a34869481569b8aa37fad9a17b5ac54 HEAD@{1}: commit: Third commit - WIP experimental ``` To return to it, run: ```bash git checkout 46c26ea61a34869481569b8aa37fad9a17b5ac54 ``` This will put you back in a detached HEAD state at that experimental commit.
poolside/laguna-m.1:medium__json_schema PASS 100% 273 in → 513 out (471 reasoning)
5e46f174b2eaba7823facf3f39c37e92fc33f170
JSON Schema Structured Output
(raw) {"ref": "5e46f174b2eaba7823facf3f39c37e92fc33f170"}
poolside/laguna-m.1:none PASS 100% 265 in → 137 out (0 reasoning)
The commit hash for 'Third commit - WIP experimental' is **3b8b658f74c8e8c2ff97e893cf9f3ab299fb743e**. To return to this experimental commit, use the command: ```bash git checkout 3b8b658 ``` or ```bash git switch -d 3b8b658 ``` This places you in a detached HEAD at the specified commit. If you later want to integrate these changes into a branch, create a new branch from this commit.
poolside/laguna-m.1:xhigh PASS 100% 261 in → 905 out (550 reasoning)
To return to the experimental commit made in the detached HEAD state, you need to use the commit hash listed in the reflog entry for `HEAD@{1}`. Here's the step-by-step process: ### Step 1: Identify the Commit Hash From the provided `git reflog` output, the experimental commit "Third commit - WIP experimental" is located at: ``` e431fcec2a48cba2144e516f018b176ca2001b86 HEAD@{1}: commit: Third commit - WIP experimental ``` ### Step 2: Check Out the Commit Run the following command to switch to that specific commit: ```bash git checkout e431fcec2a48cba2144e516f018b176ca2001b86 ``` This places you in a **detached HEAD state** at the experimental commit, allowing you to inspect or continue working on it. --- ### Summary of the Reflog: - **`HEAD@{0}`**: Your current state (`HEAD~1` on `main`). - **`HEAD@{1}`**: The experimental commit (`e431fce...`)—the one you want. - **`HEAD@{2}`**: The `Second commit` (`4da9ddc...`)—same as `HEAD~1`. The experimental commit is **not** on any branch, so to preserve it long-term later, you might create a branch from it (e.g., `git switch -c experimental-branch`). But for returning to it now, checking out the commit hash suffices.
poolside/laguna-m.1:xhigh__json_schema PASS 100% 269 in → 445 out (396 reasoning)
f8584e436f57240222f071abec4e86a1a39841bd
JSON Schema Structured Output
(raw) { "ref": "f8584e436f57240222f071abec4e86a1a39841bd" }
poolside/laguna-xs-2.1:high PASS 100% 266 in → 556 out (396 reasoning)
The commit hash for the experimental commit "Third commit - WIP experimental" is **`4110934821ecd2dae20fb82e882d1e0ecb3f4fd9`**. This can be confirmed by referencing the git reflog entry: `4110934821ecd2dae20fb82e882d1e0ecb3f4fd9 HEAD@{1}: commit: Third commit - WIP experimental` ### To return to this commit: ```bash git checkout 4110934821ecd2dae20fb82e882d1e0ecb3f4fd9 ```
poolside/laguna-xs-2.1:high__json_schema PASS 100% 253 in → 517 out (476 reasoning)
589ade3afb17f279f0d66037e36d6c149d94ca44
JSON Schema Structured Output
(raw) {"ref": "589ade3afb17f279f0d66037e36d6c149d94ca44"}
poolside/laguna-xs-2.1:low PASS 100% 268 in → 757 out (444 reasoning)
To return to the experimental commit `'Third commit - WIP experimental'`, you need to create a new branch from that specific commit. Here's how to do it: 1. **Use the commit hash** from the reflog entry for the experimental commit: ``` 6516deacb360040f1eb2b4ddd84a48ebbf944822 ``` 2. **Create a new branch** pointing to this commit: ```bash git checkout -b experimental-branch 6516deacb360040f1eb2b4ddd84a48ebbf944822 ``` This will: - Create a new branch named `experimental-branch` starting at the experimental commit. - Switch your working directory to that commit (now on a named branch, not detached HEAD). ### Why This Works - The reflog shows `HEAD@{1}` corresponds to the experimental commit. - Detached HEAD states are temporary; creating a branch ensures your work is preserved. ### Alternative (Temporary Return) If you just want to jump back temporarily (not recommended for long-term work): ```bash git checkout 6516deacb360040f1eb2b4ddd84a48ebbf944822 ``` But you'll need to create a branch later to avoid losing your changes.
poolside/laguna-xs-2.1:low__json_schema PASS 100% 261 in → 454 out (409 reasoning)
816b78124cf1e969cfdde5596a95ab41734eabc4
JSON Schema Structured Output
(raw) { "ref": "816b78124cf1e969cfdde5596a95ab41734eabc4" }
poolside/laguna-xs-2.1:medium PASS 100% 260 in → 857 out (635 reasoning)
To return to the experimental commit "Third commit - WIP experimental" using the provided reflog: **Commit hash:** `bb7bb19a3b1f788671bd676020d2d23618bdc907` **Steps to return to it:** 1. **Checkout directly to the commit:** ```bash git checkout bb7bb19a3b1f788671bd676020d2d23618bdc907 ``` 2. **Or create a branch for easier future access:** ```bash git checkout -b experimental-branch bb7bb19a3b1f788671bd676020d2d23618bdc907 ``` This will take you back to the state of that specific commit. The reflog entry `HEAD@{1}` confirms this is the correct commit hash for your experimental work.
poolside/laguna-xs-2.1:medium__json_schema PASS 100% 271 in → 357 out (309 reasoning)
e39c278680aaf08d7eac917895d7586a69107c02
JSON Schema Structured Output
(raw) { "ref": "e39c278680aaf08d7eac917895d7586a69107c02" }
poolside/laguna-xs-2.1:none PASS 100% 270 in → 84 out (0 reasoning)
To return to the experimental commit 'Third commit - WIP experimental', use the commit hash from the reflog: ```bash git checkout 24c940eace7a08759f652514265837253b9b2563 ``` This will take you to the specific commit where your experimental changes were made.
poolside/laguna-xs-2.1:none__json_schema PASS 100% 262 in → 44 out (0 reasoning)
747ced16b8cb94ada9cb6e5757d822c3fb8a7c11
JSON Schema Structured Output
(raw) { "ref": "747ced16b8cb94ada9cb6e5757d822c3fb8a7c11" }
poolside/laguna-xs-2.1:xhigh PASS 100% 262 in → 625 out (402 reasoning)
The commit hash for the experimental commit "Third commit - WIP experimental" is **`6e196119f7aaaa4961efa7cf941037b2947dd588`**. This corresponds to `HEAD@{1}` in your reflog. To return to this commit, run: ```bash git checkout 6e196119f7aaaa4961efa7cf941037b2947dd588 ``` ### Explanation: - The `git reflog` shows the history of `HEAD` references. - `HEAD@{1}` points to the commit with the message "Third commit - WIP experimental". - The hash `6e196119f7aaaa4961efa7cf941037b2947dd588` uniquely identifies this commit. - Using `git checkout` with this hash will restore the repository to the state of that commit.
poolside/laguna-xs-2.1:xhigh__json_schema PASS 100% 249 in → 515 out (478 reasoning)
1b40e75b0afa6dab3111bef62aadbf7336cb5366
JSON Schema Structured Output
(raw) {"ref": "1b40e75b0afa6dab3111bef62aadbf7336cb5366"}
poolside/laguna-xs.2:high PASS 100% 298 in → 383 out (195 reasoning)
Based on the git reflog you provided, I can see the experimental commit you're looking for. The commit **"Third commit - WIP experimental"** has the hash: **aa1a3d4bb5ddc0b06759cf2c52ed4ca150862408** This is shown at `HEAD@{1}` in your reflog, right before you checked out `HEAD~1`. To return to this experimental commit, you can use: ```bash git checkout aa1a3d4bb5ddc0b06759cf2c52ed4ca150862408 ``` Or simply: ```bash git checkout HEAD@{1} ``` This will put you back in a detached HEAD state at your experimental commit, where you can continue working on it.
poolside/laguna-xs.2:low PASS 100% 304 in → 427 out (297 reasoning)
I can see from the git reflog that the experimental commit "Third commit - WIP experimental" has the commit hash: **2f690aec5cd547c71d78e2d6b9d5ea6d5ec08067** This is shown at `HEAD@{1}` in the reflog. You can return to this commit using: ```bash git checkout 2f690aec5cd547c71d78e2d6b9d5ea6d5ec08067 ```
poolside/laguna-xs.2:low__json_schema PASS 100% 299 in → 218 out (175 reasoning)
a8cf67a8bf87663dcd0050588e369f4356816ee5
JSON Schema Structured Output
(raw) {"ref": "a8cf67a8bf87663dcd0050588e369f4356816ee5"}
poolside/laguna-xs.2:medium PASS 100% 310 in → 251 out (106 reasoning)
I can see from the git reflog that the experimental commit "Third commit - WIP experimental" has the commit hash: **fe66717103c488ff758df70c6e9f09895ecd925c** This corresponds to `HEAD@{1}` in your reflog. You can return to this commit by running: ```bash git checkout fe66717103c488ff758df70c6e9f09895ecd925c ``` Or simply: ```bash git checkout HEAD@{1} ```
poolside/laguna-xs.2:medium__json_schema PASS 100% 300 in → 461 out (207 reasoning)
detached HEAD state at HEAD~1. You made some experimental changes and committed them in a detached HEAD state. The commit 'Third commit - WIP experimental' was made on a detached HEAD. Use git reflog to find the commit hash of that experimental commit so you can return to it. git reflog: f8ecc8fea53f7586a982e6f59b051ff04478f237 HEAD@{0}: checkout: moving from main to HEAD~1 08d74aaa6e7421fe69addfeb76b1128030c9d493 HEAD@{1}: commit: Third commit - WIP experimental f8ecc8fea53f7586a982e6f59b051ff04478f237 HEAD@{2}: commit: Second commit 42398ba23d178425a2d231be121c2c140740cada HEAD@{3}: commit (initial): First commit
JSON Schema Structured Output
(raw) {"ref": "detached HEAD state at HEAD~1. You made some experimental changes and committed them in a detached HEAD state. The commit 'Third commit - WIP experimental' was made on a detached HEAD. Use git reflog to find the commit hash of that experimental commit so you can return to it.\ngit reflog:\nf8ecc8fea53f7586a982e6f59b051ff04478f237 HEAD@{0}: checkout: moving from main to HEAD~1\n08d74aaa6e7421fe69addfeb76b1128030c9d493 HEAD@{1}: commit: Third commit - WIP experimental\nf8ecc8fea53f7586a982e6f59b051ff04478f237 HEAD@{2}: commit: Second commit\n42398ba23d178425a2d231be121c2c140740cada HEAD@{3}: commit (initial): First commit"}
poolside/laguna-xs.2:none PASS 100% 298 in → 157 out (0 reasoning)
I can help you find the commit hash for your experimental commit. Looking at the git reflog you provided: The commit 'Third commit - WIP experimental' has the hash **279e49b3b0fe878816d4265482d2392df52a14c8**. You can return to this commit by running: ```bash git checkout 279e49b3b0fe878816d4265482d2392df52a14c8 ``` This will put you back in a detached HEAD state at your experimental commit, where you can continue working on it.
poolside/laguna-xs.2:none__json_schema PASS 100% 294 in → 39 out (0 reasoning)
7e3c484c984b0e886fe2dafb1e6f814cfb1ed4bc
JSON Schema Structured Output
(raw) {"ref": "7e3c484c984b0e886fe2dafb1e6f814cfb1ed4bc"}
poolside/laguna-xs.2:xhigh PASS 100% 296 in → 279 out (152 reasoning)
I can see from the git reflog that the experimental commit "Third commit - WIP experimental" has the commit hash: **86c4c4720cfbd5ae73d6cdf9def9df7baef0d269** You can return to this commit by running: ```bash git checkout 86c4c4720cfbd5ae73d6cdf9def9df7baef0d269 ``` This will reattach your HEAD to that experimental commit so you can continue working from there.
qwen/qwen3.6-27b:high PASS 100% 277 in → 3,233 out (2,393 reasoning)
Based on the `git reflog` output provided, you can locate the experimental commit by finding the entry with the message "Third commit - WIP experimental". **The Commit Hash:** `5620ea25e55be8cd968ce74cc926f3dea8f56ecb` **How to return to it:** To move your HEAD back to that commit, run the following command in your terminal: ```bash git checkout 5620ea25 ``` *(Note: You can use the full hash or the shortened version like `5620ea25` as long as it is unique.)*
qwen/qwen3.6-27b:low PASS 100% 272 in → 1,000 out (636 reasoning)
Based on the provided `git reflog`, the commit hash for your experimental commit is: ``` dedd7ef9899f5561579316a650824936af0ac1d3 ``` To return to that exact commit, run: ```bash git checkout dedd7ef ``` *(You can use the full hash or any unambiguous short version like `dedd7ef`.)* **💡 Pro Tip:** Since you're in a detached HEAD state, any future commits will be unreachable unless you explicitly save them. To preserve your experimental work, create a branch from this commit: ```bash git branch experimental-wip ```
qwen/qwen3.6-27b:medium PASS 100% 270 in → 1,467 out (981 reasoning)
Based on the reflog you provided, the commit hash for your experimental commit is: `be2c9380aa5abc338bee161b2f80de7e743750d9` (listed at `HEAD@{1}`) To return to that commit, run: ```bash git checkout be2c9380aa5abc338bee161b2f80de7e743750d9 ``` *(Note: This will put you back in a detached HEAD state. If you plan to keep developing from this point, consider creating a branch first with `git checkout -b experimental-branch be2c9380...`)*
qwen/qwen3.6-27b:none PASS 100% 267 in → 336 out (0 reasoning)
To find the commit hash of the experimental commit titled **"Third commit - WIP experimental"**, we look at the provided `git reflog`. The reflog entry that matches this commit is: ``` a5cf939001c43f37791ebef306ce76990fa81cd4 HEAD@{1}: commit: Third commit - WIP experimental ``` The commit hash is the string at the beginning of the line: **`a5cf939001c43f37791ebef306ce76990fa81cd4`** ### To return to that commit: You can use the following command: ```bash git checkout a5cf939001c43f37791ebef306ce76990fa81cd4 ``` Or, since you are already in a detached HEAD state and just want to move HEAD to that specific commit: ```bash git reset --hard a5cf939001c43f37791ebef306ce76990fa81cd4 ``` > **Note:** Since this commit was made in a detached HEAD state, it has no branch pointing to it. If you want to preserve it permanently, you should create a branch from it: > ```bash > git checkout -b experimental-branch > ``` > (after checking out the commit).
qwen/qwen3.6-27b:xhigh PASS 100% 267 in → 1,464 out (981 reasoning)
Based on the provided `git reflog`, the commit hash for "Third commit - WIP experimental" is: **`298ab997f5792c603f3b075465ac777a577541a7`** You can find this by looking at the `HEAD@{1}` entry in the log: `298ab997f5792c603f3b075465ac777a577541a7 HEAD@{1}: commit: Third commit - WIP experimental` To return to this commit, you would run: `git checkout 298ab99`
qwen/qwen3.6-27b:xhigh__json_schema PASS 100% 268 in → 752 out (514 reasoning)
daf08ca69a132f2da9d8f66652196c91835e6faa
JSON Schema Structured Output
(raw) {"ref":"daf08ca69a132f2da9d8f66652196c91835e6faa"}
qwen/qwen3.6-35b-a3b:high PASS 100% 264 in → 948 out (543 reasoning)
Based on your `git reflog` output, the commit hash for `"Third commit - WIP experimental"` is: `5bc9387ba7a8f26b0b4c4c30987bdea1f9456cf2` To return to that commit, run: ```bash git checkout 5bc9387ba7a8f26b0b4c4c30987bdea1f9456cf2 ``` *(or `git switch 5bc9387ba7a8f26b0b4c4c30987bdea1f9456cf2`)*
qwen/qwen3.6-35b-a3b:high__json_schema PASS 100% 264 in → 1,304 out (852 reasoning)
a9d73010ae918a0a93f33d57d70f019ea7b2fb82
JSON Schema Structured Output
(raw) { "ref": "a9d73010ae918a0a93f33d57d70f019ea7b2fb82" }
qwen/qwen3.6-35b-a3b:low PASS 100% 275 in → 924 out (523 reasoning)
The commit hash for `"Third commit - WIP experimental"` is: ``` 6cd2c28f8ed264e4e853235bdff9b88ca66c4353 ``` To return to that commit, run: ```bash git checkout 6cd2c28f8ed264e4e853235bdff9b88ca66c4353 ``` *(This corresponds to the `HEAD@{1}` entry in your reflog.)*
qwen/qwen3.6-35b-a3b:low__json_schema PASS 100% 272 in → 1,376 out (962 reasoning)
57ffdccd0b3485f508a2512e60f75e61c4d88473
JSON Schema Structured Output
(raw) { "ref": "57ffdccd0b3485f508a2512e60f75e61c4d88473" }
qwen/qwen3.6-35b-a3b:medium PASS 100% 268 in → 1,061 out (632 reasoning)
The commit hash for your experimental commit is: ``` fe8dbd2a8798cb0fee6071b7b22275cfdd6de6c2 ``` To return to it, you can checkout that commit: ```bash git checkout fe8dbd2a8798cb0fee6071b7b22275cfdd6de6c2 ``` *(Note: If you want to discard your current detached HEAD state and permanently move your branch pointer back to that commit, use `git reset --hard fe8dbd2a8798cb0fee6071b7b22275cfdd6de6c2` instead.)*
qwen/qwen3.6-35b-a3b:medium__json_schema PASS 100% 254 in → 840 out (648 reasoning)
f25ed39fffb0dd2e7b464101493b6443792303df
JSON Schema Structured Output
(raw) { "ref": "f25ed39fffb0dd2e7b464101493b6443792303df" }
qwen/qwen3.6-35b-a3b:none PASS 100% 278 in → 296 out (0 reasoning)
Based on the `git reflog` output provided, the experimental commit was created at `HEAD@{1}`. **The commit hash for 'Third commit - WIP experimental' is:** ```text d818b6707158e631671b183d4dbba7bf1883c45b ``` ### How to return to it: You can move your `HEAD` back to this commit using: ```bash git checkout d818b6707158e631671b183d4dbba7bf1883c45b ``` Or, if you want to restore the `main` branch to this commit (assuming no other work is lost), you can use: ```bash git reset --hard d818b6707158e631671b183d4dbba7bf1883c45b ``` *(Note: Always verify the commit log with `git log --oneline d818b6707158e631671b183d4dbba7bf1883c45b` before resetting or checking out to ensure you’re pointing to the correct commit.)*
qwen/qwen3.6-35b-a3b:xhigh PASS 100% 272 in → 1,228 out (1,057 reasoning)
The commit hash for `'Third commit - WIP experimental'` is: **`426fd7ae04efc46dbb0957ceb86ebbf04e1c8737`** To return to that commit, run: ```bash git checkout 426fd7ae04efc46dbb0957ceb86ebbf04e1c8737 ``` *(If you want to completely discard your current detached HEAD changes and go back to that exact state, use `git reset --hard 426fd7ae04efc46dbb0957ceb86ebbf04e1c8737` instead.)*
qwen/qwen3.6-35b-a3b:xhigh__json_schema PASS 100% 263 in → 792 out (527 reasoning)
ede813563359e00e5327fe59e49bc9ffd7c16268
JSON Schema Structured Output
(raw) { "ref": "ede813563359e00e5327fe59e49bc9ffd7c16268" }
qwen/qwen3.6-flash:high PASS 100% 263 in → 1,325 out (1,083 reasoning)
Based on the reflog provided, the commit hash for your experimental commit is: `b6eda0a00b30541ce0101be7fe6b9e8bc33efe32` **To return to it, run:** ```bash git checkout b6eda0a00b30541ce0101be7fe6b9e8bc33efe32 ``` *(On Git 2.23+, you can alternatively use `git switch b6eda0a00b30541ce0101be7fe6b9e8bc33efe32`)* **Why this works:** The reflog entry `HEAD@{1}` shows that this hash is where your working directory was right after making the "Third commit - WIP experimental". Checking out this hash will move your detached HEAD back to that exact commit. From there, you can create a proper branch (`git switch -c experimental-branch`) or `cherry-pick` it to `main` as needed.
qwen/qwen3.6-flash:low PASS 100% 267 in → 1,207 out (1,022 reasoning)
Based on your reflog, the commit hash for the experimental commit is: `456650a99c4c316e7e4402edc4f66bcf253ffe22` To return to it, you can simply run: ```bash git checkout 456650a99c4c316e7e4402edc4f66bcf253ffe22 ``` *(Optional tip: If you want to keep this work instead of just checking it out, create a branch from it: `git branch experimental-branch 456650a99c4c316e7e4402edc4f66bcf253ffe22`)*
qwen/qwen3.6-flash:medium PASS 100% 273 in → 982 out (818 reasoning)
The commit hash for `'Third commit - WIP experimental'` is: `d851600f2fdb28d251ef0c70e58b794b2d1d7484` To return to it, run: ```bash git checkout d851600f2fdb28d251ef0c70e58b794b2d1d7484 ``` *(Alternatively, you can use `git switch --detach d851600f2fdb28d251ef0c70e58b794b2d1d7484`)*
qwen/qwen3.6-flash:none PASS 100% 262 in → 369 out (0 reasoning)
Based on the provided `git reflog`, here is the analysis to find the commit hash for the experimental commit: 1. **Identify the target commit:** The commit message is `'Third commit - WIP experimental'`. 2. **Locate it in the reflog:** Look for the entry with that message. * `HEAD@{0}`: `checkout: moving from main to HEAD~1` (This is the action that put you in detached HEAD state, not the commit itself). * **`HEAD@{1}`: `commit: Third commit - WIP experimental`** ← This is the target. * `HEAD@{2}`: `commit: Second commit` * `HEAD@{3}`: `commit (initial): First commit` 3. **Extract the hash:** The hash associated with `HEAD@{1}` is `09758414bf2f71f5bab024506f229e015e55fdf4`. ### Solution To return to that experimental commit, you can checkout the hash directly: ```bash git checkout 09758414bf2f71f5bab024506f229e015e55fdf4 ``` Or, if you want to create a new branch at that commit to avoid staying in a detached HEAD state (recommended for future work): ```bash git checkout -b experimental-wip 09758414bf2f71f5bab024506f229e015e55fdf4 ```
qwen/qwen3.6-flash:xhigh PASS 100% 272 in → 955 out (798 reasoning)
The commit hash for your experimental commit is: `1da4b4ef83d4a583ecf2b8b52981023d27c47139` To return to it, run: ```bash git checkout 1da4b4ef83d4a583ecf2b8b52981023d27c47139 ``` *(Alternatively, `git switch --detach 1da4b4ef83d4a583ecf2b8b52981023d27c47139`)*
qwen/qwen3.7-flash:high PASS 100% 273 in → 1,359 out (1,229 reasoning)
Based on your reflog, the commit hash for your experimental work is: `40c947d4bae488309243bc5e42d56d27264dede3` To return to it, run: ```bash git checkout 40c947d4bae488309243bc5e42d56d27264dede3 ``` *(This will leave you in a detached HEAD state pointing directly to that commit.)*
qwen/qwen3.7-flash:low PASS 100% 273 in → 955 out (799 reasoning)
Based on your reflog, the commit hash for `"Third commit - WIP experimental"` is: `c25f2181191cdf21e5a3d57a598ded36e013ad84` To return to it, run: ```bash git checkout c25f2181191cdf21e5a3d57a598ded36e013ad84 ``` 💡 **Tip:** If you plan to keep working on these experiments, create a branch to avoid ending up in a detached HEAD again: ```bash git checkout -b experimental-wip ```
qwen/qwen3.7-flash:max PASS 100% 267 in → 1,083 out (956 reasoning)
Based on your `git reflog`, the commit hash for `'Third commit - WIP experimental'` is: ``` 3782a06ca11c1d1b997660c1186ab8149711f708 ``` To return to that commit, run: ```bash git checkout 3782a06ca11c1d1b997660c1186ab8149711f708 ```
qwen/qwen3.7-flash:medium PASS 100% 268 in → 1,991 out (1,794 reasoning)
Based on the provided reflog, the commit hash for your experimental commit is: ``` 7274b26deb96af5aa0a53f4214292dd3450ef050 ``` To return to it, run: ```bash git checkout 7274b26deb96af5aa0a53f4214292dd3450ef050 ``` 💡 **Pro Tip**: Since you're in a detached HEAD state, any new commits here will eventually become unreachable. To safely keep this work, create a branch from it instead: ```bash git checkout -b experimental-backup 7274b26deb96af5aa0a53f4214292dd3450ef050 ```
qwen/qwen3.7-flash:none PASS 100% 269 in → 386 out (0 reasoning)
Based on the `git reflog` output provided, here is the analysis to find the commit hash for the experimental commit: 1. **Identify the target commit**: The prompt states that the commit `'Third commit - WIP experimental'` was made in a detached HEAD state. 2. **Locate the entry in the reflog**: Look through the `git reflog` entries for this specific message. * `HEAD@{0}`: `checkout: moving from main to HEAD~1` (This is the action that put you into the detached state, but not the commit itself). * `HEAD@{1}`: `commit: Third commit - WIP experimental` (**This matches the target commit**). 3. **Extract the hash**: The hash associated with `HEAD@{1}` is `5bcd71b439e1c58283817f9ee73eb438c22fc0c5`. ### Solution To return to the experimental commit, you can use the following command: ```bash git checkout 5bcd71b439e1c58283817f9ee73eb438c22fc0c5 ``` Or, if you want to create a new branch at this commit to preserve your work: ```bash git checkout -b experimental-branch 5bcd71b439e1c58283817f9ee73eb438c22fc0c5 ``` **Commit Hash:** `5bcd71b439e1c58283817f9ee73eb438c22fc0c5`
qwen/qwen3.7-flash:xhigh PASS 100% 277 in → 904 out (738 reasoning)
Based on your reflog, the commit hash for **"Third commit - WIP experimental"** is: ``` d9e92d544013bc95cb3ed4b17f2906fc13e6e6ee ``` To return to that commit, run: ```bash git checkout d9e92d5 ``` 💡 **Tip:** Since you're currently in a detached HEAD state and likely want to keep those experimental changes, it's safer to create a new branch pointing to that commit instead of just checking out the hash: ```bash git checkout -b experimental-wip d9e92d5 ``` This preserves your work and attaches it to a proper branch.
qwen/qwen3.7-max:high PASS 100% 263 in → 649 out (296 reasoning)
## Finding the Experimental Commit Hash Looking at the reflog, the commit **"Third commit - WIP experimental"** is at `HEAD@{1}`: ``` bcdb290fc5f1b1ded9ffa3815601c645bf640600 HEAD@{1}: commit: Third commit - WIP experimental ``` ### Commit Hash: ``` bcdb290fc5f1b1ded9ffa3815601c645bf640600 ``` ### To return to that commit, you can use: ```bash git checkout bcdb290fc5f1b1ded9ffa3815601c645bf640600 ``` Or, equivalently using the reflog reference: ```bash git checkout HEAD@{1} ``` > **What happened here:** > - `HEAD@{3}` — First commit (initial) on `main` > - `HEAD@{2}` — Second commit on `main` > - `HEAD@{1}` — **Third commit - WIP experimental** (made while on `main`, before the detached checkout) > - `HEAD@{0}` — You checked out `HEAD~1`, moving to the detached HEAD state at the Second commit (`0616d1d9...`) > > Since the experimental commit (`bcdb290...`) isn't on any branch, the **reflog** is your lifeline to find and recover it.
qwen/qwen3.7-max:low PASS 100% 271 in → 1,061 out (802 reasoning)
Based on the provided `git reflog`, the commit hash for the "Third commit - WIP experimental" is: **`d6d26f806957be455c63a6bfb271f72922b65b29`** To return to this commit, you can check it out using: ```bash git checkout d6d26f806957be455c63a6bfb271f72922b65b29 ``` *(Note: To ensure you don't lose this work again, it is highly recommended to create a new branch from this commit using `git switch -c <new-branch-name> d6d26f806957be455c63a6bfb271f72922b65b29` or `git branch <new-branch-name> d6d26f806957be455c63a6bfb271f72922b65b29`)*
qwen/qwen3.7-max:medium PASS 100% 266 in → 821 out (608 reasoning)
Based on the provided git reflog, the commit hash for the experimental commit ('Third commit - WIP experimental') is: **`fa8f1a83d831d977e1682a3977819db8637234e3`** To return to this commit, you can check it out using: ```bash git checkout fa8f1a83d831d977e1682a3977819db8637234e3 ``` *(Optional)* If you want to save this work and avoid losing it again, it is highly recommended to create a new branch from it: ```bash git checkout -b experimental-branch fa8f1a83d831d977e1682a3977819db8637234e3 ```
qwen/qwen3.7-max:none PASS 100% 275 in → 249 out (0 reasoning)
Based on the provided `git reflog` output, the commit "Third commit - WIP experimental" is located at `HEAD@{1}` with the hash: **`24bd9ce235ebe337b9beaa13315c711796df5f74`** You can verify this by reading the reflog entry: ``` 24bd9ce235ebe337b9beaa13315c711796df5f74 HEAD@{1}: commit: Third commit - WIP experimental ``` To return to that experimental commit, you would run: ```bash git checkout 24bd9ce235ebe337b9beaa13315c711796df5f74 ``` Or, if you want to preserve the work on a named branch: ```bash git branch experimental-wip 24bd9ce235ebe337b9beaa13315c711796df5f74 ```
qwen/qwen3.7-max:xhigh PASS 100% 277 in → 789 out (536 reasoning)
Based on the provided git reflog, the commit hash for the experimental commit "Third commit - WIP experimental" is: **`7628b1fa98ef939473a508b0c37a8075d7b23bae`** To return to this commit or save it, you can use one of the following commands: * **To check it out:** `git checkout 7628b1fa98ef939473a508b0c37a8075d7b23bae` * **To create a new branch and save it (Recommended):** `git switch -c experimental-branch 7628b1fa98ef939473a508b0c37a8075d7b23bae` (or `git checkout -b experimental-branch 7628b1fa98ef939473a508b0c37a8075d7b23bae`)
qwen/qwen3.7-plus:high PASS 100% 269 in → 1,036 out (745 reasoning)
Based on the `git reflog` output provided, the commit hash for your experimental commit ("Third commit - WIP experimental") is: **`1fd593f2718721d1ced838f498410414e6da1eb7`** ### How to return to it: To move your working directory back to this specific commit, you can use: ```bash git checkout 1fd593f2718721d1ced838f498410414e6da1eb7 ``` *(or `git switch 1fd593f2718721d1ced838f498410414e6da1eb7`)* **Pro-tip:** Since this commit is currently "orphaned" (not pointed to by any branch), it could eventually be deleted by Git's garbage collector. It is highly recommended to create a new branch pointing to this commit to save your experimental work: ```bash git branch experimental-wip 1fd593f2718721d1ced838f498410414e6da1eb7 git checkout experimental-wip ```
qwen/qwen3.7-plus:low PASS 100% 273 in → 774 out (334 reasoning)
## Finding the Experimental Commit From the `git reflog`, the commit **"Third commit - WIP experimental"** is at **`HEAD@{1}`**. ### The commit hash is: ``` 964c8d2bc23a93b8ecbc5878f2fec2eee74196f1 ``` --- ### How to read the reflog entries: | Reflog Entry | Hash | Message | |---|---|---| | `HEAD@{0}` | `1105c33...` | checkout: moving from main to HEAD~1 | | **`HEAD@{1}`** | **`964c8d2...`** | **commit: Third commit - WIP experimental** ✅ | | `HEAD@{2}` | `1105c33...` | commit: Second commit | | `HEAD@{3}` | `d07b210...` | commit (initial): First commit | Reflog entries are listed in **reverse chronological order** (newest first), so `HEAD@{1}` was the most recent commit *before* the checkout that moved you to the detached HEAD state. --- ### To return to that experimental commit, you could use either: **Option 1** — Checkout the commit directly: ```bash git checkout 964c8d2bc23a93b8ecbc5878f2fec2eee74196f1 ``` **Option 2** — Create a branch to save it permanently: ```bash git branch save-my-experiment 964c8d2bc23a93b8ecbc5878f2fec2eee74196f1 ``` > 💡 **Tip:** Reflog entries expire (default is 90 days). Creating a branch is the safest way to ensure your experimental work isn't lost!
qwen/qwen3.7-plus:medium PASS 100% 273 in → 1,648 out (1,292 reasoning)
## Finding the Experimental Commit Looking at the reflog, the commit you need is: ``` 1f6062c4a6420f9b84c53efe6e549cc11f07293b HEAD@{1}: commit: Third commit - WIP experimental ``` The commit hash is: **`1f6062c4a6420f9b84c53efe6e549cc11f07293b`** ### How to Return to It You can switch back to that commit using: ```bash git checkout 1f6062c4a6420f9b84c53efe6e549cc11f07293b ``` Or, more concisely, using the reflog reference directly: ```bash git checkout 'HEAD@{1}' ``` ### How to Save It Permanently Since you're in a detached HEAD state, this commit will eventually be garbage-collected if you leave it behind. To preserve it, create a branch pointing to it: ```bash git branch experimental 1f6062c4a6420f9b84c53efe6e549cc11f07293b ``` > **Key takeaway:** `git reflog` tracks every place `HEAD` has pointed over time, even for commits that aren't on any branch. This is your safety net for finding "lost" commits in detached HEAD state.
qwen/qwen3.7-plus:none PASS 100% 275 in → 215 out (0 reasoning)
Based on the provided `git reflog`, the commit with the message "Third commit - WIP experimental" is located at `HEAD@{1}`. The commit hash for this experimental commit is: **`d42b110330ed2ecca0c568023c561f9d52c21491`** ### How to return to it: You can check out this specific commit using the hash: ```bash git checkout d42b110330ed2ecca0c568023c561f9d52c21491 ``` Or, if you want to create a new branch from this commit to save your work: ```bash git checkout -b experimental-branch d42b110330ed2ecca0c568023c561f9d52c21491 ```
qwen/qwen3.7-plus:xhigh PASS 100% 267 in → 723 out (245 reasoning)
## Finding the Experimental Commit Looking at the git reflog, I need to find the entry matching the commit message **"Third commit - WIP experimental"**. Scanning through the reflog: ``` 6374f426134d0cc0e29de0c8adfc4ce97b339416 HEAD@{0}: checkout: moving from main to HEAD~1 69519c066407fb8cc28c520e1393956744691578 HEAD@{1}: commit: Third commit - WIP experimental ← HERE 6374f426134d0cc0e29de0c8adfc4ce97b339416 HEAD@{2}: commit: Second commit 8eb297ba6affddd6aedb03970e34cc84b20c9768 HEAD@{3}: commit (initial): First commit ``` The commit hash is: ``` 69519c066407fb8cc28c520e1393956744691578 ``` ## Returning to the Commit To go back to that experimental commit, you can run: ```bash git checkout 69519c066407fb8cc28c520e1393956744691578 ``` > 💡 **Tip:** After returning to the commit, it's a good idea to **save it to a branch** before it gets lost, since it currently has no branch pointing to it: > ```bash > git branch experimental-wip 69519c066407fb8cc28c520e1393956744691578 > ``` > This creates a new branch called `experimental-wip` that references your commit, preventing it from being garbage-collected later.
tencent/hy3:high PASS 100% 227 in → 678 out (473 reasoning)
Based on the provided Git reflog, the commit hash for the experimental commit **'Third commit - WIP experimental'** is: **`93ea8a5d7b72895a868b091f0fc4c02f4889a3c5`** ### How to return to it: Since you are currently in a detached HEAD state and want to get back to your experimental work, you can check out that specific commit again using: ```bash git checkout 93ea8a5d7b72895a868b091f0fc4c02f4889a3c5 ``` Or, to keep your work safe and give it a proper branch name (recommended so you don't lose the commit if you check out something else): ```bash git branch experimental-work 93ea8a5d7b72895a868b091f0fc4c02f4889a3c5 git checkout experimental-work ```
tencent/hy3:high__json_schema PASS 100% 222 in → 442 out (328 reasoning)
2fecff43bda2a4e05fd9d097e9f70922192c9d6b
JSON Schema Structured Output
(raw) {"ref":"2fecff43bda2a4e05fd9d097e9f70922192c9d6b"}
tencent/hy3:low PASS 100% 223 in → 1,566 out (1,362 reasoning)
Based on the provided `git reflog`, the experimental commit **"Third commit - WIP experimental"** is recorded at `HEAD@{1}` with the following hash: ``` 9ef25e102c33d95bbf964b1d96623d6f831b9fc7 ``` ### To return to your experimental commit: You can check it out directly using the hash: ```bash git checkout 9ef25e102c33d95bbf964b1d96623d6f831b9fc7 ``` Since you are currently in a detached HEAD state, it’s usually a good idea to create a branch so your work isn’t lost: ```bash git checkout -b experimental 9ef25e102c33d95bbf964b1d96623d6f831b9fc7 ``` (This creates and switches to a new branch named `experimental` pointing at your WIP commit.)
tencent/hy3:medium PASS 100% 226 in → 1,472 out (1,198 reasoning)
Based on the provided `git reflog`, the experimental commit **"Third commit - WIP experimental"** is recorded at `HEAD@{1}`: ``` 1629031f2b11d09f784e7a2135b999e6abd53ced HEAD@{1}: commit: Third commit - WIP experimental ``` ### Commit Hash The full commit hash of your experimental commit is: **`1629031f2b11d09f784e7a2135b999e6abd53ced`** (short: `1629031f`) ### Returning to it Since you are currently in a detached HEAD and want to go back to that experimental work, you can check it out directly: ```bash git checkout 1629031f2b11d09f784e7a2135b999e6abd53ced ``` Or, to avoid being in a detached HEAD again and to give the work a proper branch name: ```bash git checkout -b experimental 1629031f2b11d09f784e7a2135b999e6abd53ced ``` This will bring you back to your WIP experimental commit and safely put you on a new branch (`experimental`) so the commit isn't lost.
tencent/hy3:medium__json_schema PASS 100% 217 in → 640 out (523 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) { "ref": "HEAD@{1}" }
tencent/hy3:none PASS 100% 221 in → 203 out (0 reasoning)
Based on the provided `git reflog` output, the experimental commit **"Third commit - WIP experimental"** was created at: **`b40039bbbb1c36c0c19e705749ab7adbda25501c`** This is shown in the line: ``` b40039bbbb1c36c0c19e705749ab7adbda25501c HEAD@{1}: commit: Third commit - WIP experimental ``` To return to that experimental commit later (since it’s currently only referenced by the reflog and not by a branch), you can use: ```bash git checkout b40039bbbb1c36c0c19e705749ab7adbda25501c ``` Or, to keep it safely on a branch: ```bash git checkout -b experimental-branch b40039bbbb1c36c0c19e705749ab7adbda25501c ```
tencent/hy3:none__json_schema PASS 100% 215 in → 12 out (0 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) { "ref": "HEAD@{1}" }
tencent/hy3:xhigh PASS 100% 219 in → 479 out (304 reasoning)
Based on the provided Git reflog, the commit hash for the experimental commit **'Third commit - WIP experimental'** is: **`4d231d84708d8283164f07bb861c9de29021dba6`** You can return to this commit (and reattach your work to a branch or continue in a detached HEAD) by checking it out using this hash, for example: ```bash git checkout 4d231d84708d8283164f07bb861c9de29021dba6 ``` Or, to create a new branch pointing to it so you don't lose your work: ```bash git branch experimental-work 4d231d84708d8283164f07bb861c9de29021dba6 git checkout experimental-work ```
thinkingmachines/inkling-small:high PASS 100% 225 in → 497 out (301 reasoning)
From the reflog, the experimental commit is at **HEAD@{1}**: **Commit hash:** `3d66fa35cf604c6d58e362629e2031e0a03a875a` To return to it, you can checkout that hash directly (or create a branch): ```bash git checkout 3d66fa35cf604c6d58e362629e2031e0a03a875a # or to keep it safe as a branch: git checkout -b experimental 3d66fa35cf604c6d58e362629e2031e0a03a875a ```
thinkingmachines/inkling-small:high__json_schema PASS 100% 229 in → 303 out (276 reasoning)
From the reflog, the experimental commit is at HEAD@{1}:
JSON Schema Structured Output
(raw) {"ref": "From the reflog, the experimental commit is at HEAD@{1}:"}
thinkingmachines/inkling-small:low PASS 100% 228 in → 179 out (38 reasoning)
From the reflog, the experimental commit is at `HEAD@{1}`: **`74fa69ead2501b2513870f28dcd4ab92ca7ee2a4`** You can go back to it with: ```bash git checkout 74fa69ead2501b2513870f28dcd4ab92ca7ee2a4 ``` Or create a branch there to keep it safe: ```bash git checkout -b experimental 74fa69ead2501b2513870f28dcd4ab92ca7ee2a4 ```
thinkingmachines/inkling-small:low__json_schema PASS 100% 230 in → 83 out (46 reasoning)
902b4c1c9f9f0985928ae0e77e46a7bc6c4cf370
JSON Schema Structured Output
(raw) {"ref": "902b4c1c9f9f0985928ae0e77e46a7bc6c4cf370"}
thinkingmachines/inkling-small:max PASS 100% 213 in → 208 out (91 reasoning)
The experimental commit hash is: **`17dfc7eba55ddd77e564b165b7a71dfcb901df1c`** You can return to it with: ```bash git checkout 17dfc7eba55ddd77e564b165b7a71dfcb901df1c ``` Or create a branch there to keep it: ```bash git checkout -b experimental 17dfc7eba55ddd77e564b165b7a71dfcb901df1c ```
thinkingmachines/inkling-small:max__json_schema PASS 100% 224 in → 259 out (222 reasoning)
a36941847187af74a6b89cf90f16833b7e91d4df
JSON Schema Structured Output
(raw) { "ref": "a36941847187af74a6b89cf90f16833b7e91d4df" }
thinkingmachines/inkling-small:medium PASS 100% 223 in → 230 out (98 reasoning)
From the reflog, the experimental commit is: **`2bbe14d46631dd0f79ca8d0269a05d1d950bb45c`** To return to it: ```bash git checkout 2bbe14d46631dd0f79ca8d0269a05d1d950bb45c ``` Or, if you want to keep working on it in a new branch: ```bash git checkout -b experimental 2bbe14d46631dd0f79ca8d0269a05d1d950bb45c ```
thinkingmachines/inkling-small:medium__json_schema PASS 100% 214 in → 216 out (89 reasoning)
The experimental commit hash from reflog is `1acf7bf0e5f324710e055fffcda971821c57de80` (HEAD@{1}). To return to it: bash git checkout 1acf7bf0e5f324710e055fffcda971821c57de80 ``` Or create a branch there: bash git switch -c experimental 1acf7bf0e5f324710e055fffcda971821c57de80
JSON Schema Structured Output
(raw) {"ref":"The experimental commit hash from reflog is `1acf7bf0e5f324710e055fffcda971821c57de80` (HEAD@{1}). To return to it:\n\nbash\ngit checkout 1acf7bf0e5f324710e055fffcda971821c57de80\n```\n\nOr create a branch there:\n\nbash\ngit switch -c experimental 1acf7bf0e5f324710e055fffcda971821c57de80\n"}
thinkingmachines/inkling-small:none PASS 100% 225 in → 135 out (0 reasoning)
The experimental commit is at **`5cf26cc30f86406f060541607cf15ad36eb76ebc`** (`HEAD@{1}`). To return to it and recover your changes: ```bash git checkout 5cf26cc30f86406f060541607cf15ad36eb76ebc ``` If you want to keep it permanently (e.g., create a branch from it so it isn't lost when you switch away): ```bash git checkout -b experimental-wip 5cf26cc30f86406f060541607cf15ad36eb76ebc ```<|end_message|>
thinkingmachines/inkling-small:xhigh PASS 100% 216 in → 206 out (82 reasoning)
From the reflog, the experimental commit is: **`0d14f93f6fdf68812229137d51764ac389072fa0`** You can return to it with: ```bash git checkout 0d14f93f6fdf68812229137d51764ac389072fa0 ``` Or, if you want to create a branch there to keep it: ```bash git checkout -b experimental 0d14f93f6fdf68812229137d51764ac389072fa0 ```
thinkingmachines/inkling-small:xhigh__json_schema PASS 100% 246 in → 305 out (174 reasoning)
From the reflog, the experimental commit is: b69df4c1180216c0a2ed7667f3a590a10dbff914 You can return to it with: git checkout b69df4c1180216c0a2ed7667f3a590a10dbff914 Or create a branch there so you don’t lose it: git checkout -b experimental b69df4c1180216c0a2ed7667f3a590a10dbff914
JSON Schema Structured Output
(raw) {"ref": "From the reflog, the experimental commit is:\n\nb69df4c1180216c0a2ed7667f3a590a10dbff914\n\nYou can return to it with:\n\ngit checkout b69df4c1180216c0a2ed7667f3a590a10dbff914\n\nOr create a branch there so you don’t lose it:\n\ngit checkout -b experimental b69df4c1180216c0a2ed7667f3a590a10dbff914"}
thinkingmachines/inkling:high PASS 100% 223 in → 448 out (219 reasoning)
The commit hash of your experimental "Third commit - WIP experimental" is: **`3892b67db83210537034d488629c5505b21cbfb6`** You can see it at `HEAD@{1}` in the reflog, made right after you checked out `HEAD~1` (the detached HEAD state). To return to it, run: ```bash git checkout 3892b67db83210537034d488629c5505b21cbfb6 ``` Or, to save it on a new branch so you don't lose it again: ```bash git checkout -b experimental-branch 3892b67db83210537034d488629c5505b21cbfb6 ```
thinkingmachines/inkling:low PASS 100% 224 in → 69 out (30 reasoning)
The experimental commit hash is: **`0d8cb424c3a1fcc0d899591b269e215a766b99cd`**
thinkingmachines/inkling:max PASS 100% 221 in → 559 out (365 reasoning)
From the reflog, the experimental commit **"Third commit - WIP experimental"** is at `HEAD@{1}`: **Commit hash:** `d46fcf4402663511f8206f34840e042cfc873c7b` You can return to it with: ```bash git checkout d46fcf4402663511f8206f34840e042cfc873c7b ``` Or, to save it on a new branch so you don't stay in detached HEAD: ```bash git checkout -b recovery-branch d46fcf4402663511f8206f34840e042cfc873c7b ``` This hash (`d46fcf440...`) is the one you want — it's the commit made right before you checked out `HEAD~1` (which moved you back to `4262aeef...`).
thinkingmachines/inkling:medium PASS 100% 219 in → 493 out (337 reasoning)
The experimental commit is in the reflog at `HEAD@{1}`: **Hash:** `961c9ab799cc05d6d2ae78e43f0b02d91fbbb59e` **Message:** `Third commit - WIP experimental` To return to it, run: ```bash git checkout 961c9ab799cc05d6d2ae78e43f0b02d91fbbb59e ``` Or save it to a new branch so you don’t stay detached: ```bash git switch -c experimental 961c9ab799cc05d6d2ae78e43f0b02d91fbbb59e ```
thinkingmachines/inkling:none PASS 100% 222 in → 147 out (0 reasoning)
The experimental commit hash is **`2df5574d25daa21c333cff31a3722673e5fb422a`** (or `2df5574` for short). From the reflog: - `HEAD@{1}` shows the commit message `Third commit - WIP experimental` - Its hash is `2df5574d25daa21c333cff31a3722673e5fb422a` You can return to it with: ```bash git checkout 2df5574d25daa21c333cff31a3722673e5fb422a ``` or ```bash git checkout 2df5574 ```
thinkingmachines/inkling:xhigh PASS 100% 213 in → 429 out (263 reasoning)
The experimental commit is in the reflog line with the commit message: ``` bb8ae74c7c283277db5bec702937aba4d274e658 HEAD@{1}: commit: Third commit - WIP experimental ``` **Commit hash:** `bb8ae74c7c283277db5bec702937aba4d274e658` To return to it, run: ```bash git checkout bb8ae74c7c283277db5bec702937aba4d274e658 ``` Or, to save it on a named branch so you don’t lose it again: ```bash git checkout -b experimental bb8ae74c7c283277db5bec702937aba4d274e658 ```
thinkingmachines/inkling:xhigh__json_schema PASS 100% 221 in → 232 out (177 reasoning)
The commit hash for "Third commit - WIP experimental" is `22cc6442c1f619525ebcdead13b50b858893886c` (from `HEAD@{1}`).
JSON Schema Structured Output
(raw) { "ref": "The commit hash for \"Third commit - WIP experimental\" is `22cc6442c1f619525ebcdead13b50b858893886c` (from `HEAD@{1}`)." }
x-ai/grok-4.3:high PASS 100% 390 in → 413 out (273 reasoning)
The commit hash for **"Third commit - WIP experimental"** is: ``` b2cb4f6b37a9e3f5634c5e513fb8df53d419f732 ``` You can return to it using: ```bash git checkout b2cb4f6b37a9e3f5634c5e513fb8df53d419f732 ``` Or, if you want to create a new branch to work on: ```bash git checkout -b my-experimental-branch b2cb4f6b37a9e3f5634c5e513fb8df53d419f732 ```
x-ai/grok-4.3:high__json_schema PASS 100% 436 in → 635 out (627 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
x-ai/grok-4.3:low PASS 100% 393 in → 411 out (367 reasoning)
3b956c8a44a9140ec2270fcb427bad3dcc2eeed1 (The reflog entry for that exact commit message directly gives the hash you need to `git checkout`.)
x-ai/grok-4.3:low__json_schema PASS 100% 448 in → 376 out (368 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
x-ai/grok-4.3:max PASS 100% 388 in → 444 out (323 reasoning)
The commit hash for 'Third commit - WIP experimental' is: ``` a3eee5ac2baf2d659ba39f0170e60354fd9b36cf ``` You can return to it with: ```bash git checkout a3eee5ac2baf2d659ba39f0170e60354fd9b36cf ``` Or if you want to create a branch from it instead: ```bash git checkout -b experimental a3eee5ac2baf2d659ba39f0170e60354fd9b36cf ```
x-ai/grok-4.3:max__json_schema PASS 100% 438 in → 475 out (467 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
x-ai/grok-4.3:medium PASS 100% 386 in → 572 out (459 reasoning)
The experimental commit hash is `002c6123ed0fe5ce45a96d61df0ad8db59d53918` (visible at `HEAD@{1}` in the provided reflog). You can return to it via `git checkout 002c6123ed0fe5ce45a96d61df0ad8db59d53918` (or create a branch from it). Final answer: 002c6123ed0fe5ce45a96d61df0ad8db59d53918
x-ai/grok-4.3:medium__json_schema PASS 100% 455 in → 436 out (428 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
x-ai/grok-4.3:none PASS 100% 376 in → 83 out (0 reasoning)
Based on the provided `git reflog`, the commit 'Third commit - WIP experimental' corresponds to the hash: ``` 0006bae062f863b2f13147242af1548b29487c2e ``` You can check it out with: ```bash git checkout 0006bae062f863b2f13147242af1548b29487c2e ```
x-ai/grok-4.3:none__json_schema PASS 100% 441 in → 22 out (0 reasoning)
deff05810960f920853825dace1ff02167ff244f
JSON Schema Structured Output
(raw) {"ref":"deff05810960f920853825dace1ff02167ff244f"}
x-ai/grok-4.3:xhigh PASS 100% 396 in → 452 out (355 reasoning)
The commit hash for the experimental commit is: ``` 9362c0d98503c0a0af5339d1b49bfe142f3b0c21 ``` You can return to it using: ```bash git checkout 9362c0d98503c0a0af5339d1b49bfe142f3b0c21 ``` Or alternatively using the reflog directly: ```bash git checkout HEAD@{1} ```
x-ai/grok-4.3:xhigh__json_schema PASS 100% 444 in → 531 out (523 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
x-ai/grok-4.5:high PASS 100% 413 in → 514 out (392 reasoning)
**4b3a734d5caab2d6605ac7965fd962864d8955a0** From the reflog, this is the hash for `HEAD@{1}: commit: Third commit - WIP experimental`. Current `HEAD@{0}` is the checkout that put you at the prior commit (`Second commit`), so the experimental work is still reachable via this hash (e.g. `git checkout 4b3a734d5caab2d6605ac7965fd962864d8955a0` or create a branch from it).
x-ai/grok-4.5:high__json_schema PASS 100% 469 in → 764 out (755 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{1}"}
x-ai/grok-4.5:low PASS 100% 418 in → 326 out (216 reasoning)
**3b1281394dcda2bff910db8bb752cde0e2218358** That is the hash of the detached-HEAD commit `Third commit - WIP experimental` (seen as `HEAD@{1}` in the reflog). You can return to it with: ```bash git checkout 3b1281394dcda2bff910db8bb752cde0e2218358 ``` (or create a branch from it if you want to keep the work).
x-ai/grok-4.5:low__json_schema PASS 100% 483 in → 531 out (522 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
x-ai/grok-4.5:max PASS 100% 412 in → 464 out (337 reasoning)
**6f93dcb57010eb4975e927c51bc8ddb2899a973b** This is the hash of the “Third commit - WIP experimental” entry in the reflog (`HEAD@{1}`). You can check it out or create a branch from it with: ```bash git checkout 6f93dcb57010eb4975e927c51bc8ddb2899a973b # or git switch -c experimental 6f93dcb57010eb4975e927c51bc8ddb2899a973b ```
x-ai/grok-4.5:max__json_schema PASS 100% 482 in → 554 out (545 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
x-ai/grok-4.5:medium PASS 100% 409 in → 382 out (249 reasoning)
**dee52df0f219de1e753c23ea6e4d76118bb5ac07** From the reflog, that is the hash of `HEAD@{1}: commit: Third commit - WIP experimental`. You can return to it with: ```bash git checkout dee52df0f219de1e753c23ea6e4d76118bb5ac07 ``` (or create a branch pointing at it, e.g. `git branch wip-experimental dee52df0f219de1e753c23ea6e4d76118bb5ac07`).
x-ai/grok-4.5:medium__json_schema PASS 100% 483 in → 612 out (603 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{1}"}
x-ai/grok-4.5:xhigh PASS 100% 408 in → 387 out (250 reasoning)
**be0a8e9ce26fc1b8c9f91bdf29e603817878565c** From the reflog, this is the commit at `HEAD@{1}` with the message "Third commit - WIP experimental". You can return to it with: ```bash git checkout be0a8e9ce26fc1b8c9f91bdf29e603817878565c ``` (or create a branch from it, e.g. `git checkout -b experimental be0a8e9ce26fc1b8c9f91bdf29e603817878565c`)
x-ai/grok-4.5:xhigh__json_schema PASS 100% 477 in → 747 out (715 reasoning)
aba85f0b3d1c3001805d2fd9510998bfe02a039d
JSON Schema Structured Output
(raw) { "ref": "aba85f0b3d1c3001805d2fd9510998bfe02a039d" }
z-ai/glm-4.7-flash:high PASS 100% 227 in → 641 out (439 reasoning)
Based on the `git reflog` output, the commit hash for the "Third commit - WIP experimental" is: **88049694b50478b423168494c8ecbb2fc40527f4** You can switch back to this commit using `git checkout 88049694b50478b423168494c8ecbb2fc40527f4`.
z-ai/glm-4.7-flash:high__json_schema PASS 100% 222 in → 626 out (483 reasoning)
305576c139e3bbf2ea4289102e9e3bd46212e427
JSON Schema Structured Output
(raw) { "ref": "305576c139e3bbf2ea4289102e9e3bd46212e427" }
z-ai/glm-4.7-flash:low PASS 100% 228 in → 821 out (578 reasoning)
Based on the `git reflog` output provided, the commit hash for the experimental commit is: **4e3450604b3b20fa1363183610b1b93632fa224d** This corresponds to the line: `4e3450604b3b20fa1363183610b1b93632fa224d HEAD@{1}: commit: Third commit - WIP experimental`
z-ai/glm-4.7-flash:low__json_schema PASS 100% 228 in → 678 out (499 reasoning)
63eccdd97dea941fd0dc3db04d2cfb167c901cb8
JSON Schema Structured Output
(raw) { "ref": "63eccdd97dea941fd0dc3db04d2cfb167c901cb8" }
z-ai/glm-4.7-flash:medium PASS 100% 228 in → 632 out (472 reasoning)
The commit hash for the experimental commit is: **a0c580984241f42bc0582338097d73cd122d8ef7**
z-ai/glm-4.7-flash:medium__json_schema PASS 100% 234 in → 661 out (476 reasoning)
82ae700c47956b76c8e36bee7d57dd6afbc696d3
JSON Schema Structured Output
(raw) { "ref": "82ae700c47956b76c8e36bee7d57dd6afbc696d3" }
z-ai/glm-4.7-flash:none PASS 100% 226 in → 132 out (0 reasoning)
To find the commit hash of your experimental commit, you can look at the output from the `reflog` shown above. The commit hash is: **be065e83b1baf78ee37fda90729a94389bae3464** (You can also confirm this by looking at the line that says `HEAD@{1}: commit: Third commit - WIP experimental`). To return to that commit, you would use the command: ```bash git checkout be065e83b1baf78ee37fda90729a94389bae3464 ```
z-ai/glm-4.7-flash:none__json_schema PASS 100% 231 in → 22 out (0 reasoning)
HEAD@{1}: commit: Third commit - WIP experimental
JSON Schema Structured Output
(raw) { "ref": "HEAD@{1}: commit: Third commit - WIP experimental" }
z-ai/glm-4.7-flash:xhigh PASS 100% 235 in → 707 out (490 reasoning)
The commit hash for "Third commit - WIP experimental" is: **3c6e13dbfe190c213b33a749447ac9827f138c42** You can return to this commit using the command: `git checkout 3c6e13dbfe190c213b33a749447ac9827f138c42`
z-ai/glm-4.7-flash:xhigh__json_schema PASS 100% 230 in → 777 out (561 reasoning)
7baabb4903d6b449dabf90e7e83dd4f58ff952c7
JSON Schema Structured Output
(raw) { "ref": "7baabb4903d6b449dabf90e7e83dd4f58ff952c7" }
z-ai/glm-5.2:high PASS 100% 237 in → 432 out (264 reasoning)
Based on the `git reflog` output you provided, the commit hash for the experimental commit is: **7024c752610d6154a17423f0b3c97adeb4d52b43** To return to that experimental commit, you can run: ```bash git checkout 7024c752610d6154a17423f0b3c97adeb4d52b43 ``` *(Note: You can also use the shortened version of the hash, such as `git checkout 7024c75`)*
z-ai/glm-5.2:high__json_schema PASS 100% 418 in → 168 out (130 reasoning)
b541f51d4900744829f456c980fc6b0df472ffc7
JSON Schema Structured Output
(raw) { "ref": "b541f51d4900744829f456c980fc6b0df472ffc7" }
z-ai/glm-5.2:low PASS 100% 235 in → 570 out (366 reasoning)
The commit hash of the "Third commit - WIP experimental" commit is: **ff857283f2373748e1344b5c7f96a77844525ac1** To return to that experimental commit, you would use the command: ```bash git checkout ff857283f2373748e1344b5c7f96a77844525ac1 ```
z-ai/glm-5.2:low__json_schema PASS 100% 223 in → 31 out (0 reasoning)
9bab27fb2c3f7654068045eea2800331020a631b
JSON Schema Structured Output
(raw) {"ref": "9bab27fb2c3f7654068045eea2800331020a631b"}
z-ai/glm-5.2:medium PASS 100% 236 in → 205 out (82 reasoning)
The commit hash for the experimental commit 'Third commit - WIP experimental' is: `2d8a24658535d2db6042306bc3d75c5eea326912` To return to this commit, you can use the following command: ```bash git checkout 2d8a24658535d2db6042306bc3d75c5eea326912 ```
z-ai/glm-5.2:none PASS 100% 233 in → 221 out (0 reasoning)
Based on the Git reflog provided, the commit hash for the "Third commit - WIP experimental" is **`563b6165af9b47efb2fca754dc0db149c3e628e3`** (or shorthand `563b616`). **How to identify it:** Looking at the reflog, you can see the following entry on the second line: `563b6165af9b47efb2fca754dc0db149c3e628e3 HEAD@{1}: commit: Third commit - WIP experimental` This indicates that at `HEAD@{1}`, the "Third commit - WIP experimental" was created, giving you the exact commit hash. To return to this experimental commit, you would run: `git checkout 563b6165af9b47efb2fca754dc0db149c3e628e3` *(or simply `git checkout 563b616`)*
z-ai/glm-5.2:none__json_schema PASS 100% 233 in → 38 out (0 reasoning)
e603602d6446ba5167b8e7c9d0c0d8fac6937c84
JSON Schema Structured Output
(raw) {"ref": "e603602d6446ba5167b8e7c9d0c0d8fac6937c84"}
z-ai/glm-5.2:xhigh PASS 100% 230 in → 641 out (359 reasoning)
Based on the provided `git reflog` output, the commit hash for the experimental commit is: **`73630f0901ee1e7d914b8f2c2471cef033012b39`** You can return to this commit to pick up where you left off by using the following command: ```bash git checkout 73630f0901ee1e7d914b8f2c2471cef033012b39 ``` *(Note: You can also use the shortened version of the hash, `73630f0`, if you prefer)*
z-ai/glm-5.2:xhigh__json_schema PASS 100% 236 in → 744 out (708 reasoning)
ed9b47f033edde92b1c1a9cfd812babb59253961
JSON Schema Structured Output
(raw) { "ref": "ed9b47f033edde92b1c1a9cfd812babb59253961" }
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-large-thinking:medium FAIL 0% 222 in → 65,536 out (66,239 reasoning)
(empty output)
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Third commit - WIP experimental'
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-large-thinking:xhigh FAIL 0% 214 in → 65,536 out (66,037 reasoning)
(empty output)
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Third commit - WIP experimental'
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:xhigh__json_schema FAIL 0% 208 in → 425 out (370 reasoning)
HEAD~1
JSON Schema Structured Output
(raw) { "ref": "HEAD~1" }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Third commit - WIP experimental'
deepseek/deepseek-v4-flash-0731:high__json_schema FAIL 0% 299 in → 372 out (294 reasoning)
third commit above
JSON Schema Structured Output
(raw) { "ref": "third commit above" }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Third commit - WIP experimental'
7037774dbf5c620d8c7bfd5a7828ec293b50ac9b02
JSON Schema Structured Output
(raw) {"ref": "7037774dbf5c620d8c7bfd5a7828ec293b50ac9b02"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Third commit - WIP experimental'
Invalid JSON. Output: Given your **detached HEAD** state, `git reflog` shows the history of where your HEAD pointer has moved. From your output: ``` HEAD@{1}: commit: Third commit - WIP experimental ``` This means the commit hash for your "Third commit - WIP experimental" is: ``` c3ffdbbadc70a2eaadf734a785fb36e0b94e5649 ``` So, to return to that commit, run: ```sh git checkout c3ffdbbadc70a2eaadf734a785fb36e0b94e5649 ``` That will bring you back to the experimental 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)
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)
minimax/minimax-m3:high__json_schema FAIL 0% 335 in → 39 out (38 reasoning)
The user wants me to find the commit hash of 'Third commit - WIP experimental' from the git reflog. Let me analyze the reflog entries provided.
JSON Schema Structured Output
(raw) {"ref": "The user wants me to find the commit hash of 'Third commit - WIP experimental' from the git reflog. Let me analyze the reflog entries provided."}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Third commit - WIP experimental'
moonshotai/kimi-k2.6:medium__json_schema FAIL 0% 218 in → 367 out (194 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 'Third commit - WIP experimental'
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)
nvidia/nemotron-3-nano-30b-a3b:none__json_schema FAIL 0% 269 in → 18 out (0 reasoning)
refs/heads/experimental-commit-hash
JSON Schema Structured Output
(raw) { "ref": "refs/heads/experimental-commit-hash" }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Third commit - WIP experimental'
openai/gpt-oss-120b:medium__json_schema FAIL 0% 281 in → 83 out (62 reasoning)
final
JSON Schema Structured Output
(raw) { "ref":"final"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Third commit - WIP experimental'
openai/gpt-oss-20b:high__json_schema FAIL 0% 285 in → 436 out (365 reasoning)
2026-07-05 05:17:15
JSON Schema Structured Output
(raw) {"ref":"2026-07-05 05:17:15"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Third commit - WIP experimental'
poolside/laguna-m.1:low__json_schema FAIL 0% 265 in → 546 out (515 reasoning)
https://git-scm.com/book/en/v2/Git-Internals-Maintenance-and-Data-Recovery
JSON Schema Structured Output
(raw) { "ref": "https://git-scm.com/book/en/v2/Git-Internals-Maintenance-and-Data-Recovery" }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Third commit - WIP experimental'
poolside/laguna-m.1:none__json_schema FAIL 0% 271 in → 9 out (0 reasoning)
head@0
JSON Schema Structured Output
(raw) {"ref": "head@0"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Third commit - WIP experimental'
poolside/laguna-xs.2:high__json_schema FAIL 0% 299 in → 171 out (163 reasoning)
git
JSON Schema Structured Output
(raw) {"ref": "git"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Third commit - WIP experimental'
poolside/laguna-xs.2:xhigh__json_schema FAIL 0% 296 in → 178 out (166 reasoning)
detached HEAD state
JSON Schema Structured Output
(raw) {"ref": "detached HEAD state"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Third commit - WIP experimental'
Invalid JSON. Output: Based on the `git reflog` provided, you can find the experimental commit by looking for the entry with the message "Third commit - WIP experimental". This corresponds to `HEAD@{1}`. The commit hash for that experimental commit is: **`39528a33f6d0fb935cbc45b038077a1404c9aee7`** To return to this commit (or save it to a branch), you can run: ```bash git checkout 39528a33f6d0fb935cbc45b038077a1404c9aee7 ``` *(Note: You can also use the shorter hash `39528a` or refer to it directly via `git checkout HEAD@{1}`).*
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)
qwen/qwen3.6-27b:low__json_schema FAIL 0% 269 in → 13 out (0 reasoning)
docs/home
JSON Schema Structured Output
(raw) { "ref": "docs/home" }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Third commit - WIP experimental'
qwen/qwen3.6-27b:medium__json_schema FAIL 0% 270 in → 24 out (0 reasoning)
https://git-scm.com/docs/git-reflog#_description
JSON Schema Structured Output
(raw) { "ref": "https://git-scm.com/docs/git-reflog#_description" }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Third commit - WIP experimental'
qwen/qwen3.6-27b:none__json_schema FAIL 0% 271 in → 17 out (0 reasoning)
Third commit - WIP experimental
JSON Schema Structured Output
(raw) { "ref": "Third commit - WIP experimental" }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Third commit - WIP experimental'
qwen/qwen3.6-35b-a3b:none__json_schema FAIL 0% 280 in → 15 out (0 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 'Third commit - WIP experimental'
(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-fddb9c10-84e4-940e-b9c7-f8789a0bbfbb","request_id":"fddb9c10-84e4-940e-b9c7-f8789a0bbfbb"}', '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-8f820fa0-ccf1-98b1-9d13-a084611c308e","request_id":"8f820fa0-ccf1-98b1-9d13-a084611c308e"}', '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-c6da5f5b-d277-976c-beea-31219563f427","request_id":"c6da5f5b-d277-976c-beea-31219563f427"}', '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-775b30a2-d4de-955f-803a-a44eacc025c4","request_id":"775b30a2-d4de-955f-803a-a44eacc025c4"}', '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-1b385974-2eda-92a8-8516-9bca10473901","request_id":"1b385974-2eda-92a8-8516-9bca10473901"}', '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-0eda25b3-b603-90c1-9577-b673fc50560e"}\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-be1d0e92-56d6-9fb9-af44-8673d0aa35a1"}\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-83eed5de-e113-9e0c-ba18-4d8c88e3523d"}\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-2e9ba941-efda-9628-8cbd-08f8d85974d4"}\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-7c2bebbd-a690-9e28-aa59-00d4afbaba98"}\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-f773c7bd-9573-923e-99c9-6eba7ba6d6cd"}\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-a8faa087-06d2-9e71-ab39-08765fdf9e52","request_id":"a8faa087-06d2-9e71-ab39-08765fdf9e52"}', '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-bffd4e88-b7ca-9767-8fdb-d5ee10930ccd","request_id":"bffd4e88-b7ca-9767-8fdb-d5ee10930ccd"}', '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-858756cb-2d84-97f5-aad8-0592ecaa7422","request_id":"858756cb-2d84-97f5-aad8-0592ecaa7422"}', '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-47a529b3-bd1c-95d5-b692-6f5416439dcc","request_id":"47a529b3-bd1c-95d5-b692-6f5416439dcc"}', '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-788b994c-798d-9cdb-9371-f2f6b1432f88","request_id":"788b994c-798d-9cdb-9371-f2f6b1432f88"}', '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-f2fc9c6c-fcd5-9cad-a44d-ea668f57af63","request_id":"f2fc9c6c-fcd5-9cad-a44d-ea668f57af63"}', '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-4f7b5ac3-1a7b-953c-a087-c45f448476f5","request_id":"4f7b5ac3-1a7b-953c-a087-c45f448476f5"}', '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-7cd43dcd-0960-95a9-8576-ca771d0e8466","request_id":"7cd43dcd-0960-95a9-8576-ca771d0e8466"}', '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-fae5c98b-3313-9f2e-b95e-7a206f44316f","request_id":"fae5c98b-3313-9f2e-b95e-7a206f44316f"}', '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-32917dcb-fa94-91c0-aef5-74c9a8f4f88f","request_id":"32917dcb-fa94-91c0-aef5-74c9a8f4f88f"}', 'provider_name': 'Alibaba', 'is_byok': False}}, 'user_id': 'user_3FrVBkmFqVIuZ58dEh7AU8vhXUV'}
tencent/hy3:low__json_schema FAIL 0% 231 in → 1,330 out (1,078 reasoning)
experimental-commit-hash
JSON Schema Structured Output
(raw) { "ref": "experimental-commit-hash" }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Third commit - WIP experimental'
tencent/hy3:xhigh__json_schema FAIL 0% 210 in → 1,558 out (1,257 reasoning)
https://www.google.com/search?q=git+reflog+detached+head
JSON Schema Structured Output
(raw) { "ref": "https://www.google.com/search?q=git+reflog+detached+head" }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Third commit - WIP experimental'
Invalid JSON. Output: From the reflog, the experimental commit hash is: **`7be07fca48c133f47cedf808da643f640b6f225c`** (It's `HEAD@{1}: commit: Third commit - WIP experimental`) You can return to it with: bash git checkout 7be07fca48c133f47cedf808da643f640b6f225c ``` Or if you want to keep working from there and preserve it on a branch: bash git checkout -b experimental 7be07fca48c133f47cedf808da643f640b6f225c { "ref": "7be07fca48c133f47cedf808da643f640b6f225c" }
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: Based on the reflog, the experimental commit **"Third commit - WIP experimental"** is at `HEAD@{1}`: **Hash:** `15dc4f5dcb6d1b021d66249f0b1254985f6b4cba` You can return to it with: ```bash git checkout 15dc4f5dcb6d1b021d66249f0b1254985f6b4cba ``` Or create/recover a branch from it: ```bash git checkout -b recovery-branch 15dc4f5dcb6d1b021d66249f0b1254985f6b4cba ```
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 experimental commit hash is: **e1e9ad8b8f86a9063dc3a7c21227cc5c254436e0** You can return to it with: ``` git checkout e1e9ad8b8f86a9063dc3a7c21227cc5c254436e0 ```
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 detached-HEAD commit is: ``` f0acce47de55fbe6fb2e5999b7089522c3c6ac4c HEAD@{1}: commit: Third commit - WIP experimental ``` So the hash of your experimental commit is: **`f0acce47de55fbe6fb2e5999b7089522c3c6ac4c`** You can return to it with: ```bash git checkout f0acce47de55fbe6fb2e5999b7089522c3c6ac4c ``` (Or create a branch there to keep it: `git checkout -b experimental-branch f0acce47...`)
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 experimental commit is at reflog entry `HEAD@{1}`: **Hash:** `f60ede5f3331d7280ede9aafec265bf56429d7c9` To return to it: ```bash git checkout f60ede5f3331d7280ede9aafec265bf56429d7c9 ``` Or create a branch there to keep it: ```bash git checkout -b experimental-branch f60ede5f3331d7280ede9aafec265bf56429d7c9 ```
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: Based on the reflog, the commit hash for **"Third commit - WIP experimental"** made on the detached HEAD is: ``` adfb68a6a1551488c335f5e1dd458c6250659f8b ``` You can return to it with: bash git checkout adfb68a6a1551488c335f5e1dd458c6250659f8b ``` Or using the reflog reference: bash git checkout HEAD@{1} ``` *(Note: The reflog shows `HEAD@{1}` points to that commit, made before the checkout to `HEAD~1` at `HEAD@{0}`.)*{ "ref": "adfb68a6a1551488c335f5e1dd458c6250659f8b" }
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)
z-ai/glm-5.2:medium__json_schema FAIL 0% 237 in → 321 out (243 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 'Third commit - WIP experimental'