Hard reset to older commit then checkout - find detached HEAD commits
Tests ability to find detached HEAD commits after hard reset to older commit then checkout. Evaluates complex reflog navigation.

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 'database: local' > db.yaml
  5. 05 git add db.yaml
  6. 06 git commit -m 'Local database config'
  7. 07 echo 'database: prod' > db.yaml
  8. 08 git add db.yaml
  9. 09 git commit -m 'Production database config - critical'
  10. 10 git checkout -b backup
  11. 11 echo 'database: staging' > db.yaml
  12. 12 git add db.yaml
  13. 13 git commit -m 'Staging database config'
  14. 14 git checkout main
  15. 15 git reset --hard HEAD~1
Prompt
You reset main back to 'Local database config' and lost the 'Production database config - critical' commit. You then switched to 'backup' branch. Use git reflog on the main branch to find and recover the critical production config commit.
Expected
Production database config - critical

Scoped model quality, cost, API time, and token usage for reflog/f012.

Loading...
Loading raw attempt evidence…
anthropic/claude-fable-5:high PASS 100% 355 in → 979 out (63 reasoning)
## Analysis of the Reflog Reading the reflog history from bottom to top: 1. `HEAD@{5}` — Initial commit: "Local database config" (`b34afed`) 2. `HEAD@{4}` — **"Production database config - critical"** (`fbf6596`) ← the lost commit 3. `HEAD@{3}` — Switched to `backup` branch 4. `HEAD@{2}` — Committed "Staging database config" on `backup` (`dc0ad51`) 5. `HEAD@{1}` — Switched back to `main` (which pointed at `fbf6596`) 6. `HEAD@{0}` — `reset: moving to HEAD~1` — this moved `main` back to `b34afed`, orphaning the critical commit The critical commit hash is: **`fbf6596226863146095653cef2a2342edf3ad241`** ## Recovery Steps Since you're currently on the `backup` branch: ```bash # 1. Switch back to main git checkout main # 2. Reset main to the critical production config commit git reset --hard fbf6596226863146095653cef2a2342edf3ad241 ``` ## Verify the Recovery ```bash git log --oneline ``` Expected output: ``` fbf6596 Production database config - critical b34afed Local database config ``` ## Why This Works - `git reset HEAD~1` only moved the branch pointer — it didn't delete the commit object. The commit still exists in Git's object database. - The reflog records every movement of `HEAD`, so orphaned commits remain reachable through it (typically for 90 days by default, before garbage collection). - Using the full SHA (`fbf6596...`) is safer than `HEAD@{n}` references, since reflog positions shift with every new action you perform. 💡 **Tip:** In the future, before a risky reset, you can create a safety tag or branch: `git branch safety-backup` — but as you've seen, the reflog is an excellent safety net.
anthropic/claude-fable-5:high__json_schema PASS 100% 585 in → 309 out (67 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{1}"}
anthropic/claude-fable-5:low PASS 100% 373 in → 366 out (18 reasoning)
The critical commit is **6f726ba** (`HEAD@{4}: commit: Production database config - critical`). **Recovery steps:** ```bash # 1. Make sure you're on main git checkout main # 2. Reset main back to the critical commit git reset --hard 6f726ba86595658af6afb2d60d7c4581e4bd1dc6 ``` **Verify:** ```bash git log --oneline # 6f726ba Production database config - critical # b85b09e Local database config ``` **How this worked:** The `reset: moving to HEAD~1` (HEAD@{0}) discarded the commit, but Git keeps unreachable commits in the reflog for ~90 days. By reading the reflog, we identified `6f726ba` from the original commit entry at HEAD@{4}, and `git reset --hard` moved main's pointer back to it, fully restoring the commit. *Alternative:* If you wanted to keep other work, `git cherry-pick 6f726ba` would reapply just that commit instead.
anthropic/claude-fable-5:low__json_schema PASS 100% 576 in → 116 out (90 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{4}"}
anthropic/claude-fable-5:max PASS 100% 350 in → 2,905 out (239 reasoning)
# Recovering the Lost Commit ## Reading the Reflog Looking at the reflog, the critical commit is at `HEAD@{4}`: ``` 3430ba816995536ca71ca2e0208577800114a2c1 HEAD@{4}: commit: Production database config - critical ``` The lost commit hash is **`3430ba8`**. The reset at `HEAD@{0}` moved main back to `bc2d0aa` (Local database config), orphaning the production commit from main's history. ## Recovery Steps **1. Switch back to main** (you're currently on backup): ```bash git checkout main ``` **2. Confirm the lost commit in the reflog:** ```bash git reflog main ``` Output shows the main branch's history: ``` bc2d0aa main@{0}: reset: moving to HEAD~1 3430ba8 main@{1}: commit: Production database config - critical bc2d0aa main@{2}: commit (initial): Local database config ``` **3. Reset main to the recovered commit:** ```bash git reset --hard 3430ba8 ``` **4. Verify the recovery:** ```bash git log --oneline ``` Expected output: ``` 3430ba8 Production database config - critical bc2d0aa Local database config ``` ## Why This Works - A `git reset --hard HEAD~1` doesn't delete commits — it just moves the branch pointer. The commit still exists in Git's object database until garbage collection runs. - The reflog tracks every movement of HEAD, so `3430ba8` remains findable and recoverable. - Using the **full/short SHA** (`3430ba8`) is safer than `HEAD@{n}` references, since the indices shift each time HEAD moves (your checkout to backup already added a new entry). **Note:** In this case, the commit was also still reachable as the parent of the `backup` branch's "Staging database config" commit — but the reflog is the reliable, general-purpose recovery tool, especially when no other branch references the lost commit.
anthropic/claude-fable-5:medium PASS 100% 353 in → 569 out (28 reasoning)
## Recovering the Lost Commit ### Step 1: Read the reflog From the reflog, identify the critical commit: ``` c6b6cb09b70d4348837d65a744382277a4bc8ff8 HEAD@{4}: commit: Production database config - critical ``` The commit hash you need is **`c6b6cb0`**. You can also see what happened: - `HEAD@{0}`: `reset: moving to HEAD~1` — this is where main was reset back to `bf42439` (Local database config), orphaning the production commit. ### Step 2: Switch back to main ```bash git checkout main ``` ### Step 3: Restore main to the critical commit ```bash git reset --hard c6b6cb0 ``` ### Step 4: Verify ```bash git log --oneline ``` Expected output: ``` c6b6cb0 Production database config - critical bf42439 Local database config ``` ## Alternative approach Instead of the raw hash, you can use the reflog reference directly: ```bash git reset --hard HEAD@{1} ``` (Since `HEAD@{1}` shows main pointed at `c6b6cb0` before the reset — but be careful, reflog positions shift as you make new moves, so using the explicit hash `c6b6cb0` is safer.) **Note:** Interestingly, the `backup` branch also points at `c6b6cb0` (visible from `HEAD@{3}`), so `git reset --hard backup` from main would work too. But the reflog method is the general-purpose recovery technique when no branch reference exists.
anthropic/claude-fable-5:xhigh PASS 100% 362 in → 1,014 out (137 reasoning)
# Recovering the Lost Commit ## Step 1: Read the reflog to find the lost commit Looking at the reflog, the critical commit is here: ``` d1ab3b899da398cc505770ecd8e7a9b063a5f741 HEAD@{4}: commit: Production database config - critical ``` The lost commit hash is **`d1ab3b8`**. Note it's the same hash as `HEAD@{1}` (when you last checked out main), confirming main pointed to this commit *before* the reset moved it back to `5d90341` (Local database config). ## Step 2: Switch back to main Since you're currently on `backup`: ```bash git checkout main ``` ## Step 3: Reset main to the lost commit ```bash git reset --hard d1ab3b8 ``` > **Tip:** Use the full/short hash rather than `HEAD@{n}` references — reflog positions shift with every HEAD movement (your checkout back to main just added a new entry), so the hash is the safest reference. ## Step 4: Verify the recovery ```bash git log --oneline ``` Expected output: ``` d1ab3b8 (HEAD -> main) Production database config - critical 5d90341 Local database config ``` ## Why this works `git reset --hard HEAD~1` moved the `main` branch pointer backward, but it **didn't delete the commit** — `d1ab3b8` still existed in Git's object database, just unreachable from any branch. The reflog keeps a history of everywhere HEAD has pointed (for ~90 days by default), letting you find the orphaned commit and point `main` back at it. **Note:** The `backup` branch is unaffected — it still holds the "Staging database config" commit (`6244c68`), which also has `d1ab3b8` as its parent.
anthropic/claude-fable-5:xhigh__json_schema PASS 100% 587 in → 1,064 out (194 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{4}"}
anthropic/claude-haiku-4.5:high PASS 100% 311 in → 1,180 out (531 reasoning)
# Recovering the Lost Production Config Commit ## Analysis of the Reflog Looking at the reflog, here's what happened: ``` HEAD@{5}: Local database config (bc2604e) ← Initial HEAD@{4}: Production database config - critical (da4c756) ← LOST COMMIT HEAD@{3}: Checkout to backup branch HEAD@{2}: Staging database config (e0397ce) on backup HEAD@{1}: Checkout back to main HEAD@{0}: Reset HEAD~1 → back to bc2604e (lost the critical commit!) ``` ## Recovery Steps ### 1. **Identify the Lost Commit** The critical production config is at: **`da4c75673bd3f7b16ac259bd7f6bc46fa416a63f`** (HEAD@{4}) ### 2. **Recover It** **Option A: Create a backup branch first (safest)** ```bash git branch critical-config-recovered da4c75673bd3f7b16ac259bd7f6bc46fa416a63f ``` **Option B: Restore main directly** ```bash git checkout main git reset --hard da4c75673bd3f7b16ac259bd7f6bc46fa416a63f ``` ### 3. **Verify Recovery** ```bash git log --oneline # Should show: # da4c756 Production database config - critical # bc2604e Local database config ``` ## What You've Learned - **`git reflog`** shows the history of HEAD movements, even after resets - Commits aren't immediately deleted after a reset—they hang around until garbage collection - Always create a backup branch before doing dangerous operations like `reset --hard` The critical commit is recoverable because it's still in the reflog! 🎯
anthropic/claude-haiku-4.5:high__json_schema PASS 100% 476 in → 559 out (396 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{4}"}
anthropic/claude-haiku-4.5:low PASS 100% 304 in → 881 out (341 reasoning)
# Recovering the Critical Production Config ## Analysis of the Reflog Looking at the reflog, I can see: ``` HEAD@{4}: commit: Production database config - critical → daa499dcca470da870fe51f0d01c508f26eb9f0d ``` This is the lost commit! The reset at HEAD@{0} moved main back to the old "Local database config" commit. ## Recovery Steps ### 1. **Verify the commit exists in reflog** ```bash git reflog show main ``` You'll see `daa499dcca470da870fe51f0d01c508f26eb9f0d` listed as the production database commit. ### 2. **Recover the commit (choose one method)** **Option A: Reset main to the critical commit** ```bash git reset --hard daa499dcca470da870fe51f0d01c508f26eb9f0d ``` **Option B: Using reflog reference** ```bash git reset --hard main@{1} # or git reset --hard HEAD@{4} ``` **Option C: Create a recovery branch first (safer)** ```bash git checkout -b recover-critical daa499dcca470da870fe51f0d01c508f26eb9f0d git log --oneline # verify the commit is there git checkout main git reset --hard recover-critical ``` ### 3. **Verify recovery** ```bash git log --oneline main ``` You should see: ``` daa499dcc Production database config - critical cd312d20d Local database config ``` ## Key Takeaway **`git reflog`** is a lifesaver! It tracks all HEAD movements, allowing recovery of "lost" commits even after resets or branch switches.
anthropic/claude-haiku-4.5:low__json_schema PASS 100% 478 in → 738 out (536 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{4}"}
anthropic/claude-haiku-4.5:medium PASS 100% 307 in → 2,330 out (819 reasoning)
# Recovering the Lost Production Database Config Commit ## Solution ### 1. **Find the Lost Commit in Reflog** Looking at the reflog, the "Production database config - critical" commit is at: - **HEAD@{4}** or commit hash **`81f3f493ff2524d524847798604428119fda7602`** This is the commit you made before switching to backup and then resetting. ### 2. **Recovery Options** #### **Option A: Create a Recovery Branch (Safest)** ```bash git branch recovery 81f3f493ff2524d524847798604428119fda7602 ``` This preserves both your current state and recovers the lost commit. #### **Option B: Undo the Reset** ```bash git reset --hard HEAD@{1} ``` This resets main back to right before the reset operation, restoring the critical commit. #### **Option C: Cherry-pick Back onto Main** ```bash git cherry-pick 81f3f493ff2524d524847798604428119fda7602 ``` This applies the critical commit on top of your current main state. ### 3. **Verify the Recovery** ```bash git log --oneline main git show 81f3f493ff2524d524847798604428119fda7602 ``` ## Key Insight The reflog acts as a safety net—even though the commit was unreachable from main after the reset, it still existed and was tracked in the reflog history. The hash `81f3f493...` appearing in HEAD@{1}, HEAD@{3}, and HEAD@{4} all point to your critical configuration commit. **Recommended**: Use **Option A** to create a recovery branch, review it, then merge into main once verified.
anthropic/claude-haiku-4.5:medium__json_schema PASS 100% 462 in → 2,311 out (816 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{4}"}
anthropic/claude-haiku-4.5:none PASS 100% 286 in → 331 out (0 reasoning)
# Recovering the Critical Production Config Commit Looking at the reflog, I can see the commit history. The **'Production database config - critical'** commit is at `HEAD@{4}` with hash `44fa87abbc2a57b91e4902a39c3560ed9212b22c`. ## Recovery Steps ### 1. **Identify the lost commit** ```bash git reflog ``` From the reflog, the critical commit is: - **Hash**: `44fa87abbc2a57b91e4902a39c3560ed9212b22c` - **Message**: `Production database config - critical` - **Location**: `HEAD@{4}` ### 2. **Recover the commit by resetting main to it** ```bash git reset --hard 44fa87abbc2a57b91e4902a39c3560ed9212b22c ``` Or using the reflog reference: ```bash git reset --hard HEAD@{4} ``` ### 3. **Verify recovery** ```bash git log --oneline # Should show: # 44fa87ab Production database config - critical # 0423b30 Local database config ``` ## Result ✅ The **'Production database config - critical'** commit is now recovered on the main branch. The reset that lost it has been reversed, and your critical production configuration is restored.
anthropic/claude-haiku-4.5:none__json_schema PASS 100% 441 in → 13 out (0 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{4}"}
anthropic/claude-haiku-4.5:xhigh PASS 100% 312 in → 1,543 out (777 reasoning)
# Recovering the Critical Production Config Commit ## Analysis Looking at the reflog, I can trace what happened: 1. **HEAD@{5}**: Initial commit - Local database config (268ea323...) 2. **HEAD@{4}**: Created - "Production database config - critical" (4dc91060...) ← **CRITICAL COMMIT** 3. **HEAD@{3}**: Switched to backup branch 4. **HEAD@{2}**: Made another commit on backup 5. **HEAD@{1}**: Switched back to main (still at 4dc91060...) 6. **HEAD@{0}**: Reset main back one commit, losing the critical production config ## The Critical Commit The lost commit is: **`4dc91060661e7d79187119497ed9e00c0e92aaba`** with message "Production database config - critical" ## Recovery Steps ### Step 1: Verify the commit exists in reflog ```bash git reflog main ``` ### Step 2: Recover by resetting main to that commit ```bash git reset --hard 4dc91060661e7d79187119497ed9e00c0e92aaba ``` Or using the reflog reference: ```bash git reset --hard HEAD@{1} ``` ### Step 3: Verify recovery ```bash git log --oneline ``` You should now see: - Production database config - critical (4dc91060...) - Local database config (268ea323...) ## Summary The critical production config is safely stored in git history and can be recovered via the reflog. The commit hash `4dc91060661e7d79187119497ed9e00c0e92aaba` is your safety net!
anthropic/claude-haiku-4.5:xhigh__json_schema PASS 100% 485 in → 6,534 out (2,235 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{4}"}
anthropic/claude-opus-4.6:high PASS 100% 285 in → 802 out (171 reasoning)
## Recovering the Lost Commit ### Reading the Reflog Let's trace through the history to find our lost commit: ``` HEAD@{5}: commit (initial): Local database config ← 3caddf7 HEAD@{4}: commit: Production database config - critical ← b62e963 ✅ LOST COMMIT HEAD@{3}: checkout: moving from main to backup HEAD@{2}: commit: Staging database config ← 55cfef9 HEAD@{1}: checkout: moving from backup to main HEAD@{0}: reset: moving to HEAD~1 ← 3caddf7 (went back here) ``` The critical commit hash is **`b62e963`** (found at `HEAD@{4}`). ### Recovery Steps ```bash # Step 1: Switch back to main git checkout main # Step 2: Recover the lost commit using its hash from the reflog git cherry-pick b62e96330b588272f36f3d8b96ae35a555f8caad ``` ### Verify the Recovery ```bash # Confirm the commit is back on main git log --oneline ``` Expected output: ``` xxxxxxx Production database config - critical 3caddf7 Local database config ``` ### Why This Works ``` BEFORE recovery: main: Local database config (3caddf7) backup: Local database config → Production database config → Staging database config AFTER recovery: main: Local database config → Production database config - critical ✅ backup: Local database config → Production database config → Staging database config ``` | Concept | Explanation | |---|---| | **`git reflog`** | Records **every** HEAD movement, even after resets | | **`cherry-pick`** | Replays a specific commit onto the current branch | | **Why not `git reset`?** | `reset --hard b62e963` would also work here, but `cherry-pick` is safer — it *adds* the commit without rewriting history | > **Key takeaway**: `git reflog` is your safety net. Even after a `reset`, commits aren't truly gone — Git keeps them referenced in the reflog (default **90 days**) until garbage collection runs.
anthropic/claude-opus-4.6:high__json_schema PASS 100% 439 in → 100 out (61 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
anthropic/claude-opus-4.6:low PASS 100% 296 in → 178 out (0 reasoning)
# Recovering the Lost Commit with Git Reflog ## What Happened You reset `main` back one commit, losing the critical production config. The reflog shows the full history: ``` HEAD@{4}: commit: Production database config - critical → a148b881 HEAD@{5}: commit (initial): Local database config → 1a1f6117 HEAD@{0}: reset: moving to HEAD~1 → back to 1a1f6117 ``` ## Recovery Steps Since you're currently on the `backup` branch, switch to `main` and cherry-pick the lost commit: ```bash git checkout main git cherry-pick a148b881 ``` This restores the "Production database config - critical" commit onto `main`.
anthropic/claude-opus-4.6:low__json_schema PASS 100% 442 in → 12 out (0 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
anthropic/claude-opus-4.6:max PASS 100% 282 in → 1,301 out (339 reasoning)
# Recovering a Lost Commit with Git Reflog ## Reading the Reflog (Bottom → Top = Chronological Order) ``` HEAD@{5}: a50f62ed ← Initial commit: "Local database config" HEAD@{4}: 943746ef ← ✅ THIS IS THE LOST COMMIT we need! HEAD@{3}: 943746ef ← Switched from main → backup HEAD@{2}: cc244be6 ← Made commit on backup branch HEAD@{1}: 943746ef ← Switched back to main HEAD@{0}: a50f62ed ← ❌ Reset wiped the production commit from main ``` ## The Recovery Steps ```bash # Step 1: Switch back to main branch git checkout main # Step 2: Confirm main is missing the critical commit git log --oneline # a50f62ed Local database config ← production commit is gone! # Step 3: Reset main to the lost commit using the hash from reflog git reset --hard 943746ef # Step 4: Verify the commit is restored git log --oneline # 943746ef Production database config - critical ✅ RECOVERED # a50f62ed Local database config ``` ## Visual Breakdown ``` BEFORE RECOVERY (main after bad reset): main ↓ a50f62ed Local database config \ 943746ef Production database config ← 🔴 orphaned (lost) AFTER `git reset --hard 943746ef`: main ↓ a50f62ed → 943746ef Production database config ← 🟢 restored! ``` ## Key Takeaway > Git **never truly deletes** commits immediately. The reflog keeps a record of every `HEAD` movement for **90 days by default**, making it your safety net for recovering "lost" work. The critical hash `943746ef` was sitting right there at `HEAD@{4}`.
anthropic/claude-opus-4.6:max__json_schema PASS 100% 458 in → 272 out (202 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
anthropic/claude-opus-4.6:medium PASS 100% 287 in → 716 out (87 reasoning)
# Recovering a Lost Commit with Git Reflog ## Understanding What Happened ``` HEAD@{5}: commit (initial): Local database config ← main started here HEAD@{4}: commit: Production database config - critical ← ✅ THIS was added HEAD@{3}: checkout: moving from main to backup HEAD@{2}: commit: Staging database config ← commit on backup HEAD@{1}: checkout: moving from backup to main HEAD@{0}: reset: moving to HEAD~1 ← ❌ LOST the critical commit ``` After the reset, `main` points back to **"Local database config"**, and the critical production commit (`7d841be`) is **orphaned** — but still recoverable via reflog. ## Recovery Steps ### Step 1: Switch back to `main` ```bash git checkout main ``` ### Step 2: Find the lost commit hash in the reflog ```bash git reflog show main ``` The critical commit hash is **`7d841be051b8bb6a4d0f3100acbece24eee4ac2c`** (seen at `HEAD@{4}`). ### Step 3: Restore the commit to `main` ```bash git cherry-pick 7d841be051b8bb6a4d0f3100acbece24eee4ac2c ``` This **re-applies** the production config commit on top of the current `main`. > **Alternative:** If you want `main` to point directly to that commit: > ```bash > git reset --hard 7d841be051b8bb6a4d0f3100acbece24eee4ac2c > ``` ## Result ``` main branch: Local database config → Production database config - critical ✅ recovered! backup branch: Local database config → Production database config → Staging database config ``` ## Key Takeaway ``` ┌──────────────────────────────────────────────────────┐ │ git reflog acts as a safety net — it records every │ │ HEAD movement (commits, resets, checkouts) for │ │ ~90 days, even after a hard reset. │ │ │ │ Lost commits are NOT deleted immediately; │ │ they become orphaned but remain recoverable │ │ until Git's garbage collector removes them. │ └──────────────────────────────────────────────────────┘ ```
anthropic/claude-opus-4.6:medium__json_schema PASS 100% 452 in → 12 out (0 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
anthropic/claude-opus-4.6:none PASS 100% 300 in → 665 out (0 reasoning)
# Recovering a Lost Commit Using Git Reflog ## Understanding What Happened Let me trace through the reflog **bottom to top** (chronological order): | Step | Entry | What Happened | |------|-------|---------------| | 1 | `HEAD@{5}` | Initial commit: "Local database config" (`0bbb8f9`) | | 2 | `HEAD@{4}` | Committed "Production database config - critical" (`8793d4a`) | | 3 | `HEAD@{3}` | Switched from `main` to `backup` branch | | 4 | `HEAD@{2}` | Made a commit on `backup`: "Staging database config" (`8e335dd`) | | 5 | `HEAD@{1}` | Switched back to `main` (at `8793d4a`) | | 6 | `HEAD@{0}` | **Reset `main` back to `HEAD~1`** → lost the critical commit! (`0bbb8f9`) | After the reset, `main` points to `0bbb8f9` (Local database config), and the critical production commit (`8793d4a`) is **orphaned** — but still recoverable via reflog. ## The Recovery From the reflog, the lost commit hash is: ``` 8793d4a99fe2a51b3e31dd5b93f2922e48b0d1df → "Production database config - critical" ``` Since you're currently on the `backup` branch, run: ```bash # Step 1: Switch to main git checkout main # Step 2: Cherry-pick the lost commit onto main git cherry-pick 8793d4a ``` **OR** if you want to simply reset `main` back to where it was: ```bash # Step 1: Switch to main git checkout main # Step 2: Reset main forward to the lost commit git reset --hard 8793d4a ``` ## Why This Works ``` BEFORE recovery (main lost the commit): main → 0bbb8f9 (Local database config) \ 8793d4a (Production - critical) ← ORPHANED, but in reflog! AFTER recovery: main → 0bbb8f9 (Local database config) ↓ 8793d4a (Production database config - critical) ✅ RECOVERED ``` ## Key Takeaway Even after a `git reset`, commits are **not immediately deleted**. Git's reflog keeps a reference to every position `HEAD` has pointed to (default: **90 days**). This safety net lets you recover "lost" commits by finding their hash in the reflog and using `cherry-pick` or `reset` to restore them.
anthropic/claude-opus-4.6:none__json_schema PASS 100% 444 in → 12 out (0 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
anthropic/claude-opus-4.6:xhigh PASS 100% 300 in → 885 out (182 reasoning)
# Recovering a Lost Commit with `git reflog` ## Understanding What Happened ``` Timeline of events: ───────────────────────────────────────────────────────────────────── HEAD@{5} commit "Local database config" (2aca803) HEAD@{4} commit "Production database config" (41ed5fc) ✅ Created HEAD@{3} checkout main → backup HEAD@{2} commit "Staging database config" (f0b435b) HEAD@{1} checkout backup → main HEAD@{0} reset HEAD~1 (2aca803) ❌ Lost commit! ↑ You are here (main reset back to Local config) Then switched to 'backup' branch ``` ## Step-by-Step Recovery ### 1. Find the lost commit hash in the reflog ```bash git reflog main ``` Look for the entry: ``` 41ed5fc HEAD@{4}: commit: Production database config - critical ``` > ☝️ **This is the commit we need:** `41ed5fc5f8c1fd474eadd3853cf42d49c9dfc924` ### 2. Switch back to `main` ```bash git checkout main ``` ### 3. Recover the lost commit ```bash git cherry-pick 41ed5fc ``` This applies **only** that specific commit back onto `main`. ## Result ``` main branch (AFTER recovery): ────────────────────────────────────────────── 2aca803 41ed5fc (recovered!) ┌────────────────┐ ┌──────────────────────────────────────┐ │ Local database │──▶│ Production database config - critical │ │ config │ │ │ └────────────────┘ └──────────────────────────────────────┘ ``` ## Verify the recovery ```bash git log --oneline main ``` Expected output: ``` <new_hash> Production database config - critical 2aca803 Local database config ``` ## Key Takeaways | Concept | Detail | |---|---| | **`git reflog`** | Records **every** HEAD movement, even after resets | | **Commits aren't truly deleted** | They remain in Git's object store until garbage collected (~30 days) | | **`cherry-pick`** | Safely re-applies a specific commit onto the current branch | | **Alternative** | `git reset --hard 41ed5fc` also works but **overwrites** the working directory | > 💡 `git reflog` is your safety net — as long as a commit was made, it can almost always be recovered.
anthropic/claude-opus-4.6:xhigh__json_schema PASS 100% 449 in → 342 out (187 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
anthropic/claude-opus-4.7:high PASS 100% 375 in → 1,183 out (73 reasoning)
# Recovering the Critical Production Config Commit Looking at the reflog, I can identify the commit we need to recover: - **`HEAD@{4}`** → `a1cbc417a35d1f162c89bfd338f86b3635d67396` — **"Production database config - critical"** This is the commit that was lost when `main` was reset back to `HEAD~1` (shown as `HEAD@{0}`). ## Recovery Steps Since we're currently on the `backup` branch, we need to switch to `main` first, then reset it to the lost commit: ```bash # Switch back to main branch git checkout main # Hard reset main to the critical production config commit git reset --hard a1cbc417a35d1f162c89bfd338f86b3635d67396 ``` ## Verification ```bash git log --oneline ``` You should now see: ``` a1cbc41 Production database config - critical 7f9a244 Local database config ``` ## Why This Works Even though `git reset --hard` moved `main`'s pointer back to `7f9a244` (Local database config), the actual commit object `a1cbc41...` was **never deleted** — it just became unreachable from any branch. The reflog keeps a record of every position `HEAD` has pointed to, allowing us to find "dangling" commits and restore them. ## Alternative (safer) approach If you want to avoid a hard reset, you can create a recovery branch instead: ```bash git branch recover-prod-config a1cbc417 git checkout main git merge recover-prod-config ``` > 💡 **Tip:** Reflog entries expire (default: 90 days for reachable, 30 for unreachable). Act on lost commits promptly, and consider using `git reset --keep` or creating a temporary branch before destructive operations in the future.
anthropic/claude-opus-4.7:low PASS 100% 351 in → 168 out (9 reasoning)
``` git cherry-pick 703a9f5208446db83fd026530f8246d8aea8e9af ``` Wait — you're currently on `backup`, and the task says to recover it on `main`. So first switch back: ``` git checkout main git reset --hard 703a9f5208446db83fd026530f8246d8aea8e9af ``` This restores `main` to the "Production database config - critical" commit.
anthropic/claude-opus-4.7:low__json_schema PASS 100% 584 in → 20 out (0 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
anthropic/claude-opus-4.7:max PASS 100% 381 in → 1,589 out (121 reasoning)
# Recovering the Critical Production Config Commit Looking at the reflog, I can identify the commit we need: **`56f2a81a6cb634c28769671df8e9389ac9a8b61e`** at `HEAD@{4}` — *"Production database config - critical"* ## Recovery Steps Since you're currently on the `backup` branch, first switch back to `main`: ```bash git checkout main ``` Then hard-reset `main` to the critical commit: ```bash git reset --hard 56f2a81a6cb634c28769671df8e9389ac9a8b61e ``` Or using the short hash: ```bash git reset --hard 56f2a81 ``` ## Verification Confirm the commit is restored: ```bash git log --oneline ``` You should see: ``` 56f2a81 Production database config - critical bf3d7c5 Local database config ``` ## What Happened (for reference) Reading the reflog bottom-up: | Step | Hash | Action | |------|------|--------| | `HEAD@{5}` | `bf3d7c5` | Initial commit: Local database config | | `HEAD@{4}` | `56f2a81` | ✅ Created critical production config | | `HEAD@{3}` | `56f2a81` | Switched to backup branch | | `HEAD@{2}` | `7392fc5` | Committed staging config on backup | | `HEAD@{1}` | `56f2a81` | Switched back to main | | `HEAD@{0}` | `bf3d7c5` | ❌ Reset main to HEAD~1 (lost the critical commit) | The commit still exists in Git's object database — the reset only moved the branch pointer. As long as you act before garbage collection runs (~30 days by default), reflog recovery works perfectly.
anthropic/claude-opus-4.7:max__json_schema PASS 100% 581 in → 2,870 out (385 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
anthropic/claude-opus-4.7:medium PASS 100% 369 in → 272 out (65 reasoning)
```bash git checkout main git reset --hard 28b34eea820a6971bc0f6d7d7da0da4b02b57008 ``` The "Production database config - critical" commit is `28b34ee` (HEAD@{4}). After switching back to main, hard-reset it to that SHA to restore the lost commit.
anthropic/claude-opus-4.7:medium__json_schema PASS 100% 596 in → 21 out (0 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
anthropic/claude-opus-4.7:none PASS 100% 385 in → 774 out (0 reasoning)
# Recovering the Critical Production Database Config Looking at the reflog carefully, I need to trace what actually happened: ## Analyzing the Reflog Reading from bottom (oldest) to top (newest): - `HEAD@{5}`: Initial commit "Local database config" → `c8a1fd2` - `HEAD@{4}`: Committed "Production database config - critical" → `f8373f5` (on main) - `HEAD@{3}`: Checked out `backup` branch (from main at `f8373f5`) - `HEAD@{2}`: Committed "Staging database config" on backup → `c3bb16b` - `HEAD@{1}`: Checked out `main` (back at `f8373f5`) - `HEAD@{0}`: Reset to `HEAD~1` → back to `c8a1fd2` (⚠️ lost the critical commit!) ## The Commit to Recover The **"Production database config - critical"** commit is at hash **`f8373f5`** (HEAD@{4}). ⚠️ **Important:** The problem states you already switched to the `backup` branch. But the reflog shown is `main`'s reflog. I need to switch back to main first to recover it there. ## Recovery Steps ```bash # 1. Switch back to main branch git checkout main # 2. Verify the commit we want to recover git show f8373f5b0faa59f8a0b1b34264038ae1d5e4244b # 3. Reset main hard to the critical commit to restore it git reset --hard f8373f5b0faa59f8a0b1b34264038ae1d5e4244b ``` Alternatively, using the reflog reference directly: ```bash git checkout main git reset --hard HEAD@{4} ``` ## Verification ```bash # Confirm main is now at the critical commit git log --oneline -1 # Should show: f8373f5 Production database config - critical ``` ## Why Not `HEAD@{1}`? `HEAD@{1}` also points to `f8373f5`, but that entry represents the *checkout* action, not the commit itself. Using `HEAD@{4}` (the commit action) is semantically clearer, though both resolve to the same SHA. Best practice: **use the explicit SHA `f8373f5`** since reflog entries shift over time.
anthropic/claude-opus-4.7:none__json_schema PASS 100% 563 in → 36 out (0 reasoning)
d336298b016bd34ba6adedde063740d7120c5cdd
JSON Schema Structured Output
(raw) {"ref":"d336298b016bd34ba6adedde063740d7120c5cdd"}
anthropic/claude-opus-4.7:xhigh PASS 100% 365 in → 1,278 out (116 reasoning)
# Recovering the Critical Production Database Config Commit ## Analysis of the Reflog Looking at the reflog, I can identify the critical commit: ``` dd17664d21248079d3ae56aecaf749289e7ba019 HEAD@{4}: commit: Production database config - critical ``` The `HEAD~1` reset moved main from `dd17664` (Production config) back to `067ce0c` (Local config), orphaning the critical commit. ## Recovery Steps **1. Switch back to main branch:** ```bash git checkout main ``` **2. Reset main to the critical production commit using its hash:** ```bash git reset --hard dd17664d21248079d3ae56aecaf749289e7ba019 ``` Alternatively, you can use the reflog reference directly: ```bash git reset --hard HEAD@{4} ``` ## Verification Confirm the recovery worked: ```bash git log --oneline ``` You should see: ``` dd17664 Production database config - critical 067ce0c Local database config ``` ## Key Takeaways - **`git reset --hard` doesn't truly delete commits** — they remain in the reflog for ~90 days (by default) until garbage collection - **`git reflog` is your safety net** — it records every HEAD movement (commits, resets, checkouts, merges) - **For critical operations in the future**, consider tagging important commits: `git tag production-config` so they can't be accidentally lost - Use `HEAD@{n}` notation as a shortcut when the commit hash is inconvenient
anthropic/claude-opus-4.7:xhigh__json_schema PASS 100% 581 in → 863 out (107 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
anthropic/claude-opus-4.8:high PASS 100% 365 in → 2,039 out (207 reasoning)
## Finding the Critical Commit Looking at the reflog, the commit you need is: ``` 08b6f72e11ae9ab792246f11eb179d2c3cc2465c HEAD@{4}: commit: Production database config - critical ``` The hash after that commit action was `08b6f72e`, which is the **critical production config commit**. ## Recovery Steps Since you're currently on the `backup` branch, switch back to `main` first: ```bash git checkout main ``` Right now `main` points to `6a1bd774` (Local database config) because of your `reset: moving to HEAD~1`. The critical commit `08b6f72e` was built directly on top of `6a1bd774`, so you can restore it cleanly: ```bash git reset --hard 08b6f72e11ae9ab792246f11eb179d2c3cc2465c ``` ## Verify ```bash git log --oneline -2 ``` You should now see: ``` 08b6f72 Production database config - critical 6a1bd77 Local database config ``` --- ### Notes / Safer Alternatives - **If `main` had other commits after the reset** that you didn't want to discard, use cherry-pick instead so you don't rewrite history: ```bash git cherry-pick 08b6f72e11ae9ab792246f11eb179d2c3cc2465c ``` - **A subtle detail:** notice that `HEAD@{4}` (the critical commit) and `HEAD@{1}`/`HEAD@{3}` (the checkouts) all show `08b6f72e`. That's expected — reflog shows the value of `HEAD` *after* each action, and both branches were sitting at that commit at those points. The "Staging database config" (`d6f39a7e`) commit lives on the `backup` branch and is unaffected. - Before doing a `--hard` reset, it's good practice to confirm you have no uncommitted work you care about (`git status`), since `--hard` discards the working tree.
anthropic/claude-opus-4.8:high__json_schema PASS 100% 582 in → 124 out (41 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{4}"}
anthropic/claude-opus-4.8:low PASS 100% 358 in → 1,047 out (119 reasoning)
## Finding the Critical Commit Looking at the reflog, the **"Production database config - critical"** commit is at: ``` d737636f91c5e6d13ba13e46cff6c5d402be1319 HEAD@{4} ``` This is the commit that was lost when you ran `reset: moving to HEAD~1` (HEAD@{0}), which moved `main` back to `0eabf831` ("Local database config"). ## Recovery Steps You're currently on `backup`, so first switch to `main`: ```bash git checkout main ``` Then reset `main` back to the critical commit: ```bash git reset --hard d737636f91c5e6d13ba13e46cff6c5d402be1319 ``` ## Verify ```bash git log --oneline -1 ``` You should see: ``` d737636 Production database config - critical ``` --- ### Notes - **`--hard` warning:** Since `main` currently points at `0eabf831` ("Local database config"), a hard reset will discard the current working state on `main`. If you have any uncommitted work you want to keep, stash it first (`git stash`) or use `git reset --soft`/`--mixed` instead. - **Safer alternative:** If you'd rather not move the branch pointer with a hard reset, you can create a recovery branch from the lost commit instead: ```bash git branch recover-critical d737636f91c5e6d13ba13e46cff6c5d402be1319 ``` This preserves the critical commit on a new branch without altering `main`, letting you inspect/merge it deliberately. - **Note on the "Staging" commit:** `f37db4cd` ("Staging database config", HEAD@{2}) is *not* included in your recovery target, since the critical commit (`d737636f`) predates it. If you also need that, you'd recover it separately.
anthropic/claude-opus-4.8:low__json_schema PASS 100% 572 in → 18 out (0 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{4}"}
anthropic/claude-opus-4.8:max PASS 100% 354 in → 7,623 out (865 reasoning)
## Identifying the lost commit Reading the reflog, the entry you need is: ``` 71b57db77fbd3657673cae33d07beac928d8b6aa HEAD@{4}: commit: Production database config - critical ``` The critical commit's hash is **`71b57db77fbd3657673cae33d07beac928d8b6aa`**. Notice its parent is `d8e56532...` ("Local database config") — the exact commit `main` currently points to after your `reset: moving to HEAD~1`. So restoring `main` to the critical commit is essentially just moving it forward one commit again; nothing else is lost. ## Recovering it onto main You're currently on `backup`, so switch to `main` and point it back at the critical commit: ```bash git checkout main # main is at 'Local database config' (d8e5653); move it to the critical commit git reset --hard 71b57db77fbd3657673cae33d07beac928d8b6aa ``` Verify: ```bash git log --oneline # 71b57db Production database config - critical # d8e5653 Local database config ``` ## Notes / alternatives - **Use the raw hash, not `HEAD@{4}`.** Since you *"then switched to backup"*, a new `checkout` entry was pushed onto the top of the reflog, shifting every `HEAD@{n}` down by one. The explicit SHA is unambiguous; the relative reference is now stale. - **Prefer a fast-forward if you want to avoid `--hard`.** Because the critical commit is a direct child of where `main` sits, this also works and touches nothing else: ```bash git checkout main git merge 71b57db77fbd3657673cae33d07beac928d8b6aa # fast-forwards main ``` - **Stash first** if you have uncommitted changes before running `reset --hard`, since it overwrites the working tree. - (FYI: this commit wasn't truly unreachable anyway — it's the parent of `008c5390` on `backup` — but the reflog method above is the general, reliable recovery technique.)
anthropic/claude-opus-4.8:max__json_schema PASS 100% 583 in → 2,268 out (187 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{4}"}
anthropic/claude-opus-4.8:medium PASS 100% 350 in → 1,545 out (145 reasoning)
## Finding the Critical Commit Looking at the reflog, the commit you want is: ``` 062c3417f0f731746ab23b37c43574217d7e35fa HEAD@{4}: commit: Production database config - critical ``` The `reset: moving to HEAD~1` at `HEAD@{0}` is what dropped it — main moved from `062c3417` back to `e36bf5c7` (Local database config). ## Recovering It Since you're currently on the `backup` branch, switch back to `main` and point it at the recovered commit. **Option A – Restore main directly to that commit (if you want main to *be* that commit):** ```bash git checkout main git reset --hard 062c3417f0f731746ab23b37c43574217d7e35fa ``` **Option B – Keep main's current tip and just re-apply the critical commit on top (safer, non-destructive):** ```bash git checkout main git cherry-pick 062c3417f0f731746ab23b37c43574217d7e35fa ``` ## Verify ```bash git log --oneline ``` You should see **"Production database config - critical"** back in main's history. --- ### Notes - Use the **full/short hash `062c3417`** rather than `HEAD@{4}` — reflog positions shift every time HEAD moves (and switching branches already changed them), so the hash is the stable reference. - **Option B** is generally preferable here: it doesn't force-move `main` and won't discard anything currently on the branch. Use **Option A** only if you genuinely want `main` reset to exactly that commit's state.
anthropic/claude-opus-4.8:medium__json_schema PASS 100% 580 in → 267 out (50 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{4}"}
anthropic/claude-opus-4.8:none PASS 100% 354 in → 769 out (0 reasoning)
# Recovering the Critical Production Config Commit ## Identifying the Commit Looking at your reflog, the commit you want is: ``` b6815302043d68803c15f24ad2854267b0101eea HEAD@{4}: commit: Production database config - critical ``` This is the "Production database config - critical" commit you lost when you did `reset: moving to HEAD~1`. ## A Few Important Observations **1. You're currently on the `backup` branch, not `main`.** The task says "on the main branch," so first switch back: ```bash git checkout main ``` **2. Notice `b6815302` appears multiple times.** That same hash is also `HEAD@{1}`, `HEAD@{3}`, and the tip of your `backup` branch. This means when you checked out `backup`, its tip pointed at the exact same commit as your critical production config. So `b6815302` is actually still reachable — it's not orphaned. But recovering it onto `main` is still what you want. ## Recovering onto `main` ### Option A: Reset main to the critical commit (if you want main to point there) ```bash git checkout main git reset --hard b6815302043d68803c15f24ad2854267b0101eea ``` ⚠️ **Caution:** This would discard "Local database config" as main's tip. Only do this if the critical commit's history already includes everything you need. ### Option B: Bring just that commit onto main via cherry-pick (safer) ```bash git checkout main git cherry-pick b6815302043d68803c15f24ad2854267b0101eea ``` This keeps main where it is (`f3beba84` – Local config) and applies the critical production config commit on top of it. **This is usually the safest choice** since it preserves your existing main history. ## Verify the Recovery ```bash git log --oneline -3 ``` You should see the "Production database config - critical" commit in your log. ## Recommendation Given the messy state (staging config was also committed and lost), I'd suggest **Option B (cherry-pick)** so you don't accidentally lose "Local database config." If you also need the staging commit back: ```bash git cherry-pick c2d084ecfcbdbf64933b6f8dd9b3cf84bfe46582 ``` Would you like help figuring out how the branches diverged so you can reconstruct the full intended history?
anthropic/claude-opus-4.8:none__json_schema PASS 100% 589 in → 17 out (0 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
anthropic/claude-opus-4.8:xhigh PASS 100% 372 in → 3,628 out (318 reasoning)
## Finding the Lost Commit Reading the reflog chronologically (bottom → top), here's what happened: | Entry | Hash | What happened | |-------|------|---------------| | `HEAD@{5}` | `78167bd` | Initial commit — *Local database config* (on main) | | `HEAD@{4}` | **`3f99ea4`** | Commit — **Production database config - critical** (on main) | | `HEAD@{3}` | `3f99ea4` | Checkout main → backup | | `HEAD@{2}` | `84df2e4` | Commit — *Staging database config* (on backup) | | `HEAD@{1}` | `3f99ea4` | Checkout backup → main | | `HEAD@{0}` | `78167bd` | **`reset` to HEAD~1** ← this dropped the critical commit from main | The critical commit is still in the repo (reflog keeps it reachable): **`3f99ea4b847afad1a14239cbfeebfdce78f8d6bf` → "Production database config - critical"** ## Recovering It Since you're currently on `backup`, switch back to `main` and move its branch pointer back to the critical commit: ```bash # Go back to the branch that lost the commit git checkout main # Restore main to the critical production commit git reset --hard 3f99ea4b847afad1a14239cbfeebfdce78f8d6bf ``` ## Verify ```bash git log --oneline ``` You should now see: ``` 3f99ea4 Production database config - critical 78167bd Local database config ``` ### Notes - I used the **explicit hash** rather than `HEAD@{4}`, because reflog index numbers shift every time HEAD moves — the hash is stable and unambiguous. - `reset --hard` here is safe: main only contained `Local` → `Production critical`, so nothing else is lost. (The `Staging database config` commit `84df2e4` lives on `backup` and is untouched.) - If you'd prefer not to move the branch pointer with a hard reset, you could instead cherry-pick it or tag it for safety: ```bash git branch recovered-prod-config 3f99ea4b847afad1a14239cbfeebfdce78f8d6bf ```
anthropic/claude-opus-4.8:xhigh__json_schema PASS 100% 587 in → 509 out (122 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{4}"}
anthropic/claude-sonnet-4.6:high PASS 100% 269 in → 1,094 out (209 reasoning)
## Analyzing the Reflog & Recovery Plan ### Reading the Reflog (Oldest → Newest) ``` HEAD@{5}: ed810cd ← Initial commit: "Local database config" HEAD@{4}: c6749f4 ← "Production database config - critical" ✅ TARGET HEAD@{3}: c6749f4 ← checkout: main → backup (same hash, just switched) HEAD@{2}: 3ea5048 ← commit on backup: "Staging database config" HEAD@{1}: c6749f4 ← checkout: backup → main HEAD@{0}: ed810cd ← ⚠️ reset HEAD~1 (THIS killed the critical commit) ``` ### Current State (The Problem) ``` main branch now: What we lost: ed810cd ed810cd ──► c6749f4 "Local database config" "Production database config ▲ - critical" ← ORPHANED main (HEAD) (no branch pointing to it) ``` --- ## Recovery Steps ### Step 1: Identify the Lost Commit Hash ```bash git reflog main # c6749f4 is clearly the "Production database config - critical" commit # It appears at HEAD@{4} and HEAD@{1} and HEAD@{3} ``` ### Step 2: Switch Back to Main ```bash git checkout main ``` ### Step 3: Restore Main to the Lost Commit ```bash git reset --hard c6749f44604d740cd280297d5821d650d8d31dc5 ``` ``` Expected output: HEAD is now at c6749f4 Production database config - critical ``` ### Step 4: Verify Recovery ```bash git log --oneline ``` ``` c6749f4 (HEAD -> main) Production database config - critical ✅ ed810cd Local database config ``` --- ## Why This Works ``` Before recovery: After recovery: ed810cd ← main (HEAD) ed810cd ──► c6749f4 ← main (HEAD) "Production..." RESTORED ✅ c6749f4 ← orphaned (still in reflog/objects) ``` > **Key insight:** `git reset HEAD~1` only moves the **branch pointer** — it never deletes the commit object. Git keeps orphaned commits accessible via `reflog` for ~90 days (default `gc.reflogExpire`). --- ## Safety Tips Going Forward ```bash # Before risky resets, create a safety branch git branch backup-before-reset # Or use reset with a bookmark git tag BEFORE_RESET HEAD git reset --hard HEAD~1 # recover with: git reset --hard BEFORE_RESET ```
anthropic/claude-sonnet-4.6:high__json_schema PASS 100% 445 in → 254 out (163 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
anthropic/claude-sonnet-4.6:low PASS 100% 288 in → 743 out (0 reasoning)
## Recovering the Lost Critical Production Config Commit ### Understanding What Happened ``` HEAD@{5}: 93a6d2d ← "Local database config" (initial commit) HEAD@{4}: b77eada ← "Production database config - critical" ✅ (LOST commit) HEAD@{3}: checkout to backup HEAD@{2}: 6f9eb4e ← "Staging database config" (on backup branch) HEAD@{1}: checkout back to main HEAD@{0}: 93a6d2d ← git reset HEAD~1 (wiped b77eada from main) ❌ ``` ### Step 1 — Confirm the Lost Commit Hash ```bash git reflog show main # or simply read from the reflog above: # b77eada54e8f95d712ce44107890c54f71df8780 = "Production database config - critical" ``` ### Step 2 — Verify the Commit Still Exists ```bash git show b77eada54e8f95d712ce44107890c54f71df8780 ``` ``` commit b77eada54e8f95d712ce44107890c54f71df8780 Author: ... Date: ... Production database config - critical ``` ### Step 3 — Recover by Resetting Main Forward ```bash # Switch to main first (you're currently on backup) git checkout main # Hard reset main to the lost commit git reset --hard b77eada54e8f95d712ce44107890c54f71df8780 ``` ``` HEAD is now at b77eada Production database config - critical ``` ### Step 4 — Verify Recovery ```bash git log --oneline main ``` ``` b77eada (HEAD -> main) Production database config - critical ✅ 93a6d2d Local database config ``` --- ## Alternative Recovery Methods ### Option A — Create a New Branch at the Lost Commit ```bash # Safe recovery without touching main git branch recovery-branch b77eada54e8f95d712ce44107890c54f71df8780 git checkout recovery-branch git log --oneline # b77eada Production database config - critical # 93a6d2d Local database config ``` ### Option B — Cherry-pick the Commit onto Main ```bash git checkout main git cherry-pick b77eada54e8f95d712ce44107890c54f71df8780 ``` --- ## Key Concepts | Command | Purpose | |---|---| | `git reflog` | Shows **all** HEAD movements, even after reset | | `git reset --hard <hash>` | Moves branch pointer to any commit | | `git branch <name> <hash>` | Creates branch at a specific commit safely | > **Critical Rule:** `git reset` only moves the branch pointer — the commit > **data is never deleted immediately**. Reflog keeps it reachable for **~90 days** > (controlled by `gc.reflogExpire`).
anthropic/claude-sonnet-4.6:low__json_schema PASS 100% 444 in → 29 out (0 reasoning)
e1133a37fa94aa957d22cb2c704c4548b6897931
JSON Schema Structured Output
(raw) {"ref":"e1133a37fa94aa957d22cb2c704c4548b6897931"}
anthropic/claude-sonnet-4.6:max PASS 100% 286 in → 1,493 out (366 reasoning)
## Analyzing the Reflog ``` af516e87 HEAD@{0}: reset: moving to HEAD~1 ← current state (LOST commit) aaeef513 HEAD@{1}: checkout: moving from backup to main d3fd7f53 HEAD@{2}: commit: Staging database config aaeef513 HEAD@{3}: checkout: moving from main to backup aaeef513 HEAD@{4}: commit: Production database config - critical ← NEED THIS af516e87 HEAD@{5}: commit (initial): Local database config ``` ### What Happened ``` main: [af516e87] Local DB → [aaeef513] Production DB ──lost by reset──► ▼ reset --hard HEAD~1 ``` The critical commit hash is **`aaeef513`** — still alive in git's object store, just unreferenced. --- ## Recovery Steps ### Step 1 — Switch back to main ```bash git checkout main ``` ### Step 2 — Verify we're at the wrong (reset) commit ```bash git log --oneline # af516e87 Local database config ← confirms the production commit is missing ``` ### Step 3 — Restore main to the lost commit ```bash git reset --hard aaeef513ee13e14af9fbe8bef4532a5929118362 ``` ### Step 4 — Verify recovery ```bash git log --oneline # aaeef513 Production database config - critical ✓ recovered # af516e87 Local database config ``` --- ## Why This Works ``` git reflog stores EVERY HEAD movement — resets don't delete objects, they only move branch pointers BEFORE recovery: AFTER recovery: main → af516e87 main → aaeef513 ▲ ▲ │ │ └── reset pointed here └── reset --hard points back here aaeef513 still existed aaeef513 now reachable again (orphaned but not deleted) (branch pointer restored) ``` ### Key Commit Identified | What | Value | |------|-------| | Lost commit hash | `aaeef513` | | Found at | `HEAD@{4}` in reflog | | Recovery command | `git reset --hard aaeef513` | > **Rule:** Git only garbage-collects unreferenced commits after ~30 days. `git reflog` is your safety net for any lost work.
anthropic/claude-sonnet-4.6:medium PASS 100% 290 in → 676 out (75 reasoning)
## Analyzing the Git Reflog Let me break down what the reflog shows before executing the recovery: ``` HEAD@{5}: ab52d4a ← Initial commit: "Local database config" HEAD@{4}: aaa4a70 ← "Production database config - critical" ✅ TARGET HEAD@{3}: aaa4a70 ← Switched from main → backup HEAD@{2}: 0769fc4 ← On backup: "Staging database config" HEAD@{1}: aaa4a70 ← Switched from backup → main HEAD@{0}: ab52d4a ← RESET to HEAD~1 (lost production commit!) ❌ ``` ## Recovery Steps ### Step 1: Switch back to main branch ```bash git checkout main ``` ### Step 2: Verify the lost commit still exists in reflog ```bash git reflog show main # Confirms aaa4a70 = "Production database config - critical" ``` ### Step 3: Reset main back to the lost commit ```bash git reset --hard aaa4a70754aa5262462a31743e226775b0cf62f7 ``` ### Step 4: Verify the recovery worked ```bash git log --oneline ``` ``` aaa4a70 (HEAD -> main) Production database config - critical ✅ ab52d4a Local database config ``` ## Why This Works ``` BEFORE RECOVERY AFTER RECOVERY ────────────── ────────────── main → ab52d4a main → aaa4a70 ↑ ↑ "Local database" "Production database" (recovered!) aaa4a70 = dangling aaa4a70 = reachable (exists but orphaned) (branch points here) ``` ## Key Concept | State | Meaning | |-------|---------| | `git reset HEAD~1` | Moves branch pointer **back**, commit still exists in object store | | `git reflog` | Records **every** HEAD movement, letting you find orphaned commits | | `--hard reset` to old SHA | Moves branch pointer **forward** to recover the commit | > ⚠️ Orphaned commits are only safe until **`git gc`** (garbage collection) runs, typically after 30-90 days — always recover promptly!
anthropic/claude-sonnet-4.6:medium__json_schema PASS 100% 448 in → 31 out (0 reasoning)
f65f304e8124cdf654c20abf9ce57e37521f2aee
JSON Schema Structured Output
(raw) {"ref":"f65f304e8124cdf654c20abf9ce57e37521f2aee"}
anthropic/claude-sonnet-4.6:none PASS 100% 281 in → 556 out (0 reasoning)
## Analyzing the Git Reflog Let me break down what happened based on the reflog entries: ``` HEAD@{5}: Initial commit - "Local database config" (22bb6d0) HEAD@{4}: Committed "Production database config" (b787202) ← LOST COMMIT HEAD@{3}: Switched main → backup HEAD@{2}: On backup: committed "Staging database config" (4eebe8d) HEAD@{1}: Switched backup → main HEAD@{0}: git reset HEAD~1 ← THIS DESTROYED the production commit ``` ## The Recovery The lost commit hash is clearly visible in the reflog: ```bash # The critical commit is at HEAD@{4} / b7872025 # Currently on backup branch, switch to main first git checkout main ``` ```bash # Verify current state (should show only initial commit) git log --oneline # 22bb6d0 Local database config ``` ```bash # Recover by resetting main forward to the lost commit git reset --hard b7872025a420a3146474a45b55405b9c5096d214 ``` ```bash # Verify recovery was successful git log --oneline # b787202 Production database config - critical ✅ # 22bb6d0 Local database config ``` ## Why This Works ``` BEFORE RECOVERY AFTER RECOVERY main → 22bb6d0 main → b787202 ↑ ↑ (reset landed here) "Production database config - critical" b787202 still EXISTS in git objects! b787202 → 22bb6d0 (just unreachable) ``` ## Key Concepts | Concept | Explanation | |---------|-------------| | `git reset` | Moves branch pointer, **does NOT delete commits** | | Orphaned commits | Exist in `.git/objects` but have no branch reference | | `git reflog` | Tracks every HEAD movement, even after reset | | Recovery window | Commits safe until `git gc` runs (default 90 days) | > **Critical takeaway:** `git reset` never immediately destroys commits — > the reflog is your safety net to recover anything within the gc window
anthropic/claude-sonnet-4.6:xhigh PASS 100% 286 in → 1,549 out (310 reasoning)
## Recovering the Lost Production Config Commit ### Reading the Reflog ```bash # Since we're on backup branch, target main specifically git reflog main ``` ### Identifying the Lost Commit ``` 6342db378c231296b9a29c597fd4d5f3712fe328 HEAD@{0}: reset: moving to HEAD~1 ← main currently here (wrong!) 03f2e5192158e5aac4350c06406f32fa2a7dbc1d HEAD@{1}: checkout: moving from backup to main 9034ec1f35940785497da15500e0c4094090f25d HEAD@{2}: commit: Staging database config 03f2e5192158e5aac4350c06406f32fa2a7dbc1d HEAD@{3}: checkout: moving from main to backup 03f2e5192158e5aac4350c06406f32fa2a7dbc1d HEAD@{4}: commit: Production database config ← LOST COMMIT 6342db378c231296b9a29c597fd4d5f3712fe328 HEAD@{5}: commit (initial): Local database config ``` **Lost commit hash:** `03f2e5192158e5aac4350c06406f32fa2a7dbc1d` --- ### Recovery Steps ```bash # Step 1: Switch back to main git checkout main # Step 2: Restore main to the lost production commit git reset --hard 03f2e5192158e5aac4350c06406f32fa2a7dbc1d # Step 3: Verify the recovery git log --oneline ``` ### Expected Output After Recovery ``` 03f2e51 (HEAD -> main) Production database config - critical ← RESTORED ✅ 6342db3 Local database config ``` --- ### Why `reset --hard` Works Here ``` BEFORE recovery: AFTER recovery: main → 6342db3 main → 03f2e51 ↑ ↑ (Local config) (Production config) ← recovered | 6342db3 (Local config) ``` | Command | Purpose | |---------|---------| | `git reflog main` | Shows all movements of main branch pointer | | `git reset --hard <hash>` | Moves main pointer back to the lost commit | | `git log --oneline` | Confirms the commit is restored | > **Key insight:** `git reset` only moves the branch pointer — it never permanently deletes commits. Git's reflog retains all pointer movements for ~90 days, making recovery possible.
anthropic/claude-sonnet-4.6:xhigh__json_schema PASS 100% 437 in → 116 out (62 reasoning)
73435a6e43e013fa0a5684891030eef6a976819e
JSON Schema Structured Output
(raw) {"ref":"73435a6e43e013fa0a5684891030eef6a976819e"}
anthropic/claude-sonnet-5:high PASS 100% 365 in → 2,875 out (433 reasoning)
## Recovering the Lost Commit ### Step 1: Identify the commit in the reflog Looking at the reflog, the critical commit is clearly visible: ``` ccc5fe234fc56016c410de17ee73bcf075f9e430 HEAD@{4}: commit: Production database config - critical ``` This is confirmed again at `HEAD@{1}` and `HEAD@{3}`, meaning **main** was sitting on this commit before the reset wiped it back to `f848c1b` (Local database config). ### Step 2: Switch back to main ```bash git checkout main ``` ### Step 3: Recover the commit Since `ccc5fe234fc56016c410de17ee73bcf075f9e430` is a direct child of `f848c1b` (it contains the Local config *plus* the critical production config), the safest recovery is a hard reset directly onto that commit: ```bash git reset --hard ccc5fe234fc56016c410de17ee73bcf075f9e430 ``` ### Step 4: Verify ```bash git log --oneline ``` Expected output: ``` ccc5fe2 Production database config - critical f848c1b Local database config ``` ✅ Main is now restored to include the critical production config commit. ### Note on the "Staging database config" commit That commit (`7b148012`) was made **while on the `backup` branch**, not main — so it isn't lost. You can check it with: ```bash git checkout backup git log --oneline ``` It should still show: ``` 7b14801 Staging database config ccc5fe2 Production database config - critical f848c1b Local database config ``` No data was actually destroyed — the reset only moved the `main` branch pointer; the commit objects remained in the repo (reachable via reflog) until recovered.
anthropic/claude-sonnet-5:high__json_schema PASS 100% 560 in → 18 out (0 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{4}"}
anthropic/claude-sonnet-5:low PASS 100% 374 in → 587 out (0 reasoning)
Here's how to recover the lost commit: ## 1. Find the commit in the reflog Looking at the reflog, the commit you need is: ``` 9080ed4b91aca0f0ed6a48d9dcafa1ec70cbd962 HEAD@{4}: commit: Production database config - critical ``` The commit hash is: **`9080ed4b91aca0f0ed6a48d9dcafa1ec70cbd962`** ## 2. Switch back to main ```bash git checkout main ``` ## 3. Recover the commit You have two good options: **Option A: Merge it back in** ```bash git merge 9080ed4b91aca0f0ed6a48d9dcafa1ec70cbd962 ``` **Option B: Reset main to point directly to that commit** ```bash git reset --hard 9080ed4b91aca0f0ed6a48d9dcafa1ec70cbd962 ``` ⚠️ Note: This will discard the "Staging database config" commit (`d0b53819151de07e200ad5b8ac8c46b257220b4e`) if you don't need it. **Option C (safest): Cherry-pick it** ```bash git cherry-pick 9080ed4b91aca0f0ed6a48d9dcafa1ec70cbd962 ``` This applies the "Production database config" changes as a new commit on top of your current main branch history, preserving everything. ## 4. Verify ```bash git log --oneline ``` You should now see the "Production database config - critical" commit back in your main branch history. ### Recommendation Since you also have a "Staging database config" commit on main that you made after the reset, **Option C (cherry-pick)** is likely your best bet — it recovers the critical commit without losing the staging config work you did afterward.
anthropic/claude-sonnet-5:low__json_schema PASS 100% 566 in → 18 out (0 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{4}"}
anthropic/claude-sonnet-5:medium PASS 100% 369 in → 717 out (52 reasoning)
## Recovery Steps Looking at the reflog, the **"Production database config - critical"** commit is: ``` cb3ea19846b4b2217882ccac5d69a788c32d3c4a ``` This commit is currently "lost" from `main`'s current position (`main` is now at `ef21a1e0...` after the reset), but it still exists in the repository and is referenced in the reflog — so it's fully recoverable. ### Step 1: Switch back to `main` ```bash git checkout main ``` ### Step 2: Verify the commit still exists ```bash git show cb3ea19846b4b2217882ccac5d69a788c32d3c4a ``` This confirms the commit object (`Production database config - critical`) is intact. ### Step 3: Recover it onto `main` You have two good options: **Option A — Cherry-pick (safest, keeps current main history)** ```bash git cherry-pick cb3ea19846b4b2217882ccac5d69a788c32d3c4a ``` **Option B — Hard reset main back to that commit (if you want main to point exactly there)** ```bash git reset --hard cb3ea19846b4b2217882ccac5d69a788c32d3c4a ``` ⚠️ This will discard the "Staging database config" commit (`0ff32fb6...`) if it's not needed, since it also lives ahead of this commit in reflog history. ### Step 4: Confirm recovery ```bash git log --oneline ``` You should now see the critical production config commit back in `main`'s history. --- ✅ **Key takeaway:** Even after a `git reset --hard`, commits aren't immediately deleted — they remain accessible via the reflog (or as dangling commits) until garbage collected. The reflog entry `HEAD@{4}: commit: Production database config - critical` pointed us straight to the SHA needed for recovery.
anthropic/claude-sonnet-5:medium__json_schema PASS 100% 574 in → 61 out (25 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{4}"}
anthropic/claude-sonnet-5:none PASS 100% 366 in → 816 out (0 reasoning)
## Recovering the Lost Commit Looking at the reflog, here's what happened: ``` 2f5d1b9 HEAD@{0}: reset: moving to HEAD~1 <- reset landed here (Local database config) 0e59ecd HEAD@{1}: checkout: moving from backup to main 5af0ee0 HEAD@{2}: commit: Staging database config 0e59ecd HEAD@{3}: checkout: moving from main to backup 0e59ecd HEAD@{4}: commit: Production database config - critical <- THE LOST COMMIT 2f5d1b9 HEAD@{5}: commit (initial): Local database config ``` The commit hash you need is **`0e59ecd54fe31d423d54a2c0997783d0a0526435`** — "Production database config - critical". ### Steps to Recover **1. Switch back to `main`:** ```bash git checkout main ``` **2. Verify the commit exists via reflog:** ```bash git reflog ``` Confirm you see `0e59ecd... Production database config - critical`. **3. Reset `main` forward to that commit:** ```bash git reset --hard 0e59ecd54fe31d423d54a2c0997783d0a0526435 ``` **4. Confirm recovery:** ```bash git log --oneline -1 ``` Should show: ``` 0e59ecd Production database config - critical ``` ### ⚠️ Important Note Since `backup` branch currently also points to `0e59ecd`, you have a safety net — but be aware: - If you only want to **restore main's history** (Local → Production) without losing "Staging database config" (`5af0ee0`), you should **cherry-pick instead of hard reset**: ```bash git checkout main git reset --hard 2f5d1b9 # back to Local database config git cherry-pick 0e59ecd # bring back Production config git cherry-pick 5af0ee0 # reapply Staging config on top ``` This rebuilds the intended history: ``` Local database config → Production database config - critical → Staging database config ``` ### Summary - The critical commit is safe in the reflog (and also referenced by `backup`). - Recover it with `git reset --hard 0e59ecd54fe31d423d54a2c0997783d0a0526435`, or better, **cherry-pick** it back onto `main` to preserve the "Staging database config" commit made after the reset.
anthropic/claude-sonnet-5:none__json_schema PASS 100% 566 in → 17 out (0 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
anthropic/claude-sonnet-5:xhigh PASS 100% 368 in → 5,362 out (881 reasoning)
# Recovering the Lost "Production database config - critical" Commit ## Step 1: Identify the Commit in Reflog Looking at your reflog output, the critical commit is clearly visible: ``` e58055e6b0defed38b5ccb55b98502f52276aee3 HEAD@{4}: commit: Production database config - critical ``` This is confirmed by the surrounding entries — `HEAD@{1}` and `HEAD@{3}` both show checkouts to/from this exact same hash (`e58055e...`), which is when you switched to/from the `backup` branch right after making that commit. So the commit hash you need is: ``` e58055e6b0defed38b5ccb55b98502f52276aee3 ``` ## Step 2: Switch Back to Main ```bash git checkout main ``` This puts you back on `main`, which is currently sitting at `afa23ef` (Local database config) — the result of your earlier `git reset --hard HEAD~1`. ## Step 3: Recover the Commit You have two safe options depending on what you want: ### Option A — Restore main exactly to that point (undo the reset) ```bash git reset --hard e58055e6b0defed38b5ccb55b98502f52276aee3 ``` This moves `main` directly back to the critical commit, effectively undoing the destructive reset. ### Option B — Reapply just that commit's changes on top of current main (safer if main has diverged) ```bash git cherry-pick e58055e6b0defed38b5ccb55b98502f52276aee3 ``` This creates a **new** commit on top of your current `main` HEAD with the same changes, without discarding anything else that might be on `main`. ## Step 4: Verify the Recovery ```bash git log --oneline -5 ``` You should see: ``` e58055e Production database config - critical afa23ef Local database config ``` ## Note on the `backup` Branch Since `backup` still points to `847b3f5` ("Staging database config"), whose parent *is* `e58055e`, the critical commit was never actually unreachable — it was still safely referenced through `backup`. The reflog just gave you the fastest, most direct path to recover it onto `main`.
anthropic/claude-sonnet-5:xhigh__json_schema PASS 100% 582 in → 18 out (0 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{4}"}
arcee-ai/trinity-large-thinking:high PASS 100% 266 in → 6,744 out (6,783 reasoning)
To recover the `Production database config - critical` commit, use the commit hash from the reflog entry `HEAD@{4}`. Since you're currently on the `backup` branch, switch to `main` and reset it to that commit: ```bash git checkout main git reset --hard 38b91c9d0f3b350be5d8656db6cb1da601028c88 ``` This restores the critical commit to the `main` branch tip.
arcee-ai/trinity-large-thinking:low PASS 100% 264 in → 4,153 out (3,575 reasoning)
Based on the git reflog provided, the critical commit with the message "Production database config - critical" is: **Commit Hash:** `193c9ebb2a7593d3d8525a59353cfbe69c37c465` This commit is currently **not** on the `main` branch (you reset to `HEAD~1`, which is the initial commit). To recover it: ### Steps to recover: 1. **Checkout the commit directly** (temporary): ```bash git checkout 193c9ebb2a7593d3d8525a59353cfbe69c37c465 ``` This will put you in a "detached HEAD" state at that commit. 2. **Create a new branch** at this commit (recommended to avoid losing it again): ```bash git checkout -b recovered-critical ``` This creates a branch named `recovered-critical` pointing to the critical commit. 3. **Merge or rebase** this branch back into `main`: - **Option A (merge):** ```bash git checkout main git merge recovered-critical ``` - **Option B (rebase - preserves linear history):** ```bash git checkout main git rebase recovered-critical ``` 4. **Verify** the production config is restored: ```bash git log --oneline ``` You should see the "Production database config - critical" commit back on `main`. ### Alternative (faster but less safe): If you’re confident and want to directly reset `main` to the critical commit: ```bash git checkout main git reset --hard 193c9ebb2a7593d3d8525a59353cfbe69c37c465 ``` ⚠️ **Warning:** This will discard any commits after the critical commit on `main` (in this case, only the initial commit remains). Since you already lost the critical commit, this is acceptable here. ### Why this works: - The reflog entry `HEAD@{4}` shows the critical commit existed on `main` before you: 1. Switched to `backup` (HEAD@{3}) 2. Committed on `backup` (HEAD@{2}) 3. Switched back to `main` (HEAD@{1}) 4. **Reset `main` to `HEAD~1`** (HEAD@{0}), which erased the critical commit from `main`’s history. - Git’s reflog preserves commits even after resets, allowing recovery within ~30 days (default). ### After recovery: - Push the restored `main` branch if it’s shared: ```bash git push origin main --force # Only if others haven’t pulled the reset version ``` - Delete the temporary `recovered-critical` branch if you created one: ```bash git branch -d recovered-critical ``` You’ve now restored the production database configuration! 🛡️
arcee-ai/trinity-large-thinking:medium PASS 100% 272 in → 8,069 out (8,067 reasoning)
Based on the provided git reflog for the `main` branch, the critical commit `"Production database config - critical"` is identified at `HEAD@{4}` with commit hash `cece604b76cc7dda64fb27f6187d00f0537fe8d1`. To recover this commit on the `main` branch: 1. **Switch back to the `main` branch** (since you're currently on `backup`): ```bash git checkout main ``` 2. **Reset `main` to the critical commit** using the reflog-derived hash: ```bash git reset --hard cece604b76cc7dda64fb27f6187d00f0537fe8d1 ``` This will restore the `main` branch to the state of the critical commit, effectively recovering the lost production database configuration.
arcee-ai/trinity-large-thinking:xhigh PASS 100% 267 in → 5,130 out (4,773 reasoning)
Based on the git reflog provided, you can recover the lost commit by following these steps: ## Step 1: Identify the commit hash From the reflog, the commit with the message "Production database config - critical" is: `15d7226240f7fb297754d57208081b7f4dac7bf0` ## Step 2: Recover the commit Since you're currently on the `backup` branch (as mentioned in the problem), you need to: 1. **Switch back to the `main` branch:** ```bash git checkout main ``` 2. **Reset `main` to the critical commit:** ```bash git reset --hard 15d7226240f7fb297754d57208081b7f4dac7bf0 ``` ## Alternative approach (if you want to keep the current state) If you want to preserve the current state of `main` (which is at the initial commit) while still recovering the critical commit, you could create a new branch: ```bash git checkout -b recovered-critical 15d7226240f7fb297754d57208081b7f4dac7bf0 ``` ## Explanation - The reflog shows that commit `15d7226240f7fb297754d57208081b7f4dac7bf0` was originally on `main` (HEAD@{4}) - You reset `main` to `HEAD~1` (which is the initial commit `29e244b...`), losing the critical commit from `main`'s history - However, the commit still exists in Git's reflog and can be recovered using the commit hash - `git reset --hard` will move the `main` branch pointer back to the critical commit, restoring it to your working directory **Note:** The `--hard` flag will discard any changes in your working directory, so make sure you don't have any uncommitted work you want to keep on `main` before running this command.
arcee-ai/trinity-mini:high PASS 100% 256 in → 845 out (604 reasoning)
Based on thegit reflog, the critical production commit (`Production database config - critical`) is still recoverable. Here's how to find and restore it: 1. **Identify the commit hash** from the reflog entry: ``` HEAD@{4}: commit: Production database config - critical ``` The commit hash is: **`70936278ea41d6943e374acd70d087d3aa270cbd`** 2. **Restore the commit** using the hash: ```bash git checkout main git reset --hard 70936278ea41d6943e374acd70d087d3aa270cbd ``` This will: - Switch back to the `main` branch - Reset `main` to the exact state of the critical commit **Why this works**: The critical commit (HEAD@{4}) exists in the reflog's history. Since you switched to `backup` after the reset, the critical commit remains on `main` but is now detached. Resetting `main` to the commit hash restores it to the exact state before the reset. **Note**: If you need to preserve the original branch history, you could instead create a new branch: ```bash git checkout -b recover_critical 70936278ea41d6943e374acd70d087d3aa270cbd ```
arcee-ai/trinity-mini:high__json_schema PASS 100% 284 in → 464 out (451 reasoning)
2f2b9bcaf389ff085e7f7a9afff3cc8132ff4dc1
JSON Schema Structured Output
(raw) { "ref": "2f2b9bcaf389ff085e7f7a9afff3cc8132ff4dc1" }
arcee-ai/trinity-mini:low PASS 100% 273 in → 932 out (726 reasoning)
Based onthe provided `git reflog`, here's how to recover the critical production config commit: 1. **Identify the critical commit hash**: The commit for "Production database config - critical" is listed at `HEAD@{4}` with hash: `b0f06767f2c87b73f7cd35b1fffd3f668bde4a15` 2. **Recover the commit**: Create a new branch pointing to this commit: ```bash git branch recover-critical b0f06767f2c87b73f7cd35b1fffd3f668bde4a15 ``` 3. **Access the recovered commit**: Switch to the new branch to view/edit the critical config: ```bash git checkout recover-critical ``` **Why this works**: - The `git reflog` preserves historical commit references even after branch resets. - The critical commit (`b0f06767f2c87b73f7cd35b1fffd3f668bde4a15`) is still accessible via its hash. - Creating a new branch from this hash allows you to restore the lost configuration. **Note**: The `main` branch was reset to `HEAD~1` (the commit before the critical one), but the critical commit itself remains in Git's history until the reflog entries expire.
arcee-ai/trinity-mini:medium PASS 100% 266 in → 1,178 out (878 reasoning)
Based on the git reflog provided, the critical production database config commit (hash: `3df8d3457a576cfd3433ebe6e56932e3ec8399ca`) can be recovered. Here's how: 1. **Identify the commit**: The critical commit is at `HEAD@{4}` in the reflog. Its hash is `3df8d3457a576cfd3433ebe6e56932e3ec8399ca`. 2. **Recover the commit**: Switch to the `main` branch and apply the commit using `git cherry-pick`: ```bash git checkout main git cherry-pick 3df8d3457a576cfd3433ebe6e56932e3ec8399ca ``` **Explanation**: - The reflog shows the critical commit was made on `main` before the reset and checkout to `backup`. - `git cherry-pick` applies the exact changes from that commit to your current `main` branch, restoring the production config. **Note**: If you need to preserve the original commit history, create a new branch from this commit first: ```bash git checkout -b production-config 3df8d3457a576cfd3433ebe6e56932e3ec8399ca ```
arcee-ai/trinity-mini:medium__json_schema PASS 100% 284 in → 906 out (857 reasoning)
1993d9f8912bb6c2c06e06c4a0948f229e1dbcdd
JSON Schema Structured Output
(raw) { "ref": "1993d9f8912bb6c2c06e06c4a0948f229e1dbcdd" }
arcee-ai/trinity-mini:xhigh PASS 100% 269 in → 878 out (680 reasoning)
Based on the git reflog, the critical production commit (`Production database config - critical`) is still recoverable. Here's how to find and recover it: 1. **Identify the commit hash** from the reflog entry: - The commit is at `HEAD@{4}` with hash: `6bd30321696f12d55b2f2a3208147ae0574392b4` 2. **Recover the commit** using this hash: ```bash git checkout 6bd30321696f12d55b2f2a3208147ae0574392b4 ``` 3. **Create a new branch** to preserve the recovered commit: ```bash git checkout -b recover-production-config ``` **Why this works**: The reflog (`HEAD@{4}`) shows the commit was made on `main` before the reset. Even though it's no longer on the branch, the reflog keeps it accessible for a limited time. Checking out the commit hash directly restores it, and creating a new branch prevents accidental loss.
deepseek/deepseek-v4-flash-0731:high PASS 100% 268 in → 1,167 out (1,039 reasoning)
The critical production config commit is `26944ad5952c5faba9ba21ec253b761e85b28ad4`. To recover it, switch to the main branch and reset its pointer to that commit: ```bash git checkout main git reset --hard 26944ad5952c5faba9ba21ec253b761e85b28ad4 ``` This will restore the production configuration and undo the reset that lost the commit. The commit is still reachable through the reflog, and after the reset it becomes the tip of `main` again.
deepseek/deepseek-v4-flash-0731:high__json_schema PASS 100% 275 in → 1,174 out (1,159 reasoning)
eb61c8fa8f2e96e7dd6f7ad3b2cf61c95279b95c
JSON Schema Structured Output
(raw) { "ref": "eb61c8fa8f2e96e7dd6f7ad3b2cf61c95279b95c" }
deepseek/deepseek-v4-flash-0731:low PASS 100% 277 in → 2,024 out (1,819 reasoning)
You can recover the lost "Production database config - critical" commit by using the reflog to locate its commit hash and then resetting your main branch to that commit. From the reflog output, the commit hash is: ``` 517872f21ecfc88f3c4e8dd3c01e30714d4de466 ``` This corresponds to `HEAD@{4}` – the `commit: Production database config - critical` entry. To restore your `main` branch to this exact commit: ```bash git checkout main git reset --hard 517872f21ecfc88f3c4e8dd3c01e30714d4de466 ``` This will move `main` back to the production config commit, effectively undoing the erroneous `reset` you performed. After this, your `main` branch will again contain the critical production configuration. If you prefer to keep the current history and just apply the change as a new commit, you could instead use: ```bash git checkout main git cherry-pick 517872f21ecfc88f3c4e8dd3c01e30714d4de466 ``` But the direct reset restores the original commit as it was.
deepseek/deepseek-v4-flash-0731:max PASS 100% 365 in → 7,155 out (6,885 reasoning)
The lost production config commit is: `6cf6cf32265d839e51171e6bbc0e42a753f053c6` Short: `6cf6cf3` Message: **Production database config - critical** Run: ```bash git reflog main ``` You’ll see something like: ```text 11e27b1 main@{0}: reset: moving to HEAD~1 6cf6cf3 main@{1}: commit: Production database config - critical 11e27b1 main@{2}: commit (initial): Local database config ``` To recover it on `main`: ```bash git checkout main git merge 6cf6cf3 ``` Since `main` is currently at `11e27b1` and `6cf6cf3` is its child, this will fast-forward `main` back to the production config commit. Or, if you want a safety branch first: ```bash git branch recovered-production 6cf6cf3 git checkout main git merge recovered-production ``` Verify with: ```bash git log --oneline -2 main ``` You should see: ```text 6cf6cf3 Production database config - critical 11e27b1 Local database config ```
deepseek/deepseek-v4-flash-0731:max__json_schema PASS 100% 444 in → 12,531 out (11,671 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{4}"}
deepseek/deepseek-v4-flash-0731:medium PASS 100% 278 in → 2,173 out (1,865 reasoning)
The critical production config commit is visible in the reflog at `HEAD@{4}` with hash **`6f8218c63c51056e3d597c49b4b06cd0a5db904d`**. To recover it, you have two safe options: ### 1. Restore it directly on `main` (recommended because it was originally committed there) ```bash git checkout main git reset --hard 6f8218c63c51056e3d597c49b4b06cd0a5db904d ``` This will move `main` back to the production config commit, effectively undoing the earlier reset. ### 2. Bring the commit onto the current branch (`backup`) via cherry-pick ```bash git cherry-pick 6f8218c63c51056e3d597c49b4b06cd0a5db904d ``` This creates a new commit on `backup` with the same changes, leaving `main` as is. Choose the one that best fits your workflow. If you need the production config to be the tip of `main`, go with option 1. If you want to keep `backup` and later merge it, option 2 works as well.
deepseek/deepseek-v4-flash-0731:medium__json_schema PASS 100% 279 in → 1,426 out (1,391 reasoning)
c89fa17faf47b289e037b9c66a8445e4cc0c093e
JSON Schema Structured Output
(raw) { "ref": "c89fa17faf47b289e037b9c66a8445e4cc0c093e" }
deepseek/deepseek-v4-flash-0731:none PASS 100% 286 in → 261 out (0 reasoning)
Based on the git reflog, I can see the commit history. The critical production config commit is identified as: **`17c08a5bf07ff3938ddebf8ffbe776f2f7f85e09`** This is the commit with the message "Production database config - critical" at `HEAD@{4}`. To recover this commit, you should: 1. First, ensure you're on the main branch: ```bash git checkout main ``` 2. Then, recover the lost commit by creating a new branch pointing to it: ```bash git branch recover-production-config 17c08a5bf07ff3938ddebf8ffbe776f2f7f85e09 ``` 3. Now you can switch to this recovered branch to access the critical config: ```bash git checkout recover-production-config ``` Alternatively, if you want to directly restore this commit on main: ```bash git checkout main git cherry-pick 17c08a5bf07ff3938ddebf8ffbe776f2f7f85e09 ``` This will apply the critical production config commit on top of the current main branch, preserving your local database config while recovering the production settings.
deepseek/deepseek-v4-flash-0731:none__json_schema PASS 100% 273 in → 31 out (0 reasoning)
3c88b65a43cfb0aef35fcbe797b60447d80e5c99
JSON Schema Structured Output
(raw) {"ref":"3c88b65a43cfb0aef35fcbe797b60447d80e5c99"}
deepseek/deepseek-v4-flash-0731:xhigh PASS 100% 276 in → 2,039 out (1,591 reasoning)
**Recovering the Critical Production Config Commit** The key commit is `97c9b80ca611b222290d47806861a5d7e567c2f7` (seen in the reflog at `HEAD@{4}`). It was made on `main` before the accidental reset. To recover it, follow these steps: --- ### 1. Identify the commit from reflog From the provided reflog: ``` HEAD@{4}: commit: Production database config - critical ``` Hash: `97c9b80ca611b222290d47806861a5d7e567c2f7` --- ### 2. Switch to the `main` branch ```bash git checkout main ``` --- ### 3. Restore `main` to that commit Use `git reset` to move `main` back to the production commit. If you want to discard any changes made after that commit (including the reset and the staging commit on `backup`), use: ```bash git reset --hard 97c9b80ca611b222290d47806861a5d7e567c2f7 ``` This will set `main`'s pointer to that commit and update the working directory to match. --- ### 4. Verify Check the file contents (e.g., your database config) and confirm the production settings are restored: ```bash cat your-config-file # or just inspect the repo ``` --- **Alternative (if you want to keep the staging commit on `backup`):** Cherry-pick the production commit onto `main`: ```bash git checkout main git cherry-pick 97c9b80ca611b222290d47806861a5d7e567c2f7 ``` --- **Why this works:** The reflog records every movement of `HEAD`, including the reset that initially lost the commit. The commit object itself is still in the repository, so it can be recovered by hash. Using `git reset` or `git cherry-pick` restores it to a branch.
deepseek/deepseek-v4-flash-0731:xhigh__json_schema PASS 100% 277 in → 227 out (0 reasoning)
e5e4f2824581ff19c5cf1e932752a2ee700ff591 HEAD@{0}: reset: moving to HEAD~1 66a18c315c535a8fce59b8c43c7ee691c1f38deb HEAD@{1}: checkout: moving from backup to main 31803146f9c4b0237e61d540f6986f61fd5f9a36 HEAD@{2}: commit: Staging database config 66a18c315c535a8fce59b8c43c7ee691c1f38deb HEAD@{3}: checkout: moving from main to backup 66a18c315c535a8fce59b8c43c7ee691c1f38deb HEAD@{4}: commit: Production database config - critical e5e4f2824581ff19c5cf1e932752a2ee700ff591 HEAD@{5}: commit (initial): Local database config
JSON Schema Structured Output
(raw) { "ref": "e5e4f2824581ff19c5cf1e932752a2ee700ff591 HEAD@{0}: reset: moving to HEAD~1\n66a18c315c535a8fce59b8c43c7ee691c1f38deb HEAD@{1}: checkout: moving from backup to main\n31803146f9c4b0237e61d540f6986f61fd5f9a36 HEAD@{2}: commit: Staging database config\n66a18c315c535a8fce59b8c43c7ee691c1f38deb HEAD@{3}: checkout: moving from main to backup\n66a18c315c535a8fce59b8c43c7ee691c1f38deb HEAD@{4}: commit: Production database config - critical\ne5e4f2824581ff19c5cf1e932752a2ee700ff591 HEAD@{5}: commit (initial): Local database config\n" }
deepseek/deepseek-v4-flash:high PASS 100% 262 in → 1,729 out (1,344 reasoning)
To recover the lost "Production database config - critical" commit, use the following steps based on the provided Git reflog. The commit hash is `125725a465102ee47b54368c932f9c60287cc28e` (see HEAD@{4} in the reflog). ### Step 1: View the reflog for the `main` branch (already done) ```bash git reflog main ``` This confirms the commit we need: `125725a46... Production database config - critical`. ### Step 2: Switch to the `main` branch (if not already there) ```bash git checkout main ``` ### Step 3: Recover the lost commit You have two safe options: #### Option A: Cherry-pick the commit onto `main` This adds the production config commit as a new commit on top of the current `main` (which currently only has "Local database config"). ```bash git cherry-pick 125725a46 ``` #### Option B: Reset `main` directly to the lost commit (if you want `main` to point exactly to that commit, discarding any other commits that came after) ```bash git reset --hard 125725a46 ``` **Note**: This will discard the "Staging database config" commit (if it was later on `main`) and any other changes. Use only if you are certain that is the desired state. ### Alternative (if you prefer to stay on `backup` and still recover): ```bash # While on backup branch git cherry-pick 125725a46 ``` This brings the production config into the backup branch. --- **Recommended**: Use option A (`cherry-pick`) to safely restore the commit without losing other history. After recovery, verify with `git log --oneline`.
deepseek/deepseek-v4-flash:high__json_schema PASS 100% 284 in → 1,364 out (1,321 reasoning)
b0622f5253c7f8e93fbabfc7141bcfb4d9a09856 (HEAD@{4})
JSON Schema Structured Output
(raw) { "ref":"b0622f5253c7f8e93fbabfc7141bcfb4d9a09856 (HEAD@{4})" }
deepseek/deepseek-v4-flash:low PASS 100% 268 in → 1,201 out (907 reasoning)
To recover the lost production config commit, use the commit hash from the reflog: `b504219fd065956786e6cbfdf751e517ce6b7c0b` (the hash from `HEAD@{4}`). This commit contains the critical production database configuration. Since you are currently on the `backup` branch, follow these steps: 1. **Switch back to the `main` branch** (which now points to the local config commit): ```bash git checkout main ``` 2. **Cherry-pick the lost commit** (applies it on top of current `main`): ```bash git cherry-pick b504219fd065956786e6cbfdf751e517ce6b7c0b ``` This will re‑introduce the production config commit onto your `main` branch. Alternatively, if you want to restore the branch to exactly the state before the reset, you could reset `main` back to that commit: ```bash git checkout main git reset --hard b504219fd065956786e6cbfdf751e517ce6b7c0b ``` (Use `--hard` with caution; it will discard the local config commit and any other changes in the working directory.) After recovery, verify the commit is present: ```bash git log --oneline ```
deepseek/deepseek-v4-flash:low__json_schema PASS 100% 262 in → 1,776 out (1,846 reasoning)
08addac811c688ade91af3ec1a7cfbb75cdff1dd
JSON Schema Structured Output
(raw) {"ref":"08addac811c688ade91af3ec1a7cfbb75cdff1dd"}
deepseek/deepseek-v4-flash:medium PASS 100% 258 in → 1,421 out (989 reasoning)
The critical commit `07fea957e285e61dc70d541a4abe84801904d2fb` (message: "Production database config - critical") is still present in Git’s object database, though it is no longer reachable from the `main` branch after the reset. You can recover it directly using the hash from the reflog. ## Steps to recover 1. **Switch to the `main` branch** (you are currently on `backup`): ```bash git checkout main ``` 2. **Restore the lost commit** by resetting `main` to that hash: ```bash git reset --hard 07fea957e285e61dc70d541a4abe84801904d2fb ``` This will move `main`’s tip back to the `Production database config - critical` commit, effectively undoing the earlier `reset` that discarded it. ⚠️ **Note:** If `main` had any *other* commits after the critical one (besides the one you reset away), using `reset --hard` would discard them as well. In your case, the only commit after the critical one was the initial `Local database config` commit, which is now restored as the previous commit. ## Alternative (safer if other changes were present) If you had additional commits after the critical one that you need to preserve, you could instead **cherry‑pick** the critical commit onto the current tip of `main`: ```bash git checkout main git cherry-pick 07fea957e285e61dc70d541a4abe84801904d2fb ``` But since you only lost one commit and reset to its parent, `reset --hard` is the simplest solution here. ## Verify After recovery, confirm the commit is back on `main`: ```bash git log --oneline ``` You should see `07fea957` as the latest commit, preceded by the initial `Local database config` commit.
deepseek/deepseek-v4-flash:medium__json_schema PASS 100% 364 in → 29 out (0 reasoning)
ef6878cb1b21dc17cc325b6bcec974ca6a65d14b
JSON Schema Structured Output
(raw) {"ref":"ef6878cb1b21dc17cc325b6bcec974ca6a65d14b"}
deepseek/deepseek-v4-flash:none PASS 100% 273 in → 229 out (0 reasoning)
Based on the git reflog, I can see the commit history. The critical production config commit is at `e31b43d1d5f4a04f53301dced666c2221f624ec2` (HEAD@{4}). Since you're currently on the 'backup' branch, here's how to recover it: ```bash # First, switch back to main branch git checkout main # Then cherry-pick the production config commit git cherry-pick e31b43d1d5f4a04f53301dced666c2221f624ec2 ``` Or, if you want to reset main branch to that specific commit (be careful with this as it will discard any commits after it): ```bash git checkout main git reset --hard e31b43d1d5f4a04f53301dced666c2221f624ec2 ``` The recommended approach is the `cherry-pick` method as it's safer and preserves the current state of your main branch while adding back the critical production config commit.
deepseek/deepseek-v4-flash:none__json_schema PASS 100% 388 in → 32 out (0 reasoning)
57fecc48f31c4f291ff4ea5c1f8a1dde3bc9747f
JSON Schema Structured Output
(raw) {"ref":"57fecc48f31c4f291ff4ea5c1f8a1dde3bc9747f"}
deepseek/deepseek-v4-flash:xhigh PASS 100% 351 in → 18,724 out (18,355 reasoning)
The "Production database config - critical" commit is still perfectly safe in your repository's history—it's visible in your reflog output. Since you reset the `main` branch, you just need to point it back to that commit. Here’s how to fully recover it: 1. **Find the commit hash** In the reflog you provided, the lost commit is at `HEAD@{4}`: ``` 793ea01fa48d028823e5d683b655f95dc6e243cc HEAD@{4}: commit: Production database config - critical ``` The full hash is `793ea01fa48d028823e5d683b655f95dc6e243cc` (you only need the short version `793ea01` for the commands). 2. **Switch to the `main` branch** (you’re currently on `backup`): ```bash git checkout main ``` 3. **Restore the branch to its exact state before the reset** Since you haven’t made any other commits on `main` that you want to keep (the "Staging" commit happened on the `backup` branch), resetting directly is the perfect recovery: ```bash git reset --hard 793ea01 ``` This puts `main` exactly back where it was—the lost commit is now the tip of the branch again. **Alternative (if you wanted to keep the current `main` tip but apply the changes):** ```bash git cherry-pick 793ea01 ``` But since you said the commit was *lost*, the `--hard` reset is the intended "undo" command for a mistaken reset.
deepseek/deepseek-v4-flash:xhigh__json_schema PASS 100% 343 in → 6,262 out (6,235 reasoning)
HEAD@{4} (or the commit hash `94febebb44`)
JSON Schema Structured Output
(raw) { "ref": "HEAD@{4} (or the commit hash `94febebb44`)" }
deepseek/deepseek-v4-pro:high PASS 100% 273 in → 1,859 out (1,267 reasoning)
To recover the lost **Production database config - critical** commit, follow these steps using `git reflog`. The reflog records every movement of `HEAD`, even after a reset, so the commit is not permanently gone. ### Step 1: View the reflog for the main branch Run the command (you can be on any branch, but the reflog for `main` will show its local history): ```bash git reflog show main ``` From the provided reflog, the relevant entries are: ``` 590538f HEAD@{4}: commit: Production database config - critical c4c3000 HEAD@{5}: commit (initial): Local database config ``` The commit hash `590538fdcf3df3df841e7f86207f61e9a8fecb31` is the critical production config. ### Step 2: Recover the commit You are currently on the **backup** branch. To bring the lost commit back into the `main` branch, you have two safe options. #### Option A: Cherry-pick the commit onto main 1. Switch to the `main` branch: ```bash git checkout main ``` 2. Apply the production config commit directly: ```bash git cherry-pick 590538fdcf3df3df841e7f86207f61e9a8fecb31 ``` This creates a new commit on `main` with the exact changes from the lost commit. #### Option B: Create a new branch from the lost commit and merge 1. Create a temporary branch pointing to the lost commit: ```bash git branch prod-recovery 590538fdcf3df3df841e7f86207f61e9a8fecb31 ``` 2. Switch to `main` and merge the recovery branch: ```bash git checkout main git merge prod-recovery ``` 3. (Optional) Delete the temporary branch: ```bash git branch -d prod-recovery ``` ### Why this works - `git reflog` keeps a local log of where `HEAD` has been. The entries `HEAD@{4}` and `HEAD@{5}` show that commit `590538f` existed before the reset. - Even though the `reset` rewound `main` to `c4c3000`, Git retains unreachable commits for a grace period (normally 30 days) as long as they are referenced in the reflog. - Using `cherry-pick` or a branch from that hash recovers the lost work without disrupting the current **backup** branch. After recovering, verify with `git log --oneline main` that the production config commit is back.
deepseek/deepseek-v4-pro:high__json_schema PASS 100% 461 in → 477 out (447 reasoning)
0defa0d645927022e988eef05414a9d0c561dbd1
JSON Schema Structured Output
(raw) {"ref": "0defa0d645927022e988eef05414a9d0c561dbd1"}
deepseek/deepseek-v4-pro:low PASS 100% 288 in → 365 out (0 reasoning)
Based on the reflog, I can see the "Production database config - critical" commit was made at `64738e92b6682b0c8f940212b2c53b6e9a2d71d4`. Here's how to recover it: ## Solution: Since you're currently on the `backup` branch, first switch back to `main`: ```bash git checkout main ``` Then recover the production config commit using the hash from the reflog: ```bash git reset --hard 64738e92b6682b0c8f940212b2c53b6e9a2d71d4 ``` Or you could use the reflog reference directly: ```bash git reset --hard HEAD@{4} ``` ## Alternative approach (if you want to be more cautious): Instead of a hard reset, you could create a new branch to preserve the commit: ```bash git checkout main git branch recovery-branch 64738e92b6682b0c8f940212b2c53b6e9a2d71d4 git merge recovery-branch ``` ## What happened: - The commit `64738e9` was the "Production database config - critical" commit (HEAD@{4}) - You reset main to HEAD~1, removing that commit - The commit still exists in git's object database and is recoverable via reflog - HEAD@{4} represents the state after that commit was made on main The commit with hash `64738e92b6682b0c8f940212b2c53b6e9a2d71d4` contains your critical production config and is now recovered.
deepseek/deepseek-v4-pro:low__json_schema PASS 100% 270 in → 1,240 out (1,207 reasoning)
03bf7a1eb1d750cedb78465a811ac15b959ef75f
JSON Schema Structured Output
(raw) { "ref": "03bf7a1eb1d750cedb78465a811ac15b959ef75f" }
deepseek/deepseek-v4-pro:medium PASS 100% 266 in → 1,519 out (964 reasoning)
The `git reflog` records all movements of the `HEAD` pointer, including commits, checkouts, and resets. Even after a hard reset, the lost commit is still in the reflog (for a while) and can be recovered. From your reflog, the critical commit is clearly visible: ``` 43bdff8 HEAD@{4}: commit: Production database config - critical ``` Now you can recover it. Here’s how: --- ### 1. Confirm the commit (optional) List the reflog for the `main` branch specifically to double-check: ```bash git reflog show main ``` You’ll see the same entries. Look for the line with `Production database config - critical` and note its hash: `43bdff8...` --- ### 2. Recover the commit You have a few options depending on where you want the commit to end up: #### Option A: Restore `main` directly to that commit If you want `main` to point back to the production config commit (i.e., undo the `reset`), do: ```bash git checkout main # switch to main branch git reset --hard 43bdff8 # move main back to the production commit ``` Now `main` contains the production config again, and the working tree matches it. The `Staging database config` commit on `backup` is unaffected. #### Option B: Create a new branch from the lost commit (safer) If you want to inspect the commit without moving `main` immediately: ```bash git checkout -b recovered-production 43bdff8 ``` This creates a new branch `recovered-production` at the production commit. You can later merge it into `main` or cherry-pick it. #### Option C: Cherry-pick the commit onto `main` If you prefer to keep the current `main` (pointing to `Local database config`) and want to re-apply the production config on top: ```bash git checkout main git cherry-pick 43bdff8 ``` This replays the changes of the production commit as a new commit on `main`. Note that the hash will be different, but the content will be the same. --- ### 3. Verify recovery After recovery, you can check the log: ```bash git log --oneline ``` You should see the production config commit (or its cherry-picked copy) back in the history. --- **Important:** The reflog entries are local and eventually expire (default 90 days for unreachable commits). So it’s good to recover the commit as soon as possible.
deepseek/deepseek-v4-pro:medium__json_schema PASS 100% 453 in → 250 out (222 reasoning)
89048ed20ee3e61997451c57e5cc0dfdb626246b
JSON Schema Structured Output
(raw) {"ref": "89048ed20ee3e61997451c57e5cc0dfdb626246b"}
deepseek/deepseek-v4-pro:none PASS 100% 256 in → 371 out (0 reasoning)
Based on the git reflog, I can see that the "Production database config - critical" commit has hash `7a936b89950726673f92247ee17aa76ad1421a54`. Here's how to recover it: ## Recovery Steps: Since you're currently on the `backup` branch, you need to switch back to `main` first, then recover the commit: **Step 1: Switch back to main branch** ```bash git checkout main ``` **Step 2: Recover the critical production config commit** You have two options: **Option A: Reset to the exact commit (most direct)** ```bash git reset --hard 7a936b89950726673f92247ee17aa76ad1421a54 ``` **Option B: Create a new branch from that commit first (safer)** ```bash git branch recovery-branch 7a936b89950726673f92247ee17aa76ad1421a54 git merge recovery-branch ``` ## What happened: Looking at the reflog timeline: - `7a936b8` was the "Production database config - critical" commit - You then checked out to `backup` branch - Returned to `main` and did `reset --hard HEAD~1`, which removed the production config commit - This left you with only the "Local database config" commit (`de14318`) The `7a936b8` commit still exists in git's object database - it's just not referenced by any branch currently. The reflog shows us exactly where it is. **Recommendation**: Use Option A if you're confident, or Option B if you want to keep a backup reference before modifying main.
deepseek/deepseek-v4-pro:none__json_schema PASS 100% 451 in → 25 out (0 reasoning)
41df84bb627d272ca42ecd2b16653271fd803bca
JSON Schema Structured Output
(raw) {"ref": "41df84bb627d272ca42ecd2b16653271fd803bca"}
deepseek/deepseek-v4-pro:xhigh PASS 100% 259 in → 409 out (0 reasoning)
Based on the git reflog, I can see the "Production database config - critical" commit at `HEAD@{4}` with hash `3a153247cf9eac4dd27dacc98e984dc5ac972312`. Here's how to recover it: ## Recovery Steps: 1. **Switch back to main branch first:** ```bash git checkout main ``` 2. **Recover the critical commit using one of these methods:** **Option A - Reset to the specific commit (preserving working directory):** ```bash git reset --mixed 3a153247cf9eac4dd27dacc98e984dc5ac972312 ``` **Option B - Create a new branch at the commit (safest approach):** ```bash git branch recovery-branch 3a153247cf9eac4dd27dacc98e984dc5ac972312 git checkout recovery-branch ``` **Option C - Cherry-pick the commit to current main:** ```bash git cherry-pick 3a153247cf9eac4dd27dacc98e984dc5ac972312 ``` ## Recommended Approach: Since you're currently on the `backup` branch and the commit is `HEAD@{4}`, I recommend: ```bash # Go back to main git checkout main # Use the reflog reference directly git reset --hard 3a153247cf9eac4dd27dacc98e984dc5ac972312 ``` This will restore main to the state with the "Production database config - critical" commit, and you'll also have the "Staging database config" commit (`HEAD@{2}`) since it was ahead of the production config. **Note:** The `--hard` option will discard any uncommitted changes, so use with caution. If you have uncommitted work, use `--mixed` instead for a softer reset.
deepseek/deepseek-v4-pro:xhigh__json_schema PASS 100% 360 in → 1,934 out (1,897 reasoning)
4afc07a3dcde7cf5ee0e4dfcf42042b9bd427b2f
JSON Schema Structured Output
(raw) { "ref": "4afc07a3dcde7cf5ee0e4dfcf42042b9bd427b2f" }
google/gemini-3-flash-preview:high PASS 100% 323 in → 676 out (410 reasoning)
To recover the lost commit using the provided reflog, follow these steps: ### 1. Identify the Commit Hash According to the reflog, the "Production database config - critical" commit is located at: * **Hash:** `2f595f94695fe5f77bcee3308ee34ebc2b8868fa` * **Reflog Pointer:** `HEAD@{4}` (or `HEAD@{1}`) ### 2. The Commands First, switch back to the `main` branch, then reset the branch to that specific hash: ```bash # Switch back to the main branch git checkout main # Reset main to the critical production config commit git reset --hard 2f595f9 ``` ### Explanation * **`git checkout main`**: You are currently on the `backup` branch, so you need to return to `main` to fix it. * **`git reset --hard 2f595f9`**: This forces the `main` branch pointer (and your working directory) to point back to the commit where your production config exists, effectively undoing the accidental reset to the local config.
google/gemini-3-flash-preview:high__json_schema PASS 100% 332 in → 1,029 out (1,021 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
google/gemini-3-flash-preview:low PASS 100% 339 in → 737 out (430 reasoning)
To recover the critical commit, you need to identify the hash associated with "Production database config - critical" and then reset the `main` branch to that hash. Based on your reflog, the commit hash is **`e5dd0e7`** (`HEAD@{4}`). Follow these steps: ### 1. Switch back to the `main` branch Since you are currently on the `backup` branch, you need to return to `main`. ```bash git checkout main ``` ### 2. Reset `main` to the critical commit Use the hash identified in the reflog to move the branch pointer back to the production config. ```bash git reset --hard e5dd0e7d9a889b294d8b8cffbabd834d1fcab3b3 ``` *(Alternatively, you can use the relative reference: `git reset --hard HEAD@{4}`)* ### Verification To ensure you have recovered the correct state, check your log: ```bash git log --oneline ``` **Why this worked:** Even though you performed a `reset` which removed the commit from the branch's immediate history, Git keeps a record of every time `HEAD` changes in the **reflog**. The commit `e5dd0e7` still existed in Git's database, and pointing the branch back to it restores the files and history.
google/gemini-3-flash-preview:low__json_schema PASS 100% 398 in → 1,001 out (993 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
google/gemini-3-flash-preview:medium PASS 100% 342 in → 868 out (642 reasoning)
To recover the critical commit, you need to navigate back to the `main` branch and reset it to the commit hash identified in the reflog. Based on the reflog provided, the commit **"Production database config - critical"** has the hash **`c25c5b3`**. Run the following commands: 1. **Switch back to the main branch:** ```bash git checkout main ``` 2. **Reset the branch to the critical commit:** ```bash git reset --hard c25c5b3 ``` ### Explanation: * **`HEAD@{4}`** in your reflog clearly identifies `c25c5b36616ff5de4753969a6c6230d0789ba41b` as the "Production database config" commit. * **`git reset --hard`** forces the current branch pointer (`main`) back to that specific state, restoring the lost files and history.
google/gemini-3-flash-preview:medium__json_schema PASS 100% 330 in → 609 out (601 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
google/gemini-3-flash-preview:xhigh PASS 100% 347 in → 786 out (498 reasoning)
To recover the critical commit, you need to point your `main` branch back to the commit hash identified in the reflog. Based on the reflog provided, the commit **"Production database config - critical"** has the hash **`a1e37cdc932787ad6710b7475c25ce6b7144a34b`** (found at `HEAD@{4}`). Follow these steps to recover it: 1. **Switch back to the main branch:** ```bash git checkout main ``` 2. **Reset the main branch to the critical commit:** ```bash git reset --hard a1e37cdc932787ad6710b7475c25ce6b7144a34b ``` ### Explanation of the Reflog: * **`HEAD@{0}`**: This shows the `reset` command that caused the loss. It moved the branch back to the "Local database config" (`c928bfe`). * **`HEAD@{4}`**: This points directly to the moment the "Production database config - critical" commit was created. By resetting to this hash, you move your branch pointer back to that specific point in history.
google/gemini-3-flash-preview:xhigh__json_schema PASS 100% 386 in → 1,042 out (1,006 reasoning)
f70ad87330aa5b60fa8fb25eb52fd3a9e225eaef
JSON Schema Structured Output
(raw) {"ref":"f70ad87330aa5b60fa8fb25eb52fd3a9e225eaef"}
google/gemini-3.1-flash-lite-preview:high PASS 100% 352 in → 1,778 out (1,331 reasoning)
Based on the `git reflog` output, your "lost" commit is identified by the hash: **`bfa37688568e38379c671f551803353b48e1417e`**. To recover this commit and move your `main` branch back to that state, follow these steps: ### Option 1: Restore the branch exactly to that state (Recommended) Since you performed a hard reset that caused the loss, you can simply reset the branch forward to that commit hash. 1. **Switch to your `main` branch:** ```bash git checkout main ``` 2. **Reset `main` to the specific commit hash:** ```bash git reset --hard bfa37688568e38379c671f551803353b48e1417e ``` *This moves your `main` branch pointer back to the "Production database config - critical" commit, effectively undoing the accidental reset.* --- ### Option 2: Apply the commit onto the current state (Safer) If you are worried that you have done other work on `main` since the accidental reset and don't want to overwrite it, you can "cherry-pick" the commit instead. This keeps your current `main` where it is and adds the production config on top of it as a new commit. 1. **Switch to your `main` branch:** ```bash git checkout main ``` 2. **Cherry-pick the commit:** ```bash git cherry-pick bfa37688568e38379c671f551803353b48e1417e ``` **Note:** Always ensure your working directory is clean before performing a `reset --hard` so you don't lose any uncommitted changes.
google/gemini-3.1-flash-lite-preview:high__json_schema PASS 100% 348 in → 636 out (588 reasoning)
72912b2b399315813125b53f7362e25a09ab0da1
JSON Schema Structured Output
(raw) { "ref": "72912b2b399315813125b53f7362e25a09ab0da1" }
google/gemini-3.1-flash-lite-preview:low PASS 100% 336 in → 551 out (154 reasoning)
Based on the `git reflog` you provided, the commit hash for "Production database config - critical" is `b3dc9a6e82cf6566c5677dd76b6c7ffb8d15194e`. Here is how to recover that commit back into your `main` branch. ### Step 1: Switch back to the main branch Ensure you are currently on the branch where you want the commit to exist. ```bash git checkout main ``` ### Step 2: Reset main to the lost commit You can use `git reset --hard` to point your current branch pointer directly back to that specific commit hash. (Note: Only do this if you are sure you want to discard any other work that might have happened on `main` after that commit). ```bash git reset --hard b3dc9a6e82cf6566c5677dd76b6c7ffb8d15194e ``` ### Alternative Approach (Safer: Cherry-pick) If you have made other changes on `main` that you want to keep, and you only want to *add* the critical production config commit back without moving the whole branch, use `cherry-pick` instead: ```bash git cherry-pick b3dc9a6e82cf6566c5677dd76b6c7ffb8d15194e ``` **Which should you choose?** * Use **Reset** if you want `main` to look exactly like it did at the moment you made that critical commit. * Use **Cherry-pick** if you want to keep your current work and simply "copy/paste" that specific commit onto your current branch history.
google/gemini-3.1-flash-lite-preview:low__json_schema PASS 100% 408 in → 152 out (109 reasoning)
22d9de909b0ae02907f06d6f775994059862698f
JSON Schema Structured Output
(raw) {"ref": "22d9de909b0ae02907f06d6f775994059862698f"}
google/gemini-3.1-flash-lite-preview:medium PASS 100% 338 in → 849 out (478 reasoning)
Based on the `git reflog` provided, the "Production database config - critical" commit has the hash **`388c4764ee62137a4c28ac58680ef6d0139abeca`**. To recover this commit back into your `main` branch, follow these steps: ### 1. Ensure you are on the `main` branch ```bash git checkout main ``` ### 2. Apply the commit You have two options depending on how you want your history to look: **Option A: If you want to move `main` back to that exact state** If you want `main` to point directly to that commit again (as if the reset never happened), you can use `reset`: ```bash git reset --hard 388c4764ee62137a4c28ac58680ef6d0139abeca ``` **Option B: If you want to keep the current `main` history and add the commit on top** If you have made other changes since the reset and just want to "replay" that specific production commit onto your current `main`, use `cherry-pick`: ```bash git cherry-pick 388c4764ee62137a4c28ac58680ef6d0139abeca ``` ### Verification After running either command, you can confirm the commit is back by running: ```bash git log --oneline -n 5 ``` You should now see the "Production database config - critical" commit at the top of your history.
google/gemini-3.1-flash-lite-preview:medium__json_schema PASS 100% 324 in → 146 out (133 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) { "ref": "HEAD@{4}" }
google/gemini-3.1-flash-lite-preview:xhigh PASS 100% 338 in → 1,976 out (1,594 reasoning)
Based on the `git reflog` data you provided, the commit hash for the "Production database config - critical" commit is **`830c46914cce2aed5ea3cf78f2ec55077f3045c8`** (found at `HEAD@{4}`). To recover this commit and move it back onto your `main` branch, follow these steps: ### 1. Switch back to your main branch ```bash git checkout main ``` ### 2. Recover the commit You have two safe options to bring this commit back: **Option A: Using `cherry-pick` (Recommended)** This applies the changes from that specific commit onto the current tip of your `main` branch. It is the cleanest way to restore the work without potentially erasing other work you might have done since the reset. ```bash git cherry-pick 830c46914cce2aed5ea3cf78f2ec55077f3045c8 ``` **Option B: Using `reset` (Use only if you want to force `main` back exactly to that state)** If the `main` branch is still currently at the "Local database config" state and you want to completely discard that reset and return to the state where "Production database config" was the latest commit, you can reset hard: ```bash git reset --hard 830c46914cce2aed5ea3cf78f2ec55077f3045c8 ``` *Note: Make sure you do not have any uncommitted local changes before running the reset, as they will be overwritten/lost.*
google/gemini-3.1-flash-lite-preview:xhigh__json_schema PASS 100% 388 in → 611 out (568 reasoning)
920d6ca8ea884ba7e4e51bbf584bf116d2da30bb
JSON Schema Structured Output
(raw) { "ref": "920d6ca8ea884ba7e4e51bbf584bf116d2da30bb" }
google/gemini-3.1-pro-preview:high PASS 100% 344 in → 2,441 out (2,017 reasoning)
Based on the `git reflog` provided, we can find the exact hash of the lost "Production database config - critical" commit and restore it to the `main` branch. Here are the steps to recover your commit: ### 1. Identify the lost commit hash Looking at the reflog, we can see the commit you want to recover was made at `HEAD@{4}`: `e6f226903cea9d61f1cd82b0d377052521f22f66 HEAD@{4}: commit: Production database config - critical` The critical commit’s hash is **`e6f226903cea9d61f1cd82b0d377052521f22f66`** (or the short version **`e6f2269`**). ### 2. Switch back to the `main` branch Since you mentioned switching to the `backup` branch, you first need to make sure you are on `main`: ```bash git checkout main ``` ### 3. Recover the commit To bring the `main` branch back to exactly where it was before the accidental reset, use the `git reset --hard` command with the identified hash. This will fast-forward your branch back to the lost commit: ```bash git reset --hard e6f226903cea9d61f1cd82b0d377052521f22f66 ``` *(Note: Alternatively, if you wanted to keep your current branch state and simply apply the changes from that commit as a new commit, you could use `git cherry-pick e6f226903cea9d61f1cd82b0d377052521f22f66` instead.)*
google/gemini-3.1-pro-preview:high__json_schema PASS 100% 389 in → 99 out (90 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{4}"}
google/gemini-3.1-pro-preview:low PASS 100% 336 in → 694 out (440 reasoning)
To recover your lost "Production database config - critical" commit on the `main` branch, you first need to switch back to `main` and then use `git reset` to point it to the commit hash found in your reflog. Here are the commands you need to run: **1. Switch back to the main branch:** ```bash git checkout main ``` **2. Reset main to the critical commit:** From the reflog, we can see the hash for "Production database config - critical" is `6f38d82dbdd8b14a2ab77d5d9c23df53aed60386`. ```bash git reset --hard 6f38d82dbdd8b14a2ab77d5d9c23df53aed60386 ``` *(Alternatively, you could also use `git reset --hard HEAD@{4}`, but using the explicit commit hash is safer when traversing branches).* This will restore your `main` branch exactly to the state it was in when you committed the production database config, effectively undoing your accidental reset.
google/gemini-3.1-pro-preview:low__json_schema PASS 100% 392 in → 691 out (682 reasoning)
HEAD@{1}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{1}"}
google/gemini-3.1-pro-preview:medium PASS 100% 324 in → 1,644 out (1,357 reasoning)
Based on the provided `git reflog`, we can see the history of your HEAD movements and pinpoint the exact hash of the lost commit. Here are the steps to recover your "Production database config - critical" commit: **1. Identify the commit hash** Looking at `HEAD@{4}`, we can see the critical commit you want to recover: `ab87e5c7963fe95022aae3700deb66f7efbdaba5 HEAD@{4}: commit: Production database config - critical` **2. Switch back to the main branch** Since you mentioned you are currently on the `backup` branch, switch back to `main`: ```bash git checkout main ``` **3. Recover the lost commit** Use `git reset --hard` to forcefully move the `main` branch pointer back to the recovered commit: ```bash git reset --hard ab87e5c7963fe95022aae3700deb66f7efbdaba5 ``` *(Note: You can also use `git reset --hard HEAD@{4}`, but using the exact SHA hash is generally safer in case your `HEAD` shifts while typing commands).* Your `main` branch is now successfully restored to include the critical production database configuration!
google/gemini-3.1-pro-preview:medium__json_schema PASS 100% 388 in → 384 out (376 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
google/gemini-3.1-pro-preview:xhigh PASS 100% 331 in → 2,426 out (2,138 reasoning)
Based on the provided reflog, the lost "Production database config - critical" commit has the hash **`6f2829a296e82bfad49b627cc5839ef2cebdd250`** (or `6f2829a` for short). Here are the commands to recover it: **1. Switch back to the `main` branch** (since the prompt mentions you navigated to `backup`): ```bash git checkout main ``` **2. Reset `main` to the specific commit hash found in the reflog:** ```bash git reset --hard 6f2829a296e82bfad49b627cc5839ef2cebdd250 ``` *(Note: You can also use `git reset --hard HEAD@{4}` or `git reset --hard 6f2829a`)* ### Why this works: * `git checkout main` ensures you are applying the recovery to the correct branch. * `git reset --hard <commit-hash>` takes your current `main` branch pointer (which was mistakenly rolled back) and forcefully moves it forward again to the exact state of the "Production database config - critical" commit, recovering your work.
google/gemini-3.1-pro-preview:xhigh__json_schema PASS 100% 389 in → 193 out (184 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{4}"}
google/gemini-3.5-flash-lite:high PASS 100% 335 in → 2,151 out (1,944 reasoning)
To recover the lost "Production database config - critical" commit on your `main` branch, follow these steps: 1. **Switch back to the `main` branch** (since you are currently on `backup`): ```bash git checkout main ``` *(Alternatively: `git switch main`)* 2. **Reset `main` to the lost commit** using its commit hash found in the reflog (`c11a01218bff4c9b3f6c192446f478f222a1ae95`): ```bash git reset --hard c11a01218bff4c9b3f6c192446f478f222a1ae95 ``` This will successfully point your `main` branch back to the critical production configuration commit and restore your working tree to that state.
google/gemini-3.5-flash-lite:high__json_schema PASS 100% 336 in → 588 out (579 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{4}"}
google/gemini-3.5-flash-lite:low PASS 100% 348 in → 246 out (0 reasoning)
To recover the lost 'Production database config - critical' commit while you are currently on the `backup` branch, you can use the commit hash found in the reflog (`e041e22232b2d0e87a278e3a12364cc3aa994a10`) and cherry-pick it or merge it into your current branch. Here are the steps to recover it: 1. **Cherry-pick the critical commit** directly into your current branch: ```bash git cherry-pick e041e22232b2d0e87a278e3a12364cc3aa994a10 ``` *(Alternative: If you want to put the commit back onto the `main` branch specifically, you can switch back to `main` and reset it forward to that commit using `git reset --hard e041e22232b2d0e87a278e3a12364cc3aa994a10`.)*
google/gemini-3.5-flash-lite:low__json_schema PASS 100% 395 in → 47 out (0 reasoning)
a2366779f401628f021ea1e3772882148f0ada37
JSON Schema Structured Output
(raw) { "ref": "a2366779f401628f021ea1e3772882148f0ada37" }
google/gemini-3.5-flash-lite:max PASS 100% 333 in → 1,331 out (1,118 reasoning)
Based on the `git reflog` output, the lost commit **"Production database config - critical"** has the hash **`35e73b2f7dde4b4ce467c9dface4480527ee579d`** (and can also be referenced as `HEAD@{4}`). To recover it and bring your `main` branch back to that critical commit, run the following commands: ```bash # 1. Switch back to the main branch git checkout main # 2. Reset main to the lost commit using its hash (or reflog reference) git reset --hard 35e73b2f7dde4b4ce467c9dface4480527ee579d ``` *(Alternatively, you can use the reflog shortcut: `git reset --hard HEAD@{4}` after switching back to main, though hashes are safer if other actions were taken since).*
google/gemini-3.5-flash-lite:max__json_schema PASS 100% 389 in → 847 out (839 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
google/gemini-3.5-flash-lite:medium PASS 100% 342 in → 1,038 out (837 reasoning)
To recover the lost "Production database config - critical" commit, you can use its commit hash found in the reflog (`2445865e820bb30b637185fd424a793b921391af`) and reset the `main` branch to point to it. Run the following commands in your terminal: ```bash # 1. Switch back to the main branch git checkout main # 2. Reset main to the critical production config commit using its hash git reset --hard 2445865e820bb30b637185fd424a793b921391af ``` Alternatively, you can use the reflog shortcut relative to `main`'s history, but using the explicit commit hash is the safest and most direct way to restore your work.
google/gemini-3.5-flash-lite:medium__json_schema PASS 100% 341 in → 666 out (653 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) { "ref": "HEAD@{4}" }
google/gemini-3.5-flash-lite:xhigh PASS 100% 341 in → 1,654 out (1,439 reasoning)
To recover the lost "Production database config - critical" commit, you can use the commit hash found in the reflog (`3d127fd5764d700f1d77a7aea0b8e6a26edcd704`) and reset the `main` branch back to it. Run the following commands: ```bash # Switch back to the main branch git checkout main # Reset main to the critical production commit hash found in the reflog git reset --hard 3d127fd5764d700f1d77a7aea0b8e6a26edcd704 ``` *(Alternatively, you can update the `main` branch directly without checking it out first using: `git branch -f main 3d127fd5764d700f1d77a7aea0b8e6a26edcd704`)*
google/gemini-3.5-flash-lite:xhigh__json_schema PASS 100% 402 in → 764 out (751 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) { "ref": "HEAD@{4}" }
google/gemini-3.5-flash:high PASS 100% 343 in → 1,804 out (1,490 reasoning)
To recover the "Production database config - critical" commit onto your `main` branch, follow these steps: ### Step 1: Identify the Commit Hash According to your `git reflog`, the commit for **"Production database config - critical"** has the hash: `17c77375d38b86acb0e5601c0c637009973ad653` (or `HEAD@{4}`). --- ### Step 2: Switch to the `main` branch If you are currently on the `backup` branch, switch back to `main`: ```bash git checkout main ``` --- ### Step 3: Recover the Commit Run a hard reset to move the pointer of your `main` branch back to the critical production commit: ```bash git reset --hard 17c77375d38b86acb0e5601c0c637009973ad653 ``` *(Alternatively, you can use the reflog reference instead of the hash: `git reset --hard HEAD@{4}`)* ### Verification To confirm you have successfully recovered the commit, check your commit history on `main`: ```bash git log --oneline ``` You should now see **"Production database config - critical"** back at the top of your `main` branch history.
google/gemini-3.5-flash:high__json_schema PASS 100% 391 in → 1,263 out (1,255 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
google/gemini-3.5-flash:low PASS 100% 341 in → 936 out (592 reasoning)
To recover the lost "Production database config - critical" commit, follow these steps: ### Step 1: Switch back to the `main` branch Since you are currently on the `backup` branch, switch back to `main`: ```bash git checkout main ``` ### Step 2: Recover the commit From the reflog, we can see that the commit hash for **"Production database config - critical"** is `42e231c78958dec8408271197854320582edf6b6` (referenced at `HEAD@{4}`). You can recover this commit in one of two ways depending on your goal: #### Option A: Move `main` back to this commit (Recommended) If you want to completely restore the `main` branch to the state of the critical production config (discarding the accidental reset): ```bash git reset --hard 42e231c7 ``` *(Note: You can use the short hash `42e231c7` or the full hash `42e231c78958dec8408271197854320582edf6b6`).* #### Option B: Cherry-pick the commit onto your current `main` If you want to apply the lost production config as a new commit on top of whatever your current `main` branch looks like without altering recent history: ```bash git cherry-pick 42e231c7 ```
google/gemini-3.5-flash:low__json_schema PASS 100% 394 in → 175 out (166 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{4}"}
google/gemini-3.5-flash:medium PASS 100% 328 in → 1,871 out (1,600 reasoning)
To recover the lost **"Production database config - critical"** commit, you can identify its commit hash from the reflog and reset your `main` branch back to it. ### Step 1: Identify the Commit Hash Looking at your `git reflog`, the commit you want to recover is at `HEAD@{4}`: * **Commit Hash:** `a00ff36c9feedef519fd5e2c60afd1c98654f4d7` * **Message:** `commit: Production database config - critical` --- ### Step 2: Recover the Commit Run the following commands in your terminal to switch back to the `main` branch and restore it to that commit: 1. **Switch back to the `main` branch:** ```bash git checkout main ``` 2. **Reset `main` to the critical production commit:** ```bash git reset --hard a00ff36c9feedef519fd5e2c60afd1c98654f4d7 ``` *(Note: Using `--hard` will discard any uncommitted files in your working directory, ensuring your workspace matches the production config commit exactly).*
google/gemini-3.5-flash:medium__json_schema PASS 100% 393 in → 2,216 out (2,203 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) { "ref": "HEAD@{4}" }
google/gemini-3.5-flash:xhigh PASS 100% 340 in → 1,262 out (975 reasoning)
Based on the git reflog provided, the commit with the message **"Production database config - critical"** has the hash **`efd01f49e5057f7b96f6584a400763d58281efde`** (visible at `HEAD@{4}`). Since you are currently on the `backup` branch, here are the steps to recover this commit and restore it to the `main` branch: ### Step 1: Switch back to the `main` branch ```bash git checkout main ``` ### Step 2: Reset `main` to the critical commit Force the `main` branch pointer (and your working directory) back to the hash of the lost commit: ```bash git reset --hard efd01f49e5057f7b96f6584a400763d58281efde ``` *(Note: You can also use the shorthand hash `efd01f4`)* --- ### Alternative (Using Reflog Reference) If you haven't performed any new Git operations since pasting this log, you can also reset directly using the reflog reference: ```bash git checkout main git reset --hard HEAD@{4} ```
google/gemini-3.5-flash:xhigh__json_schema PASS 100% 390 in → 1,224 out (1,215 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{4}"}
google/gemini-3.6-flash:high PASS 100% 345 in → 1,445 out (1,230 reasoning)
To recover the lost "Production database config - critical" commit, identify its commit hash from the reflog: * **Target Commit Hash:** `3a883245f81cfa668849d93953d656f2aa0b2c95` (or shortened to `3a883245`), found at `HEAD@{4}`. --- ### Method 1: Switch to `main` and hard reset (Recommended) Run the following commands: ```bash # 1. Switch back to the main branch git checkout main # 2. Reset main back to the critical commit git reset --hard 3a883245 ``` --- ### Method 2: Update `main` directly without switching branches If you want to stay on the `backup` branch while restoring `main`: ```bash git branch -f main 3a883245 ```
google/gemini-3.6-flash:high__json_schema PASS 100% 404 in → 845 out (832 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) { "ref": "HEAD@{4}" }
google/gemini-3.6-flash:low PASS 100% 338 in → 524 out (268 reasoning)
To recover the lost **"Production database config - critical"** commit, follow these steps: ### 1. Identify the Commit Hash From the reflog output, the commit hash for "Production database config - critical" is: `938fafa18275ef8e879132f17e3dec5507b865d8` (or short form: `938fafa`) ```text 938fafa18275ef8e879132f17e3dec5507b865d8 HEAD@{4}: commit: Production database config - critical ``` --- ### 2. Commands to Recover Run the following commands in your terminal: ```bash # Switch back to the main branch git checkout main # Hard reset main to point to the production config commit git reset --hard 938fafa ``` Alternatively, if you want to restore it without resetting your working directory state unexpectedly, you can cherry-pick it or merge it: ```bash git checkout main git cherry-pick 938fafa ```
google/gemini-3.6-flash:low__json_schema PASS 100% 393 in → 165 out (152 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) { "ref": "HEAD@{4}" }
google/gemini-3.6-flash:max PASS 100% 332 in → 1,339 out (1,040 reasoning)
Based on the `git reflog` output, the commit **"Production database config - critical"** is located at commit hash **`87e062cb350f4069daaba95a1e18427261a490ba`** (or `HEAD@{4}`). Here are the step-by-step Git commands to recover it onto the `main` branch: ### Step 1: Switch back to the `main` branch ```bash git checkout main ``` ### Step 2: Reset `main` to the critical production commit You can use either the **commit hash** or the **reflog reference**: **Using the commit hash:** ```bash git reset --hard 87e062cb350f4069daaba95a1e18427261a490ba ``` *OR* **Using the reflog reference:** ```bash git reset --hard HEAD@{4} ``` --- ### Alternative (if you want to apply it as a new commit without losing working directory changes): ```bash git checkout main git cherry-pick 87e062cb350f4069daaba95a1e18427261a490ba ```
google/gemini-3.6-flash:max__json_schema PASS 100% 346 in → 832 out (824 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
google/gemini-3.6-flash:medium PASS 100% 336 in → 1,089 out (888 reasoning)
To recover the lost **"Production database config - critical"** commit, you can see from the reflog that its commit hash is **`fc557f6`** (found at `HEAD@{4}`). Here are the step-by-step commands to restore `main` back to that commit: ### 1. Switch back to the `main` branch ```bash git checkout main ``` ### 2. Reset `main` to the critical commit Run a hard reset pointing directly to the commit hash `fc557f6` (or `HEAD@{4}`): ```bash git reset --hard fc557f6 ``` --- ### Verification You can verify that the commit is successfully restored on `main` by running: ```bash git log --oneline -n 2 ``` You should see **"Production database config - critical"** as the latest commit on `main`.
google/gemini-3.6-flash:medium__json_schema PASS 100% 326 in → 693 out (685 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
google/gemini-3.6-flash:xhigh PASS 100% 347 in → 1,280 out (1,015 reasoning)
To recover the lost **"Production database config - critical"** commit, you can see from the reflog that its commit hash is **`24e6568e161705f457cfc15692c4162fff71a213`** (referenced at `HEAD@{4}`). Here are the step-by-step commands to recover it: ### Step 1: Switch back to the `main` branch ```bash git checkout main ``` ### Step 2: Reset `main` to the lost commit Use `git reset --hard` with the commit hash: ```bash git reset --hard 24e6568e161705f457cfc15692c4162fff71a213 ``` *(Alternatively, you can use the reflog reference directly: `git reset --hard HEAD@{4}`)* --- ### Verification To verify that `main` is restored back to the critical commit, run: ```bash git log --oneline ``` You should see **"Production database config - critical"** as the latest commit on `main`.
google/gemini-3.6-flash:xhigh__json_schema PASS 100% 342 in → 864 out (856 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
google/gemma-4-26b-a4b-it:high PASS 100% 352 in → 911 out (464 reasoning)
To recover the lost commit, you need to switch back to the `main` branch and then perform a `reset` to the specific commit hash identified in your reflog. Based on the reflog provided, the commit **'Production database config - critical'** is: `98be9352b15e0f2d16992c30ccc8c2caa17f93e4`. ### The Solution Run the following commands in your terminal: 1. **Switch back to the main branch:** ```bash git checkout main ``` 2. **Reset the main branch to the critical commit:** ```bash git reset --hard 98be935 ``` --- ### Explanation of what happened: 1. **The Identification:** Looking at `HEAD@{4}`, we see that `98be935` is the unique identifier (hash) for the "Production database config - critical" commit. 2. **The Recovery:** When you performed the `reset` earlier, you moved the pointer of `main` backward in time, making the production commit "orphaned" (it still existed in Git's memory, but no branch was pointing to it). 3. **The Fix:** By using `git reset --hard 98be935`, you are telling Git: *"Take the current branch (main) and force its pointer to move exactly to this specific commit, and make my working directory match it perfectly."*
google/gemma-4-26b-a4b-it:high__json_schema PASS 100% 356 in → 771 out (571 reasoning)
e9634134c454dce66ce6b1a07f1ea44420e1fe98
JSON Schema Structured Output
(raw) { "ref": "e9634134c454dce66ce6b1a07f1ea44420e1fe98" }
google/gemma-4-26b-a4b-it:low PASS 100% 361 in → 777 out (356 reasoning)
To recover the lost commit, follow these steps: ### 1. Identify the Commit Hash Looking at the `reflog` provided, the commit titled **"Production database config - critical"** is located at: `a408a70b384c142c34e38ee98ae9f2c8b00cd689` (found at `HEAD@{4}`) ### 2. Switch back to the `main` branch Since you are currently on the `backup` branch, you must return to `main` before you can fix it: ```bash git checkout main ``` ### 3. Reset `main` to the critical commit Use the `git reset --hard` command with the hash you identified to force the `main` branch back to that state: ```bash git reset --hard a408a70b384c142c34e38ee98ae9f2c8b00cd689 ``` **Summary of what happened:** The `reflog` acts as a safety net that records every time the `HEAD` of your repository moves. Even though the `reset` command "deleted" the commit from your visible branch history, the commit object still existed in Git's database. By finding its unique hash in the reflog, you were able to point the `main` branch back to it.
google/gemma-4-26b-a4b-it:low__json_schema PASS 100% 372 in → 566 out (297 reasoning)
3462624a3451570a64f3899c0c770269d455c9c6
JSON Schema Structured Output
(raw) { "ref": "3462624a3451570a64f3899c0c770269d455c9c6" }
google/gemma-4-26b-a4b-it:medium PASS 100% 352 in → 1,068 out (591 reasoning)
To recover the lost commit, you need to identify the commit hash from the reflog and then reset your `main` branch back to that specific point. ### 1. Identify the Commit Hash Looking at your reflog, the commit titled **"Production database config - critical"** is located at `HEAD@{4}`. The hash for this commit is: **`3e4485ae049e0798d5efd2cd4c4042e85adf6c93`** ### 2. Recovery Steps Since you are currently on the `backup` branch, follow these commands to restore the `main` branch: ```bash # 1. Switch back to the main branch git checkout main # 2. Force the main branch to point to the critical commit git reset --hard 3e4485ae049e0798d5efd2cd4c4042e85adf6c93 ``` ### Explanation: * **`git checkout main`**: Moves you from the `backup` branch back to the `main` branch where the loss occurred. * **`git reset --hard <hash>`**: This tells Git to move the `main` branch pointer directly to the critical commit and overwrite the current working directory to match that state. This effectively "undoes" the accidental reset you performed earlier.
google/gemma-4-26b-a4b-it:medium__json_schema PASS 100% 355 in → 611 out (472 reasoning)
c0d164ae7b44a34edc7b3095767e0e0f66cbde8f
JSON Schema Structured Output
(raw) { "ref": "c0d164ae7b44a34edc7b3095767e0e0f66cbde8f" }
google/gemma-4-26b-a4b-it:none PASS 100% 358 in → 284 out (0 reasoning)
To recover the lost commit, you need to identify the hash associated with the "Production database config - critical" commit from the reflog and then reset your `main` branch back to that specific state. Based on the reflog provided, the commit hash for the critical production config is **`11748f30075d557379e89cfcc78759e38a5ed27d`** (located at `HEAD@{4}`). Follow these steps in your terminal: ### 1. Switch back to the `main` branch Since you are currently on the `backup` branch, you must return to `main` to perform the recovery. ```bash git checkout main ``` ### 2. Reset `main` to the lost commit Use the `git reset --hard` command with the identified hash to force the `main` branch to point back to the critical production configuration. ```bash git reset --hard 11748f30075d557379e89cfcc78759e38a5ed27d ``` **Verification:** You can run `git log --oneline` to confirm that the top commit is now the "Production database config - critical".
google/gemma-4-26b-a4b-it:none__json_schema PASS 100% 350 in → 47 out (0 reasoning)
0de24386da75f4434bc90238d82e29a362f4a6bc
JSON Schema Structured Output
(raw) { "ref": "0de24386da75f4434bc90238d82e29a362f4a6bc" }
google/gemma-4-26b-a4b-it:xhigh PASS 100% 354 in → 954 out (568 reasoning)
To recover the lost commit, you need to identify its unique hash from the reflog and then perform a hard reset on the `main` branch to that specific hash. Based on the reflog provided, the commit **"Production database config - critical"** is associated with the hash `f9fe94712238d0b426d2b080e73b1bbdc6ec1c7e`. Follow these steps: ### 1. Switch back to the `main` branch Since you are currently on the `backup` branch, you must first move back to `main`. ```bash git checkout main ``` ### 2. Reset `main` to the critical commit Use the `git reset --hard` command followed by the hash you found in the reflog. This will force the `main` branch pointer to move back to the production config commit and overwrite the current working directory to match that state. ```bash git reset --hard f9fe94712238d0b426d2b080e73b1bbdc6ec1c7e ``` ### Summary of what happened: 1. **The Identification:** By looking at `HEAD@{4}` in your reflog, we saw that `f9fe9471` was the hash for the "Production database config - critical" commit. 2. **The Fix:** Even though the `main` branch pointer "moved away" from that commit during your reset, the commit still exists in Git's database for a period of time. The `reflog` acts as a map to find these "orphaned" commits. 3. **The Result:** Your `main` branch is now back at the critical production configuration.
google/gemma-4-26b-a4b-it:xhigh__json_schema PASS 100% 354 in → 623 out (386 reasoning)
0bfa6c6879e341e4f5a5f82e3fe19f18c7ce1ec4
JSON Schema Structured Output
(raw) { "ref": "0bfa6c6879e341e4f5a5f82e3fe19f18c7ce1ec4" }
google/gemma-4-31b-it:high PASS 100% 358 in → 836 out (1 reasoning)
To recover the critical production config, follow these steps: ### 1. Identify the Commit Hash Looking at the reflog, the commit titled **"Production database config - critical"** is associated with the hash: `14a6ef6d36047546c77a0e11361507ee22546041` ### 2. Recover the Commit Since you are currently on the `backup` branch, you need to switch back to `main` and force it to point to that specific hash. Run the following commands in your terminal: ```bash # Switch back to the main branch git checkout main # Reset the main branch to the critical commit hash git reset --hard 14a6ef6d36047546c77a0e11361507ee22546041 ``` **Explanation:** * `git checkout main`: Moves your working directory back to the branch where the loss occurred. * `git reset --hard <hash>`: Moves the branch pointer (HEAD) and updates your files to match the exact state of the specified commit, effectively undoing the previous accidental reset.
google/gemma-4-31b-it:high__json_schema PASS 100% 349 in → 939 out (753 reasoning)
e8c2f91fd1b1105e91d3f9bfdc3cf64d6595dbcb
JSON Schema Structured Output
(raw) { "ref": "e8c2f91fd1b1105e91d3f9bfdc3cf64d6595dbcb" }
google/gemma-4-31b-it:low PASS 100% 351 in → 1,015 out (415 reasoning)
Based on the reflog provided, the commit you are looking for is: **`d687ff3301316db1ee6771d9fa0e914ea1fb0e6c`** (HEAD@{4}). Since you are currently on the `backup` branch and want to restore this commit to the `main` branch, follow these steps: ### 1. Switch back to the `main` branch ```bash git checkout main ``` ### 2. Recover the commit You have two primary options depending on whether you want to overwrite everything or just "grab" that specific commit. **Option A: Hard Reset (The fastest way to go back to exactly how it was)** Use this if you want the `main` branch to point exactly to that critical commit and discard any changes made since the reset. ```bash git reset --hard d687ff3301316db1ee6771d9fa0e914ea1fb0e6c ``` **Option B: Cherry-pick (The safest way)** Use this if you have since made other changes to `main` that you want to keep, but you just want to "pluck" the critical config commit and add it to the top of your history. ```bash git cherry-pick d687ff3301316db1ee6771d9fa0e914ea1fb0e6c ``` ### Summary of what happened in your reflog: 1. **`HEAD@{4}`**: You created the **Production database config** commit (`d687ff3`). 2. **`HEAD@{3}`**: You switched to the `backup` branch. 3. **`HEAD@{2}`**: You committed some "Staging" work (`493dac4`). 4. **`HEAD@{1}`**: You switched back to `main`. 5. **`HEAD@{0}`**: You performed a `reset HEAD~1`, which moved the pointer back to the initial "Local database config" commit, effectively "hiding" the production commit from the branch history.
google/gemma-4-31b-it:low__json_schema PASS 100% 350 in → 628 out (468 reasoning)
dbc7a445033a818c80f8e0753f485549284992a6
JSON Schema Structured Output
(raw) { "ref": "dbc7a445033a818c80f8e0753f485549284992a6" }
google/gemma-4-31b-it:medium PASS 100% 348 in → 683 out (324 reasoning)
To recover the critical production config commit, follow these steps: ### 1. Identify the Commit Hash Looking at the reflog, the commit titled **"Production database config - critical"** is associated with the hash: `dffead5635f36132121ff573a5694fe12b653600` ### 2. Run the Recovery Commands Since you are currently on the `backup` branch, you need to switch back to `main` and reset it to that specific hash. ```bash # Switch back to the main branch git checkout main # Reset the main branch to the critical commit git reset --hard dffead5635f36132121ff573a5694fe12b653600 ``` ### Explanation of what happened: * **`git checkout main`**: Moves your working directory back to the branch you want to fix. * **`git reset --hard <hash>`**: This forces the branch pointer back to the specific commit you found in the reflog, effectively "undoing" the accidental reset and restoring the lost files and commit history.
google/gemma-4-31b-it:medium__json_schema PASS 100% 359 in → 442 out (272 reasoning)
4860ea75c457262b53a3b5fe0d8748b65a159f44
JSON Schema Structured Output
(raw) {"ref": "4860ea75c457262b53a3b5fe0d8748b65a159f44"}
google/gemma-4-31b-it:none PASS 100% 337 in → 225 out (0 reasoning)
To recover the critical production config commit, you need to move the `main` branch pointer back to the commit hash where that work existed. Based on the reflog, the "Production database config - critical" commit is at hash **`4a7e286`**. Follow these steps: 1. **Switch back to the `main` branch** (since you are currently on `backup`): ```bash git checkout main ``` 2. **Reset the `main` branch to the critical commit**: ```bash git reset --hard 4a7e286 ``` **Explanation:** * `HEAD@{0}` shows the reset that caused the data loss (moving back to `fb59867`). * `HEAD@{4}` explicitly labels the commit `4a7e286` as "Production database config - critical". * Using `git reset --hard` forces the current branch to point exactly to that commit and restores the files in your working directory.
google/gemma-4-31b-it:none__json_schema PASS 100% 354 in → 43 out (0 reasoning)
94afed39cb5996280d813533039e5f64906e6e3d
JSON Schema Structured Output
(raw) {"ref":"94afed39cb5996280d813533039e5f64906e6e3d"}
google/gemma-4-31b-it:xhigh PASS 100% 356 in → 1,021 out (1 reasoning)
To recover the lost commit, you need to identify the commit hash associated with the "Production database config - critical" message in the reflog and then reset your `main` branch to that hash. Based on the reflog provided: The commit hash for **"Production database config - critical"** is `a04136768958df122caebcfdd4dc371588496f96`. Here are the commands to recover it: ### 1. Switch back to the `main` branch Since you are currently on the `backup` branch, you must first return to `main`. ```bash git checkout main ``` ### 2. Reset the branch to the lost commit Use `git reset --hard` followed by the commit hash to force the branch pointer back to the critical config. ```bash git reset --hard a04136768958df122caebcfdd4dc371588496f96 ``` **Alternative (Shorter Version):** If you don't want to type the whole hash, you can use the reflog index: ```bash git checkout main git reset --hard HEAD@{4} ``` **Verification:** You can run `git log` to confirm that the "Production database config - critical" commit is now the head of your `main` branch.
google/gemma-4-31b-it:xhigh__json_schema PASS 100% 333 in → 495 out (371 reasoning)
7adeba285aabdbaea46214cbc61de2b38f10311d
JSON Schema Structured Output
(raw) { "ref": "7adeba285aabdbaea46214cbc61de2b38f10311d" }
ibm-granite/granite-4.1-8b PASS 100% 283 in → 427 out
To recover the lost "Production database config - critical" commit using `git reflog` on the `main` branch, follow these steps: 1. **Examine the reflog** to identify the commit hash of the lost "Production database config - critical" commit. The relevant entry from the reflog is: ``` b2f933902232a23e378fb417c827d75b0dcdd0b7 HEAD@{4}: commit: Production database config - critical ``` This entry indicates that the commit with the hash `b2f933902232a23e378fb417c827d75b0dcdd0b7` is the one you need to recover. 2. **Checkout the lost commit** by using the commit hash from the reflog: ```bash git checkout b2f933902232a23e378fb417c827d75b0dcdd0b7 ``` 3. **Verify the recovery** by checking the current state of the repository, ensuring that the production database configuration is present: ```bash git log --oneline ``` You should see the "Production database config - critical" commit in the log. 4. **(Optional) Reset or rebase** if you need to integrate this commit into your current branch or workflow. For example, if you want to merge it back into `main` or apply it to the `backup` branch, you can use: ```bash # To merge it into main: git checkout main git merge b2f933902232a23e378fb417c827d75b0dcdd0b7 # Or, to rebase it onto the current `backup` branch: git checkout backup git rebase b2f933902232a23e378fb417c827d75b0dcdd0b7 ``` By following these steps, you can successfully recover the critical production database configuration that was lost during the reset operation.
ibm-granite/granite-4.1-8b__json_schema PASS 100% 277 in → 476 out
How to recover the lost 'Production database config - critical' commit using git reflog on the `main` branch. The steps are as follows: 1. **Examine the reflog**: You already have the reflog output provided. It shows the recent history of the `HEAD` on the `main` branch. 2. **Identify the commit hash for the lost configuration**: - In the reflog, locate the entry that corresponds to the critical production config commit. It is listed as: ``` 8e0ec979d134598bca649aceafff646f5f16e67 HEAD@{4}: commit: Production database config - critical ``` - The commit hash for this entry is `8e0ec979d134598bca649aceafff646f5f16e67`. 3. **Recover the commit**: Use the `git checkout` command with the commit hash to restore the file(s) containing the critical configuration. Execute the following command in your repository root: ``` git checkout 8e0ec979d134598bca649aceafff646f5f16e67 -- path/to/your/config/file ``` Replace `path/to/your/config/file` with the actual path to the configuration file you want to recover. If you need to restore the entire working tree to the state of that commit, you can run: ``` git checkout 8e0ec979d134598bca649aceafff646f5f16e67 . ``` 4. **Verify the recovery**: Ensure the critical production configuration file(s) are restored and contain the expected content. 5. **Optionally, create a new commit**: After recovering the configuration, you may want to create a new commit on the `main` branch to record the recovery. ``` git add path/to/your/config/file git commit -m "Recover Production database config - critical." ``` By following these steps, you can successfully recover the lost 'Production database config - critical' commit using the reflog." }
JSON Schema Structured Output
(raw) { "ref": "How to recover the lost 'Production database config - critical' commit using git reflog on the `main` branch. The steps are as follows:\n1. **Examine the reflog**: You already have the reflog output provided. It shows the recent history of the `HEAD` on the `main` branch.\n2. **Identify the commit hash for the lost configuration**:\n - In the reflog, locate the entry that corresponds to the critical production config commit. It is listed as:\n ```\n 8e0ec979d134598bca649aceafff646f5f16e67 HEAD@{4}: commit: Production database config - critical\n ```\n - The commit hash for this entry is `8e0ec979d134598bca649aceafff646f5f16e67`.\n3. **Recover the commit**: Use the `git checkout` command with the commit hash to restore the file(s) containing the critical configuration. Execute the following command in your repository root:\n ```\n git checkout 8e0ec979d134598bca649aceafff646f5f16e67 -- path/to/your/config/file\n ```\n Replace `path/to/your/config/file` with the actual path to the configuration file you want to recover. If you need to restore the entire working tree to the state of that commit, you can run:\n ```\n git checkout 8e0ec979d134598bca649aceafff646f5f16e67 .\n ```\n4. **Verify the recovery**: Ensure the critical production configuration file(s) are restored and contain the expected content.\n5. **Optionally, create a new commit**: After recovering the configuration, you may want to create a new commit on the `main` branch to record the recovery.\n ```\n git add path/to/your/config/file\n git commit -m \"Recover Production database config - critical.\"\n ```\nBy following these steps, you can successfully recover the lost 'Production database config - critical' commit using the reflog.\"\n}" }
inclusionai/ling-2.6-flash PASS 100% 354 in → 898 out
The **goal** is to recover the lost commit: ``` 747afbd9be1c436cb689205a7e1b1dec925bcdda — "Production database config - critical" ``` You mentioned: - You were on `main` - You did a `reset main back to 'Local database config'` — that’s `HEAD@{0}: reset: moving to HEAD~1`, which removed the "Production database config - critical" commit - Then you `checkout` from `backup` to `main` — now on `main` at `HEAD@{1}` - You're now on `main`, and the critical commit is **dangling** (not referenced), but still reachable via `reflog` --- ### ✅ Step-by-step: Recover using `git reflog` #### 1. **View the reflog for `main`** ```bash git reflog main ``` You should see entries like: ``` 6a670e7 HEAD@{0}: reset: moving to HEAD~1 747afbd HEAD@{1}: checkout: moving from backup to main 82d253f HEAD@{2}: commit: Staging database config 747afbd HEAD@{3}: checkout: moving from main to backup 747afbd HEAD@{4}: commit: Production database config - critical 6a670e7 HEAD@{5}: commit (initial): Local database config ``` > Note: The critical commit `747afbd` is at `HEAD@{4}` — but it's **not** on any branch now because it was reset away. #### 2. **Recover the commit** You can create a new branch or reset `main` back to that commit. ##### Option A: **Create a new branch to safely recover it** ```bash git branch recover-critical 747afbd9be1c436cb689205a7e1b1dec925bcdda ``` Now you have a branch `recover-critical` pointing to the lost commit. ##### Option B: **Reset `main` back to the critical commit** (if you want it back on main) ```bash git reset --hard 747afbd9be1c436cb689205a7e1b1dec925bcdda ``` > ⚠️ Warning: This will overwrite your current working directory and undo the reset and checkout. But since you just checked out from `backup`, and haven’t made new commits, this is likely safe. #### 3. **Verify the recovery** ```bash git log --oneline ``` You should now see: ``` 747afbd (HEAD) Production database config - critical 82d253f Staging database config 6a670e7 Local database config ``` And if you want to keep both changes (local + production), you may need to **merge** or **cherry-pick** appropriately. --- ### ✅ Final Recommendation To **safely recover** without losing current work: ```bash git branch production-recovery 747afbd9be1c436cb689205a7e1b1dec925bcdda ``` Then inspect it: ```bash git checkout production-recovery git log --oneline ``` Now you can merge it back into `main` if needed: ```bash git checkout main git merge production-recovery ``` --- ### 🔍 Why This Works - `git reflog` records changes to the tip of branches, even after resets or checkouts. - Even though the commit was "lost" from `main`, it’s still in the reflog. - You can reference it by its hash to restore it. ✅ You’ve successfully recovered the **critical production config**!
inclusionai/ling-2.6-flash__json_schema PASS 100% 351 in → 57 out
HEAD@{4}: commit: Production database config - critical (b6ca18bfecc8be076ca00765185f63f233e1afe7)
JSON Schema Structured Output
(raw) { "ref": "HEAD@{4}: commit: Production database config - critical (b6ca18bfecc8be076ca00765185f63f233e1afe7)" }
liquid/lfm-2-24b-a2b PASS 100% 291 in → 680 out
Let's break down what happened and how you can recover your lost **critical** production config commit using `git reflog`. ### What Happened - You were on the **main** branch. - You did a `git reset` to go back (to an earlier state). - Then, you switched to the **backup** branch. - Now, on the main branch, you only see commits up to the last reset point. Your `reflog` shows: ``` 3f97095b5fb47e7184a443a6946c90f19eda8171 HEAD@{0}: reset: moving to HEAD~1 d39d9d60f51f2da5cb592ff5b1151233b245f5d6 HEAD@{1}: checkout: moving from backup to main bcf1d50dc2f675886fc4e143d0e6982de73b073f HEAD@{2}: commit: Staging database config d39d9d60f51f2da5cb592ff5b1151233b245f5d6 HEAD@{3}: checkout: moving from main to backup d39d9d60f51f2da5cb592ff5b1151233b245f5d6 HEAD@{4}: commit: Production database config - critical 3f97095b5fb47e7184a443a6946c90f19eda8171 HEAD@{5}: commit (initial): Local database config ``` The **critical commit** (`d39d9d60...`) is at `HEAD@{4}`, but after that, you switched branches and reset, so it's not visible in the current branch history. --- ## How to Recover ### 1. Find the Commit Hash From the `reflog`, the critical commit hash is: ``` d39d9d60f51f2da5cb592ff5b1151233b245f5d6 ``` ### 2. Checkout That Commit On your main branch, run: ```sh git checkout d39d9d60f51f2da5cb592ff5b1151233b245f5d6 ``` This will put you on that commit, even if it's not currently in your branch history. ### 3. (Optional) Create a New Branch From That Commit If you want to keep this commit as a branch for future reference: ```sh git checkout -b critical-production-config d39d9d60f51f2da5cb592ff5b1151233b245f5d6 ``` --- ## Summary - The lost commit is at hash `d39d9d60...` - Use `git checkout <hash>` to restore it. - If you want to keep it as a branch, use `git checkout -b ...`. --- **Tip:** After recovering, consider making a new branch for important configs or rebasing/maintaining a clean history. --- **Let me know if you need help with anything else!**
minimax/minimax-m2.5:high PASS 100% 320 in → 2,037 out (1,736 reasoning)
The commit you need is the one that shows up as **HEAD@{4}** in the reflog – it is the “Production database config – critical” commit: ``` 46abf4d0e5b9ecdc6bd6e906a3a8db677099c4b5 ``` Because you’ve already switched to the **backup** branch, first get back onto **main**, then point it back to that commit. The simplest way is to use the reflog reference `HEAD@{4}` (or paste the full SHA): ```bash # Make sure you are on the main branch git checkout main # Restore the lost commit (reset main to the critical commit) git reset --hard HEAD@{4} # or, using the SHA: git reset --hard 46abf4d0e5b9ecdc6bd6e906a3a8db677099c4b5 ``` After running the above, `main` will again point to the **Production database config – critical** commit, and you’ll have recovered the lost work. If you’d like to keep the previous “Local database config” commit safe as well, you can create a branch or tag before the reset, e.g.: ```bash git branch local-config-backup d75d44c9 ``` That’s all you need to do to recover the critical production config commit using the reflog. Happy coding!
minimax/minimax-m2.5:high__json_schema PASS 100% 289 in → 5,512 out (4,981 reasoning)
Here’s how to get the lost “Production database config – critical” commit back onto **main**. 1. **Make sure you’re on the main branch** ```bash git checkout main ``` (You’re currently on *backup* – the command above brings you back to *main*.) 2. **Look at the reflog for the main branch** ```bash git reflog main ``` You’ll see entries similar to those you posted. The one that matters is the line that says “commit: Production database config – critical”. In your reflog that entry is at **HEAD@{4}** and its full SHA‑1 is: ``` 5c5101392c66732958165897772c1b65fde134db ``` 3. **Recover the commit** - **Option A – reset main to that commit** (the simplest way if you want the branch to look exactly as it did right after the critical commit): ```bash git reset --hard 5c5101392c66732958165897772c1b65fde134db ``` or, using the reflog alias: ```bash git reset --hard HEAD@{4} ``` - **Option B – cherry‑pick the commit** (keep the current HEAD – e.g. the “Staging database config” commit – and add the critical commit on top of it): ```bash git cherry-pick 5c5101392c66732958165897772c1b65fde134db ``` 4. **Verify the recovery** ```bash git log --oneline -5 ``` You should now see the “Production database config – critical” commit (and any subsequent commits you chose to keep). 5. **Push the fix (if you’d already pushed the broken state)** ```bash git push --force-with-lease origin main ``` (Replace `origin` and `main` with your remote and branch names as needed.) That’s it – the lost critical production‑config commit is back on **main**!
JSON Schema Structured Output
(raw) { "ref": "Here’s how to get the lost “Production database config – critical” commit back onto **main**.\n\n1. **Make sure you’re on the main branch**\n ```bash\n git checkout main\n ```\n (You’re currently on *backup* – the command above brings you back to *main*.) \n\n2. **Look at the reflog for the main branch**\n ```bash\n git reflog main\n ```\n You’ll see entries similar to those you posted. The one that matters is the line that says “commit: Production database config – critical”. In your reflog that entry is at **HEAD@{4}** and its full SHA‑1 is:\n ```\n 5c5101392c66732958165897772c1b65fde134db\n ```\n\n3. **Recover the commit**\n - **Option A – reset main to that commit** (the simplest way if you want the branch to look exactly as it did right after the critical commit):\n ```bash\n git reset --hard 5c5101392c66732958165897772c1b65fde134db\n ```\n or, using the reflog alias:\n ```bash\n git reset --hard HEAD@{4}\n ```\n - **Option B – cherry‑pick the commit** (keep the current HEAD – e.g. the “Staging database config” commit – and add the critical commit on top of it):\n ```bash\n git cherry-pick 5c5101392c66732958165897772c1b65fde134db\n ```\n\n4. **Verify the recovery**\n ```bash\n git log --oneline -5\n ```\n You should now see the “Production database config – critical” commit (and any subsequent commits you chose to keep). \n\n5. **Push the fix (if you’d already pushed the broken state)**\n ```bash\n git push --force-with-lease origin main\n ```\n (Replace `origin` and `main` with your remote and branch names as needed.)\n\nThat’s it – the lost critical production‑config commit is back on **main**!" }
minimax/minimax-m2.5:low PASS 100% 290 in → 1,225 out (822 reasoning)
The reflog shows exactly where the “Production database config – critical” commit lives: ``` b604b266577cdf4876ba77e7869361fc81510741 HEAD@{4}: commit: Production database config - critical ``` That commit is currently **dangling** – it isn’t on any branch any more, but you can get it back with a simple `git reset`. ### Step‑by‑step recovery ```bash # 1. Make sure you’re on the main branch git checkout main # 2. Use the reflog entry to reset main to the lost commit git reset --hard b604b266577cdf4876ba77e7869361fc81510741 ``` After this command `main` will point to the **Production database config – critical** commit, and the working tree will reflect that configuration. ### What about the “Staging database config” commit? The reflog also shows a later commit: ``` 8ecfe5636205b60599df4a9dc1792707b34b52da HEAD@{2}: commit: Staging database config ``` If you want to keep that staging commit **and** recover the critical one, you can re‑base or cherry‑pick it on top of the recovered commit: ```bash # After resetting to the critical commit, cherry‑pick the staging commit git cherry-pick 8ecfe5636205b60599df4a9dc1792707b34b52da ``` Now `main` will contain both the critical production config **and** the staging config, in the correct order. --- #### TL;DR ```bash git checkout main git reset --hard b604b266577cdf4876ba77e7869361fc81510741 ``` That restores the lost “Production database config – critical” commit onto `main`. If you also need the staging commit, cherry‑pick it afterward.
minimax/minimax-m2.5:medium PASS 100% 307 in → 1,283 out (824 reasoning)
**What happened** - The “Production database config – critical” commit was made on `main` (commit `b0b8…` – `HEAD@{4}` in the reflog). - You then ran `git reset --hard HEAD~1` (that is `HEAD@{0}`), which moved `main` back to the commit **before** the production‑config commit, losing it. - After the reset you checked out the `backup` branch, but the lost commit is still stored in the reflog. **How to recover it** 1. **Switch back to the `main` branch** (if you’re not already there): ```bash git checkout main ``` 2. **Look at the reflog for `main`** (or just the general reflog – it shows the same entries): ```bash git reflog main # or simply git reflog ``` You’ll see an entry like: ``` b0b8273b2502eabb79c687b68ff9ae663b92c490 HEAD@{4}: commit: Production database config - critical ``` 3. **Reset `main` to that commit** – either by the full SHA‑1 or by using the reflog reference: ```bash # Using the explicit SHA‑1 git reset --hard b0b8 # Or using the reflog reference (HEAD@{4}) git reset --hard HEAD@{4} ``` 4. **Verify the recovery**: ```bash git log --oneline -3 ``` You should now see: ``` b0b8 Production database config - critical 4f36… Staging database config b26b… Local database config ``` 5. **If you have already pushed the broken state to a remote**, you’ll need to force‑push to update it: ```bash git push -f origin main ``` --- **Result** `main` now points back to the “Production database config – critical” commit (`b0b8…`), and the critical configuration is restored.
minimax/minimax-m2.5:xhigh PASS 100% 286 in → 2,473 out (1,915 reasoning)
**Step‑by‑step recovery** 1. **Look at the reflog for `main`** ```bash $ git reflog main 7d04f61004aebbc955cfad823365125e6fda632b HEAD@{0}: reset: moving to HEAD~1 8354b61cd999005bf5be392199c344dec5102fa2 HEAD@{1}: checkout: moving from backup to main b7a1528b1df3c69e70d8a207bfc636ae35ece16a HEAD@{2}: commit: Staging database config 8354b61cd999005bf5be392199c344dec5102fa2 HEAD@{3}: checkout: moving from main to backup 8354b61cd999005bf5be392199c344dec5102fa2 HEAD@{4}: commit: Production database config - critical 7d04f61004aebbc955cfad823365125e6fda632b HEAD@{5}: commit (initial): Local database config ``` The entry you need is **`HEAD@{4}`** – the commit with the message “Production database config - critical”. Its SHA is ``` 8354b61cd999005bf5be392199c344dec5102fa2 ``` 2. **Reset `main` to that commit** ```bash $ git reset --hard 8354b61cd999005bf5be392199c344dec5102fa2 ``` This moves the `main` branch pointer back to the “Production database config – critical” commit, restoring the lost work. 3. **Verify the result** ```bash $ git log -1 --oneline 8354b61 Production database config - critical ``` `main` now points to the critical production configuration again. --- ### Alternative (if you prefer to keep a separate branch) ```bash # Create a new branch that points to the recovered commit git branch recovery 8354b61cd999005bf5be392199c344dec5102fa2 # Or force‑update main without resetting git branch -f main 8354b61cd999005bf5be392199c344dec5102fa2 git checkout main ``` Either method brings the “Production database config – critical” commit back into the `main` branch. Make sure you don’t have any uncommitted changes before running `reset --hard`, as it will discard them.
minimax/minimax-m2.7:high PASS 100% 304 in → 3,311 out (2,115 reasoning)
### Quick‑look at the situation 1. **What happened?** - You ran `git reset` on `main` so that it moved back to the “Local database config” commit. - The “Production database config – critical” commit that was *after* that one got “lost” from the branch pointer. - You then left the `main` branch (checked out to `backup`). 2. **What Git still remembers?** Every time HEAD moves (reset, checkout, commit, etc.) Git writes an entry to the **reflog**. The reflog is local and, unless you explicitly prune it, keeps a history of those moves – even for commits that are no longer reachable from any branch. 3. **What you need to do?** - Look at the reflog on `main` (or on HEAD – you’re currently on `backup`, but you can still query the reflog). - Find the entry that created the “Production database config – critical” commit. - Grab its SHA‑1 hash and re‑attach it to `main` (or create a new branch/ cherry‑pick it). --- ## Step‑by‑step recovery ```bash # 1️⃣ Make sure you are somewhere you can read the reflog. # You can stay on the backup branch – the reflog lives with the repository, # not with the current branch. git status # optional, just to see where you are # 2️⃣ Show the reflog for the main branch (or for HEAD – they are the same here) git reflog main # …or simply… git reflog ``` You’ll see something like this (most recent entry first): ``` 3453b71 HEAD@{0}: reset: moving to HEAD~1 842ace5 HEAD@{1}: checkout: moving from backup to main 190aa6e HEAD@{2}: commit: Staging database config 842ace5 HEAD@{3}: checkout: moving from main to backup 842ace5 HEAD@{4}: commit: Production database config - critical 3453b71 HEAD@{5}: commit (initial): Local database config ``` **Key observations** - `HEAD@{4}` is the *creation* of the critical commit. Its SHA‑1 is **842ace5843e21863f1f92acbb8d726a7480bc98b**. - `HEAD@{0}` is the reset that moved `main` back one commit (to the commit that was *before* the staging commit). After that reset, `main` points to **842ace5** (the production commit) – but you probably intended to go back even further, to the initial commit **3453b71**. ### 3️⃣ Recover the commit There are a few safe ways to bring the lost commit back: | Goal | Command | |------|---------| | **Reset `main` to that commit** (throw away the staging commit) | `git checkout main` <br> `git reset --hard 842ace5843e21863f1f92acbb8d726a7480bc98b` | | **Create a new branch that starts at the lost commit** (keeps the staging commit on `main`) | `git checkout -b recovered-production 842ace5843e21863f1f92acbb8d726a7480bc98b` | | **Cherry‑pick the lost commit onto `main` (keep everything else)** | `git checkout main` <br> `git cherry-pick 842ace5843e21863f1f92acbb8d726a7480bc98b` | *Choose the one that fits the workflow you need.* ### 4️⃣ Verify the recovery ```bash # If you reset or created a new branch: git log --oneline # You should see something like: # 842ace5 Production database config - critical # 3453b71 Local database config # If you cherry‑picked, you’ll see both the staging commit and the new one: # 190aa6e Staging database config # 842ace5 Production database config - critical <-- newly added # 3453b71 Local database config ``` ### 5️⃣ (Optional) Push the fix upstream ```bash # If you used reset and you’re happy with the state of main: git push origin main --force # (--force is safe because you are certain the new history is correct) # If you created a new branch: git push origin recovered-production # If you cherry‑picked, just push main normally: git push origin main ``` --- ## Why this works - **Git records every HEAD movement** in `.git/logs/HEAD`. Even though `main` no longer points to the critical commit, the reflog still knows *how* HEAD got there and which SHA‑1 it had at that moment. - The commit object itself isn’t deleted until Git runs `git gc` (garbage collection) or you explicitly prune unreachable objects. By default, Git keeps reflog entries for 90 days, so you have a safe window to recover. --- ### TL;DR checklist ```bash git reflog main # locate the “Production database config - critical” entry # => 842ace5 HEAD@{4}: commit: Production database config - critical # Choose a recovery strategy, e.g. reset main to that SHA‑1: git checkout main git reset --hard 842ace5843e21863f1f92acbb8d726a7480bc98b # Verify git log --oneline ``` That’s it – the critical production configuration commit is back in your `main` branch (or safely stored on a new branch) and can be used or pushed as needed. Happy healing! 🚀
minimax/minimax-m2.7:low PASS 100% 295 in → 662 out (365 reasoning)
# Recovering the Lost Commit Based on the reflog, the commit `e6c0637306e0ada4fc79de4198406f2cf4e5d6cb` contains "Production database config - critical" and is on the backup branch. ## Recovery Steps ```bash # Make sure you're on main branch git checkout main # Cherry-pick the critical commit from backup branch git cherry-pick e6c0637306e0ada4fc79de4198406f2cf4e5d6cb ``` ## What Happened ``` HEAD@{5} 651d825 - Local database config (initial) HEAD@{4} e6c0637 - Production database config - critical ← Target commit HEAD@{3} (checkout main → backup) HEAD@{2} f50b444 - Staging database config HEAD@{1} (checkout backup → main) HEAD@{0} (reset to HEAD~1 - you lost the critical commit here) ``` The reset moved main back, but the critical commit still exists on backup (commit `e6c0637306e0ada4fc79de4198406f2cf4e5d6cb`). Cherry-picking will reapply those changes on top of your current main branch.
minimax/minimax-m2.7:medium PASS 100% 288 in → 483 out (250 reasoning)
# Recovering the Lost Commit Looking at the reflog, the **"Production database config - critical"** commit is at: ``` b3ddf51eaf1288681dc60be96f3c030fc19e993c ``` ## Recovery Command To recover the critical commit, run: ```bash git reset --hard b3ddf51eaf1288681dc60be96f3c030fc19e993c ``` ## What This Does | Before | After | |--------|-------| | `a922646` - Local database config | `a922646` - Local database config | | `b3ddf51e` - **Production database config - critical** ← **RECOVERED** | `b3ddf51e` - **Production database config - critical** | | `41c9ffa` - Staging database config | `41c9ffa` - Staging database config | The main branch now includes all three commits again. The critical production config is restored!
minimax/minimax-m2.7:medium__json_schema PASS 100% 451 in → 578 out (568 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
minimax/minimax-m2.7:xhigh PASS 100% 304 in → 1,789 out (835 reasoning)
Below is the quickest way to get the missing “Production database config - critical” commit back onto **main** by using the reflog that Git keeps for the branch. --- ## 1. Make sure you’re on the **main** branch ```bash git checkout main ``` (If you’re already on `main` you can skip this step.) --- ## 2. Look at the reflog for **main** ```bash git reflog main ``` You’ll see something like: ``` b075594f22d0c28666bfa44673c0bb998aa4c8d2 HEAD@{0}: reset: moving to HEAD~1 7a4ed4b7f7ca536182a752b7aefb462235f8e665 HEAD@{1}: checkout: moving from backup to main ef9cddd4abde066acca801312c7cedb157376cc4 HEAD@{2}: commit: Staging database config 7a4ed4b7f7ca536182a752b7aefb462235f8e665 HEAD@{3}: checkout: moving from main to backup 7a4ed4b7f7ca536182a752b7aefb462235f8e665 HEAD@{4}: commit: Production database config - critical b075594f22d0c28666bfa44673c0bb998aa4c8d2 HEAD@{5}: commit (initial): Local database config ``` The line that matters is the one with the message **“commit: Production database config - critical”**. Its commit hash is: ``` 7a4ed4b7f7ca536182a752b7aefb462235f8e665 ``` --- ## 3. Reset **main** to that commit You have two safe ways to bring that commit back: ### Option A – Hard reset (replace the current `main` tip with the recovered commit) ```bash git reset --hard 7a4ed4b7f7ca536182a752b7aefb462235f8e665 ``` After running this, `main` will point exactly to the “Production database config - critical” commit. All later commits (like the staging one) will be removed from `main` – **make sure this is what you want** before you run it. ### Option B – Create a new branch (keep the current `main` as-is) If you’d rather keep the current state of `main` and just have the critical commit available, create a new branch or tag: ```bash git branch recovered-critical 7a4ed4b7f7ca536182a752b7aefb462235f8e665 # or, if you prefer a tag: git tag critical-config 7a4ed4b7f7ca536182a752b7aefb462235f8e665 ``` You can then work on `recovered-critical` without affecting `main`. --- ## 4. Verify the recovery ```bash git log --oneline -5 # should now show the critical commit at the top of main (if you used the hard reset) ``` You should see something like: ``` 7a4ed4b7 Production database config - critical b075594f22 Local database config ``` --- ## 5. (Optional) Push the recovered commit to the remote If you need to share the fix: ```bash git push origin main # push the updated main branch # or, if you used a separate branch: git push origin recovered-critical ``` --- ### Quick checklist | Step | Command | |------|---------| | Switch to `main` | `git checkout main` | | View reflog | `git reflog main` | | Identify missing commit hash | `7a4ed4b7f7ca536182a752b7aefb462235f8e665` | | Recover (hard reset) | `git reset --hard 7a4ed4b7f7ca536182a752b7aefb462235f8e665` | | Verify | `git log --oneline -5` | That’s it – the “Production database config - critical” commit is back on `main`. If you ever lose commits again, the reflog will be your safety net (just remember that Git cleans up reflog entries after a while, so recovery should be done promptly). Happy coding!
minimax/minimax-m2.7:xhigh__json_schema PASS 100% 439 in → 1,264 out (1,254 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
minimax/minimax-m3:high PASS 100% 434 in → 1,436 out (678 reasoning)
# Recovering the Lost Production Config Commit 🔧 ## Analysis of the Reflog Let me walk through what happened in your reflog (oldest → newest): | Reflog Entry | Action | Result | |---|---|---| | `HEAD@{5}` | `commit (initial)` | Created `f47f699` — "Local database config" | | `HEAD@{4}` | `commit` | Created **`da45fc6`** — "Production database config - critical" ✅ | | `HEAD@{3}` | `checkout` | Moved to `backup` branch | | `HEAD@{2}` | `commit` | Created `419a37b` — "Staging database config" (on backup) | | `HEAD@{1}` | `checkout` | Returned to `main` | | `HEAD@{0}` | `reset HEAD~1` | ⚠️ Moved `main` back to `f47f699`, orphaning `da45fc6` | **Good news:** The commit is still alive in the reflog! `git reset` only moved the branch pointer — the commit object still exists and is reachable via `HEAD@{4}`. ## Recovery Steps ### 1. Switch to the main branch first ```bash git checkout main ``` ### 2. Reset main to the lost commit ```bash git reset --hard da45fc664198af6e2047784a4f6621a45815e719 ``` This will restore `main` to point at the "Production database config - critical" commit exactly as it was before the bad reset. ### 3. Verify the recovery ```bash git log --oneline ``` You should see: ``` da45fc6 Production database config - critical f47f699 Local database config ``` ## ⚠️ Why `--hard` is safe here A `--hard` reset is appropriate because: - You **didn't** make any new commits on `main` after the lost one (the only activity was the reset itself). - The working tree changes from the original commit are what you want restored. - No work is being destroyed — the commit is still in the reflog until it expires (default: 90 days). ## Alternative: Cherry-pick (less ideal) If for some reason you couldn't use `reset --hard`: ```bash git cherry-pick da45fc664198af6e2047784a4f6621a45815e719 ``` But this creates a **new** commit with a new hash, which is unnecessary since the original commit is still intact. ## 🛡️ Prevention Tip Consider adding this safety net to avoid future panic: ```bash git config --global alias.uncommit 'reset --soft HEAD~1' ``` A soft reset (vs. the default mixed) would have preserved all your production config changes in the staging area, so nothing would have been "lost" even before using reflog.
minimax/minimax-m3:low PASS 100% 441 in → 1,292 out (670 reasoning)
# Recovering the Lost Production Config Commit ## Analyzing the Reflog Let me trace what happened by reading the reflog chronologically (oldest → newest): | Entry | Action | Commit | Description | |-------|--------|--------|-------------| | HEAD@{5} | initial commit | `fafbb600` | Local database config | | HEAD@{4} | commit | **`3e3fdfb`** | **Production database config - critical** ← LOST | | HEAD@{3} | checkout | `3e3fdfb` | main → backup | | HEAD@{2} | commit | `b65932c` | Staging database config (on backup) | | HEAD@{1} | checkout | `3e3fdfb` | backup → main | | HEAD@{0} | reset | `fafbb600` | reset to HEAD~1 (oops!) | The commit `3e3fdfb926619c00c321b0c2960798e1d084976c` is the lost "Production database config" commit — still reachable via reflog. ## Recovery Steps ### 1. Make sure you're on `main` ```bash git checkout main ``` ### 2. Verify the reflog (optional sanity check) ```bash git reflog main ``` You should see the critical commit at `HEAD@{4}` (or similar earlier entry). ### 3. Reset `main` back to the lost commit ```bash git reset --hard 3e3fdfb926619c00c321b0c2960798e1d084976c ``` ### 4. Verify ```bash git log --oneline -5 # Should now show: # 3e3fdfb Production database config - critical # fafbb60 Local database config ``` ## Alternative Recovery Methods **If you don't want to rewrite `main`'s position:** ```bash # Cherry-pick the lost commit onto current main git cherry-pick 3e3fdfb926619c00c321b0c2960798e1d084976c # Or create a recovery branch first (safer) git branch recovery/prod-config 3e3fdfb926619c00c321b0c2960798e1d084976c git checkout recovery/prod-config # Then merge or cherry-pick from here ``` **Why `--hard` is safe here:** The reflog confirms no other work was done on `main` after the lost commit before the reset — only branch checkouts and the erroneous reset itself. Nothing valuable was discarded except the reset itself. ## Key Takeaway The reflog is your safety net for exactly this scenario. As long as garbage collection hasn't pruned unreachable commits (default ~30 days for reflog, ~90 days for unreachable objects), **any commit that ever existed is recoverable** as long as you have its hash or can find it via reflog.
minimax/minimax-m3:medium PASS 100% 451 in → 1,165 out (708 reasoning)
# Recovering the Lost Critical Commit Looking at your reflog, the key commit is clearly visible: ``` c3075dbada5bdd8e7cae0b11ac3f1a13fc81e405 HEAD@{4}: commit: Production database config - critical ``` The `git reset` (HEAD@{0}) moved `main` back to `06550fd` (Local database config), orphaning `c3075db` — but it's still reachable via reflog. ## Recovery Steps Make sure you're on `main` first: ```bash git checkout main ``` Then reset `main` back to the critical commit using its reflog entry: ```bash git reset --hard c3075dbada5bdd8e7cae0b11ac3f1a13fc81e405 ``` ## Verify ```bash git log --oneline ``` You should see: ``` c3075db (HEAD -> main, backup) Production database config - critical 06550fd Local database config ``` ## ⚠️ Alternative (if `backup` already has the same commit) Notice that the critical commit hash `c3075db` is the same as your `backup` branch tip — meaning `backup` was created from `main` at that exact point. So another safe option is to simply fast-forward `main` to `backup`: ```bash git checkout main git reset --hard backup ``` ## ⚠️ Heads up Using `--hard` will **discard** any uncommitted working tree changes. If you've made changes since the reset, stash them first: ```bash git stash push -u -m "work-in-progress before recovery" git reset --hard c3075dbada5bdd8e7cae0b11ac3f1a13fc81e405 git stash pop ``` Once recovered, consider setting up a safety net before future resets: ```bash git config --global alias.reset-safe '!git stash push -u -m "auto-save before reset" && git reset' ``` This is exactly the scenario `git reflog` was designed for — Git keeps commits alive for ~30 days (default) in the reflog, even after they're "lost" from branch history.
minimax/minimax-m3:medium__json_schema PASS 100% 438 in → 42 out (0 reasoning)
HEAD@{4} (bdc76e6f5c3513bb8d36ef0a2d64ea42e9fb2729)
JSON Schema Structured Output
(raw) { "ref": "HEAD@{4} (bdc76e6f5c3513bb8d36ef0a2d64ea42e9fb2729)" }
minimax/minimax-m3:xhigh PASS 100% 447 in → 2,451 out (1,711 reasoning)
# Recovering the Lost Production Config Commit Looking at your reflog, the critical commit is **not lost** — it's still safely recorded. The commit `1be9ad0` (Production database config - critical) is referenced at multiple points in the reflog. ## Step-by-Step Recovery ### 1. Verify the commit exists in the reflog You're currently on `backup`, so view the reflog from there: ```bash git reflog ``` You can see the lost commit is still reachable: - `HEAD@{1}` → checkout from backup to main → `1be9ad0` - `HEAD@{3}` → checkout from main to backup → `1be9ad0` - `HEAD@{4}` → commit "Production database config - critical" → `1be9ad0` ### 2. Inspect the commit before recovering (optional but recommended) ```bash git show 1be9ad0 ``` Verify it contains the production database configuration you need. ### 3. Switch to main and reset it to the lost commit ```bash git checkout main git reset --hard 1be9ad0 ``` ### 4. Confirm the recovery ```bash git log --oneline ``` You should see: ``` 1be9ad0 Production database config - critical c9c1905 Local database config ``` ## Why This Works Git's reflog tracks every movement of `HEAD`, including: - Commits made - Branch checkouts - Resets Even though you rewrote `main`'s pointer with `git reset`, the dangling commit `1be9ad0` is preserved in the reflog for **at least 30 days** (default) or **90 days** for unreachable commits, giving you a safety net to recover from mistakes like this. ## ⚠️ Important Note About the Staging Commit Your reset also orphaned commit `51bdfa1` (Staging database config). If you need that one too, recover it the same way before the reflog expires: ```bash # Recover staging on a new branch (don't clobber main again!) git checkout -b recover-staging 51bdfa1 ``` ## Best Practice Going Forward - **Avoid `git reset --hard` on shared/important branches** — it can drop commits - Use `git reset --soft` or `git reset --mixed` if you want to undo a commit but keep changes staged/unstaged - When in doubt, create a backup branch first: `git branch backup-main` before any destructive operation Your critical production config is now safely restored to `main`. 🎉
mistralai/devstral-2512 PASS 100% 337 in → 326 out
Based on the git reflog output, I can see that the "Production database config - critical" commit (74ed1f316d80310a41c2b63ad213bfd6828ff83a) was lost when you reset main to HEAD~1 (which moved it back to the "Local database config" commit). Here's how to recover it: 1. First, switch back to the main branch: ```bash git checkout main ``` 2. Then reset main to the critical production config commit using its hash: ```bash git reset --hard 74ed1f316d80310a41c2b63ad213bfd6828ff83a ``` This will move the main branch pointer back to the "Production database config - critical" commit, effectively recovering it. Alternatively, if you want to create a new branch at that commit instead of resetting main: ```bash git checkout -b recovered-production 74ed1f316d80310a41c2b63ad213bfd6828ff83a ``` The key information from the reflog is that HEAD@{4} shows the critical commit with hash 74ed1f316d80310a41c2b63ad213bfd6828ff83a, which is what we need to recover.
mistralai/devstral-2512__json_schema PASS 100% 338 in → 46 out
46687ac2bc429935394491b97d4e238a20e4ec1b
JSON Schema Structured Output
(raw) { "ref": "46687ac2bc429935394491b97d4e238a20e4ec1b" }
mistralai/mistral-medium-3-5:high PASS 100% 347 in → 6,096 out (5,071 reasoning)
To recover the lost 'Production database config - critical' commit, follow these steps: 1. **Identify the critical commit hash from the reflog**: The reflog shows that the commit with the message "Production database config - critical" has the hash `7791675dd592bad71ace6c26644b7adc4d561176`. 2. **Create a new branch pointing to this commit**: Use the identified hash to create a new branch, effectively recovering the critical commit. 3. **Switch to the new branch to access the recovered commit**: Once the branch is created, you can switch to it to work with the recovered commit. Here’s the command to execute: ```bash git branch production-config 7791675dd592bad71ace6c26644b7adc4d561176 git checkout production-config ``` This sequence of commands first creates a new branch named `production-config` that points to the critical commit. Then, it switches to this new branch, allowing you to access and work with the recovered commit.
mistralai/mistral-medium-3-5:high__json_schema PASS 100% 348 in → 456 out (328 reasoning)
7e3d1fa1cf9fa05707f466c530a606e136b5f4a1
JSON Schema Structured Output
(raw) {"ref": "7e3d1fa1cf9fa05707f466c530a606e136b5f4a1"}
mistralai/mistral-medium-3-5:low PASS 100% 354 in → 2,185 out (1,911 reasoning)
To recover the 'Production database config - critical' commit that was lost due to a reset on the `main` branch, follow these steps: 1. **Identify the Critical Commit**: The reflog shows the critical commit at `HEAD@{4}` with hash `31b81be103c5001747041ae6b1a1e8677451854d`. 2. **Create a New Branch**: Use the discovered hash to create a new branch (e.g., `recovered-production`) pointing to the lost commit. This restores the critical configuration without disrupting existing branches. **Command to execute**: ```bash git checkout -b recovered-production 31b81be103c5001747041ae6b1a1e8677451854d ``` **Why this works**: - The `git checkout -b` command creates a new branch and switches to it. - By specifying the commit hash (`31b81be...`), you ensure the new branch starts at the exact state of the lost commit. - The reflog preserved the reference, allowing recovery even after the `main` branch was reset. Now, `recovered-production` contains the critical production database config. You can merge it back into `main` or keep it as a backup. ✅ **Result**: The critical commit is recovered and accessible via the `recovered-production` branch.
mistralai/mistral-medium-3-5:low__json_schema PASS 100% 341 in → 580 out (512 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{4}"}
mistralai/mistral-medium-3-5:medium__json_schema PASS 100% 343 in → 464 out (383 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{4}"}
mistralai/mistral-medium-3-5:none PASS 100% 364 in → 519 out (0 reasoning)
To recover the lost "Production database config - critical" commit from the `main` branch using `git reflog`, follow these steps: ### 1. Identify the commit hash of the lost commit From the `git reflog` output, we can see: - The "Production database config - critical" commit has hash: `4407ac61eab05d87357a3056be979133223ea12e` - It was committed at `HEAD@{4}` in the reflog. ### 2. Recover the lost commit You can recover it by: - Creating a new branch at that commit, or - Resetting `main` back to that commit. #### Option 1: Create a new branch to preserve the commit ```bash git branch recovered-production-config 4407ac61eab05d87357a3056be979133223ea12e ``` This creates a new branch `recovered-production-config` pointing to the lost commit. #### Option 2: Reset `main` back to the commit (if you want to restore `main` directly) ```bash git checkout main git reset --hard 4407ac61eab05d87357a3056be979133223ea12e ``` This will make `main` point back to the "Production database config - critical" commit. ### 3. Verify the recovery Check the log to confirm the commit is back: ```bash git checkout recovered-production-config # if you used Option 1 git log ``` or ```bash git checkout main # if you used Option 2 git log ``` ### Summary of what happened: - You initially had commits: 1. `Local database config` (initial commit) 2. `Production database config - critical` 3. `Staging database config` - You then `reset --hard HEAD~1` on `main`, moving it back to `Local database config`, losing the other commits in `main`. - The reflog still retained references to all commits, allowing you to recover them. Choose the recovery method based on whether you want to keep `main` as-is or restore it directly. The new branch approach (Option 1) is safer.
mistralai/mistral-medium-3-5:none__json_schema PASS 100% 347 in → 43 out (0 reasoning)
ba3f291131f561b15c64e89f503ab53b1904c5ab
JSON Schema Structured Output
(raw) {"ref": "ba3f291131f561b15c64e89f503ab53b1904c5ab"}
mistralai/mistral-medium-3-5:xhigh PASS 100% 369 in → 3,598 out (2,865 reasoning)
To recover the lost 'Production database config - critical' commit, follow these steps: 1. **Analyze the Git Reflog:** - The reflog shows the history of changes to the `main` branch. - Identify the commit hash (`8700f6c24938e37f1c8997f30af37204f223a89a`) from the reflog entry: `8700f6c... HEAD@{4}: commit: Production database config - critical`. 2. **Create a Recovery Branch:** Use the identified commit hash to create a new branch (`recover-production`) pointing to the lost commit. This ensures the critical production configuration is safely restored. ```bash git checkout -b recover-production 8700f6c24938e37f1c8997f30af37204f223a89a ``` **Result:** - The `recover-production` branch now contains the lost commit. - The critical production database config is **restored** and accessible via `recover-production`. To verify: ```bash git checkout recover-production git log --oneline # Output will show: # 8700f6c Production database config - critical # f844665 Local database config ``` **Why this works:** Git reflog retains references to "lost" commits even after resets. By referencing the commit hash (`8700f6c...`) directly, you bypass the need for a branch reference and restore the commit permanently by creating a new branch.
mistralai/mistral-medium-3-5:xhigh__json_schema PASS 100% 360 in → 305 out (252 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{4}"}
moonshotai/kimi-k2.6:high PASS 100% 278 in → 4,520 out (4,261 reasoning)
The lost commit is: **`f2b1e3ec6a478045fd4e561a3071bf747a46eb8f`** `commit: Production database config - critical` In the reflog, this is the state of `main` immediately before the destructive `reset` (it appears at `HEAD@{4}` in the HEAD reflog you provided; in `git reflog main` it corresponds to **`main@{1}`**). Since you are currently on the `backup` branch, you can safely restore `main` to that commit without affecting `backup`: ```bash # Force the main branch pointer back to the critical commit git branch -f main f2b1e3ec6a478045fd4e561a3071bf747a46eb8f # Switch back to main to verify git checkout main # Confirm the recovery git log --oneline ``` Alternative (if you prefer using reflog shorthand directly while on `main`): ```bash git checkout main git reset --hard main@{1} ``` **Result:** `main` is restored to the critical production database config commit (`f2b1e3ec...`), and the prior history is recovered.
moonshotai/kimi-k2.6:low PASS 100% 271 in → 2,603 out (2,238 reasoning)
The lost commit is in the reflog at **`HEAD@{4}`**: ``` 7bd18ac3140186cf780b3d18bd4e1e8ac0439623 HEAD@{4}: commit: Production database config - critical ``` Before the destructive reset (`HEAD@{0}`), `main` pointed to this commit. Since you are currently on the `backup` branch, you can restore `main` directly without checking it out first by force-moving the branch ref: ```bash git branch -f main 7bd18ac3140186cf780b3d18bd4e1e8ac0439623 ``` Then switch back to main to verify: ```bash git checkout main git log --oneline ``` **Alternative (if you prefer to checkout first):** ```bash git checkout main git reset --hard 7bd18ac3140186cf780b3d18bd4e1e8ac0439623 ``` Both methods recover `main` back to the critical production config commit.
moonshotai/kimi-k2.6:medium PASS 100% 271 in → 2,981 out (2,783 reasoning)
The lost commit is visible in the reflog at **`HEAD@{4}`**: ``` b3b8a1ccd84f2c6c9ab74d54591f61985967bd31 HEAD@{4}: commit: Production database config - critical ``` The destructive reset at `HEAD@{0}` rolled `main` back to `21901f7` (the initial Local config), leaving `b3b8a1c` unreachable from `main` but still recoverable in the reflog. Run the following to restore it: ```bash git checkout main git reset --hard b3b8a1ccd84f2c6c9ab74d54591f61985967bd31 ``` (Alternatively, if you want to use the branch reflog syntax directly: `git reset --hard main@{1}` after switching to `main`, since `main@{1}` points to the tip immediately before the reset.)
moonshotai/kimi-k2.6:xhigh PASS 100% 266 in → 4,509 out (4,237 reasoning)
The critical commit is **`dc9b7b3dd044d27ed505807e39af6215b4b7398d`**, which you can see in the reflog at `HEAD@{4}` (the "Production database config - critical" commit). If you run `git reflog main`, that same commit appears as `main@{1}` — the tip of `main` right before the destructive reset (`main@{0}`). Since you're currently on the `backup` branch, recover `main` with either of these methods: **Option 1: Reset `main` without checking it out (safest)** ```bash git branch -f main dc9b7b3dd044d27ed505807e39af6215b4b7398d ``` **Option 2: Check out `main` and hard-reset to the commit** ```bash git checkout main git reset --hard dc9b7b3dd044d27ed505807e39af6215b4b7398d ``` *Or use the reflog shorthand:* `git reset --hard main@{1}` **Verify recovery:** ```bash git log --oneline main ``` `main` will now point back to the production config commit, restoring the lost work.
moonshotai/kimi-k2.7-code:high PASS 100% 260 in → 1,246 out (998 reasoning)
The lost commit is the one before the reset, which in the reflog is: ```text d37874b32961f569f831273498f079ed00512a1c HEAD@{4}: commit: Production database config - critical ``` To restore `main` to that commit, run: ```bash # Switch back to main git checkout main # Reset main to the recovered critical production config commit git reset --hard d37874b32961f569f831273498f079ed00512a1c ``` Then verify with: ```bash git log --oneline main git show --stat d37874b32961f569f831273498f079ed00512a1c ``` `main` should now be back at the critical production database config commit. > **Note:** `git reset --hard` will discard the current state of `main` and move the branch pointer to that recovered commit. If there were any uncommitted changes or additional commits you wanted to keep, use `git cherry-pick d37874b32961f569f831273498f079ed00512a1c` on `main` instead.
moonshotai/kimi-k2.7-code:low PASS 100% 263 in → 2,142 out (1,724 reasoning)
The lost commit is still in the object database as long as it hasn’t been garbage‑collected, and the `main` reflog points to it. ### 1. Look at `main`’s reflog ```bash git reflog show main ``` You should see something like: ```text 7dd93f1597e42745401acc87ba7d8ca68fc0be11 main@{0}: reset: moving to HEAD~1 629f565f569285576b3936f6882ec39a9f786b7b main@{1}: commit: Production database config - critical 7dd93f1597e42745401acc87ba7d8ca68fc0be11 main@{2}: commit (initial): Local database config ``` The critical commit is: ```text 629f565f569285576b3936f6882ec39a9f786b7b ``` ### 2. Recover `main` to that commit Because you’re currently on the `backup` branch, you can force‑update `main` from here: ```bash git branch -f main 629f565f569285576b3936f6882ec39a9f786b7b git checkout main ``` Or, after switching to `main`: ```bash git checkout main git reset --hard 629f565f569285576b3936f6882ec39a9f786b7b ``` ### 3. Verify ```bash git log --oneline main ``` You should now see the “Production database config - critical” commit back on `main`. > **Important:** Do not run `git gc` or `git prune` before recovering, since reflog entries are what keep that commit reachable for the default grace period.
moonshotai/kimi-k2.7-code:medium PASS 100% 261 in → 1,375 out (1,114 reasoning)
The lost commit is right there in the reflog: ``` bd2166a31b719fa3c47b4443fb2a7269f40d19fe HEAD@{4}: commit: Production database config - critical ``` So the commit hash you need is: ```text bd2166a31b719fa3c47b4443fb2a7269f40d19fe ``` To recover it on `main`: ```bash # Switch back to main git checkout main # Reset main to the lost production config commit git reset --hard bd2166a31b719fa3c47b4443fb2a7269f40d19fe ``` Verify with: ```bash git log --oneline ``` You should see: ```text bd2166a Production database config - critical 1905229 Local database config ``` A couple of notes: - This uses `git reset --hard`, so make sure you don’t have uncommitted work you want to keep. - Since the `backup` branch’s latest commit (`4934316`) is based on the production commit, `backup~1` also points to `bd2166a`, but using the explicit hash is clearer and safer.
moonshotai/kimi-k2.7-code:medium__json_schema PASS 100% 252 in → 1,721 out (1,690 reasoning)
041315c57055434769b47523652a3cd01ecda6c3
JSON Schema Structured Output
(raw) { "ref": "041315c57055434769b47523652a3cd01ecda6c3" }
moonshotai/kimi-k2.7-code:xhigh PASS 100% 269 in → 1,080 out (788 reasoning)
The lost commit is right there in the reflog: ```text e6dbff7e3a36b676d31896081a770babe6acfebd HEAD@{4}: commit: Production database config - critical ``` So the commit hash to recover is: ```text e6dbff7e3a36b676d31896081a770babe6acfebd ``` ### Recover it onto `main` Since you’re currently on `backup`, first switch back to `main`, then reset it to that commit: ```bash git checkout main git reset --hard e6dbff7e3a36b676d31896081a770babe6acfebd ``` `main` will now point to the “Production database config - critical” commit again. ### Safer alternative (if you want to inspect first) Create a temporary recovery branch instead of resetting immediately: ```bash git checkout main git branch recovered-production e6dbff7e3a36b676d31896081a770babe6acfebd ``` Then merge or reset `main` to `recovered-production` once you’ve verified it has the right changes. ### Verify ```bash git log --oneline main git show e6dbff7e3a36b676d31896081a770babe6acfebd ```
moonshotai/kimi-k2.7-code:xhigh__json_schema PASS 100% 352 in → 319 out (288 reasoning)
c5c448429dd207d6d9d9054f492ce86e0ce607b0
JSON Schema Structured Output
(raw) {"ref": "c5c448429dd207d6d9d9054f492ce86e0ce607b0"}
moonshotai/kimi-k3:high PASS 100% 345 in → 2,238 out (1,612 reasoning)
# Identifying the Lost Commit Reading the reflog **from bottom to top** (oldest → newest), here's what happened: | Reflog Entry | Action | Result | |---|---|---| | `HEAD@{5}` | Initial commit `97ccf9f` | "Local database config" created on main | | `HEAD@{4}` | Commit `7fc0dfb` | **"Production database config - critical"** added to main | | `HEAD@{3}` | Checkout main → backup | Switched branches | | `HEAD@{2}` | Commit `4a43c49` | "Staging database config" created on backup | | `HEAD@{1}` | Checkout backup → main | Returned to main (at `7fc0dfb`) | | `HEAD@{0}` | Reset to HEAD~1 | ❌ main moved back to `97ccf9f`, orphaning the critical commit | **The critical commit is: `7fc0dfb739b05d4a6be4752415e459794569016c`** — the entry labeled `commit: Production database config - critical` at `HEAD@{4}`. # Recovery Steps **1. Verify the commit before restoring (optional but recommended):** ```bash git show 7fc0dfb739b05d4a6be4752415e459794569016c ``` **2. Switch to main and reset it to the lost commit:** ```bash git checkout main git reset --hard 7fc0dfb739b05d4a6be4752415e459794569016c ``` **3. Confirm the recovery:** ```bash git log --oneline ``` Expected output: ``` 7fc0dfb Production database config - critical 97ccf9f Local database config ``` # Alternative: Safer Recovery via a Branch If you want a safety net before touching main, create a recovery branch first: ```bash git branch recovery-production 7fc0dfb739b05d4a6be4752415e459794569016c git checkout main git merge recovery-production # fast-forwards main to the critical commit ``` # Key Takeaways - **The commit was never truly lost** — reflog keeps a record of every HEAD movement for ~90 days (default `gc.reflogExpire`), even after destructive operations like `reset --hard`. - Bonus detail: the commit was also still reachable as the *parent* of backup's tip (`4a43c49`), since the staging commit was built on top of it. You could have found it via `git log backup` — but reflog is the reliable tool when no branch references the lost work. - Reflog entries like `HEAD@{4}` can also be used directly, e.g. `git reset --hard HEAD@{4}` — though only while HEAD is in the same position as when the entry was recorded, so the full hash is safer.
moonshotai/kimi-k3:high__json_schema PASS 100% 348 in → 1,798 out (1,258 reasoning)
## Step 1: Identify the lost commit in the reflog Reading the reflog from bottom to top: ``` HEAD@{5}: commit (initial): Local database config → 03458d1 HEAD@{4}: commit: Production database config - critical → fd781b8 ← lost commit HEAD@{3}: checkout: moving from main to backup HEAD@{2}: commit: Staging database config → 74f721d (on backup) HEAD@{1}: checkout: moving from backup to main HEAD@{0}: reset: moving to HEAD~1 ← this orphaned the commit ``` The critical commit is **`fd781b8a836d4fbe249d832e2fcbb4876a7d9c09`** (HEAD@{4}). The `reset: moving to HEAD~1` at HEAD@{0} moved main back to `03458d1`, orphaning it. ## Step 2: Switch back to main You're currently on `backup`, so: ```bash git checkout main ``` ## Step 3: Verify the commit is intact (optional but recommended) ```bash git show fd781b8a836d4fbe249d832e2fcbb4876a7d9c09 ``` Confirm it contains the production config changes before resetting. ## Step 4: Recover the commit Since the bad reset only moved back one commit, restore main to the production commit: ```bash git reset --hard fd781b8a836d4fbe249d832e2fcbb4876a7d9c09 ``` ## Step 5: Verify recovery ```bash git log --oneline ``` Expected output: ``` fd781b8 Production database config - critical 03458d1 Local database config ``` Main is now fully restored with the critical commit back in history. --- **Alternative (safer) approach** — if you want to preserve the current state before resetting, create a safety branch first: ```bash git branch recovery fd781b8 # pin the commit to a branch immediately git checkout main git reset --hard fd781b8 ``` Or use cherry-pick if main had received new commits since the reset (a new commit with the same changes, but a different hash): ```bash git cherry-pick fd781b8 ``` In this case, plain `git reset --hard fd781b8` is the cleanest fix since nothing else happened on main after the bad reset.
moonshotai/kimi-k3:low PASS 100% 353 in → 2,515 out (1,920 reasoning)
# Finding the Lost Commit Reading the reflog **bottom-up** (chronological order), here's what happened: | Reflog Entry | Action | Result | |---|---|---| | `HEAD@{5}` | Initial commit `59c7825` | "Local database config" | | `HEAD@{4}` | Commit `d423b1a` | **"Production database config - critical"** ← the lost commit | | `HEAD@{3}` | Checkout main → backup | | | `HEAD@{2}` | Commit `4e92f19` | "Staging database config" (on backup) | | `HEAD@{1}` | Checkout backup → main | Back on main at `d423b1a` | | `HEAD@{0}` | `reset: moving to HEAD~1` | Main moved from `d423b1a` → `59c7825` ❌ | The reset at `HEAD@{0}` moved main backwards, orphaning the production commit from main's history. **The critical commit is: `d423b1a1e84c897cbc3e3d1e069194017d42d749`** # Recovery **Step 1 — Verify it's the right commit:** ```bash git show d423b1a1e84c897cbc3e3d1e069194017d42d749 ``` **Step 2 — Restore main to that commit:** ```bash git checkout main git reset --hard d423b1a1e84c897cbc3e3d1e069194017d42d749 ``` Main now points back at the production config commit. # Alternative Approaches **Safer option — create a recovery branch first** (doesn't move main until you're sure): ```bash git branch production-recovery d423b1a ``` **Cherry-pick** (if main had other commits you wanted to keep on top): ```bash git checkout main git cherry-pick d423b1a ``` # Two Useful Notes 1. **Use the hash, not `HEAD@{4}`.** Reflog indices shift every time you run a command that moves HEAD, so `HEAD@{4}` may no longer point where you expect after a few commands. 2. **The commit was never truly orphaned.** The `backup` branch tip (`4e92f19` "Staging database config") was committed *after* the production commit, so `d423b1a` is its parent. You can confirm with: ```bash git log backup --oneline ``` That's also why `git merge backup` would have recovered it — but it would pull in the staging config too, so the targeted `reset --hard` is the cleaner fix.
moonshotai/kimi-k3:low__json_schema PASS 100% 359 in → 1,288 out (822 reasoning)
## Identifying the Lost Commit Reading the reflog from bottom to top: - `HEAD@{5}` — initial commit `901a12dc` (Local database config) - `HEAD@{4}` — commit `2401c86b` (**Production database config - critical**) ← the lost commit - `HEAD@{3}` — switched to `backup` branch - `HEAD@{2}` — committed `a5af3535` (Staging) on `backup` - `HEAD@{1}` — switched back to `main` - `HEAD@{0}` — `reset: moving to HEAD~1` ← this moved main back to `901a12dc`, orphaning the critical commit The critical commit is: `2401c86bb7aa0f8b3e338164f5d73116323f20f3` ## Recovery Since you're currently on `backup`, switch to `main` and reset it to the lost commit: ```bash git checkout main git reset --hard 2401c86bb7aa0f8b3e338164f5d73116323f20f3 ``` ## Verify the Recovery ```bash git log --oneline ``` Expected output: ``` 2401c86 Production database config - critical 901a12d Local database config ``` ## Alternative: Recover Without Switching Branches If you want to stay on `backup`, you can repair `main` directly, then check it out: ```bash git branch -f main 2401c86bb7aa0f8b3e338164f5d73116323f20f3 git checkout main ``` **Note:** Avoid `git cherry-pick` here — it would create a *new* commit with a different hash. Since you want to restore the original commit exactly as it was, `reset --hard` (or `branch -f`) is the correct approach. Also worth knowing: the commit was never in real danger — it's still reachable from the `backup` branch (as the parent of `a5af3535`), but reflog is the right tool when no branch reference remains.
moonshotai/kimi-k3:max PASS 100% 338 in → 2,250 out (1,798 reasoning)
## Finding the lost commit Reading the reflog from bottom to top, the critical entry is: ``` ef7e759e6b4ab4863c018839eb77175aea63722e HEAD@{4}: commit: Production database config - critical ``` The `HEAD@{0}` entry confirms the damage: `reset: moving to HEAD~1` moved main from `ef7e759` back to `dc4b529` (Local database config). **Good news:** the commit isn't truly orphaned. The "Staging database config" commit (`6491aa5`) on the `backup` branch was created on top of `ef7e759`, so the critical commit is still reachable. You just need to move main's pointer back to it. ## Recovery steps **1. Verify the commit before recovering it:** ```bash git show ef7e759e6b4ab4863c018839eb77175aea63722e ``` Confirm it contains the production database config you expect. **2. Switch to main:** ```bash git checkout main ``` **3. Reset main back to the lost commit:** ```bash git reset --hard ef7e759e6b4ab4863c018839eb77175aea63722e ``` **4. Verify the recovery:** ```bash git log --oneline ``` Expected output: ``` ef7e759 Production database config - critical dc4b529 Local database config ``` ## Why `reset --hard` instead of `cherry-pick`? Since `ef7e759`'s parent is exactly `dc4b529` (where main currently points), a hard reset simply moves the branch pointer back to the *original* commit — restoring main to its exact pre-reset state. A cherry-pick would also work but would create a duplicate commit with a new SHA, which is unnecessary here. ## Optional safety net If you want extra insurance before resetting, tag the commit first: ```bash git branch recovery-prod-config ef7e759 ``` This guarantees the commit stays reachable regardless of what happens next.
moonshotai/kimi-k3:max__json_schema PASS 100% 336 in → 1,709 out (1,154 reasoning)
## Finding the lost commit Reading the reflog from oldest (bottom) to newest (top): | Reflog entry | Hash | Action | |---|---|---| | `HEAD@{5}` | `dfc70dab` | Initial commit: Local database config | | `HEAD@{4}` | `34e55735` | **Commit: Production database config - critical** ← the lost commit | | `HEAD@{3}` | `34e55735` | Switched from main to backup | | `HEAD@{2}` | `cdf7d174` | Commit: Staging database config (on backup) | | `HEAD@{1}` | `34e55735` | Switched back to main | | `HEAD@{0}` | `dfc70dab` | `reset --hard HEAD~1` — this orphaned the production commit | The critical commit is **`34e55735144f2831a0033947e1d09270e9a8e206`** (`HEAD@{4}`). Don't be confused by `cdf7d174` — that's the *staging* config on the backup branch. ## Recovering it **1. (Optional) Verify the commit contents first:** ```bash git show 34e55735144f2831a0033947e1d09270e9a8e206 ``` **2. Switch back to main:** ```bash git checkout main ``` **3. Reset main to the recovered commit:** ```bash git reset --hard 34e55735144f2831a0033947e1d09270e9a8e206 ``` **4. Verify the recovery:** ```bash git log --oneline ``` Expected output: ``` 34e5573 Production database config - critical dfc70da Local database config ``` ## Alternative: safer recovery via a branch If you'd rather not use `reset --hard` (e.g., you have uncommitted changes), create a branch at the lost commit and fast-forward main to it: ```bash git branch recovery 34e55735144f2831a0033947e1d09270e9a8e206 git checkout main git merge recovery # fast-forwards main to 34e55735 git branch -d recovery # optional cleanup ``` Both approaches work because `34e55735`'s parent is `dfc70dab` (the current main), so restoring it is a simple fast-forward — no history rewriting needed. The commit was never actually deleted; it was just unreachable from any branch tip until you referenced it directly.
moonshotai/kimi-k3:medium PASS 100% 359 in → 2,393 out (1,903 reasoning)
## Step 1: Identify the lost commit in the reflog Reading the reflog newest-first, the key entries are: - `HEAD@{0}` — the `reset: moving to HEAD~1` that orphaned the commit (moved main from `a08752a` back to `bf2be22`) - `HEAD@{1}` — shows HEAD was at `a08752a` **right before** the reset - `HEAD@{4}` — confirms it: `commit: Production database config - critical` **The lost commit is `a08752a6a9b1e8e203ca73ad3d6a85c4578425c0`** ## Step 2: Restore main to that commit Since you're currently on `backup`, switch back to `main` and hard-reset it to the recovered hash: ```bash git switch main git reset --hard a08752a6a9b1e8e203ca73ad3d6a85c4578425c0 ``` (Equivalent shortcut without leaving `backup`: `git branch -f main a08752a6a9b1e8e203ca73ad3d6a85c4578425c0` — works only because you're not on `main`.) ## Step 3: Verify ```bash git log --oneline ``` Expected output: ``` a08752a Production database config - critical bf2be22 Local database config ``` ## Notes - **Use `reset --hard`, not `cherry-pick`** — cherry-pick would create a *new* commit with a different hash; resetting restores the exact original commit and its history. - `git reset --hard` discards uncommitted working-tree changes, so make sure you have nothing unsaved first. - Bonus detail from this reflog: the commit was never truly unreachable — `backup`'s tip `7bd37c7` (Staging database config) has `a08752a` as its parent, since `backup` was created from main before the reset. So it was safe from garbage collection regardless. Reflog is still the right general tool for this kind of recovery, though, since a stray commit with no branch pointing to it would eventually be pruned.
moonshotai/kimi-k3:medium__json_schema PASS 100% 343 in → 2,036 out (1,505 reasoning)
## Step 1: Identify the lost commit in the reflog Reading the reflog chronologically (bottom to top): | Entry | Hash | Action | |-------|------|--------| | `HEAD@{5}` | `8310d360` | Initial commit: Local database config | | `HEAD@{4}` | `7edb5071` | **Commit: Production database config - critical** ← the lost commit | | `HEAD@{3}` | `7edb5071` | Switched main → backup | | `HEAD@{2}` | `5505fb08` | Commit on backup: Staging database config | | `HEAD@{1}` | `7edb5071` | Switched backup → main (main was still at the production commit) | | `HEAD@{0}` | `8310d360` | `reset: moving to HEAD~1` ← this orphaned the production commit | The critical commit is **`7edb50719ec156d29b7661aa90020302a69a1c87`** — it still exists in the object database even though `main` no longer points to it. ## Step 2: Verify it's the right commit ```bash git show 7edb50719ec156d29b7661aa90020302a69a1c87 ``` Confirm it contains the production config and its message is "Production database config - critical". ## Step 3: Recover it onto main Since you're currently on `backup`, switch back to `main` and reset it to the lost commit: ```bash git checkout main git reset --hard 7edb50719ec156d29b7661aa90020302a69a1c87 ``` This is the cleanest recovery here because the production commit's parent is exactly `8310d360` (Local database config) — so this restores the original history with the original commit SHA intact. **Alternative without switching branches first:** ```bash git branch -f main 7edb50719ec156d29b7661aa90020302a69a1c87 git checkout main ``` ## Step 4: Verify the recovery ```bash git log --oneline main ``` Expected output: ``` 7edb507 Production database config - critical 8310d36 Local database config ``` The critical commit is recovered. Note that the Staging commit (`5505fb08`) remains safely on the `backup` branch and was never at risk.
moonshotai/kimi-k3:xhigh PASS 100% 349 in → 1,455 out (990 reasoning)
# Recovering the Lost Commit ## Step 1: Identify the lost commit in the reflog Reading the reflog (most recent at top), the key entry is: ``` 28d90681f36f6b6039e73d010f6d4b7526a01779 HEAD@{4}: commit: Production database config - critical ``` This is confirmed by `HEAD@{1}`, which shows that when you checked out `main` from `backup`, `main` was still pointing at `28d9068` — the reset at `HEAD@{0}` then moved it back to `b23688d` (Local database config), orphaning the production commit. **Lost commit hash:** `28d90681f36f6b6039e73d010f6d4b7526a01779` ## Step 2: Switch back to main You're currently on `backup`, so: ```bash git checkout main ``` ## Step 3: Restore main to the lost commit ```bash git reset --hard 28d90681f36f6b6039e73d010f6d4b7526a01779 ``` This moves the `main` branch pointer back to the production config commit, exactly undoing the mistaken `reset --hard HEAD~1`. ## Step 4: Verify the recovery ```bash git log --oneline ``` Expected output: ``` 28d9068 Production database config - critical b23688d Local database config ``` ## Safer alternative (optional) If you want a safety net before resetting, create a branch pointing at the lost commit first: ```bash git branch recovery 28d90681f36f6b6039e73d010f6d4b7526a01779 git checkout main git reset --hard recovery ``` Then delete the `recovery` branch once you've confirmed everything is intact. **Note:** The `Staging database config` commit (`7e0ceb0`) at `HEAD@{2}` was made on the `backup` branch, so it's unaffected — it will still be there when you switch back to `backup`.
moonshotai/kimi-k3:xhigh__json_schema PASS 100% 337 in → 3,322 out (2,826 reasoning)
## Step 1: Identify the lost commit in the reflog Looking at the reflog, the key entry is: ``` 100339f79a0ff27d06ca4a616212aaa92c7b70c2 HEAD@{4}: commit: Production database config - critical ``` The reset at `HEAD@{0}` moved main from `100339f` back to `14bd3e1`, but the commit still exists in the object database. The hash you need is **`100339f79a0ff27d06ca4a616212aaa92c7b70c2`**. To see main's branch-specific reflog (filters out checkout noise): ```bash git reflog show main ``` ## Step 2: Switch back to main ```bash git checkout main ``` ## Step 3: Verify the commit before recovering (optional but recommended) ```bash git show 100339f79a0ff27d06ca4a616212aaa92c7b70c2 ``` Confirm it contains the production config changes you expect. ## Step 4: Recover the commit Since the production commit is a direct child of the current HEAD (`14bd3e1`), just move the branch pointer back to it: ```bash git reset --hard 100339f79a0ff27d06ca4a616212aaa92c7b70c2 ``` ## Step 5: Confirm recovery ```bash git log --oneline ``` Expected output: ``` 100339f Production database config - critical 14bd3e1 Local database config ``` ## Notes - **Prefer the full SHA over `HEAD@{4}`** — reflog index numbers shift as you run more commands, but the hash is permanent. - **Alternative:** `git cherry-pick 100339f` would apply the changes as a *new* commit with a different hash. Use `reset --hard` here instead, since you want to restore the exact original history. - **Extra safety net:** the commit was never in real danger — your `backup` branch was created from `100339f` (visible at `HEAD@{3}`), so the commit remained reachable even after the reset. The reflog is still the right tool for *finding* the hash quickly.
nvidia/nemotron-3-nano-30b-a3b:high PASS 100% 354 in → 1,239 out (115 reasoning)
Below are the exact steps you can run in your repository to locate the **“Production database config – critical”** commit ( `HEAD@{4}` ) in the reflog and bring it back onto the **`main`** branch. --- ## 1. Verify the reflog entry you need The relevant entry is at **`HEAD@{4}`**: ``` HEAD@{4}: commit: Production database config - critical ``` The full SHA‑1 for that commit is **`85fd69fce1d022fc7f1c58eab8cf04ea108c1e1f`**. (You can double‑check by running `git reflog` and confirming the line that points to it.) --- ## 2. Checkout that commit (read‑only) If you just want to *view* the commit and its files: ```bash git checkout 85fd69fce1d022fc7f1c58eab8cf04ea108c1e1f ``` You’ll now be in a *detached HEAD* state at that exact snapshot. This does **not** modify any branch pointers—perfect for inspection. --- ## 3. Bring the commit back onto **`main`** There are two common ways you might want to restore it: ### A. Reset `main` to that commit (dangerous if you’ve already pushed) ```bash # Make sure you’re on main first git checkout main # Move the branch pointer back to the commit git reset --hard 85fd69fce1d022fc7f1c58eab8cf04ea108c1e1f ``` > **⚠️ Warning**: This rewrites history on `main`. If the branch has already been pushed to a remote that others use, you’ll need to force‑push (`git push --force-with-lease`) and coordinate with anyone else who may have based work on it. ### B. Create a new branch from that commit (safer, non‑destructive) ```bash git checkout -b production-config-critical 85fd69fce1d022fc7f1c58eab8cf04ea108c1e1f ``` Now you have a new branch (`production-config-critical`) that points to the exact commit containing the critical production configuration. You can merge it back into `main` whenever you decide is appropriate: ```bash git checkout main # switch back to main git merge --no-ff production-config-critical # fast‑forward (or fast‑forward) merge if needed git push origin main # push to remote (no force required) ``` --- ## 4. Quick sanity check You can verify that the commit is now reachable from `main`: ```bash git log --oneline -1 # should show the recent commit with “Production database config - critical” ``` Or browse the commit’s diff: ```bash git show HEAD ``` --- ## 5. Optional: Clean up the detached HEAD state Since you started the inspection in a detached HEAD, you can return to a normal branch: ```bash # If you used method A (reset main) you are already on main. # If you used method B (created a new branch) you might have stayed on that new branch. # To return to main explicitly: git checkout main ``` --- ## TL;DR Cheat Sheet ```bash # 1️⃣ Locate the commit (already known) # 2️⃣ Checkout it (read‑only) git checkout 85fd69fce1d022fc7f1c58eab8cf04ea108c1e1f # detached HEAD # 3A – Reset main to that commit (re‑writes history) git checkout main git reset --hard 85fd69fce1d022fc7f1c58eab8cf04ea108c1e1f git push --force-with-lease origin main # only if you really want to rewrite history # 3B – Or create a branch and merge later (non‑destructive) git checkout -b production-config-critical 85fd69fce1d022fc7f1c58eab8cf04ea108c1e1f git checkout main git merge --no-ff production-config-critical # then push normally ``` --- ### What to do next? - **If the commit is already on `main`** after you merge (method B), you’re done. - **If you need the exact point of the original `main`** (e.g., for a hot‑fix rotation), consider cherry‑picking the specific file that holds the production config rather than resetting the whole branch. That’s it—your “Production database config – critical” changes are back, either on `main` or on a dedicated branch, ready for review and deployment. 🚀
nvidia/nemotron-3-nano-30b-a3b:low PASS 100% 343 in → 1,399 out (388 reasoning)
Below is a quick, step‑by‑step recipe that will let you pull that lost **“Production database config - critical”** commit back onto `main` (or onto its own branch if you’d rather keep `main` pointing somewhere else). --- ## 1️⃣ Verify you’re on the branch you want to recover to ```bash git checkout main # make sure you’re on the right target branch ``` > *If you have already moved to `backup` (as the reflog shows), this will bring you back to `main`.* --- ## 2️⃣ Locate the exact SHA‑1 of the missing commit From the reflog you posted, the commit you’re after appears as: ``` 9af4f66ffb165023eefeff5a712ca1a6750b0eff # “Production database config - critical” ``` You can double‑check with: ```bash git reflog | grep "Production database config - critical" ``` You should see something like: ``` 9af4f66ffb165023eefeff5a712ca1a6750b0eff HEAD@{4}: commit: Production database config - critical ``` That SHA‑1 (`9af4f66ffb165023eefeff5a712ca1a6750b0eff`) is the one you’ll use. --- ## 3️⃣ Recover it in one of two ways ### **Option A – Move `main` back to that commit (hard reset)** If you want `main` to *exactly* point at that commit again (i.e. you don’t need any other work on `main` that was done after it), do: ```bash git reset --hard 9af4f66ffb165023eefeff5a712ca1a6750b0eff ``` > **⚠️** This rewrites history on `main`. If the branch has already been pushed to a remote that others pull, you’ll need to coordinate with your team (e.g., force‑push with `git push --force-with-lease`). ### **Option B – Keep `main` where it is now, but branch off the recovered commit** If you’d rather keep the newer work on `main` and just want a branch that contains the critical config, you can create a new branch: ```bash git checkout -b production-config 9af4f66ffb165023eefeff5a712ca1a6750b0eff ``` Now you have a branch named `production-config` that contains the exact snapshot of the critical config. You can merge it back later, push it, or inspect it as needed. --- ## 4️⃣ (Optional) Push the recovered commit/branch to remote If the commit is on a remote that you control and you’ve just reset `main`, push it back: ```bash git push --force-with-lease origin main ``` Or, if you created a separate branch: ```bash git push origin production-config ``` --- ## 5️⃣ Quick sanity check After any of the above steps, you can verify that the file(s) you expect are present: ```bash git ls-files | grep -i database # or any path you know contains the config # Or simply view the commit: git log -1 --oneline ``` You should now see the commit message “Production database config - critical” in the output. --- ### TL;DR Command Summary ```bash # 1. Switch back to main git checkout main # 2. Reset to the lost commit (hard reset) git reset --hard 9af4f66ffb165023eefeff5a712ca1a6750b0eff # OR, if you prefer a new branch: git checkout -b production-config 9af4f66ffb165023eefeff5a712ca1a6750b0eff # 3. Push if you need it on the remote git push --force-with-lease origin main # only if you reset main # or git push origin production-config ``` That’s it—your critical production database config is now back where you need it! 🚀
nvidia/nemotron-3-nano-30b-a3b:low__json_schema PASS 100% 356 in → 190 out (130 reasoning)
bfb0c6a9e23b3c2ea509a32fc2c0dd2760a3226e
JSON Schema Structured Output
(raw) { "ref": "bfb0c6a9e23b3c2ea509a32fc2c0dd2760a3226e" }
nvidia/nemotron-3-nano-30b-a3b:medium PASS 100% 349 in → 1,131 out (91 reasoning)
Here’s a quick step‑by‑step you can run **while you’re on `main`** to bring that “Production database config – critical” commit back into the branch. --- ### 1. Verify you’re on `main` ```bash git checkout main # or git switch main ``` Make sure the tip of `main` is the reset you mentioned (`bc73dfdb2193ce0b88a876ac6f168ac9332c6042`). --- ### 2. Look at the reflog for `main` ```bash git reflog show main ``` You should see something like: ``` bc73dfdb2193ce0b88a876ac6f168ac9332c6042 HEAD@{0}: reset: moving to HEAD~1 717dfc9e6afb252cfac092723d62950eb68e4e12 HEAD@{1}: checkout: moving from backup to main 5220c22aee9e817a372fa7ab2da18b83934f5513 HEAD@{2}: commit: Staging database config 717dfc9e6afb252cfac092723d62950eb68e4e12 HEAD@{3}: checkout: moving from main to backup 717dfc9e6afb252cfac092723d62950eb68e4e12 HEAD@{4}: commit: Production database config - critical bc73dfdb2193ce0b88a876ac6f168ac9332c6042 HEAD@{5}: commit (initial): Local database config ``` The line with **`717dfc9e6afb252cfac092723d62950eb68e4e12 HEAD@{4}`** is the commit you lost – the “Production database config – critical”. --- ### 3. Recover the commit You have two common ways to restore it: #### **A. Hard‑reset the branch to that commit** > **Warning** – this will overwrite history. Use only if you’re sure you don’t need the current reset state (or you’re comfortable pushing a force later). ```bash git reset --hard 717dfc9e6afb252cfac092723d62950eb68e4e12 ``` Now `MAIN` points to the production‑config commit and the lost changes are back. #### **B. Create a new branch from that commit (safe, non‑destructive)** If you’d rather keep the current reset untouched and just have a branch that contains the critical config: ```bash git checkout -b prod-config-critical 717dfc9e6afb252cfac092723d62950eb68e4e12 ``` You can now inspect, test, or merge this branch back into `main` (or any other branch) whenever you’re ready. --- ### 4. (Optional) Verify the restored content ```bash git log -1 --oneline # should show the “Production database config - critical” message cat path/to/your/config # maybe verify the file contents are what you expect ``` --- ### 5. Clean up the stale reflog entries (optional) Git will eventually prune old reflog entries, but you can clean them manually if you like: ```bash git reflog expire --expire=now --all # expires everything older than “now” git gc --prune=now # runs a garbage collection ``` --- ## TL;DR Quick Commands ```bash # 1. Switch to main (if not already) git checkout main # 2. Find the commit hash from reflog (it’ll be 717dfc9e…) git reflog show main # 3a. Hard‑reset main to that commit (dangerous) git reset --hard 717dfc9e6afb252cfac092723d62950eb68e4e12 # OR # 3b. Create a safe branch from that commit git checkout -b prod-config-critical 717dfc9e6afb252cfac092723d62950eb68e4e12 ``` That restores the critical production database config commit without losing any work. 🎉
nvidia/nemotron-3-nano-30b-a3b:medium__json_schema PASS 100% 358 in → 1,285 out (295 reasoning)
You are on the <strong>main</strong> branch after a reset that dropped the production commit. To get it back you need to locate the SHA‑1 that appears as <code>HEAD@{4}</code> in the reflog (it is the <em>Production database config - critical</em> commit) and then either reset <strong>main</strong> to that SHA‑1 or create a temporary branch from it and merge/cherry‑pick it back into <strong>main</strong>. ### Step‑by‑step recovery using the reflog 1. **Show the full reflog again (optional)** ```bash git reflog --oneline ``` You should see a line like: ``` 418c1c574e69c99a8b7eec78e9e45ad00aa16d28 HEAD@{4}: commit: Production database config - critical ``` The SHA‑1 **418c1c574e69c99a8b7eec78e9e45ad00aa16d28** is the one you need. 2. **Recover the commit by resetting <strong>main</strong> to that SHA‑1** ```bash # Make sure you are on the `main` branch git checkout main # Move the branch pointer back to the lost commit git reset --hard 418c1c574e69c99a8b7eec78e9e45ad00aa16d28 ``` After this `git log` (or `git status`) will show that the production commit is again part of the history. *If you prefer to keep a safety net (e.g. you don’t want to rewrite history), you can create a new branch instead of moving `main`*:* ```bash git checkout -b recover‑prod 418c1c574e69c99a8b7eec78e9e45ad00aa16d28 ``` This leaves `main` where it is and gives you a branch that points at the lost commit. 3. **Verify the recovery** ```bash git log --oneline -5 # should end with “Production database config - critical” ``` You should now see the commit with the message “Production database config - critical” in the log. 4. **Optional: push the recovered commit back to the remote** If the repository is shared and you had already pushed the reset, you’ll need to force‑push the restored `main` (or push the new branch). ```bash git push --force-with-lease origin main # only if you reset main in place ``` Or, if you created a recovery branch: ```bash git push --follow-tags -u origin recover‑prod ``` ### Quick one‑liner (if you just want to jump back to the lost commit and then re‑attach it to `main`) ```bash # Jump to the lost commit in a detached HEAD state git checkout 418c1c574e69c99a8b7eec78e9e45ad00aa16d28 # Create a temporary branch to remember it git branch temp‑recovery # Switch back to main (or stay on main if you used the reset method) git checkout main # Merge the recovery branch (or cherry‑pick the single commit) git merge --no-ff temp‑recovery # fast‑forward or true‑merge as desired ``` That will bring the **"Production database config - critical"** commit back onto your `main` branch.
JSON Schema Structured Output
(raw) { "ref": "You are on the <strong>main</strong> branch after a reset that dropped the production commit. To get it back you need to locate the SHA‑1 that appears as <code>HEAD@{4}</code> in the reflog (it is the <em>Production database config - critical</em> commit) and then either reset <strong>main</strong> to that SHA‑1 or create a temporary branch from it and merge/cherry‑pick it back into <strong>main</strong>.\n\n### Step‑by‑step recovery using the reflog\n\n1. **Show the full reflog again (optional)**\n ```bash\n git reflog --oneline\n ```\n You should see a line like:\n ```\n 418c1c574e69c99a8b7eec78e9e45ad00aa16d28 HEAD@{4}: commit: Production database config - critical\n ```\n The SHA‑1 **418c1c574e69c99a8b7eec78e9e45ad00aa16d28** is the one you need.\n\n2. **Recover the commit by resetting <strong>main</strong> to that SHA‑1**\n ```bash\n # Make sure you are on the `main` branch\n git checkout main\n \n # Move the branch pointer back to the lost commit\n git reset --hard 418c1c574e69c99a8b7eec78e9e45ad00aa16d28\n ```\n After this `git log` (or `git status`) will show that the production commit is again part of the history.\n\n *If you prefer to keep a safety net (e.g. you don’t want to rewrite history), you can create a new branch instead of moving `main`*:*\n ```bash\n git checkout -b recover‑prod 418c1c574e69c99a8b7eec78e9e45ad00aa16d28\n ```\n This leaves `main` where it is and gives you a branch that points at the lost commit.\n\n3. **Verify the recovery**\n ```bash\n git log --oneline -5 # should end with “Production database config - critical”\n ```\n You should now see the commit with the message “Production database config - critical” in the log.\n\n4. **Optional: push the recovered commit back to the remote**\n If the repository is shared and you had already pushed the reset, you’ll need to force‑push the restored `main` (or push the new branch).\n ```bash\n git push --force-with-lease origin main # only if you reset main in place\n ```\n Or, if you created a recovery branch:\n ```bash\n git push --follow-tags -u origin recover‑prod\n ```\n\n### Quick one‑liner (if you just want to jump back to the lost commit and then re‑attach it to `main`)\n```bash\n# Jump to the lost commit in a detached HEAD state\ngit checkout 418c1c574e69c99a8b7eec78e9e45ad00aa16d28\n\n# Create a temporary branch to remember it\n git branch temp‑recovery\n\n# Switch back to main (or stay on main if you used the reset method)\ngit checkout main\n\n# Merge the recovery branch (or cherry‑pick the single commit)\ngit merge --no-ff temp‑recovery # fast‑forward or true‑merge as desired\n```\n\nThat will bring the **\"Production database config - critical\"** commit back onto your `main` branch. " }
nvidia/nemotron-3-nano-30b-a3b:none PASS 100% 356 in → 857 out (0 reasoning)
**Recovering the “Production database config – critical” commit** You can bring that exact commit back into **main** by cherry‑picking it (or by moving `main` to it directly). Below is one clean way to do it using the reflog you posted. --- ### 1️⃣ Verify the commit you need From the reflog you posted, the SHA of the lost production commit is ``` d6a366fed84b235550845762b722056e710e4572 ``` The entry reads: ``` HEAD@{4}: commit: Production database config - critical ``` So that SHA is the one you want to restore. --- ### 2️⃣ Switch back to `main` ```bash git checkout main # or `git switch main` ``` You’re already on `main` in your current workflow, but the command makes sure you’re on the right branch. --- ### 3️⃣ Move `main` to that SHA (hard reset) If you **don’t need any other work on this branch** and you just want to recreate the lost commit on `main`: ```bash git reset --hard d6a366fed84b235550845762b722056e710e4572 ``` *Result:* `main` now points at the “Production database config – critical” commit, and all newer commits are undone (they still exist in `backup` and on the reflog). > **⚠️ Warning:** This rewrites history. If anyone else already pulled `main`, they’ll see a divergent history. Use only on a personal/dev branch, or coordinate a force‑push if needed. --- ### 4️⃣ Alternative: Cherry‑pick the commit into the current `main` If you want to keep any newer commits that came after the lost one (i.e., you don’t want to lose work that happened later on a different branch), you can cherry‑pick the commit onto the tip of `main`: ```bash git checkout main git cherry-pick d6a366fed84b235550845762b722056e710e4572 ``` That creates a **new** commit on `main` with the same changes, leaving the original commit untouched. --- ### 5️⃣ Confirm the commit is back ```bash git log --oneline ``` You should now see something like: ``` d6a366fed Production database config - critical ... deb3d7d Local database config ``` --- ### 6️⃣ (Optional) Push the recovered state to remote If `main` was previously pushed and you used `reset --hard`, you’ll need a force‑push: ```bash git push --force-with-lease origin main ``` Only do this if you’re sure it won’t disrupt collaborators. --- ## TL;DR Cheat‑sheet ```bash # 1. Checkout main git checkout main # 2. Restore the lost commit (rewrites history) git reset --hard d6a366fed84b235550845762b722056e710e4572 # OR, if you prefer a non‑destructive cherry‑pick: git cherry-pick d6a366fed84b235550845762b722056e710e4572 # 3. Push (if needed) git push --force-with-lease origin main ``` After these steps you should have the **Production database config – critical** commit back on `main`. 🎉
nvidia/nemotron-3-nano-30b-a3b:xhigh PASS 100% 363 in → 1,309 out (354 reasoning)
**Goal:** Bring the lost **“Production database config – critical”** commit back onto `main`. Below is a step‑by‑step plan that uses the `git reflog` information you posted. --- ## 1️⃣ Verify the reflog for `main` ```bash git reflog | grep main ``` You’ll see (excerpt) the entry that points to the lost commit: ``` 884f85ed6716d65cba14c245e4c995514e0c61c5 HEAD@{4}: commit: Production database config - critical ``` That SHA‑1 (`884f85ed6716d65cba14c245e4c995514e0c61c5`) is the tip of the commit you’re after. --- ## 2️⃣ Switch back to `main` (in case you’re still on `backup`) ```bash git checkout main ``` If `main` no longer exists locally after the reset, you can recreate it from any reachable ref, but for now just make sure you’re on the correct branch: ```bash # If the branch is gone, create it from any ref (e.g. the current HEAD) git checkout -b main ``` --- ## 3️⃣ Restore the lost commit ### Option A – Hard‑reset `main` to that commit ```bash git reset --hard 884f85ed6716d65cba14c245e4c995514e0c61c5 ``` After this command: - `main` points exactly to the commit that contains *Production database config – critical*. - All later work (including the reset you performed) is undone for `main`. ### Option B – Keep your current `main` history and just **add** the lost commit as a new tip If you want to keep the recent reset commit on the history but still retain the lost one, you can create a new branch or tag: ```bash # Create a branch that points to the lost commit git branch recover-prod 884f85ed6716d65cba14c245e4c995514e0c61c5 # Or tag it for easy reference later git tag prod-config-critical 884f85ed6716d65cba14c245e4c995514e0c61c5 ``` You can then merge it back when you’re ready. --- ## 4️⃣ (Optional) Push the restored `main` to remote If you have a remote (e.g., `origin`) and are comfortable force‑pushing the corrected history: ```bash git push --force-with-lease origin main ``` > **Caution:** Force‑pushing rewrites history for anyone else who may have based work on the previous `main`. Use it only if you’re sure it won’t cause problems for others. --- ## 5️⃣ Confirm everything is back ```bash git log --oneline -5 # Should show the "Production database config - critical" commit near the top ``` You should see something like: ``` a1b2c3d Production database config - critical ... ``` --- ### TL;DR Command Cheat‑Sheet ```bash # 1. Make sure we’re on main git checkout main # 2. Hard‑reset main to the lost commit git reset --hard 884f85ed6716d65cba14c245e4c995514e0c61c5 # 3. (Optional) Push the corrected branch git push --force-with-lease origin main ``` That’s it—your `main` branch now points at the **“Production database config – critical”** commit again. 🎉
nvidia/nemotron-3-super-120b-a12b:high PASS 100% 359 in → 794 out (222 reasoning)
The lost commit is still in the reflog of **main**. From the reflog you posted you can see it at: ``` HEAD@{4}: commit: Production database config - critical b866dc2827d84c3e696f5a758d1824e6c2631207 ``` ### Recover it on `main` 1. **Make sure you’re on the `main` branch** ```bash git switch main # or: git checkout main ``` 2. **Reset `main` to that commit** (this will move the branch pointer back to the lost commit) ```bash git reset --hard b866dc2827d84c3e696f5a758d1824e6c2631207 ``` *If you prefer not to rewrite history (e.g., others have already pulled the current `main`), you can instead **cherry‑pick** the commit:* ```bash git cherry-pick b866dc2827d84c3e696f5a758d1824e6c2631207 ``` 3. **Verify** that the file now contains the production database config: ```bash git show HEAD:<path-to-your-config-file> # or just look at the working tree cat <path-to-your-config-file> ``` 4. **Push the recovered state** (if you used `reset --hard`, you’ll need a force‑push): ```bash git push --force-with-lease # safe force‑push; updates the remote main # If you cherry‑picked, a normal push is fine: # git push ``` ### Quick one‑liner (reset version) ```bash git switch main && git reset --hard b866dc2827d84c3e696f5a758d1824e6c2631207 && git push --force-with-lease ``` That restores the **“Production database config - critical”** commit to the tip of `main`. *(If you ever need to look at the reflog again later, just run `git reflog` while on `main`.)*
nvidia/nemotron-3-super-120b-a12b:low PASS 100% 363 in → 1,025 out (112 reasoning)
**Recover the lost “Production database config – critical” commit on `main`** 1. **Make sure you are on the `main` branch** ```bash git checkout main ``` 2. **Look at the reflog to confirm the commit you want** ```bash git reflog ``` You should see something like (the output you posted): ``` cbc5ea18d306e3cd856682d0b5b6130464d6997a HEAD@{0}: reset: moving to HEAD~1 5bce240d3e8c5eb4e301903d56a7c1b577d496f6 HEAD@{1}: checkout: moving from backup to main 90be4487e28dd512dfcf0a03a9393dd72e5f2a74 HEAD@{2}: commit: Staging database config 5bce240d3e8c5eb4e301903d56a7c1b577d496f6 HEAD@{3}: checkout: moving from main to backup 5bce240d3e8c5eb4e301903d56a7c1b577d496f6 HEAD@{4}: commit: Production database config - critical cbc5ea18d306e3cd856682d0b5b6130464d6997a HEAD@{5}: commit (initial): Local database config ``` The line with **HEAD@{4}** (hash `5bce240d3e8c5eb4e301903d56a7c1b577d496f6`) is the “Production database config – critical” commit. 3. **Reset `main` to that commit** - If you want `main` to **exactly match** that commit (discarding any later changes that were made after the reset you did): ```bash git reset --hard 5bce240d3e8c5eb4e301903d56a7c1b577d496f6 ``` - If you prefer to **keep any work you may have done after the reset** and just re‑introduce the lost commit, you can cherry‑pick it instead: ```bash git cherry-pick 5bce240d3e8c5eb4e301903d56a7c1b577d496f6 ``` 4. **Verify** that the commit is now back on `main`: ```bash git log --oneline -5 ``` You should see the “Production database config - critical” commit as the most recent entry (or wherever you placed it). 5. **Push the recovered state** (if you share this repository with others): ```bash git push origin main # use --force-with-lease if you overwrote history ``` > **Note:** If you used `git reset --hard`, you have rewritten history. Push with `--force-with-lease` (or `--force` if you are sure) to avoid losing anyone else’s work. --- ### TL;DR Command Summary ```bash git checkout main git reset --hard 5bce240d3e8c5eb4e301903d56a7c1b577d496f6 # or git cherry-pick <hash> git log --oneline -5 # verify git push origin main --force-with-lease # if needed ``` Your critical production database config commit is now restored on the `main` branch. Happy coding! 🚀
nvidia/nemotron-3-super-120b-a12b:low__json_schema PASS 100% 360 in → 307 out (212 reasoning)
57f1395853ce11e9a11c81546d1938a54c4573e0 (HEAD@{4}) — 'Production database config - critical'
JSON Schema Structured Output
(raw) { "ref": "57f1395853ce11e9a11c81546d1938a54c4573e0 (HEAD@{4}) — 'Production database config - critical'" }
nvidia/nemotron-3-super-120b-a12b:medium PASS 100% 362 in → 792 out (74 reasoning)
**Recovering the lost “Production database config – critical” commit** The commit you want to get back is still in the reflog for `main`: ``` 684469aa55f8a38045823b8e52c178b51c281cc7 HEAD@{4}: commit: Production database config - critical ``` That hash (`684469aa55f8a38045823b8e52c178b51c281cc7`) is the commit that was rolled back when you did `reset --hard HEAD~1`. --- ### Step‑by‑step recovery 1. **Make sure you’re on the `main` branch** (you already switched to `backup`, so checkout `main` first): ```bash git checkout main ``` 2. **Reset `main` to the commit you want** (hard reset will move the branch pointer and update the working tree to match that commit): ```bash git reset --hard 684469aa55f8a38045823b8e52c178b51c281cc7 ``` *After this command, `main` will point at the “Production database config – critical” commit, and your working directory will reflect exactly that state.* 3. **(Optional) Verify the recovery** ```bash git log --oneline -5 ``` You should see the critical commit as the most recent entry: ``` 684469aa Production database config - critical 684469aa Local database config (if it’s still present as parent) … ``` 4. **(Optional) Create a backup branch or tag** – just in case you want to keep a reference to this state without moving `main` later: ```bash git branch prod-config-recovered 684469aa55f8a38045823b8e52c178b51c281cc7 # or git tag prod-config-recovered 684469aa55f8a38045823b8e52c178b51c281cc7 ``` --- ### Why this works - `git reflog` records every change to the tip of a branch (including resets, checkouts, commits, etc.) even if those commits are no longer reachable from any branch. - The line `HEAD@{4}: commit: Production database config - critical` tells us that four actions ago the tip of `main` was exactly that commit. - By resetting `main` to that hash we move the branch pointer back to the lost commit, making it reachable again and restoring the files in your working tree. Now the “Production database config – critical” commit is back on `main` and you can continue working from there. If you ever need to refer to the exact state again, you have the branch/tag you created (or the reflog entry) as a safety net. Happy coding!
nvidia/nemotron-3-super-120b-a12b:none PASS 100% 341 in → 975 out (0 reasoning)
To recover the **'Production database config - critical'** commit that was lost after resetting `main` back to 'Local database config', follow these steps using the provided `git reflog` output. --- ### 🔍 Step 1: Understand the situation From the `git reflog` output: ``` 2e8c2cdafacfce48e9de65fa3c3d9edfd606f4e5 HEAD@{0}: reset: moving to HEAD~1 e60a2f01e6a66fbb69f2d1f514eadbfbf41ce79c HEAD@{1}: checkout: moving from backup to main 617b84091c5aaffec5e798588cb49c20c34fc314 HEAD@{2}: commit: Staging database config e60a2f01e6a66fbb69f2d1f514eadbfbf41ce79c HEAD@{3}: checkout: moving from main to backup e60a2f01e6a66fbb69f2d1f514eadbfbf41ce79c HEAD@{4}: commit: Production database config - critical 2e8c2cdafacfce48e9de65fa3c3d9edfd606f4e5 HEAD@{5}: commit (initial): Local database config ``` You want to recover the commit at `HEAD@{4}`, which is: - **Hash**: `e60a2f01e6a66fbb69f2d1f514eadbfbf41ce79c` - **Message**: `Production database config - critical` This commit is still in the reflog and hasn't been garbage-collected — so it's recoverable. --- ### ✅ Step 2: Recover the commit on the `main` branch You are currently on the `backup` branch (as stated: *"You then switched to 'backup' branch"*). So first, switch back to `main`: ```bash git checkout main ``` Now, reset `main` to the commit you want to recover (`HEAD@{4}` from the reflog, which corresponds to hash `e60a2f01e6a66fbb69f2d1f514eadbfbf41ce79c`): ```bash git reset --hard e60a2f01e6a66fbb69f2d1f514eadbfbf41ce79c ``` > 💡 Alternatively, you can use the reflog reference directly: > ```bash > git reset --hard HEAD@{4} > ``` > But since you switched branches, the reflog of `main` may not have `HEAD@{4}` as the same entry unless you're on `main`. So using the **exact hash** is safer and more reliable. --- ### ✅ Step 3: Verify the recovery Check that the commit is now back on `main`: ```bash git log --oneline -1 ``` You should see: ``` e60a2f01e6a66fbb69f2d1f514eadbfbf41ce79c Production database config - critical ``` And the file contents should reflect the production database configuration. --- ### 📝 Summary | Action | Command | |------|---------| | Switch to `main` branch | `git checkout main` | | Recover the lost commit | `git reset --hard e60a2f01e6a66fbb69f2d1f514eadbfbf41ce79c` | | (Alternative) Use reflog | `git reset --hard HEAD@{4}` *(only if still on `main` when running)* | | Verify | `git log --oneline -1` | --- ### ✅ Final Answer: To recover the **'Production database config - critical'** commit: ```bash git checkout main git reset --hard e60a2f01e6a66fbb69f2d1f514eadbfbf41ce79c ``` This restores the lost commit to the tip of the `main` branch. 🛡️
nvidia/nemotron-3-super-120b-a12b:none__json_schema PASS 100% 370 in → 13 out (0 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) { "ref": "HEAD@{4}" }
nvidia/nemotron-3-super-120b-a12b:xhigh PASS 100% 337 in → 891 out (372 reasoning)
The missing **“Production database config – critical”** commit is still in the reflog of `main`. Its SHA‑1 (shown in the reflog) is: ``` 8279036c449df8c00eaec431ca4fdbee3b9b486e ``` You can bring that commit back onto `main` in one of two common ways: --- ### 1. Reset `main` to that commit (discard the current HEAD) ```bash # Make sure you are on main git checkout main # Move the branch pointer back to the lost commit git reset --hard 8279036c449df8c00eaec431ca4fdbee3b9b486e ``` *Result*: `main` now points exactly to the “Production database config – critical” commit, and the working tree matches it. --- ### 2. Keep your current work and just re‑apply the lost commit If you have changes you want to keep on top of the recovered commit, you can **cherry‑pick** it instead of a hard reset: ```bash git checkout main # ensure you're on the branch you want to update git cherry-pick 8279036c449df8c00eaec431ca4fdbee3b9b486e ``` *Result*: The lost commit is reapplied as a new commit on top of whatever `main` currently points to. --- ### Quick verification After either operation, you can confirm the commit is back: ```bash git log --oneline -5 ``` You should see something like: ``` 8279036c4 Production database config - critical 208e06da8 Staging database config ... ``` --- **Summary**: The commit SHA is `8279036c449df8c00eaec431ca4fdbee3b9b486e`. Reset `main` to it with `git reset --hard <sha>` (or cherry‑pick if you want to preserve existing work). This restores the lost “Production database config – critical” configuration.
openai/gpt-5.4-mini:high PASS 100% 279 in → 566 out (442 reasoning)
The lost commit is: `142cc9d2328309e9e8be7aa8476289b4a46e4d4d` **commit:** `Production database config - critical` To recover it on `main`, run: ```bash git checkout main git reset --hard 142cc9d2328309e9e8be7aa8476289b4a46e4d4d ``` If you’re currently on `backup`, this will switch back to `main` and restore the critical production config commit.
openai/gpt-5.4-mini:high__json_schema PASS 100% 298 in → 247 out (210 reasoning)
c11a46519242fffcab2c505d5091bf2f12306074
JSON Schema Structured Output
(raw) {"ref":"c11a46519242fffcab2c505d5091bf2f12306074"}
openai/gpt-5.4-mini:low PASS 100% 270 in → 217 out (70 reasoning)
The lost critical commit is: `8721383896bda7f28d68e08dde293c272a1b21b9` **Production database config - critical** To recover it on `main`, run: ```bash git checkout main git reset --hard 8721383896bda7f28d68e08dde293c272a1b21b9 ``` If you want to preserve current history and just re-apply the commit instead, use: ```bash git checkout main git cherry-pick 8721383896bda7f28d68e08dde293c272a1b21b9 ```
openai/gpt-5.4-mini:low__json_schema PASS 100% 294 in → 69 out (35 reasoning)
540d951fddbe615296ff065aca774f99054b6bbc
JSON Schema Structured Output
(raw) {"ref":"540d951fddbe615296ff065aca774f99054b6bbc"}
openai/gpt-5.4-mini:medium PASS 100% 273 in → 454 out (313 reasoning)
The lost commit is: - `e5037365ec5497c63a2f6c8664435e782be23dd5` — **Production database config - critical** To recover it on `main`, switch back to `main` and reset it to that commit: ```bash git checkout main git reset --hard e5037365ec5497c63a2f6c8664435e782be23dd5 ``` If you want to verify first: ```bash git reflog main ``` But based on the reflog you provided, `e5037365...` is the commit to restore.
openai/gpt-5.4-mini:medium__json_schema PASS 100% 306 in → 345 out (307 reasoning)
10fa7452ef0309dea1a1bacdedd7c336c851c9ea
JSON Schema Structured Output
(raw) {"ref":"10fa7452ef0309dea1a1bacdedd7c336c851c9ea"}
openai/gpt-5.4-mini:none PASS 100% 263 in → 149 out (0 reasoning)
The lost commit is: - `f6706405acb510425e93fc81176f12bcb57ae83e` — **Production database config - critical** To recover it onto `main`, you can run: ```bash git checkout main git reset --hard f6706405acb510425e93fc81176f12bcb57ae83e ``` If you want to restore it without rewriting `main` history, you can also cherry-pick it instead: ```bash git checkout main git cherry-pick f6706405acb510425e93fc81176f12bcb57ae83e ```
openai/gpt-5.4-mini:none__json_schema PASS 100% 301 in → 36 out (0 reasoning)
b321ed802a77420ab78c5c3bd653516f55ab9b74
JSON Schema Structured Output
(raw) {"ref":"b321ed802a77420ab78c5c3bd653516f55ab9b74"}
openai/gpt-5.4-mini:xhigh PASS 100% 276 in → 6,865 out (6,732 reasoning)
Found it in the reflog: - **Commit:** `f5398720f4b95a5753d70b91f16b180928145bff` - **Message:** `Production database config - critical` - **Reflog entry:** `HEAD@{4}` To recover it on `main`: ```bash git checkout main git reset --hard f5398720f4b95a5753d70b91f16b180928145bff ``` If you want, I can also give the one-line `git branch -f main ...` version.
openai/gpt-5.4-mini:xhigh__json_schema PASS 100% 316 in → 24,866 out (24,828 reasoning)
7041225d426cc9286823e5b5e84db48bc915f5ba
JSON Schema Structured Output
(raw) {"ref":"7041225d426cc9286823e5b5e84db48bc915f5ba"}
openai/gpt-5.4-nano:high PASS 100% 278 in → 1,146 out (949 reasoning)
From the reflog, the lost **“Production database config - critical”** commit is: - **`84f2756053d98a96b2bb2711dd91e9e4b08223dd`** (shown as `HEAD@{4}: commit: Production database config - critical`) ### Recover it onto `main` ```bash git checkout main git cherry-pick 84f2756053d98a96b2bb2711dd91e9e4b08223dd ``` If you also want the later “Staging database config” commit back, it’s: - `b36df5ffa7af670cf3034ccabd068f048b94d364` and you can cherry-pick it too: ```bash git cherry-pick b36df5ffa7af670cf3034ccabd068f048b94d364 ```
openai/gpt-5.4-nano:high__json_schema PASS 100% 321 in → 110 out (68 reasoning)
fa2e6917cdff7c0a00e375ae4ee7e670e94c80b7
JSON Schema Structured Output
(raw) {"ref":"fa2e6917cdff7c0a00e375ae4ee7e670e94c80b7"}
openai/gpt-5.4-nano:low PASS 100% 268 in → 233 out (36 reasoning)
From your `main` reflog, the “Production database config - critical” commit is: - **Commit hash:** `0deeba33e061128bd1a9f93ad45afb1936859c51` - **Reflog entry:** `HEAD@{4}: commit: Production database config - critical` ### Recover it on `main` Since `main` is currently at `4cf030f7...` (your reset/new HEAD), you can bring the production commit back by cherry-picking it: ```bash git switch main git cherry-pick 0deeba33e061128bd1a9f93ad45afb1936859c51 ``` ### Verify ```bash git show --stat HEAD # or git log -1 --oneline ``` That will restore the exact “Production database config - critical” commit onto the current `main` branch.
openai/gpt-5.4-nano:low__json_schema PASS 100% 311 in → 69 out (30 reasoning)
bb8e9d3d076ff263b82e06562bd8984a985ba8ea
JSON Schema Structured Output
(raw) {"ref":"bb8e9d3d076ff263b82e06562bd8984a985ba8ea"}
openai/gpt-5.4-nano:medium PASS 100% 282 in → 222 out (37 reasoning)
From your `git reflog` on **main**, the missing commit is: - **`aaf1168e5e5fa9236b38b8029a2abe328951cc1c`** — `commit: Production database config - critical` (reflog entry `HEAD@{4}`) To recover it onto `main`, you can cherry-pick that commit: ```bash git checkout main git cherry-pick aaf1168e5e5fa9236b38b8029a2abe328951cc1c ``` (If `main` still points to the reset commit, this will re-apply the production config change.) To verify afterward: ```bash git show --stat aaf1168e5e5fa9236b38b8029a2abe328951cc1c ```
openai/gpt-5.4-nano:medium__json_schema PASS 100% 293 in → 279 out (229 reasoning)
439b82fb7748f623ad59b864a727304ee774b191 (Production database config - critical, reflog entry HEAD@{4})
JSON Schema Structured Output
(raw) {"ref":"439b82fb7748f623ad59b864a727304ee774b191 (Production database config - critical, reflog entry HEAD@{4})"}
openai/gpt-5.4-nano:none PASS 100% 270 in → 154 out (0 reasoning)
From the `main` branch reflog you shared, the “Production database config - critical” commit is: - **Commit:** `f2356e597ca300334328be67d71a5ea0dc932d28` - **Reflog entry:** `HEAD@{4}: commit: Production database config - critical` To recover it onto `main`: ```bash git checkout main git cherry-pick f2356e597ca300334328be67d71a5ea0dc932d28 ``` (Alternatively, if you want to move `main` back to where it included that commit, you’d do a hard reset to that commit, but cherry-pick is safer.)
openai/gpt-5.4-nano:none__json_schema PASS 100% 298 in → 62 out (0 reasoning)
On `main`, the lost critical commit is `955118891f5504e4c570d6ace2fb6568051afb73` (shown as `HEAD@{4}: commit: Production database config - critical`).
JSON Schema Structured Output
(raw) {"ref":"On `main`, the lost critical commit is `955118891f5504e4c570d6ace2fb6568051afb73` (shown as `HEAD@{4}: commit: Production database config - critical`)."}
openai/gpt-5.4-nano:xhigh PASS 100% 283 in → 4,515 out (4,333 reasoning)
The lost **“Production database config - critical”** commit is: `a30aa44192f0b2c7028a4c4f3dda3802d6f698a4` (from `HEAD@{4}` in your `reflog`) To recover it back onto `main`: ```bash # you're currently on backup git switch main # restore main to the production critical commit git reset --hard a30aa44192f0b2c7028a4c4f3dda3802d6f698a4 ``` (Alternative, if you prefer not to rewrite `main`: `git cherry-pick a30aa44192f0b2c7028a4c4f3dda3802d6f698a4` instead of `reset`.)
openai/gpt-5.4-nano:xhigh__json_schema PASS 100% 303 in → 7,596 out (7,575 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
openai/gpt-5.4:high PASS 100% 274 in → 683 out (516 reasoning)
The lost commit is: `9a5403e3233503f6643226ea4ce4a43995fa3af8` Message: `Production database config - critical` To recover it on `main`: ```bash git checkout main git reset --hard 9a5403e3233503f6643226ea4ce4a43995fa3af8 ``` Short version: ```bash git checkout main git reset --hard 9a5403e ``` Why: the reflog shows `HEAD@{4}` was the critical commit before `main` was reset back to `fc2fb03` (`Local database config`). Resetting `main` back to `9a5403e` restores it.
openai/gpt-5.4:low PASS 100% 265 in → 287 out (183 reasoning)
The lost commit is: `67982aef815662cce05c55854935b33a93459fe7` Message: `Production database config - critical` To recover it onto `main`: ```bash git checkout main git reset --hard 67982aef815662cce05c55854935b33a93459fe7 ``` If you're currently on `backup`, this moves `main` back to the critical commit.
openai/gpt-5.4:low__json_schema PASS 100% 323 in → 113 out (73 reasoning)
2f7f35b24955faebf27fa25a427381ff6c50e3fb
JSON Schema Structured Output
(raw) {"ref":"2f7f35b24955faebf27fa25a427381ff6c50e3fb"}
openai/gpt-5.4:medium PASS 100% 264 in → 484 out (344 reasoning)
The lost commit is: `dbbc9554e4d40f614577fab00ec184e943a67588` Message: `Production database config - critical` To recover it onto `main`: ```bash git checkout main git reset --hard dbbc9554e4d40f614577fab00ec184e943a67588 ``` If you want to verify first: ```bash git log --oneline --decorate -1 dbbc9554e4d40f614577fab00ec184e943a67588 ``` This moves `main` back to the critical production config commit.
openai/gpt-5.4:none PASS 100% 300 in → 166 out (0 reasoning)
The lost commit is: - `95cd7aa5b9c7cee4a1e4d53ee888c6e0277e720d` — `Production database config - critical` To recover it on `main`: ```bash git checkout main git reset --hard 95cd7aa5b9c7cee4a1e4d53ee888c6e0277e720d ``` If you want to be extra safe first, create a branch at that commit: ```bash git branch recover-production-config 95cd7aa5b9c7cee4a1e4d53ee888c6e0277e720d ``` Then `main` will point back to the critical production config commit.
openai/gpt-5.4:none__json_schema PASS 100% 301 in → 36 out (0 reasoning)
5fcd6246e273a8cfa562f970a5879276cf6569dc
JSON Schema Structured Output
(raw) {"ref":"5fcd6246e273a8cfa562f970a5879276cf6569dc"}
openai/gpt-5.4:xhigh PASS 100% 273 in → 4,821 out (4,660 reasoning)
The lost commit is: `c85a63c09e54d977553c54e212cfb962422b4923` `Production database config - critical` Recover `main` to that commit: ```bash git reflog show main git branch -f main c85a63c09e54d977553c54e212cfb962422b4923 git switch main ``` If you want to do it by switching first instead: ```bash git switch main git reset --hard c85a63c09e54d977553c54e212cfb962422b4923 ``` In the reflog you provided, that commit is the `Production database config - critical` entry.
openai/gpt-5.5:high PASS 100% 280 in → 1,175 out (1,034 reasoning)
The lost production config commit is: ```bash 0abc1ee5c77c9b59baf0260b0786dd3b6c93fab4 ``` Recover `main` to that commit: ```bash git switch main git reset --hard 0abc1ee5c77c9b59baf0260b0786dd3b6c93fab4 ``` Verify: ```bash git log --oneline -1 ``` Expected result: ```text 0abc1ee Production database config - critical ``` `main` is now restored to the critical production database config commit.
openai/gpt-5.5:high__json_schema PASS 100% 295 in → 537 out (516 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
openai/gpt-5.5:low PASS 100% 289 in → 402 out (258 reasoning)
The lost critical commit is: ```bash 3c3a14a36e424381c3d7c7c50eb3e3f1eb489427 ``` Recover it by moving `main` back to that commit: ```bash git switch main git reset --hard 3c3a14a36e424381c3d7c7c50eb3e3f1eb489427 ``` Verify: ```bash git log --oneline -3 ``` You should see: ```text 3c3a14a Production database config - critical c3e83b7 Local database config ```
openai/gpt-5.5:low__json_schema PASS 100% 329 in → 68 out (26 reasoning)
b0bad1a5c765ba98cc1c5d19450508f84fb2f9f8
JSON Schema Structured Output
(raw) {"ref":"b0bad1a5c765ba98cc1c5d19450508f84fb2f9f8"}
openai/gpt-5.5:medium PASS 100% 284 in → 740 out (516 reasoning)
The lost critical commit is: ```bash 9f9f4a7c4b87012a03397c436d383e07cb9ab16c ``` From the reflog: ```bash HEAD@{4}: commit: Production database config - critical ``` To recover it on `main`, run: ```bash git switch main git reset --hard 9f9f4a7c4b87012a03397c436d383e07cb9ab16c ``` If you are currently on `backup` and want to restore `main` without switching branches first, you can do: ```bash git branch -f main 9f9f4a7c4b87012a03397c436d383e07cb9ab16c ``` Then verify: ```bash git log --oneline main ``` You should see: ```bash 9f9f4a7 Production database config - critical 82df7a9 Local database config ```
openai/gpt-5.5:none PASS 100% 275 in → 154 out (0 reasoning)
The lost critical commit is: ```bash 3430fb0998c325a921cbae0b86a7cdd38ce96660 ``` Reflog entry: ```bash HEAD@{4}: commit: Production database config - critical ``` To recover it while currently on the `backup` branch, reset or restore `main` to that commit: ```bash git switch main git reset --hard 3430fb0998c325a921cbae0b86a7cdd38ce96660 ``` Now `main` points back to: ```text Production database config - critical ``` You can verify with: ```bash git log --oneline ```
openai/gpt-5.5:none__json_schema PASS 100% 313 in → 19 out (0 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
openai/gpt-5.5:xhigh PASS 100% 283 in → 1,295 out (1,034 reasoning)
The lost critical commit is: ```bash ef15af12c1acc2cfa0d5206d7b07abd5e5c06d71 ``` From the reflog: ```text ef15af12c1acc2cfa0d5206d7b07abd5e5c06d71 HEAD@{4}: commit: Production database config - critical ``` Since you are currently on `backup`, recover `main` by moving it back to that commit: ```bash git branch -f main ef15af12c1acc2cfa0d5206d7b07abd5e5c06d71 ``` Then switch back to `main`: ```bash git switch main ``` Verify: ```bash git log --oneline --decorate -5 ``` You should see: ```text ef15af1 Production database config - critical 232d2c7 Local database config ``` Alternative if you switch to `main` first: ```bash git switch main git reset --hard ef15af12c1acc2cfa0d5206d7b07abd5e5c06d71 ```
openai/gpt-5.6-luna:high PASS 100% 275 in → 655 out (516 reasoning)
The lost commit is: ```text bc0cf49c60d5f4228d51d785e98449f130635f81 Production database config - critical ``` Recover it by moving `main` back to that commit: ```bash git switch main git reflog main git reset --hard bc0cf49c60d5f4228d51d785e98449f130635f81 ``` Verify: ```bash git log --oneline --decorate -3 ``` If you want to preserve the current state before resetting: ```bash git branch main-before-recovery ```
openai/gpt-5.6-luna:high__json_schema PASS 100% 297 in → 292 out (255 reasoning)
7c5ee340f20153862d23d93b3febca09520ca511
JSON Schema Structured Output
(raw) {"ref":"7c5ee340f20153862d23d93b3febca09520ca511"}
openai/gpt-5.6-luna:low PASS 100% 262 in → 664 out (516 reasoning)
The lost commit is: ```text fcf714f0a8736bf322368d808af50900a4f95302 ``` Recover it onto `main` with: ```bash git switch main git cherry-pick fcf714f0a8736bf322368d808af50900a4f95302 ``` Alternatively, to move `main` directly to that commit: ```bash git switch main git reset --hard fcf714f0a8736bf322368d808af50900a4f95302 ``` `cherry-pick` is safer if you want to preserve the current `main` history.
openai/gpt-5.6-luna:low__json_schema PASS 100% 305 in → 217 out (182 reasoning)
605ce4da86dc6655c161d00e995270722396893c
JSON Schema Structured Output
(raw) {"ref":"605ce4da86dc6655c161d00e995270722396893c"}
openai/gpt-5.6-luna:max PASS 100% 271 in → 1,722 out (1,552 reasoning)
The lost commit is: ```text 80eec6a6890fb58757ecb97bedf883d3cb105f2f Production database config - critical ``` Recover it on `main` with: ```bash git reflog show main git switch main # Optional safety reference git branch rescue-production-config 80eec6a6890fb58757ecb97bedf883d3cb105f2f git reset --hard 80eec6a6890fb58757ecb97bedf883d3cb105f2f ``` `main` will now point to the critical production configuration commit. `git reset --hard` discards uncommitted working-tree changes, so save any such changes first if needed.
openai/gpt-5.6-luna:max__json_schema PASS 100% 309 in → 537 out (516 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
openai/gpt-5.6-luna:medium PASS 100% 275 in → 552 out (377 reasoning)
The lost commit is: ```text 7f259720e5fc34de8f166c22e3a108da0fc50512 ``` It appears in the reflog as: ```text HEAD@{4}: commit: Production database config - critical ``` Recover it on `main` with: ```bash git switch main git reset --hard 7f259720e5fc34de8f166c22e3a108da0fc50512 ``` Optionally preserve it with a branch before resetting: ```bash git branch production-config-recovered 7f259720e5fc34de8f166c22e3a108da0fc50512 ``` Then verify: ```bash git log --oneline --decorate -3 ```
openai/gpt-5.6-luna:medium__json_schema PASS 100% 312 in → 240 out (200 reasoning)
a7145779290158c71cefcaa2af9f63af6a9ef8a7
JSON Schema Structured Output
(raw) {"ref":"a7145779290158c71cefcaa2af9f63af6a9ef8a7"}
openai/gpt-5.6-luna:none PASS 100% 288 in → 150 out (0 reasoning)
The lost commit is: ```text 68a85b40e3b85296bfdc80c3ccf74ee33f89487b Production database config - critical ``` To recover it onto `main`, run: ```bash git switch main git reset --hard 68a85b40e3b85296bfdc80c3ccf74ee33f89487b ``` Alternatively, to preserve the current `main` history and create a new commit containing the changes: ```bash git switch main git cherry-pick 68a85b40e3b85296bfdc80c3ccf74ee33f89487b ```
openai/gpt-5.6-luna:none__json_schema PASS 100% 319 in → 36 out (0 reasoning)
6669cb7695a1bbcbb2950f49a94b5823ad77e551
JSON Schema Structured Output
(raw) {"ref":"6669cb7695a1bbcbb2950f49a94b5823ad77e551"}
openai/gpt-5.6-luna:xhigh PASS 100% 278 in → 1,170 out (1,027 reasoning)
The critical commit is: ```text a473cae638b5215624fb576b27e00c31d1f649f9 ``` It appears in the reflog as: ```text HEAD@{4}: commit: Production database config - critical ``` Restore `main` to that commit: ```bash git switch main git reset --hard a473cae638b5215624fb576b27e00c31d1f649f9 ``` Verify the recovery: ```bash git log --oneline --decorate --all ``` `main` will now point to the recovered production configuration commit.
openai/gpt-5.6-luna:xhigh__json_schema PASS 100% 334 in → 560 out (516 reasoning)
841c63e1815c78d2c2eee4d2d2097d57a0ed8a2b
JSON Schema Structured Output
(raw) {"ref":"841c63e1815c78d2c2eee4d2d2097d57a0ed8a2b"}
openai/gpt-5.6-sol:high PASS 100% 264 in → 1,023 out (918 reasoning)
The critical commit is `7327310254d680fe6b32e843de6302becb7e66f8`. Restore `main` to it while on `backup`: ```bash git reflog show main git branch -f main 7327310254d680fe6b32e843de6302becb7e66f8 git switch main ``` `main` now points to **“Production database config - critical.”**
openai/gpt-5.6-sol:high__json_schema PASS 100% 307 in → 537 out (516 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
openai/gpt-5.6-sol:low PASS 100% 269 in → 286 out (173 reasoning)
The critical commit is `1aba77592cd251db6d58ab88b39fdd65ef67945a` (`HEAD@{4}`). Recover it onto `main`: ```bash git switch main git reset --hard 1aba77592cd251db6d58ab88b39fdd65ef67945a ``` Verify: ```bash git log -1 --oneline ``` Expected: ```text 1aba775 Production database config - critical ```
openai/gpt-5.6-sol:max PASS 100% 278 in → 1,922 out (1,810 reasoning)
The lost commit is `36c796470b3ea9ec90be66d85a3b2fe5b3de8438`. ```bash git reflog show main git switch main git reset --hard 36c796470b3ea9ec90be66d85a3b2fe5b3de8438 git log -1 --oneline ``` `main` now points to: ```text 36c7964 Production database config - critical ```
openai/gpt-5.6-sol:medium PASS 100% 277 in → 429 out (301 reasoning)
The lost commit is `8e14f236c0e9dea052f02f3b9256b067dda6e58f`. Since you are currently on `backup`, restore `main` directly: ```bash git reflog show main git branch -f main 8e14f236c0e9dea052f02f3b9256b067dda6e58f git switch main ``` Verify: ```bash git log --oneline -2 ``` `main` should now point to **Production database config - critical**.
openai/gpt-5.6-sol:medium__json_schema PASS 100% 320 in → 344 out (323 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
openai/gpt-5.6-sol:none PASS 100% 268 in → 60 out (0 reasoning)
```bash git switch main git reset --hard 244cc902270fb0d1be431b515cf137adbe7ec00c ``` This restores `main` to **“Production database config - critical”** (`main@{4}`).
openai/gpt-5.6-sol:xhigh PASS 100% 283 in → 874 out (730 reasoning)
The lost commit is: `e6cbcb1d7a95370e35ac508bdf7fe85e3120d8b3` — **Production database config - critical** While on `backup`, restore `main` directly to that commit: ```bash git reflog show main git branch -f main e6cbcb1d7a95370e35ac508bdf7fe85e3120d8b3 git switch main git log -1 --oneline ``` Expected final commit: ```text e6cbcb1 Production database config - critical ``` The `backup` branch remains unchanged.
openai/gpt-5.6-terra:high PASS 100% 264 in → 684 out (516 reasoning)
The lost production commit is: ```text 5eecddfa8150d36626188ca32a6efb668c785458 Production database config - critical ``` Verify it from the `main` branch reflog: ```bash git reflog show main ``` Create a safety reference to the recovered commit, then restore `main` to it: ```bash git branch production-config-recovery 5eecddfa8150d36626188ca32a6efb668c785458 git switch main git reset --hard production-config-recovery ``` Confirm: ```bash git log --oneline -2 ``` `main` should now point at `Production database config - critical`. The `backup` branch remains unchanged.
openai/gpt-5.6-terra:low PASS 100% 280 in → 471 out (289 reasoning)
The critical commit is: ```text 31d7ca4c57a98ad87a58b311d1aad1cb033d3fea Production database config - critical ``` Recover `main` by moving it back to that commit: ```bash git switch main git branch recovery-production 31d7ca4c57a98ad87a58b311d1aad1cb033d3fea git reset --hard 31d7ca4c57a98ad87a58b311d1aad1cb033d3fea ``` Verify: ```bash git log --oneline -3 ``` `main` now points to **Production database config - critical**. The `recovery-production` branch is an extra safety reference; the `backup` branch and its staging commit remain untouched.
openai/gpt-5.6-terra:low__json_schema PASS 100% 329 in → 217 out (176 reasoning)
545e52d0847ff9c96c5e46a59f8ff2674b868f53
JSON Schema Structured Output
(raw) {"ref":"545e52d0847ff9c96c5e46a59f8ff2674b868f53"}
openai/gpt-5.6-terra:max PASS 100% 268 in → 1,271 out (1,034 reasoning)
The lost production commit is: ```text b8800a613362e076105bfb1d20619ca8b025e20b Production database config - critical ``` Check the reflog specifically for `main`: ```bash git reflog show main ``` It should show the production commit as the entry before the reset (likely `main@{1}`). Recover `main` by moving it back to that commit: ```bash git switch main git reset --hard b8800a613362e076105bfb1d20619ca8b025e20b ``` Or, using the branch reflog reference directly: ```bash git switch main git reset --hard main@{1} ``` For a safer recovery that first preserves the current `main` position: ```bash git branch main-before-recovery main git switch main git reset --hard b8800a613362e076105bfb1d20619ca8b025e20b ``` `main` now points again to **“Production database config - critical.”**
openai/gpt-5.6-terra:max__json_schema PASS 100% 301 in → 1,069 out (1,034 reasoning)
380da162ed498cc78c29ccc5a794765d9849d860
JSON Schema Structured Output
(raw) {"ref":"380da162ed498cc78c29ccc5a794765d9849d860"}
openai/gpt-5.6-terra:medium PASS 100% 281 in → 308 out (163 reasoning)
The critical production commit is: ```text 709163f92276596a5f8dd704457a70d4b6c2f371 ``` Recover `main` by moving it back to that commit: ```bash git switch main git reset --hard 709163f92276596a5f8dd704457a70d4b6c2f371 ``` Optionally verify first: ```bash git show --stat 709163f92276596a5f8dd704457a70d4b6c2f371 ``` This restores `main` to **“Production database config - critical.”**
openai/gpt-5.6-terra:medium__json_schema PASS 100% 310 in → 255 out (218 reasoning)
8da6242ab2fa412f640968347174995d9f6913e6
JSON Schema Structured Output
(raw) {"ref":"8da6242ab2fa412f640968347174995d9f6913e6"}
openai/gpt-5.6-terra:none PASS 100% 274 in → 180 out (0 reasoning)
The critical commit is: ```text 4d9c7720c5c02cbadbcf8f09ae94a98810a67337 Production database config - critical ``` Since you are currently on `backup`, recover it onto `main`: ```bash git switch main git reset --hard 4d9c7720c5c02cbadbcf8f09ae94a98810a67337 ``` This moves `main` back to the production configuration commit. If you want to preserve the current state of `main` before resetting, create a safety branch first: ```bash git switch main git branch main-before-recovery git reset --hard 4d9c7720c5c02cbadbcf8f09ae94a98810a67337 ```
openai/gpt-5.6-terra:xhigh PASS 100% 289 in → 688 out (516 reasoning)
The lost critical commit is: ```text e1b63149378824b72ffb3c5031adb0f6c424e8e0 Production database config - critical ``` Recover `main` by resetting it to that reflog entry/commit: ```bash git switch main git reflog show main git reset --hard e1b63149378824b72ffb3c5031adb0f6c424e8e0 ``` Equivalently, if it appears as the prior `main` reflog entry: ```bash git reset --hard main@{1} ``` Afterward, verify: ```bash git log --oneline -3 ``` `main` should again point to `Production database config - critical`.
openai/gpt-5.6-terra:xhigh__json_schema PASS 100% 312 in → 538 out (500 reasoning)
1ea7a81ade231d1089a9fddf601272b615a37470
JSON Schema Structured Output
(raw) {"ref":"1ea7a81ade231d1089a9fddf601272b615a37470"}
openai/gpt-oss-120b:high PASS 100% 339 in → 3,325 out (2,437 reasoning)
Below is a concise, **step‑by‑step recipe** for pulling the lost “Production database config – critical” commit out of the reflog and putting it back on `main`. All the commands assume you are in the repository’s root directory. --- ## 1️⃣ Look at the reflog for `main` ```bash # Make sure you are on the *main* branch (it may be detached after the reset) git checkout main # Show the recent HEAD history – the output you already posted is reproduced here git reflog ``` You should see (the important lines are highlighted): ``` HEAD@{0}: reset: moving to HEAD~1 HEAD@{1}: checkout: moving from backup to main HEAD@{2}: commit: Staging database config HEAD@{3}: checkout: moving from main to backup HEAD@{4}: commit: Production database config - critical <-- the one we want HEAD@{5}: commit (initial): Local database config ``` The hash of the “Production … critical” commit is ``` f168b88e05c84d69b2b7f4f921746ca9276ac519 ``` --- ## 2️⃣ **Option A – Restore the branch *exactly* to that commit** If you want `main` to *point* to the critical commit (i.e. discard the later reset to the local‑config commit), do a hard reset: ```bash # Safety net – keep a temporary reference to the current (incorrect) tip git branch tmp-main-keep # you can delete this later if you don’t need it # Reset main back to the production commit git reset --hard f168b88e05c84d69b2b7f4f921746ca9276ac519 ``` > **Result** – `main` now ends at the production commit, and the commit that > contained the local config is still reachable via the `tmp-main-keep` > branch (or via the reflog) if you ever need it. --- ## 3️⃣ **Option B – Keep the current tip *and* add the production commit on top** If you want to preserve the “Local database config” commit (or any other work still on `main`) and simply *re‑apply* the missing production change, cherry‑pick the commit: ```bash # (Optional) record the current tip just in case git branch tmp-main-keep # Apply the missing commit as a new commit on top of the current tip git cherry-pick f168b88e05c84d69b2b7f4f921746ca9276ac519 ``` > **Result** – `main` now has a new commit that re‑introduces the production > configuration while preserving any other changes you already have. --- ## 4️⃣ Verify the restoration ```bash git log --oneline --decorate --graph -5 ``` You should see something like: ``` * f168b88 (HEAD -> main) Production database config - critical * 153e29f Local database config ``` (if you used *Option A* you’ll only see the production commit at the tip; if you used *Option B* you’ll see both commits, with the production one newly added on top). --- ## 5️⃣ Push the fix (if you have a remote) Because resetting rewrites history, you’ll need to force‑push **only if you used Option A** (the branch tip changed). If you used Option B, a normal push is fine. ```bash # Option A – history rewrite git push --force origin main # Option B – normal fast‑forward git push origin main ``` > **⚠️ IMPORTANT:** > * Only force‑push when you are **sure** nobody else has based work on the > vanished tip, or when you coordinate with the team. > * If the repository is shared, consider using `git revert` instead of a hard > reset, or push a *new* branch and let the team merge it. --- ## 6️⃣ Clean‑up (optional) If you created a temporary branch in step 2 or step 3 and no longer need it: ```bash git branch -d tmp-main-keep ``` --- ## TL;DR Cheat‑Sheet | Goal | Command | |------|---------| | **Find the lost commit** | `git reflog` → note hash `f168b88e…` | | **Reset `main` exactly to it** | `git reset --hard f168b88e…` | | **Or keep current tip & re‑apply it** | `git cherry-pick f168b88e…` | | **Push (force only if you reset)** | `git push --force origin main` | | **Verify** | `git log --oneline -5` | Follow the steps that best match your workflow, and the “Production database config – critical” commit will be back where it belongs. 🎉
openai/gpt-oss-120b:low PASS 100% 333 in → 675 out (8 reasoning)
**Goal:** Recover the “Production database config – critical” commit that was lost when `main` was reset. **What we know from the reflog** ``` HEAD@{4}: commit: Production database config - critical (hash c36ef20180172ccc8d5e8d07224e19b45420f544) ``` That SHA‑1 (`c36ef20180172ccc8d5e8d07224e19b45420f544`) is the commit we want to bring back onto `main`. --- ## Step‑by‑step recovery 1. **Make sure you are on the `main` branch** ```bash git checkout main ``` 2. **Create a new branch (optional, but safe) that points to the lost commit** ```bash git branch recovered-prod c36ef20180172ccc8d5e8d07224e19b45420f544 # or, if you prefer to work directly on main, skip this step. ``` 3. **Restore the commit onto `main`** *Option A – fast‑forward `main` to the missing commit* (only works if nothing has been added on top of the reset commit; in our reflog `HEAD@{0}` is a reset to the previous commit, so the missing commit is *ahead* of `main`.) ```bash git reset --hard c36ef20180172ccc8d5e8d07224e19b45420f544 ``` *Option B – cherry‑pick the specific commit* (useful if you want to keep the current history on `main` and just apply the lost change.) ```bash git cherry-pick c36ef20180172ccc8d5e8d07224e19b45420f544 ``` 4. **Verify the recovery** ```bash git log --oneline --graph --decorate -5 ``` You should now see the “Production database config - critical” commit in the history (either as the tip of `main` or as a new commit on top of the current tip). 5. **Push the fixed history (if you need to update a remote)** *If you used `reset --hard`* (rewriting history): ```bash git push --force origin main ``` *If you used `cherry-pick`* (no history rewrite needed): ```bash git push origin main ``` --- ### Quick one‑liner (if you just want to bring the commit back onto `main`) ```bash git checkout main git cherry-pick c36ef20180172ccc8d5e8d07224e19b45420f544 # restores the critical config ``` or, to make `main` point exactly at that commit: ```bash git checkout main git reset --hard c36ef20180172ccc8d5e8d07224e19b45420f544 ``` Either command restores the “Production database config - critical” commit that was lost during the reset.
openai/gpt-oss-120b:medium PASS 100% 341 in → 1,698 out (178 reasoning)
Below is a safe, step‑by‑step recipe for **finding** the lost “Production database config – critical” commit in the reflog and **bringing it back** onto your `main` branch (or any other branch you prefer). All the commands assume you are starting from the repository root and that you still have the reflog output you posted. --- ## 1️⃣ Verify where you are right now ```bash # Show the current branch git branch --show-current # (You said you switched to the `backup` branch, so this should print `backup`) # Quick sanity‑check of the reflog you posted (optional) git reflog --date=iso ``` --- ## 2️⃣ Locate the exact commit SHA for the missing “critical” commit From the reflog you posted, the commit you need is: ``` f12df0a437c6a0b67f046991a0ca8a8537d9e9c5 ``` You can double‑check that this SHA really contains the production config file: ```bash git show f12df0a437c6a0b67f046991a0ca8a8537d9e9c5 --name-status # and/or git diff f12df0a437c6a0b67f046991a0ca8a8537d9e9c5^! -- path/to/your/config.file ``` If the output shows the expected `"Production database config - critical"` changes, you have the right commit. --- ## 3️⃣ Decide how you want the commit back on `main` You have three typical options: | Goal | Command(s) | What it does | |------|------------|--------------| | **Replace `main`’s tip with the critical commit** (discard the “Local database config” commit) | `git reset --hard f12df0a...` | `main` now points exactly at the critical commit. | | **Keep the existing history **and **add the critical commit on top** (e.g., you want both the local and production configs) | `git cherry-pick f12df0a...` | Creates a new commit on top of `main` that reproduces the changes. | | **Create a separate branch** that you can later merge or inspect | `git branch recovered-prod f12df0a...` | Leaves `main` untouched; you get a new branch called `recovered-prod`. | Pick the one that matches your workflow. Below are the exact commands for each case. --- ### 📌 Option A – Reset `main` to the critical commit (most “undo‑reset” style) ```bash # 1. Switch to main (you are on backup now) git checkout main # 2. Reset its tip to the critical commit (hard reset – discards working‑tree changes) git reset --hard f12df0a437c6a0b67f046991a0ca8a8537d9e9c5 # 3. Verify the history git log --oneline -5 ``` > **Warning** – This discards the “Local database config” commit (`40893478…`). If you might need that later, create a temporary branch before resetting: ```bash git branch keep-local 4089347822efed14b463eb27233e71ce936ce030 ``` --- ### 📌 Option B – Keep the current `main` history and *add* the critical commit on top ```bash git checkout main # make sure we are on main git cherry-pick f12df0a437c6a0b67f046991a0ca8a8537d9e9c5 # If the cherry‑pick conflicts (unlikely, but possible): # resolve the conflicts, then git add <resolved‑files> git cherry-pick --continue ``` Now `main` will have a **new** commit that contains the same changes as the lost one, preserving the existing “Local database config” commit as its predecessor. --- ### 📌 Option C – Recover the commit on a brand‑new branch (so you can inspect/merge later) ```bash # Create a branch that points directly at the critical commit git branch recovered-prod f12df0a437c6a0b67f046991a0ca8a8537d9e9c5 # (Optional) switch to it to double‑check the files git checkout recovered-prod ``` From here you can merge, rebase, or cherry‑pick as you wish: ```bash # Example: merge it back into main git checkout main git merge recovered-prod # fast‑forward or merge commit, depending on history ``` --- ## 4️⃣ Clean‑up (optional) If you created any temporary branches just for safety, you can delete them now: ```bash git branch -d keep-local # if you no longer need it git branch -d backup # if you’re done with the backup branch ``` --- ## 5️⃣ Push the fixed history (if you work with a remote) *If you performed a hard reset* (`git reset --hard …`) you’ll need to force‑push because the remote’s `main` tip diverged: ```bash git push origin main --force-with-lease ``` *If you used `cherry-pick` or a merge*, a normal push is enough: ```bash git push origin main ``` > **Tip:** `--force-with-lease` is safer than plain `--force` – it aborts if someone else has pushed new commits you don’t have locally. --- ## 6️⃣ Verify the recovery ```bash git log --graph --oneline --decorate -5 # or, to see the specific commit message: git log -1 --pretty=fuller ``` You should now see the “Production database config - critical” commit (or its new copy) back in the history of `main`. --- ### TL;DR Command Cheat‑Sheet ``` # 1. Get on main git checkout main # 2. Recover the commit (pick ONE of the three) ## A) Reset main to that commit git reset --hard f12df0a437c6a0b67f046991a0ca8a8537d9e9c5 ## B) Keep existing history, add the commit on top git cherry-pick f12df0a437c6a0b67f046991a0ca8a8537d9e9c5 ## C) Create a dedicated branch for the commit git branch recovered-prod f12df0a437c6a0b67f046991a0ca8a8537d9e9c5 git checkout recovered-prod # optional # later: git checkout main && git merge recovered-prod ``` Choose the path that best matches how you want your repository’s history to look, and you’ll have the critical production configuration back in no time. 🚀
openai/gpt-oss-120b:xhigh PASS 100% 354 in → 2,688 out (0 reasoning)
Below is a step‑by‑step “recover‑the‑lost‑commit” recipe that uses the **reflog** you already posted. --- ## 1. Identify the wanted commit in the reflog Your reflog (for `main`) shows: ``` HEAD@{0}: reset: moving to HEAD~1 HEAD@{1}: checkout: moving from backup to main HEAD@{2}: commit: Staging database config HEAD@{3}: checkout: moving from main to backup HEAD@{4}: commit: Production database config - critical <-- the one we need HEAD@{5}: commit (initial): Local database config ``` The **Production database config – critical** commit is the entry at `HEAD@{4}`. Its SHA‑1 is: ``` f90497d5fa37396e7c12dcbcecc71ff1baebd51b ``` (That hash appears three times in your reflog; it is the commit we want to bring back.) --- ## 2. Make sure you are on the `main` branch ```bash # If you are still on `backup`, switch back to main: git checkout main ``` > **Tip:** `git status` will confirm you’re on `main`. --- ## 3. Recover the commit You have three common ways to get the commit back onto `main`. Choose the one that fits your workflow. ### A. Fast‑forward `main` to the lost commit (rewind the reset) ```bash # Move `main` pointer back to the critical commit, discarding the reset git reset --hard f90497d5fa37396e7c12dcbcecc71ff1baebd51b ``` > After this `git log --oneline` will show the production‑config commit as the HEAD of `main`. ### B. Keep the existing history and **add** the missing commit on top If you want to preserve the “Local database config” commit (the one you reset to) and just replay the critical commit, cherry‑pick it: ```bash git cherry-pick f90497d5fa37396e7c12dcbcecc71ff1baebd51b ``` Now `main` will have: ``` Local database config (6c7336e...) Production config (f90497d...) ``` ### C. Create a new branch from the lost commit and then merge If you prefer an explicit recovery branch: ```bash # Create a temporary branch at the lost commit git checkout -b prod-config-recover f90497d5fa37396e7c12dcbcecc71ff1baebd51b # Merge it back into main (fast‑forward or a merge commit) git checkout main git merge prod-config-recover ``` --- ## 4. Verify the recovery ```bash git log --oneline --decorate --graph --all ``` You should now see the *Production database config – critical* commit again in the `main` history (or merged in, depending on the method you chose). If you want to double‑check the file contents: ```bash git show f90497d5fa37396e7c12dcbcecc71ff1baebd51b:path/to/your/config.file ``` --- ## 5. (Optional) Clean up the temporary branch If you used method **C** and no longer need the recovery branch: ```bash git branch -d prod-config-recover ``` --- ## 6. Push the fixed history (if `main` is shared) > **Caution:** If you used `git reset --hard` (method A) you have rewritten history. You’ll need to force‑push, and everyone who pulled the erroneous reset will have to re‑sync. ```bash # Normal push (methods B or C) git push origin main # Force‑push (method A) – only if you’re sure no one else depends on the broken history git push --force-with-lease origin main ``` --- ### TL;DR Command Cheat‑Sheet ```bash # 1. Switch to main git checkout main # 2. Recover the critical commit (pick ONE): # A – Reset main to the commit git reset --hard f90497d5fa37396e7c12dcbcecc71ff1baebd51b # B – Cherry‑pick the commit on top of current HEAD git cherry-pick f90497d5fa37396e7c12dcbcecc71ff1baebd51b # C – Recover via a temporary branch and merge git checkout -b prod-config-recover f90497d5fa37396e7c12dcbcecc71ff1baebd51b git checkout main git merge prod-config-recover git branch -d prod-config-recover # optional cleanup # 3. Verify git log --oneline --graph --decorate # 4. Push (force‑with‑lease only if you reset) git push origin main # normal # git push --force-with-lease origin main # if you used reset ``` That’s it—your *Production database config – critical* commit is back on `main`! 🚀
openai/gpt-oss-120b:xhigh__json_schema PASS 100% 324 in → 2,364 out (2,319 reasoning)
HEAD@{4}: 33430573a2e94b73f4935ff81f45126b99fcc300 – Production database config - critical
JSON Schema Structured Output
(raw) { "ref": "HEAD@{4}: 33430573a2e94b73f4935ff81f45126b99fcc300 – Production database config - critical" }
openai/gpt-oss-20b:high PASS 100% 333 in → 1,515 out (692 reasoning)
## 🎯 What we’re looking for The **critical production config** commit is still in the reflog – it’s the record at **HEAD@{4}**. Its SHA‑1 is ``` b72676e4bcb0e161a04a19cc5e6f23b624c687dc ``` ## 📦 How to recover it You have a couple of options, depending on whether you want to bring the commit back to `main` or just cherry‑pick it / keep it on its own branch. ### 1️⃣ Restore `main` to that commit ```bash # Make sure you’re on main git checkout main # Reset main back to the critical commit (force reset = hard reset) git reset --hard b72676e4bcb0e161a04a19cc5e6f23b624c687dc ``` > **Result:** `main` now points exactly to *Production database config – critical*. > All the work that was automatically moved to the initial commit (HEAD@{0}) is undone. ### 2️⃣ Keep the old state and create a named recovery branch If you prefer not to touch the `main` history (in case other work is already on `main`), create a new branch pointing at that commit: ```bash # While still on main or any branch git branch prod-context-restore b72676e4bcb0e161a04a19cc5e6f23b624c687dc # Check it out to review or merge git checkout prod-context-restore ``` You can now: - Inspect the files: `git diff HEAD~1 HEAD` (should show the production config differences) - Merge or cherry‑pick into `main`: ```bash git checkout main git merge --no-ff prod-context-restore # or git cherry-pick prod-context-restore ``` ### 3️⃣ Quick reference to verify the reflog If you happen to lose track again, run: ```bash git reflog show main ``` The output will look like: ``` a0ed1933 HEAD@{0}: reset: moving to HEAD~1 b72676e4 HEAD@{1}: checkout: moving from backup to main 4c3f0ef5 HEAD@{2}: commit: Staging database config b72676e4 HEAD@{3}: checkout: moving from main to backup b72676e4 HEAD@{4}: commit: Production database config - critical a0ed1933 HEAD@{5}: commit (initial): Local database config ``` > The entry with **HEAD@{4}** is the commit you’re after. --- ## 📌 Recap | Action | Command | Purpose | |--------|---------|---------| | Reset main to the critical commit | `git reset --hard b72676e4...` | Bring `main` back to the production config | | Or create a dedicated recovery branch | `git branch prod-context-restore b72676e4...` | Keep old history intact and recover on a separate branch | Now you’ve successfully pulled the “Production database config – critical” commit out of the reflog and brought it back into your repository! 🚀
openai/gpt-oss-20b:high__json_schema PASS 100% 330 in → 2,884 out (2,137 reasoning)
Use the reflog for the *current* `main` branch to locate the missing commit, then restore that commit back onto `main`. Here’s a step‑by‑step guide: --- **1. Open a terminal and make sure you’re on the `main` branch** ```bash $ git checkout main ``` **2. Show the reflog for `main`** ```bash $ git reflog main ``` You should see output similar to: ``` 51cfb3652450b … HEAD@{0}: reset: moving to HEAD~1 ad0c47de367840… HEAD@{1}: checkout: moving from backup to main 8c289060adce8c… HEAD@{2}: commit: Staging database config ad0c47de367840… HEAD@{3}: checkout: moving from main to backup ad0c47de367840… HEAD@{4}: commit: Production database config - critical 51cfb3652450b … HEAD@{5}: commit (initial): Local database config ``` - The entry for the *critical* commit is **HEAD@{4}** (or the SHA `ad0c47de36784037f3085bdddd02fc55dd80db48`). **3. Bring `main` back to that commit** You have two common options: *Option A – Reset `main` to the old commit (overwrites the current `HEAD` on `main`):* ```bash $ git reset --hard ad0c47de36784037f3085bdddd02fc55dd80db48 # or, using the reflog index directly: # $ git reset --hard HEAD@{4} ``` This makes `main` point exactly where the *Production database config – critical* commit was. *Option B – Keep the current state of `main` and just cherry‑pick the missing commit onto it:* ```bash $ git cherry-pick ad0c47de36784037f3085bdddd02fc55dd80db48 ``` This will reapply that commit as a new commit on top of whatever `main` currently looks like. **4. (Optional) Create a backup branch pointing to the recovered commit** If you want a safe reference before you rewrite history, do: ```bash $ git branch recovered-prod ad0c47de36784037f3085bdddd02fc55dd80db48 ``` Now you can inspect it, merge it in, or use it as a rollback point. --- ### Quick command cheat‑sheet | Goal | Command | |------|---------| | Show `main` reflog | `git reflog main` | | Reset `main` to old commit | `git reset --hard ad0c47de…` (or `HEAD@{4}`) | | Cherry‑pick old commit on top of current `main` | `git cherry-pick ad0c47de…` | | Create a dedicated branch at that SHA | `git branch recovered-prod ad0c47de…` | Once you’ve run the appropriate reset or cherry‑pick, the *Production database config – critical* change is back on `main`. You’re all set! 🚀
JSON Schema Structured Output
(raw) {"ref":"Use the reflog for the *current* `main` branch to locate the missing commit, then restore that commit back onto `main`. Here’s a step‑by‑step guide: \n\n---\n\n**1. Open a terminal and make sure you’re on the `main` branch**\n```bash\n$ git checkout main\n```\n\n**2. Show the reflog for `main`**\n```bash\n$ git reflog main\n```\nYou should see output similar to:\n```\n51cfb3652450b … HEAD@{0}: reset: moving to HEAD~1\nad0c47de367840… HEAD@{1}: checkout: moving from backup to main\n8c289060adce8c… HEAD@{2}: commit: Staging database config\nad0c47de367840… HEAD@{3}: checkout: moving from main to backup\nad0c47de367840… HEAD@{4}: commit: Production database config - critical\n51cfb3652450b … HEAD@{5}: commit (initial): Local database config\n```\n\n- The entry for the *critical* commit is **HEAD@{4}** (or the SHA `ad0c47de36784037f3085bdddd02fc55dd80db48`).\n\n**3. Bring `main` back to that commit**\nYou have two common options:\n\n*Option A – Reset `main` to the old commit (overwrites the current `HEAD` on `main`):*\n```bash\n$ git reset --hard ad0c47de36784037f3085bdddd02fc55dd80db48\n# or, using the reflog index directly:\n# $ git reset --hard HEAD@{4}\n```\nThis makes `main` point exactly where the *Production database config – critical* commit was.\n\n*Option B – Keep the current state of `main` and just cherry‑pick the missing commit onto it:*\n```bash\n$ git cherry-pick ad0c47de36784037f3085bdddd02fc55dd80db48\n```\nThis will reapply that commit as a new commit on top of whatever `main` currently looks like.\n\n**4. (Optional) Create a backup branch pointing to the recovered commit**\nIf you want a safe reference before you rewrite history, do:\n```bash\n$ git branch recovered-prod ad0c47de36784037f3085bdddd02fc55dd80db48\n```\nNow you can inspect it, merge it in, or use it as a rollback point.\n\n---\n\n### Quick command cheat‑sheet\n| Goal | Command |\n|------|---------|\n| Show `main` reflog | `git reflog main` |\n| Reset `main` to old commit | `git reset --hard ad0c47de…` (or `HEAD@{4}`) |\n| Cherry‑pick old commit on top of current `main` | `git cherry-pick ad0c47de…` |\n| Create a dedicated branch at that SHA | `git branch recovered-prod ad0c47de…` |\n\nOnce you’ve run the appropriate reset or cherry‑pick, the *Production database config – critical* change is back on `main`. You’re all set! 🚀"}
openai/gpt-oss-20b:low PASS 100% 338 in → 574 out (44 reasoning)
### What happened 1. Your most recent `git reset` moved **HEAD** back one commit, so the last commit (`Production database config – critical`) disappeared from the current tip of `main`. 2. The `Production database config – critical` commit is still in your reflog, at **`HEAD@{4}`**. 3. You’re now on the `backup` branch, but you still have the commit hash stored in the reflog. ### How to get it back Below are a few ways to recover the commit and bring it back to `main`. #### 1. Create a new branch at the old commit ```bash # from wherever you are (e.g. backup) git checkout -b recover-prod-config 1d33d381b8cecf457c7ac016836a30da0f41aebf ``` This will create a new branch (`recover-prod-config`) that points exactly where `HEAD` was before the reset. #### 2. Optionally, cherry‑pick it onto `main` ```bash git checkout main git cherry-pick 1d33d381b8cecf457c7ac016836a30da0f41aebf ``` Now `main` contains the original `Production database config – critical` commit as the **latest** commit. #### 3. (If you prefer a merge) ```bash git checkout main git merge 1d33d381b8cecf457c7ac016836a30da0f41aebf ``` This will merge the commit into `main`, preserving its original commit identity and any merge history. --- ### Quick summary 1. **Re‑check out the old commit** ```bash git checkout -b recover-prod-config 1d33d381b8cecf457c7ac016836a30da0f41aebf ``` 2. **Merge (or cherry‑pick) it onto `main`** ```bash git checkout main git cherry-pick 1d33d381b8cecf457c7ac016836a30da0f41aebf ``` or ```bash git merge 1d33d381b8cecf457c7ac016836a30da0f41aebf ``` After this, your `main` branch will again have the critical production configuration commit. 🎉
openai/gpt-oss-20b:medium PASS 100% 327 in → 1,221 out (325 reasoning)
**Step‑by‑step – bringing the lost commit back** | # | What’s happening | What you’ll type | What Git does | |---|------------------|------------------|---------------| | 1 | Identify the SHA of the “Production database config – critical” commit in the reflog | `git reflog --name-status` (or just `git reflog`) | Git prints the list you supplied; you can scroll back to HEAD@{4}. In your output you already see the SHA **1102e281177a987e1f4e90e44603812f70451e81**. | | 2 | (Optional) – Verify the contents of that commit | `git show 1102e281177a987e1f4e90e44603812f70451e81` | Confirms that this is indeed the commit you want. | | 3 | Put the branch pointer back on that commit | `git reset --hard 1102e281177a987e1f4e90e44603812f70451e81` | Head now points to the critical commit. | | 4 | (Optional) – Create a branch that preserves the history for future reference | `git branch restore-prod-config 1102e281177a987e1f4e90e44603812f70451e81` | Gives you a named branch pointing at the commit. | | 5 | If you want to push this back to a remote | `git push origin main --force` | Replace the current `main` on the remote with the recovered commit. Be careful: this rewrites history, so only do it if you are sure nobody else is relying on the current remote history. | --- ### Why this works - **Git reflog** keeps a local record of every movement of `HEAD`. Even though you *reset* `main` back to the “Local database config” commit, the reflog still contains the earlier `HEAD` position before the reset (i.e., the missing critical task). - `git reset --hard <sha>` moves the current branch (and `HEAD`) to that SHA, restoring the tree and index exactly as they were at that commit. - Creating a separate branch (`restore-prod-config`) is a safety‑net: you can inspect the commit, merge it into `main`, or use it as a reference for future fixes. --- ### Quick‑fix script If you want a ready‑made command you can copy‑paste, run from the `main` branch: ```bash # 1️⃣ Show the reflog, scroll to find HEAD@{4} if you’re not sure git reflog # 2️⃣ Verify the commit (optional but recommended) git show 1102e281177a987e1f4e90e44603812f70451e81 # 3️⃣ Reset main back to that commit git reset --hard 1102e281177a987e1f4e90e44603812f70451e81 # 4️⃣ (Optional) Store it on a safe branch git branch restore-prod-config 1102e281177a987e1f4e90e44603812f70451e81 # 5️⃣ Push to remote, if you need to update the upstream git push origin main --force ``` (Adjust `--force-with-lease` if you want the safety check that you aren’t overwriting someone else’s work.) ### After‑math Because you ran a *hard reset*, any uncommitted work from the time you were on `main` before the reset is lost. If you had any uncommitted changes you need to live with that loss (or had them stashed/committed elsewhere). The commit itself, however, is fully recovered and now legal again under your chosen branch.
openai/gpt-oss-20b:xhigh PASS 100% 323 in → 3,340 out (2,258 reasoning)
## Quick “What was lost?” Your reflog shows that the lost commit is still **in your local history**—it simply isn’t tracked by any branch at the moment. ``` HEAD@{4}: commit: Production database config - critical ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ ecd6ea9aa689f179c64d6d7a20db4490005424fd ``` That means the commit hash you need to recover is: ``` ecd6ea9aa689f179c64d6d7a20db4490005424fd ``` Below are two safe ways to bring it back onto your `main` branch. Pick the one that best matches your workflow. --- ## 1. “Throw it back” – `git reset --hard` If you only want to bring `main` back to the state it had *exactly* at that commit (and you’re happy to lose any newer work on `main` that hasn't yet been pushed elsewhere), this is the simplest route. ```bash # 1️⃣ Make sure you're on the branch you want to move git checkout main # 2️⃣ Reset main to the missing commit git reset --hard ecd6ea9aa689f179c64d6d7a20db4490005424fd # 3️⃣ (Optional) Force‑push if this branch already exists remotely git push --force origin main ``` **What this does:** - `git reset --hard` rewrites `main` so that its tip becomes the missing commit. - All local commits that followed it are discarded from `main` (they’re still in the reflog/HEAD history, but `main` no longer points at them). - If you need to push, you’ll likely need a force‑push because the remote history now diverges. --- ## 2. “Keep everything & merge” – create a branch / cherry‑pick If you want to keep any *later* commits that might exist on `main` (or you’re working in a larger team and don’t want to force‑push), a more cautious approach is to recover the commit into a new branch and then merge or cherry‑pick it in. ### a) Branch‑and‑Merge ```bash # 1️⃣ Create a new branch at the lost commit git branch recover-prod ecd6ea9aa689f179c64d6d7a20db4490005424fd # 2️⃣ Switch back to main git checkout main # 3️⃣ Merge the recovered branch git merge recover-prod # or git merge --no-ff recover-prod if you want a merge commit # 4️⃣ Push (no force required) git push origin main ``` ### b) Cherry‑Pick If you only want that single commit applied to `main` without introducing a merge commit: ```bash # 1️⃣ Make sure you’re on main git checkout main # 2️⃣ Cherry‑pick the missing commit git cherry-pick ecd6ea9aa689f179c64d6d7a20db4490005424fd # 3️⃣ Push normally git push origin main ``` --- ## 3. Verify it’s there After doing either of the above, run a quick sanity‑check to make sure the file(s) with the critical config are back: ```bash git log --oneline | grep -i critical # or git show ecd6ea9aa689f179c64d6d7a20db4490005424fd ``` You should see the entry “Production database config – critical” and the exact tree of files you had before the loss. --- ## 4. If the commit is *really* missing Normally, reflogs expire after 90 days (configurable). If you’ve run into a scenario where the reflog entry no longer exists, you might still recover it via the *lost‑found* mechanism: ```bash git fsck --lost-found ``` Look in `.git/lost-found/commit/` for a file that looks like the missing commit. In almost all cases, however, a simple reset/cherry‑pick will bring it back. --- ## Bottom‑line - The lost commit is still in your local repository (reflog entry `HEAD@{4}`). - Use the commit hash `ecd6ea9aa689f179c64d6d7a20db4490005424fd` to restore it. - If you’re comfortable overwriting the current state, `git reset --hard ecd6…` is the fastest way. - If you need to preserve later commits or want a cleaner history, branch it out, merge or cherry‑pick it onto `main`. Let me know which approach you go with, and if you hit any hiccups!
openai/gpt-oss-20b:xhigh__json_schema PASS 100% 315 in → 2,000 out (1,067 reasoning)
You can recover the lost *Production database config – critical* commit by pointing your main branch back at the SHA that appears in the reflog entry `HEAD@{4}`. ### 1. Verify the commit ID again ```bash # Show only changes that affected the main branch git reflog show main ``` You should see something along these lines (abbreviated): ``` 5bc0122 HEAD@{0}: reset: moving to HEAD~1 c2741e9 HEAD@{1}: checkout: moving from backup to main 176aff4 HEAD@{2}: commit: Staging database config c2741e9 HEAD@{3}: checkout: moving from main to backup c2741e9 HEAD@{4}: commit: Production database config - critical 5bc0122 HEAD@{5}: commit (initial): Local database config ``` Take note of the SHA at `HEAD@{4}` – in this example it’s **`c2741e917ddb4d45097d0c48e857df2e4100e27d`**. ### 2. Restore the commit to `main` You have a few options depending on how much history you want to keep: #### Option A – Reset `main` hard to that SHA (rewrites current history) ```bash # Make sure you’re on the branch you want to repair git checkout main # Reset the branch pointer to the missing commit git reset --hard c2741e917ddb4d45097d0c48e857df2e4100e27d ``` After this command `main` now points at the *critical* production config commit and the history looks like: ``` * c2741e9 (main) – Production database config - critical * 176aff4 – Staging database config * 5bc0122 – Local database config (initial) ``` > **NOTE**: This rewrites the tip of `main`. If you have already pushed a rolled‑back state to a remote, you’ll need to force‑push (`git push --force`) or better, use the alternative approach below. #### Option B – Preserve the rolled‑back history and create a new branch If you don’t want to rewrite the tip of `main` (e.g., you want to keep the *Local database config* state around for reference), you can create a new branch from the lost commit: ```bash # Create a temporary branch pointing to the critical commit git branch prod-crit c2741e917ddb4d45097d0c48e857df2e4100e27d # Optionally, merge it back into main (slow‑path merge) git checkout main git merge prod-crit ``` Now `main` contains the same history it had before the reset, with an extra merge commit that pulls in the production config changes. #### Option C – Cherry‑pick the missing commit If you want the *critical* changes to be added on top of the current tip of `main` without merging the intermediate commits: ```bash git checkout main git cherry-pick c2741e917ddb4d45097d0c48e857df2e4100e27d ``` This will replay the changes from the production config commit as a new commit on top of whatever was last on `main`. ### 3. Push the recovered state (if needed) Once you’re happy with the local state, push to the remote: ```bash # If you used Option A (reset) – you’ll need to force‑push git push --force origin main # If you used Option B or C – a normal push works git push origin main ``` --- **Bottom line:** The critical commit is still in the object database; the reflog entry `HEAD@{4}` gives you its SHA. Point a branch back at it (either with `git reset --hard`, `git branch`, or `git cherry-pick`) and you’ve recovered the production database configuration.
JSON Schema Structured Output
(raw) {"ref":"You can recover the lost *Production database config – critical* commit by pointing your main branch back at the SHA that appears in the reflog entry `HEAD@{4}`.\n\n### 1. Verify the commit ID again\n```bash\n# Show only changes that affected the main branch\ngit reflog show main\n```\nYou should see something along these lines (abbreviated):\n```\n5bc0122 HEAD@{0}: reset: moving to HEAD~1\nc2741e9 HEAD@{1}: checkout: moving from backup to main\n176aff4 HEAD@{2}: commit: Staging database config\nc2741e9 HEAD@{3}: checkout: moving from main to backup\nc2741e9 HEAD@{4}: commit: Production database config - critical\n5bc0122 HEAD@{5}: commit (initial): Local database config\n```\nTake note of the SHA at `HEAD@{4}` – in this example it’s **`c2741e917ddb4d45097d0c48e857df2e4100e27d`**.\n\n### 2. Restore the commit to `main`\nYou have a few options depending on how much history you want to keep:\n\n#### Option A – Reset `main` hard to that SHA (rewrites current history)\n```bash\n# Make sure you’re on the branch you want to repair\ngit checkout main\n# Reset the branch pointer to the missing commit\ngit reset --hard c2741e917ddb4d45097d0c48e857df2e4100e27d\n```\nAfter this command `main` now points at the *critical* production config commit and the history looks like:\n```\n* c2741e9 (main) – Production database config - critical\n* 176aff4 – Staging database config\n* 5bc0122 – Local database config (initial)\n```\n> **NOTE**: This rewrites the tip of `main`. If you have already pushed a rolled‑back state to a remote, you’ll need to force‑push (`git push --force`) or better, use the alternative approach below.\n\n#### Option B – Preserve the rolled‑back history and create a new branch\nIf you don’t want to rewrite the tip of `main` (e.g., you want to keep the *Local database config* state around for reference), you can create a new branch from the lost commit:\n```bash\n# Create a temporary branch pointing to the critical commit\ngit branch prod-crit c2741e917ddb4d45097d0c48e857df2e4100e27d\n\n# Optionally, merge it back into main (slow‑path merge)\ngit checkout main\ngit merge prod-crit\n```\nNow `main` contains the same history it had before the reset, with an extra merge commit that pulls in the production config changes.\n\n#### Option C – Cherry‑pick the missing commit\nIf you want the *critical* changes to be added on top of the current tip of `main` without merging the intermediate commits:\n```bash\ngit checkout main\ngit cherry-pick c2741e917ddb4d45097d0c48e857df2e4100e27d\n```\nThis will replay the changes from the production config commit as a new commit on top of whatever was last on `main`.\n\n### 3. Push the recovered state (if needed)\nOnce you’re happy with the local state, push to the remote:\n```bash\n# If you used Option A (reset) – you’ll need to force‑push\ngit push --force origin main\n\n# If you used Option B or C – a normal push works\ngit push origin main\n```\n\n---\n\n**Bottom line:** The critical commit is still in the object database; the reflog entry `HEAD@{4}` gives you its SHA. Point a branch back at it (either with `git reset --hard`, `git branch`, or `git cherry-pick`) and you’ve recovered the production database configuration.\n"}
poolside/laguna-m.1:high PASS 100% 346 in → 4,307 out (4,054 reasoning)
To recover the lost 'Production database config - critical' commit on the `main` branch using `git reflog`, follow these steps: 1. **Switch back to the `main` branch**: ```bash git checkout main ``` 2. **View the reflog on the `main` branch** to confirm the commit's history: ```bash git reflog show main ``` The output will show the entries you provided, indicating that the critical commit is at `HEAD@{4}`. 3. **Reset `main` to the commit before the reset** (which is `HEAD@{4}`): ```bash git reset --hard HEAD@{4} ``` This command will restore the `main` branch to the 'Production database config - critical' commit. Always verify the commit content before proceeding: ```bash git show HEAD@{4} ``` If the hash for the critical commit matches the one at `HEAD@{4}` in your reflog (despite the repeated hash in your example being likely a typo), this will recover it effectively. Adjust the reference (e.g., use the exact hash if needed) if there are discrepancies.
poolside/laguna-m.1:low PASS 100% 336 in → 2,265 out (2,004 reasoning)
To recover the lost 'Production database config - critical' commit on the main branch: 1. **Switch to the main branch:** ```bash git checkout main ``` 2. **View the reflog to locate the commit:** ```bash git reflog ``` Confirm the SHA for the critical commit (from the provided reflog, it's `94cd2c347afbc18235513148efb2bcc571687576`). 3. **Reset the main branch to the recovered commit:** ```bash git reset --hard 94cd2c347afbc18235513148efb2bcc571687576 ``` This restores the main branch to the 'Production database config - critical' commit. **Explanation:** The `git reflog` showed that the critical commit was `HEAD@{4}`. After resetting main with `git reset HEAD~1`, the branch pointer moved back, but the original commit remains in Git's history. Resetting directly to the SHA recovers the lost state without needing to merge or cherry-pick.
poolside/laguna-m.1:low__json_schema PASS 100% 355 in → 4,381 out (4,332 reasoning)
510a76e306add9d24f15c88ec59657d4fc72379f
JSON Schema Structured Output
(raw) { "ref" : "510a76e306add9d24f15c88ec59657d4fc72379f" }
poolside/laguna-m.1:medium PASS 100% 349 in → 4,929 out (4,589 reasoning)
To recover the "Production database config - critical" commit using `git reflog` on the `main` branch, follow these steps: 1. **Switch back to the `main` branch** (since you are currently on `backup`): ```bash git checkout main ``` 2. **Identify the SHA-1 hash of the lost commit** using the provided `git reflog` output for `main`: ```bash git reflog show main # The Production commit is at HEAD@{4} with SHA: d50d24368f1df3e0650f9a00805a91adaae357e9 ``` 3. **Recover the lost commit by resetting `main` to its SHA**: ```bash git reset --hard d50d24368f1df3e0650f9a00805a91adaae357e9 ``` Alternatively, use the reflog entry reference: ```bash git reset --hard HEAD@{4} # Points to the Production commit on main ``` --- ### Final Answer: ```bash git checkout main && git reset --hard d50d24368f1df3e0650f9a00805a91adaae357e9 ``` This will restore the `main` branch to the "Production database config - critical" commit, effectively undoing the accidental reset.
poolside/laguna-m.1:none PASS 100% 352 in → 208 out (0 reasoning)
To recover the critical production config commit using git reflog, follow these steps: 1. First, switch back to the main branch: ```bash git checkout main ``` 2. Use git reflog to find the commit hash for 'Production database config - critical'. From the reflog output, we can see it's: ``` 00632b138828611d1fc599bc96b03b6c6822fd07 HEAD@{4}: commit: Production database config - critical ``` 3. Restore the main branch to this commit: ```bash git reset --hard 00632b138828611d1fc599bc96b03b6c6822fd07 ``` This will restore the 'main' branch to point at the 'Production database config - critical' commit, effectively recovering the lost work.
poolside/laguna-m.1:xhigh PASS 100% 339 in → 3,356 out (3,023 reasoning)
I'll help you recover the lost critical production database config commit using git reflog. Let's go through the steps: **Step-by-Step Explanation:** 1. First, switch back to the main branch since we need to work with its reflog: ```git checkout main``` 2. Look at the reflog to find the critical commit (we already have it, but this is standard procedure): ```git reflog``` 3. Identify the commit hash for "Production database config - critical" from the reflog. In our case, it's: ab6fc524ab4ffee25b8e63fa8420d33209a135f0 (at HEAD@{4}) 4. Reset main branch to that specific commit to recover it: ```git reset --hard ab6fc524ab4ffee25b8e63fa8420d33209a135f0``` This will restore the main branch to the state of the critical production config commit. **Why this works:** - The reflog keeps track of all changes to the branch pointers, even after resets - Our critical commit (ab6fc52...) is still in git's history, just not currently referenced by the main branch - By using the commit hash from the reflog, we can move the main branch pointer back to include this commit After running these commands, the critical production database config will be restored on your main branch. You can verify with `git log` to see the commit history.
poolside/laguna-xs-2.1:high PASS 100% 343 in → 1,083 out (666 reasoning)
To recover the critical production config commit on the `main` branch, follow these steps: --- ### **Step 1: Check out the `main` branch** ```bash git checkout main ``` --- ### **Step 2: Reset `main` to the critical commit** The critical commit `4dada6b8b531fbbe4fd327e3453d8abc422922b0` (Production database config - critical) is recorded in the reflog as `HEAD@{4}`. Use `git reset` to restore it: ```bash git reset --hard HEAD@{4} ``` This will restore `main` to the state after the "Production database config - critical" commit. --- ### **Step 3: Verify the recovery** Check the commit history to confirm the critical commit is restored: ```bash git log --oneline ``` You should now see: ``` 4dada6b8 (HEAD -> main) Production database config - critical 2d5a971 Staging database config 7354418 Local database config (initial) ``` --- ### **Alternative: Create a new branch (optional)** If you prefer to preserve the current state of `main` and create a new branch for the recovery: ```bash git checkout -b recovered-config 4dada6b8b531fbbe4fd327e3453d8abc422922b0 ``` This creates a new branch `recovered-config` starting from the critical commit. --- ### **Final Notes** - The `git reflog` shows the history of `main` is intact, even after switching branches. You can always recover lost commits by referencing their hashes or reflog entries. - Use `git reset --hard` carefully, as it permanently discards changes after the specified commit.
poolside/laguna-xs-2.1:high__json_schema PASS 100% 339 in → 1,143 out (1,114 reasoning)
main e5d502b... → afb2f522 (HEAD@{4})
JSON Schema Structured Output
(raw) {"ref": "main e5d502b... → afb2f522 (HEAD@{4})"}
poolside/laguna-xs-2.1:low PASS 100% 341 in → 1,290 out (975 reasoning)
To recover the **Production database config - critical** commit from the reflog, follow these steps: --- ### **Step 1: Switch back to the `main` branch** ```bash git checkout main ``` --- ### **Step 2: Use `git reset` to restore the critical commit** The critical commit is at `HEAD@{4}` in the reflog. Reset the `main` branch to that commit: ```bash git reset --hard HEAD@{4} ``` --- ### **Result** This will restore the `main` branch to the state it was in after the **"Production database config - critical"** commit (hash `814f5ed4b1f671cb2c92427947262887c9ebc3ac`). --- ### **Explanation** - The reflog entry `HEAD@{4}` points to the critical commit. - `git reset --hard` moves the branch pointer and working directory to that commit, effectively "undeleting" the lost commit. - The `backup` branch remains unaffected. --- ### **Verify** Check the current state: ```bash git log --oneline -n 3 ``` You should see the recovered commit: ``` 814f5ed (HEAD -> main) Production database config - critical 1b8ca2b Staging database config b79aa3a Local database config ```
poolside/laguna-xs-2.1:medium PASS 100% 352 in → 1,203 out (768 reasoning)
To recover the lost "Production database config - critical" commit from the reflog, follow these steps: ### 1. **Identify the Commit Hash** The critical commit is listed in the reflog at `HEAD@{4}` with the hash: ``` 473c6f7aeb72c8a010fe34d59f1e9782590bdf58 ``` ### 2. **Switch Back to the `main` Branch** ```bash git checkout main ``` ### 3. **Restore the Lost Commit** Use `git reset --hard` to move the `main` branch pointer back to the critical commit: ```bash git reset --hard 473c6f7aeb72c8a010fe34d59f1e9782590bdf58 ``` ### 4. **Verify the Recovery** Check the commit history to confirm: ```bash git log --oneline ``` You should see the "Production database config - critical" commit at the top. --- ### Explanation: - The `git reflog` shows the history of `HEAD` movements, including resets and checkouts. The critical commit is preserved in the reflog even after the reset. - By resetting `main` to the hash `473c6f7aeb72c8a010fe34d59f1e9782590bdf58`, you restore the branch to the state before the accidental reset. - The `--hard` flag ensures your working directory and index are updated to match the recovered commit. ### Optional: Push to Remote (if needed) If you need to push the recovered commit to a remote repository: ```bash git push --force origin main ``` ⚠️ Use `--force` with caution, as it will overwrite the remote branch's history.
poolside/laguna-xs-2.1:none PASS 100% 345 in → 280 out (0 reasoning)
I'll help you recover the critical production database config commit that was lost when you reset the main branch. Looking at the git reflog, I can see the commit history. The "Production database config - critical" commit is visible in the reflog at: `ad57e786154bfcbb56f8c7b56c20d3f4f59920cb` (HEAD@{4}) To recover this commit and restore it to the main branch, I need to: 1. First, let's check which branch we're currently on: ```bash git branch ``` We're currently on the 'backup' branch, so we need to switch back to main. 2. Switch to the main branch: ```bash git checkout main ``` 3. Reset the main branch to recover the critical commit: ```bash git reset --hard ad57e786154bfcbb56f8c7b56c20d3f4f59920cb ``` This will restore the main branch to the state it was in after the "Production database config - critical" commit, effectively undoing the reset that was performed. After running these commands, the main branch will have the critical production database configuration restored.
poolside/laguna-xs-2.1:xhigh PASS 100% 354 in → 1,862 out (1,334 reasoning)
To recover the critical production config commit on the `main` branch using `git reflog`, follow these steps: ### **Step-by-Step Solution:** 1. **Switch back to the `main` branch:** ```bash git checkout main ``` *This ensures you're working on the `main` branch where the critical commit was originally lost.* 2. **Identify the commit hash for "Production database config - critical":** From the provided `git reflog` for `main`: ``` 717303a76fe3c11b9840547af39a0e7f95bd748b HEAD@{4}: commit: Production database config - critical ``` The commit hash is `717303a76fe3c11b9840547af39a0e7f95bd748b`. 3. **Reset the `main` branch to this commit:** ```bash git reset --hard 717303a76fe3c11b9840547af39a0e7f95bd748b ``` *This moves the `main` branch pointer back to the critical commit, restoring it.* --- ### **Explanation:** - **Why this works:** The `git reflog` retains references to all commits, even if they are no longer reachable from the current `HEAD`. By resetting the `main` branch to the commit hash found in the reflog (HEAD@{4}), you restore the branch to its state before the accidental reset. - **Verification:** After resetting, run `git log` on `main` to confirm the critical commit is now the latest: ```bash git log --oneline ``` Output should show: ``` 717303a Production database config - critical ... ``` ### **Critical Notes:** - **Backup first:** If there are uncommitted changes on other branches (e.g., `backup`), consider creating a backup branch before resetting: ```bash git branch backup-before-reset ``` - **No data loss:** The `reset --hard` only moves the branch pointer; the commit is still in the reflog and can be recovered if needed. This process safely recovers the lost production configuration commit.
poolside/laguna-xs.2:high PASS 100% 386 in → 580 out (283 reasoning)
I can see the issue! Looking at the git reflog, the critical production database config commit is still there at `HEAD@{4}` with the hash `aee6c9e2e4cea9c08438c73d99d76333c9cf0c4a`. Here's how to recover it: **Option 1: Cherry-pick the commit back to main** ```bash git checkout main git cherry-pick aee6c9e2e4cea9c08438c73d99d76333c9cf0c4a ``` **Option 2: Reset back to include that commit** ```bash git checkout main git reset --hard aee6c9e2e4cea9c08438c73d99d76333c9cf0c4a ``` The commit details from the reflog show: - **Commit**: `aee6c9e2e4cea9c08438c73d99d76333c9cf0c4a` - **Message**: "Production database config - critical" - **Reflog position**: `HEAD@{4}` This will restore your production database configuration that you accidentally lost during the reset!
poolside/laguna-xs.2:high__json_schema PASS 100% 392 in → 554 out (510 reasoning)
d3e8ea50e919cf79f5b5676b42c535f2dd3421af
JSON Schema Structured Output
(raw) {"ref": "d3e8ea50e919cf79f5b5676b42c535f2dd3421af"}
poolside/laguna-xs.2:low PASS 100% 377 in → 674 out (389 reasoning)
I can see the lost commit in the reflog! The "Production database config - critical" commit is at `HEAD@{4}` with hash `a1f34bbf9d476e89f5301da31f9c642fff59631a`. Here's how to recover it: ## Recovery Steps: 1. **Make sure you're on the main branch:** ```bash git checkout main ``` 2. **Recover the commit using its hash:** ```bash git reset --hard a1f34bbf9d476e89f5301da31f9c642fff59631a ``` This will restore your main branch to include the critical production config commit. ## What happened: - The `reset --hard` you did moved your branch pointer back, losing the production config commit - The reflog shows you had previously checked out from main to backup (HEAD@{3}) and the production config was committed before that (HEAD@{4}) - The commit still exists in git's object database, we just need to point main back to it After running these commands, your main branch will be restored with the "Production database config - critical" commit.
poolside/laguna-xs.2:medium PASS 100% 380 in → 568 out (230 reasoning)
Based on the git reflog, I can see the critical commit is still available. Here's how to recover it: ## Analysis of the Reflog Looking at the reflog, the critical commit **"Production database config - critical"** is at: - **Commit hash**: `5ac469386b4c1b067acafcfe3325b8d958414ff1` - **Reflog position**: `HEAD@{4}` ## Recovery Options You have several options to recover this commit: ### Option 1: Reset back to the critical commit ```bash git reset --hard HEAD@{4} ``` ### Option 2: Checkout the specific commit hash ```bash git checkout 5ac469386b4c1b067acafcfe3325b8d958414ff1 ``` ### Option 3: Create a new branch from the critical commit (safest) ```bash git branch recovery-branch 5ac469386b4c1b067acafcfe3325b8d958414ff1 ``` ## Verification After recovery, verify with: ```bash git log --oneline -3 ``` You should see the "Production database config - critical" commit restored. **Recommendation**: Use **Option 3** (creating a new branch) first to preserve your current state, then merge or cherry-pick the critical commit back to main if needed.
poolside/laguna-xs.2:none PASS 100% 368 in → 176 out (0 reasoning)
I can see the git reflog and understand the situation. Let me analyze the commits to find the "Production database config - critical" commit. Looking at the reflog: - `HEAD@{4}` shows: `433444168b14f04491aa76c96bc7aee9dbfae957 HEAD@{4}: commit: Production database config - critical` This is the commit we need to recover. Here's how to restore it: ```bash git checkout 433444168b14f04491aa76c96bc7aee9dbfae957 ``` This will checkout the "Production database config - critical" commit, allowing you to recover the lost production database configuration.
poolside/laguna-xs.2:xhigh PASS 100% 372 in → 767 out (393 reasoning)
I can help you recover that lost commit! Looking at the git reflog, I can see the critical production database config commit. Here's how to find and recover it: ## Step 1: Identify the commit from reflog From the reflog you provided, the **'Production database config - critical'** commit is at: ``` 92a60ff8cfe8b24bf187ad1066cda10aa821a08c HEAD@{4}: commit: Production database config - critical ``` ## Step 2: Recover the commit Since you're currently on the `backup` branch (based on the reflog), first switch back to `main`: ```bash git checkout main ``` Then recover the commit using one of these methods: **Option A - Reset to the commit (fast-forward):** ```bash git reset --hard 92a60ff8cfe8b24bf187ad1066cda10aa821a08c ``` **Option B - Cherry-pick (preserves your current state):** ```bash git cherry-pick 92a60ff8cfe8b24bf187ad1066cda10aa821a08c ``` ## Verification After recovery, verify with: ```bash git log --oneline -5 ``` You should see the "Production database config - critical" commit restored to your main branch history. The commit hash `92a60ff8cfe8b24bf187ad1066cda10aa821a08c` is your golden ticket back to that critical configuration! 🚀
qwen/qwen3.6-27b:high PASS 100% 334 in → 5,165 out (4,141 reasoning)
Based on the provided `git reflog`, you can locate the lost commit and restore it by following these steps: ### 1. Identify the Commit By reading the reflog from the bottom up (chronologically), or searching for the specific message, we find the commit containing the critical config: **Reflog Entry:** `HEAD@{4}` **Commit Message:** `commit: Production database config - critical` **Commit Hash:** `72d11bf8ba5f5732fb4dd6facce6cca89c493721` ### 2. Recover the Commit Since you performed a `reset` by mistake, the most direct way to recover the state is to perform a `hard reset` back to that specific commit hash. Because you currently switched to the `backup` branch, you should first switch back to `main` (where the accident occurred) to restore the branch history correctly. Run these commands: 1. **Switch to the main branch:** ```bash git checkout main ``` 2. **Reset main to the critical commit:** ```bash git reset --hard 72d11bf8ba5f5732fb4dd6facce6cca89c493721 ``` *(Alternatively, you can use the reflog reference directly: `git reset --hard HEAD@{4}`)* This will move the `main` branch pointer back to the "Production database config" commit, effectively undoing the accidental reset.
qwen/qwen3.6-27b:low PASS 100% 342 in → 3,722 out (3,376 reasoning)
Based on your reflog, the lost commit is: `b0740f7fbb66cce296fcbd98ccd13136d0a19f06` (`HEAD@{4}`) ### 🔧 Recovery Steps: 1. **Switch back to `main`**: ```bash git switch main # or `git checkout main` ``` 2. **Restore the commit**: Since you want to undo the accidental reset and return `main` to the critical config state: ```bash git reset --hard b0740f7fbb66cce296fcbd98ccd13136d0a19f06 ``` *(💡 If you've added new commits since the reset and only want to reapplied this specific change without losing them, use `git cherry-pick b0740f7fbb66cce296fcbd98ccd13136d0a19f06` instead.)* 3. **Verify the recovery**: ```bash git log --oneline -3 ``` You should now see `Production database config - critical` at the top of your history. **Note:** You can safely use the shortened hash `b0740f7f` in the commands. Git will automatically resolve it as long as it's unique. Always double-check with `git show b0740f7f` before pushing to a remote repository.
qwen/qwen3.6-27b:low__json_schema PASS 100% 367 in → 2,918 out (2,401 reasoning)
d135670ff1392389d2454b588d6e60083ba2a6b4
JSON Schema Structured Output
(raw) { "ref": "d135670ff1392389d2454b588d6e60083ba2a6b4" }
qwen/qwen3.6-27b:medium__json_schema PASS 100% 343 in → 7,885 out (1 reasoning)
HEAD@{4}: commit: Production database config - critical
JSON Schema Structured Output
(raw) { "ref": "HEAD@{4}: commit: Production database config - critical" }
qwen/qwen3.6-27b:none PASS 100% 356 in → 592 out (0 reasoning)
To recover the lost "Production database config - critical" commit, follow these steps: ### Step 1: Identify the Commit Hash From the `git reflog` output, locate the entry corresponding to **"Production database config - critical"**: ``` 7963d0a94ef55c447add7514237d731912250cf3 HEAD@{4}: commit: Production database config - critical ``` The commit hash is: **`7963d0a94ef55c447add7514237d731912250cf3`** ### Step 2: Switch Back to `main` Branch Since you are currently on the `backup` branch, first switch back to `main`: ```bash git checkout main ``` ### Step 3: Recover the Commit You have two options depending on your goal: #### Option A: Reset `main` to the Critical Commit (Recommended if you want to restore the entire previous state) This will move `main`’s HEAD to the critical commit, undoing the reset to "Local database config" and including all prior commits (including "Local database config" and "Production database config - critical"). ```bash git reset --hard 7963d0a94ef55c447add7514237d731912250cf3 ``` #### Option B: Cherry-Pick the Critical Commit (If you only want to add that specific commit on top of current state) If you want to keep the current `main` (which is at "Local database config") and just add the critical config on top: ```bash git cherry-pick 7963d0a94ef55c447add7514237d731912250cf3 ``` ### Verification After recovery, verify the commit history: ```bash git log --oneline ``` You should see: ``` 7963d0a Production database config - critical 776a114 Local database config ``` ### Final Answer The critical commit hash is **`7963d0a94ef55c447add7514237d731912250cf3`**. Switch to `main` and run: ```bash git reset --hard 7963d0a94ef55c447add7514237d731912250cf3 ```
qwen/qwen3.6-27b:none__json_schema PASS 100% 358 in → 27 out (0 reasoning)
git reflog main HEAD@{4}: commit: Production database config - critical
JSON Schema Structured Output
(raw) { "ref": "git reflog main HEAD@{4}: commit: Production database config - critical" }
qwen/qwen3.6-27b:xhigh PASS 100% 363 in → 9,502 out (1 reasoning)
Based on the `git reflog` provided, we can identify the lost commit and the steps to recover it. ### 1. Identify the Lost Commit We need to find the commit with the message **"Production database config - critical"**. Looking at the reflog list: * `HEAD@{4}` corresponds to the message `commit: Production database config - critical`. * The commit hash associated with this entry is **`c3a4ed6345414e112b02baa90613d8822b41f571`**. ### 2. Recovery Steps Since you are currently on the `backup` branch, you first need to switch back to `main` and then reset the branch tip to the recovered commit hash. Run the following commands in your terminal: ```bash # 1. Switch back to the main branch git checkout main # 2. Reset main to the 'Production database config' commit git reset --hard c3a4ed6345414e112b02baa90613d8822b41f571 ``` **Explanation:** * `git checkout main`: Moves you from the `backup` branch back to `main`. * `git reset --hard <hash>`: Moves the `main` branch pointer (and your working directory) back to the specific commit hash you found, effectively undoing the accidental reset to the 'Local database config'.
qwen/qwen3.6-35b-a3b:high PASS 100% 353 in → 2,986 out (2,097 reasoning)
From the provided reflog, the lost commit is located at `HEAD@{4}`: **Commit Hash:** `3f04bfce502d8f2e2b3830342ceb4fdd06c80cc6` Since you switched to the `backup` branch, run these commands to recover it: ```bash git checkout main git reset --hard 3f04bfce502d8f2e2b3830342ceb4fdd06c80cc6 ``` This moves your `main` branch pointer back to the exact state of the lost commit, fully restoring it. 💡 *Tip:* You can also use the reflog shorthand instead of the full hash: `git reset --hard HEAD@{4}`. If you prefer to keep the accidental reset in your history rather than rewriting it, replace `reset --hard` with `cherry-pick`.
qwen/qwen3.6-35b-a3b:high__json_schema PASS 100% 355 in → 2,202 out (1,612 reasoning)
f38386a4865b8653685a27e0f0e3a80ba4fa3248
JSON Schema Structured Output
(raw) { "ref": "f38386a4865b8653685a27e0f0e3a80ba4fa3248" }
qwen/qwen3.6-35b-a3b:low PASS 100% 362 in → 3,041 out (2,128 reasoning)
Based on your reflog, the missing commit is located at **`365bb8120e95a2018a8f9976ed5769abf19db153`** (see `HEAD@{4}`). Here's how to safely recover it: 1. **Verify the commit** (highly recommended): ```bash git show 365bb8120e95a2018a8f9976ed5769abf19db153 ``` Confirm the commit message matches `Production database config - critical` and the changes are correct. 2. **Switch back to `main`** (if you're currently on `backup`): ```bash git checkout main ``` 3. **Recover the commit**: Choose one of the following methods based on your preference: 🔹 **Option A: Direct restoration** (recommended here) Moves the `main` branch pointer back to that exact commit, fully restoring the branch state: ```bash git reset --hard 365bb8120e95a2018a8f9976ed5769abf19db153 ``` 🔹 **Option B: Safe recovery** (creates a new commit) If you prefer to keep the reset history intact and just add the commit back: ```bash git cherry-pick 365bb8120e95a2018a8f9976ed5769abf19db153 ``` 4. **Verify recovery**: ```bash git log --oneline ``` You should now see `Production database config - critical` back in your `main` branch history. 💡 **Why this works**: `git reflog` records every `HEAD` movement (commits, checkouts, resets). Even though `main` no longer points to the commit, Git keeps it alive in the reflog until it expires (default 90 days). Using the hash from the reflog re-links that commit to your branch. Let me know if you encounter merge conflicts or need help verifying the restored state!
qwen/qwen3.6-35b-a3b:low__json_schema PASS 100% 357 in → 2,839 out (2,239 reasoning)
ad66c15f95e1ff08f8583ffaa3b229c83f28061c
JSON Schema Structured Output
(raw) { "ref": "ad66c15f95e1ff08f8583ffaa3b229c83f28061c" }
qwen/qwen3.6-35b-a3b:medium PASS 100% 367 in → 1,491 out (1,184 reasoning)
To recover the lost `Production database config - critical` commit, follow these steps: ### 1. Identify the commit hash From your reflog, look at `HEAD@{4}`: ``` 64e63701c994be7b7b1b039942350373275da6aa HEAD@{4}: commit: Production database config - critical ``` The commit hash you need is: **`64e6370`** (you can safely truncate it to the first 7 characters) ### 2. Switch back to `main` and recover the commit ```bash git checkout main git reset --hard 64e6370 ``` ### ✅ What this does: - `git checkout main` moves your working directory back to the `main` branch. - `git reset --hard 64e6370` forces `main` to point exactly to that lost commit, restoring both the commit history and the working tree/files to that state. > 💡 **Alternative (safer for history preservation):** If you prefer to keep your reset commit in history, use `git cherry-pick 64e6370` instead. This will create a new commit with the exact same changes as the lost one. Your critical production config is now safely recovered on `main`.
qwen/qwen3.6-35b-a3b:none PASS 100% 347 in → 941 out (0 reasoning)
Based on the provided `git reflog`, we can trace the actions to identify the commit hash for the lost "Production database config - critical" commit. ### Analysis of the Reflog 1. **HEAD@{5}**: `commit (initial): Local database config` * Commit hash: `3b912cbcef9acbf3060023ec1deac798e08bd1ff` 2. **HEAD@{4}**: `commit: Production database config - critical` * Commit hash: `442765f06b9e1799e9ba2c0afec31749a5d72cbe` * **This is the critical commit we lost.** 3. **HEAD@{3}**: `checkout: moving from main to backup` * Moved away from the critical commit. 4. **HEAD@{2}**: `commit: Staging database config` * This commit happened while on the `backup` branch (or after switching back, but context implies the loss occurred before this or this is a separate branch history). However, the key is that we are looking for the lost commit on `main`. 5. **HEAD@{1}**: `checkout: moving from backup to main` * Switched back to `main`. 6. **HEAD@{0}**: `reset: moving to HEAD~1` * The `reset` was performed on `main`. The reflog shows that before the reset, HEAD was at `442765f...` (which was the state after checking out from backup? Wait, let's re-read carefully). Actually, let's look at the sequence logically: - The user was on `main`. - They made the commit "Production database config - critical" (`442765f...`). - They checked out to `backup`. - They committed "Staging database config" (`1d77c93...`). - They checked out back to `main`. - They performed `reset: moving to HEAD~1`. When you reset, the reflog records the state *before* the reset as the previous entry. However, `HEAD@{1}` is `checkout: moving from backup to main`. This means when they arrived on `main` via checkout, HEAD was at `442765f...`. Then, `HEAD@{0}` is `reset: moving to HEAD~1`. If they were at `442765f...` (which includes the critical commit), and they did `HEAD~1`, they moved back one commit. The commit *before* `442765f...` in the main branch history is `3b912cb...` ("Local database config"). Therefore, the "Production database config - critical" commit (`442765f...`) is the one that was "lost" by the reset (it is no longer the current HEAD, but it is still in the reflog). ### Recovery Steps To recover the `Production database config - critical` commit, you need to check it out using its commit hash found in `HEAD@{4}`. **Commit Hash to Recover:** `442765f06b9e1799e9ba2c0afec31749a5d72cbe` ### Git Commands Run the following command to recover the commit: ```bash git checkout 442765f06b9e1799e9ba2c0afec31749a5d72cbe ``` This will leave you in a detached HEAD state at the critical commit. If you want to make this commit part of your main branch history again, you can create a new branch from here and merge it, or use `git reset`: ```bash git reset --hard 442765f06b9e1799e9ba2c0afec31749a5d72cbe ``` This will move your `main` branch pointer back to the critical commit, effectively recovering it.
qwen/qwen3.6-35b-a3b:none__json_schema PASS 100% 341 in → 43 out (0 reasoning)
2137bdbbec1ac255f8f32d2afec5966288450aed
JSON Schema Structured Output
(raw) { "ref": "2137bdbbec1ac255f8f32d2afec5966288450aed" }
qwen/qwen3.6-35b-a3b:xhigh PASS 100% 350 in → 3,801 out (2,527 reasoning)
Based on the `git reflog`, the lost commit is: `f4255380abaaa56e10f486b5fefef5084a4139e8` (`Production database config - critical`) Since you're currently on the `backup` branch, switch back to `main` and recover the commit using one of these commands: **Option 1: Cherry-pick the commit (Recommended)** ```bash git checkout main git cherry-pick f4255380abaaa56e10f486b5fefef5084a4139e8 ``` *(This safely applies the single lost commit on top of your current `main` branch state.)* **Option 2: Hard reset to the commit** ```bash git checkout main git reset --hard f4255380abaaa56e10f486b5fefef5084a4139e8 ``` *(This will revert your entire `main` branch to exactly that commit, discarding any newer changes on `main`.)* After running either command, the critical production config will be restored to your `main` branch.
qwen/qwen3.6-35b-a3b:xhigh__json_schema PASS 100% 361 in → 1,966 out (1,471 reasoning)
22092ff986ca745583d69f967aa8b4538f63ce5d
JSON Schema Structured Output
(raw) { "ref": "22092ff986ca745583d69f967aa8b4538f63ce5d" }
qwen/qwen3.6-flash:high PASS 100% 343 in → 2,377 out (2,096 reasoning)
Based on your reflog, the commit you want to recover is at index `{4}`: **Target Commit Hash:** `1df9f55152e6abb6940e9bcfcfd664fc7775f0b1` **Commit Message:** `Production database config - critical` ### 🔧 Recovery Steps Run these commands in your terminal: ```bash # 1. Make sure you're back on the main branch git switch main # 2. Cherry-pick the lost commit onto main git cherry-pick 1df9f55152e6abb6940e9bcfcfd664fc7775f0b1 ``` ### 💡 Why `git cherry-pick`? - It safely re-applies **only that specific commit** on top of your current `main` branch. - If you accidentally did other work after the reset, `cherry-pick` preserves it. (`git reset --hard` would trash newer work instead.) - After running it, verify with `git log | head -5` to confirm `"Production database config - critical"` is back in your history. Let me know if you hit a merge conflict or need help handling it!
qwen/qwen3.6-flash:low PASS 100% 354 in → 1,443 out (1,041 reasoning)
Here's how to recover the lost commit: ### 1. Identify the Lost Commit Hash From your reflog, the `Production database config - critical` commit is at: 🔑 `a5648d42285c90226427b56e3194aaccf7242064` (seen in `HEAD@{4}`) ### 2. Recover the Commit Run these commands in your terminal: ```bash # 1. Switch back to the main branch git checkout main # 2. Reapply the lost commit on top of the current branch git cherry-pick a5648d42285c90226427b56e3194aaccf7242064 ``` ### Why this works: - `git reflog` tracks **all** HEAD movements, including those overwritten by `reset`. The reflog entry `HEAD@{2}` shows your previous `main` tip was `88c6...` (Staging), but the commit you actually want to restore is `a564...`. - `git cherry-pick` safely re-applies that specific commit's changes onto your current `main` branch without disturbing other history. *(Alternative: If you want to move the `main` branch pointer back to that exact commit instead of adding it on top, you can use `git reset --hard a5648d42285c90226427b56e3194aaccf7242064`, but `cherry-pick` is generally safer for recovery.)* Verify the recovery with `git log --oneline` to confirm the commit is back in your history.
qwen/qwen3.6-flash:medium PASS 100% 346 in → 3,072 out (2,867 reasoning)
Based on the provided reflog, the critical commit is located at `HEAD@{4}`: **Commit Hash:** `5038cfdba77003f8c5e031a3997fd14f5c17ae0e` To recover it, switch back to the `main` branch and reset to that commit: ```bash git checkout main git reset --hard 5038cfdba77003f8c5e031a3997fd14f5c17ae0e ``` 💡 *Alternative:* If you prefer to keep your current branch history and simply append the lost commit on top, use `git cherry-pick 5038cfdba77003f8c5e031a3997fd14f5c17ae0e` instead.
qwen/qwen3.6-flash:none PASS 100% 367 in → 866 out (0 reasoning)
Based on the `git reflog provided, we can trace the history of the `main` branch to identify and recover the lost commit. ### Analysis of the Reflog 1. **`HEAD@{5}`**: `commit (initial): Local database config` - This is the initial commit. 2. **`HEAD@{4}`**: `commit: Production database config - critical` - This is the **critical commit** you are looking for. It was made on the `main` branch (since the subsequent checkout was *from* `main` to `backup`). 3. **`HEAD@{3}`**: `checkout: moving from main to backup` - You switched to the `backup` branch. 4. **`HEAD@{2}`**: `commit: Staging database config` - This commit was made on what you thought was `main`, but actually happened on the `backup` branch (since you were on `backup` at `HEAD@{3}` and `HEAD@{2}` shows a commit *after* that checkout). Wait, let's re-read carefully. * `HEAD@{3}` says: `checkout: moving from main to backup`. So after this, HEAD is on `backup`. * `HEAD@{2}` says: `commit: Staging database config`. This must have been committed while on the `backup` branch. * `HEAD@{1}` says: `checkout: moving from backup to main`. You switched back to `main`. 5. **`HEAD@{0}`**: `reset: moving to HEAD~1` - This is the command that caused the problem. You were on `main` (at `HEAD@{1}`'s position, which was the tip of `main` after checking out from `backup`). Let's verify what `HEAD` was at `HEAD@{1}`. * At `HEAD@{1}`, HEAD points to the commit that was the tip of `main` when you checked out *from* `backup` to `main`. What was the tip of `main`? * Before checking out to `backup` (`HEAD@{3}`), `main` was at `HEAD@{4}` (`4ac510...`). * So, when you checked out back to `main` (`HEAD@{1}`), `main` was still pointing to `4ac510...` (the "Production database config - critical" commit). * Then you ran `git reset --hard HEAD~1` (or similar) at `HEAD@{0}`, which moved `main` back *one commit* from `4ac510...`. * `HEAD~1` of `4ac510...` is `ce3a4d3a6e58f0cccb0382fb23f9699f04748097` (the "Local database config" commit, `HEAD@{5}`). * This is why you "reset main back to 'Local database config'". ### Conclusion The critical commit is at **`4ac510323956c1951f5e66b3f01618c7a170869a`**. To recover it, you need to reset your `main` branch back to this commit. ### Recovery Command First, ensure you are on the `main` branch: ```bash git checkout main ``` Then, reset `main` to the commit hash of the lost commit: ```bash git reset --hard 4ac510323956c1951f5e66b3f01618c7a170869a ``` This will move the `main` branch pointer back to the "Production database config - critical" commit, effectively restoring the lost commit.
qwen/qwen3.6-flash:xhigh PASS 100% 352 in → 2,557 out (2,294 reasoning)
Based on your `git reflog`, the lost commit is located at `HEAD@{4}`: **Commit Hash:** `b0756fa5ca7154725bac26b2e84d25785d23f6ec` **Commit Message:** `Production database config - critical` ### 🔧 Recovery Steps: Since you switched to the `backup` branch, run these commands to safely restore the commit to `main`: ```bash # 1. Switch back to main git checkout main # 2. Cherry-pick the lost commit git cherry-pick b0756fa5ca7154725bac26b2e84d25785d23f6ec ``` ### 💡 Why `cherry-pick`? Using `git cherry-pick` is the safest approach here. It replays only the specific commit you want to recover onto your current `main` branch, preserving any valid history that might exist and avoiding accidental data loss that could occur with `git reset --hard`. Let me know if you need to recover additional commits or handle a merge conflict!
qwen/qwen3.7-flash:high PASS 100% 357 in → 2,788 out (2,336 reasoning)
Based on your `git reflog`, the lost commit `"Production database config - critical"` is located at `HEAD@{4}`. You can recover it safely using `git cherry-pick`. ### 🔍 Identify the Commit From your reflog: ``` 5f8477d07359219642e2b05179c573ccce4ad54f HEAD@{4}: commit: Production database config - critical ``` - **Commit Hash:** `5f8477d07359219642e2b05179c573ccce4ad54f` - **Reflog Reference:** `HEAD@{4}` ### 🛠️ Recovery Steps Since you're currently on the `backup` branch, switch back to `main` and apply the lost commit: ```bash # 1. Switch back to main git checkout main # 2. Recover the critical production commit git cherry-pick 5f8477d07359219642e2b05179c573ccce4ad54f # (Alternatively: git cherry-pick HEAD@{4}) # 3. (Optional) Reapply the subsequent "Staging database config" commit if needed git cherry-pick 518fef92c70d4fbd95f6f1edd2920c750d5c5215 ``` ### 💡 Why `cherry-pick`? - It applies only the changes from the specific commit onto your current branch, preserving any work done after your accidental reset. - Avoids `git reset --hard`, which would wipe out the `"Staging database config"` commit permanently. ### ✅ Verify Recovery ```bash git log --oneline | head -n 3 ``` You should see `"Production database config - critical"` restored on your `main` branch history.
qwen/qwen3.7-flash:low PASS 100% 358 in → 3,113 out (2,765 reasoning)
Based on your `git reflog` output, the lost commit `"Production database config - critical"` is located at `HEAD@{4}` with the full SHA-1 hash: `6dd74d75350a787ebec03b13858e31e01065d4ff` ### 🔧 Recovery Steps: ```bash # 1. Ensure you're on the main branch git checkout main # 2. Reset main back to the lost commit git reset --hard 6dd74d75350a787ebec03b13858e31e01065d4ff # (Alternative shorthand: git reset --hard HEAD@{4}) ``` ### ✅ Verify Recovery: ```bash git log --oneline -3 ``` You should now see `Production database config - critical` at the top of your main branch history, exactly as it was before the accidental reset. ### 💡 Notes: - `git reset --hard` restores both the commit pointer and your working directory/index to match that state. If you have uncommitted work you want to keep, run `git stash` before resetting, then `git stash pop` after. - If you prefer to keep the reset history intact and just graft the commit back, use: `git cherry-pick 6dd74d75350a787ebec03b13858e31e01065d4ff`
qwen/qwen3.7-flash:max PASS 100% 361 in → 2,767 out (2,404 reasoning)
Based on your reflog, here's exactly how to locate and restore that lost commit: ### 🔍 Step 1: Identify the Commit Hash Look at `HEAD@{4}` in your reflog: ``` af321d4a507016410bf24e952673e401bc196d38 HEAD@{4}: commit: Production database config - critical ``` **Target Hash:** `af321d4a507016410bf24e952673e401bc196d38` ### 🛠️ Step 2: Recover the Commit on `main` Run these commands: ```bash # 1. Make sure you're on the main branch git switch main # 2. Safely apply the lost commit as a new commit git cherry-pick af321d4a507016410bf24e952673e401bc196d38 ``` ### 💡 Why `git cherry-pick`? - It preserves commit history integrity by creating a fresh commit with the exact same changes. - If you'd rather completely roll `main` back to that exact point (discarding any newer work), you can use `git reset --hard af321d4a507016410bf24e952673e401bc196d38` instead. Your critical production configuration is now safely restored to `main`. ✅
qwen/qwen3.7-flash:medium PASS 100% 349 in → 3,524 out (3,214 reasoning)
Based on the reflog provided, you can see that the **"Production database config - critical"** commit corresponds to the entry at `HEAD@{4}`. Here are the details needed to recover it: * **Commit Message:** Production database config - critical * **Commit Hash:** `fc2452d685235ec275ab5ca00360cbb54a8a525d` ### How to Recover Since you reset the branch back to an earlier state (`HEAD~1`), the safest way to recover this is to reset your `main` branch head back to that specific hash. Run the following commands in your terminal: 1. **Ensure you are on the correct branch:** ```bash git checkout main ``` 2. **Reset the branch to the critical commit:** ```bash git reset --hard fc2452d685235ec275ab5ca00360cbb54a8a525d ``` *(Alternative method: If you do not want to discard any new changes you might have made since the reset, you could instead run `git cherry-pick fc2452d685235ec275ab5ca00360cbb54a8a525d`.)*
qwen/qwen3.7-flash:none PASS 100% 352 in → 971 out (0 reasoning)
To recover the lost commit, we need to analyze the `git reflog` output to identify the hash of the specific commit that was lost during the reset. ### Step 1: Analyze the Reflog Let's look at the entries in chronological order (from oldest to newest): 1. `HEAD@{5}`: `bbf6a23...` - **commit (initial): Local database config** * This is the initial state. 2. `HEAD@{4}`: `8a0e5cc...` - **commit: Production database config - critical** * **This is the commit we want to recover.** It contains the "Production database config - critical". 3. `HEAD@{3}`: `8a0e5cc...` - checkout: moving from main to backup * Switched to the `backup` branch. The HEAD still pointed to `8a0e5cc`. 4. `HEAD@{2}`: `d27948f...` - **commit: Staging database config** * Wait, this entry seems out of order or implies a different context. Let's re-read carefully. * Actually, looking at the timestamps/indices: * `HEAD@{5}`: Initial commit (`bbf6a23`) * `HEAD@{4}`: Added "Production database config" (`8a0e5cc`) * `HEAD@{3}`: Checked out `backup` branch. * `HEAD@{2}`: On the `main` branch? No, the reflog shows actions on the current branch. If you switched to `backup` at `HEAD@{3}`, then `HEAD@{2}` should be an action on `backup`. However, the message says "commit: Staging database config". This might be a red herring or a separate event. Let's look at the next steps. * `HEAD@{1}`: `8a0e5cc...` - checkout: moving from backup to main * You switched back to `main`. At this point, `main`'s HEAD was still pointing to `8a0e5cc` (the production config commit) because you hadn't reset it yet? Or did you? * `HEAD@{0}`: `bbf6a23...` - **reset: moving to HEAD~1** * You performed a `git reset --hard HEAD~1` (or similar) on the `main` branch. * Before the reset, `main`'s HEAD was at `8a0e5cc` (as seen in `HEAD@{1}`). * After resetting `HEAD~1`, `main`'s HEAD moved back to `bbf6a23` (the initial commit). ### Step 2: Identify the Lost Commit Hash The commit containing **"Production database config - critical"** has the hash: **`8a0e5ccff1b15910245921545fd28bfbc2f96fe9`** This commit was lost when you ran `git reset` on the `main` branch, which moved `main`'s pointer back one step from `8a0e5cc` to `bbf6a23`. ### Step 3: Recovery Command To recover this commit, you can use `git reset` to move the `main` branch pointer back to this commit. Since you likely want to restore the state of the repository as it was before the accidental reset, you should use `--hard` to also update your working directory and index to match that commit. ```bash git reset --hard 8a0e5ccff1b15910245921545fd28bfbc2f96fe9 ``` ### Final Answer The commit hash for **'Production database config - critical'** is **`8a0e5ccff1b15910245921545fd28bfbc2f96fe9`**. To recover it, run: ```bash git reset --hard 8a0e5ccff1b15910245921545fd28bfbc2f96fe9 ```
qwen/qwen3.7-flash:xhigh PASS 100% 340 in → 4,849 out (4,493 reasoning)
Based on the `git reflog` provided, here is the identification and recovery process for your lost commit. ### 1. Identify the Lost Commit Scanning the reflog for the message **"Production database config - critical"**, we find the associated commit hash at index `HEAD@{4}`: * **Hash:** `b31fb4dade16700b5e564bbf115971eeb845be02` * **Index:** `HEAD@{4}` * **Message:** `commit: Production database config - critical` ### 2. Recover the Commit Since you are currently on the `backup` branch, you should switch back to `main` and then "cherry-pick" this commit to apply the changes again. Run the following commands: ```bash # 1. Switch back to the main branch git checkout main # 2. Apply the lost commit to main git cherry-pick b31fb4dade16700b5e564bbf115971eeb845be02 ``` **Alternative (Hard Reset):** If you intended to revert `main` entirely to the state where that commit existed (and don't care about the "Staging" commit shown in the reflog), you could also reset `main` hard to that hash: ```bash git checkout main git reset --hard b31fb4dade16700b5e564bbf115971eeb845be02 ```
qwen/qwen3.7-max:high PASS 100% 353 in → 1,562 out (1,331 reasoning)
To recover the lost "Production database config - critical" commit, you need to switch back to the `main` branch and perform a hard reset to the commit's hash found in the reflog. From the reflog, the hash for the critical production commit is `5b95ed033721bd40f7bd5ed52d8c297884b9d84a` (seen at `HEAD@{4}`, `HEAD@{3}`, and `HEAD@{1}`). Run the following commands: ```bash # Switch back to the main branch git checkout main # Reset main to the lost commit using its hash git reset --hard 5b95ed033721bd40f7bd5ed52d8c297884b9d84a ``` *(Alternatively, you could use `git reset --hard HEAD@{1}` since that reflog entry points to the exact same commit right before the accidental reset occurred.)*
qwen/qwen3.7-max:low PASS 100% 344 in → 1,573 out (1,348 reasoning)
To recover the lost commit, you need to switch back to the `main` branch and perform a hard reset to the commit hash of the lost "Production database config - critical" commit. Based on the provided reflog, the commit hash is `144231335ed82d3120ed628e8cdc24e7d7d23497` (found at `HEAD@{4}`). Run the following commands: ```bash # Switch back to the main branch git checkout main # Reset the main branch to the lost critical commit git reset --hard 144231335ed82d3120ed628e8cdc24e7d7d23497 ``` *(Note: You can also use `git reset --hard HEAD@{4}` if you haven't performed any other actions since the provided reflog, but using the full commit hash is the safest and most explicit method.)*
qwen/qwen3.7-max:medium PASS 100% 361 in → 1,115 out (616 reasoning)
# Recovering the Lost Commit with `git reflog` ## Step 1: Analyze the Reflog Looking at the reflog, we can trace the history of HEAD: | Reflog Entry | Hash | Action | |---|---|---| | `HEAD@{5}` | `fb1b2a8` | commit (initial): Local database config | | `HEAD@{4}` | `1bcac11` | **commit: Production database config - critical** ← **THIS IS THE LOST COMMIT** | | `HEAD@{3}` | `1bcac11` | checkout: moving from main to backup | | `HEAD@{2}` | `6fd7079` | commit: Staging database config (on backup) | | `HEAD@{1}` | `1bcac11` | checkout: moving from backup to main | | `HEAD@{0}` | `fb1b2a8` | **reset: moving to HEAD~1** ← This is where the commit was lost | The `reset HEAD~1` moved main from `1bcac11` back to `fb1b2a8`, effectively "deleting" the critical commit. ## Step 2: Recover the Commit Switch back to `main` and hard-reset to the lost commit hash: ```bash git checkout main git reset --hard 1bcac1193b2506616c96d8dbc7b48891c4431f6f ``` ## Why This Works - **`git reset` only moves branch pointers** — the commit `1bcac11` still exists in Git's object store. - **`git reflog` tracks every movement** of `HEAD`, even commits that are no longer reachable from any branch tip. - **`git reset --hard`** moves the `main` branch pointer back to `1bcac11` and updates the working directory to match, fully restoring the "Production database config - critical" commit. > ⚠️ **Note:** Orphaned commits like this are eventually garbage-collected by Git (typically after 30 days), so recovery via reflog is time-sensitive.
qwen/qwen3.7-max:none PASS 100% 360 in → 587 out (0 reasoning)
# Recovering the Lost Production Database Config Commit ## Analysis of the Reflog Looking at the reflog, we can trace exactly what happened: | Reflog Entry | Action | Commit Hash | |---|---|---| | `HEAD@{5}` | Initial commit: "Local database config" | `bdc3d48` | | `HEAD@{4}` | **Commit: "Production database config - critical"** | **`1292290`** | | `HEAD@{3}` | Checkout from main to backup | `1292290` | | `HEAD@{2}` | Commit: "Staging database config" | `53c7332` | | `HEAD@{1}` | Checkout from backup to main | `1292290` | | `HEAD@{0}` | **Reset to HEAD~1** (lost the critical commit) | `bdc3d48` | The critical production config commit (`1292290`) was made on `main`, then a reset moved `main` back one commit, orphaning it. The commit still exists in the object database — it's just no longer referenced by any branch. ## Recovery Steps First, switch back to `main` (we're currently on `backup`): ```bash git checkout main ``` Then reset `main` to point back to the lost commit using its full hash from the reflog: ```bash git reset --hard 129229033896ad9b4de9f06c3f660558cab9a8eb ``` > **Why `--hard`?** We need to move both the branch pointer *and* the working tree/index back to the state of that commit, fully restoring the production database config that was lost during the reset. ## Verification Confirm the recovery succeeded: ```bash git log --oneline -3 # Expected output: # 1292290 Production database config - critical # bdc3d48 Local database config ``` The `main` branch now points back to `1292290` ("Production database config - critical"), fully recovering the commit that was lost during the erroneous `reset HEAD~1`. ### Key Takeaway `git reflog` is a local safety net that records **every** movement of `HEAD`, including destructive operations like `reset`. Even after commits are "lost," they remain recoverable via their hash until garbage collection purges them (typically after 30+ days). Always consult `git reflog` before assuming data is gone.
qwen/qwen3.7-max:xhigh PASS 100% 359 in → 1,617 out (1,054 reasoning)
# Recovering the Lost Commit Using `git reflog` ## Analyzing the Reflog Reading the reflog from oldest to newest: | Entry | SHA | Action | |-------|-----|--------| | `HEAD@{5}` | `d502cfd` | Initial commit: "Local database config" | | `HEAD@{4}` | **`08a7e0f`** | **Commit: "Production database config - critical"** 🎯 | | `HEAD@{3}` | `08a7e0f` | Checkout from main to backup | | `HEAD@{2}` | `d3368d5` | Commit on backup: "Staging database config" | | `HEAD@{1}` | `08a7e0f` | Checkout from backup to main | | `HEAD@{0}` | `d502cfd` | **`reset: moving to HEAD~1`** ← This is where you lost it! | ## The Lost Commit The **"Production database config - critical"** commit is: ``` 08a7e0fc57339f082a0ff31bb171cf7502f09f26 ``` (found at `HEAD@{4}`) ## Recovery Steps **Step 1** — Switch back to `main`: ```bash git checkout main ``` **Step 2** — Reset `main` to the lost commit: ```bash git reset --hard 08a7e0fc57339f082a0ff31bb171cf7502f09f26 ``` > This moves the `main` branch pointer back to `08a7e0f`, fully restoring the **"Production database config - critical"** commit along with its working directory changes. ## What Happened ``` main: d502cfd ──► 08a7e0f ──► (reset --hard HEAD~1) ──► d502cfd │ │ LOST commit Restored with (found in reflog) git reset --hard 08a7e0f ``` The `git reset HEAD~1` moved `main` back one commit, but **reflog kept a record** of where `HEAD` had been over time, allowing you to find the orphaned commit's SHA and restore it.
qwen/qwen3.7-plus:high PASS 100% 352 in → 3,222 out (2,658 reasoning)
## Recovering the Lost Commit Using `git reflog` ### Step 1 — Switch back to `main` You're currently on the `backup` branch, so switch to `main` first: ```bash git checkout main ``` --- ### Step 2 — Inspect the reflog Run `git reflog` to see the history of all `HEAD` movements: ```bash git reflog ``` Output (relevant entries): | Reflog Entry | Hash | Description | |---|---|---| | `HEAD@{2}` | `40a76f8c` | commit: Staging database config | | `HEAD@{4}` | **`c5eabe12`** | **commit: Production database config - critical** | | `HEAD@{5}` | `8ea8bd37` | commit (initial): Local database config | The commit we need is at **`HEAD@{4}`** → `c5eabe12ca176915f6462cb641992fbb7f715f00`. --- ### Step 3 — Recover the commit Since `main` currently only points to the initial commit (`8ea8bd3`) and the reset wiped out `c5eabe1`, restore `main` directly to the lost commit: ```bash git reset --hard c5eabe12ca176915f6462cb641992fbb7f715f00 ``` > **Alternative:** If you prefer a single-commit recovery without rewriting history: > ```bash > git cherry-pick c5eabe12ca176915f6462cb641992fbb7f715f00 > ``` --- ### Step 4 — Verify recovery ```bash git log --oneline ``` Expected output: ``` c5eabe12 Production database config - critical 8ea8bd37 Local database config ``` The **critical production config** is now safely restored on `main`. ✅ --- ### 💡 Why this works `git reflog` keeps a local history of **every place `HEAD` has pointed**, even for commits that are no longer part of any branch. The commit `c5eabe1` wasn't garbage-collected because Git retains reflog entries for ~30 days by default, making recovery straightforward even after a destructive `reset`.
qwen/qwen3.7-plus:low PASS 100% 347 in → 3,225 out (2,692 reasoning)
# Recovering the Lost "Production database config - critical" Commit ## Step 1: Analyze the Reflog ``` HEAD@{0}: reset: moving to HEAD~1 → 1f80b6a ← Current state of main (lost commit!) HEAD@{1}: checkout: moving from backup to main → 2805450 HEAD@{2}: commit: Staging database config → 3949d67c (on backup branch) HEAD@{3}: checkout: moving from main to backup → 2805450 HEAD@{4}: commit: Production database config - critical → 2805450e ✅ FOUND IT! HEAD@{5}: commit (initial): Local database config → 1f80b6a ``` The lost commit is **`HEAD@{4}`** with hash: ``` 2805450e6f5275b1804594f8fabcb81897d2d0f1 ``` > Notice how `HEAD@{1}` already shows we were at `2805450` when we checked out to `main` — meaning the commit was alive and well right before the fatal `reset`. ## Step 2: Recover the Commit First, make sure you're back on `main`: ```bash git checkout main ``` Then restore `main` to the state *before* the destructive reset: ```bash git reset --hard 2805450e6f5275b1804594f8fabcb81897d2d0f1 ``` ## Result ``` main → 1f80b6a → 2805450 (Production database config - critical) ✅ Restored! ``` | Commit | Message | |---|---| | `2805450` | Production database config - critical | | `1f80b6a` | Local database config | ## Key Takeaway > **`git reflog` records *every* move of `HEAD`, including resets that erase commits.** Even though `git reset --hard HEAD~1` removed the commit from the branch tip, it remained in the reflog — making full recovery just one command away.
qwen/qwen3.7-plus:medium PASS 100% 348 in → 1,025 out (518 reasoning)
## Analyzing the Reflog Let's trace through what happened step-by-step: | Reflog Entry | Action | Commit Hash | Message | |---|---|---|---| | `HEAD@{5}` | initial commit | `44693f5` | Local database config | | `HEAD@{4}` | commit | **`94cd1d5`** | **Production database config - critical** | | `HEAD@{3}` | checkout → backup | `94cd1d5` | | | `HEAD@{2}` | commit (on backup) | `7a0b172` | Staging database config | | `HEAD@{1}` | checkout → main | `94cd1d5` | | | `HEAD@{0}` | reset to HEAD~1 | `44693f5` | Local database config *(lost the critical commit!)* | ## The Lost Commit The critical commit is **`94cd1d52fce8124f8ae892c8fdf1c81434eab716`** — it was made at `HEAD@{4}`. ## Recovery Steps ```bash # 1. Switch back to the main branch git checkout main # 2. Reset main back to the recovered commit git reset --hard 94cd1d52fce8124f8ae892c8fdf1c81434eab716 ``` This will restore `main` to include the **"Production database config - critical"** commit. > **Alternative:** If you want to keep the current state and just add the lost commit on top, use: > ```bash > git cherry-pick 94cd1d52fce8124f8ae892c8fdf1c81434eab716 > ``` ## Key Takeaway `git reflog` is a lifesaver! Even when a commit is "lost" via `reset`, it's still referenced in the reflog. As long as you know the commit hash, you can always recover it as long as the reflog entry hasn't expired (default: **30 days**).
qwen/qwen3.7-plus:none PASS 100% 358 in → 588 out (0 reasoning)
Based on the `git reflog` provided, here is the step-by-step logical deduction to identify and recover the lost commit. ### 1. Analyze the Reflog Entries We need to find the commit hash associated with the message **"Production database config - critical"**. Let's examine the relevant entries: * `HEAD@{4}`: `5d82515...` commit: **Production database config - critical** * `HEAD@{3}`: Checkout from main to backup (This confirms `5d82515` was the tip of main before switching). * `HEAD@{0}`: `a0e4d14...` reset: moving to HEAD~1 (This is the current state of main, which reverted to the initial config). The commit we are looking for is **`5d82515e68ea1e96d266b8effae38304e20b99b3`**. ### 2. Recovery Strategy Since you are currently on the `backup` branch, you have two main options to recover this commit into `main`: #### Option A: Switch back to main and reset (Recommended) This restores `main` to exactly where it was before the accidental reset. 1. Switch to the `main` branch: ```bash git checkout main ``` 2. Reset `main` to the critical commit found in the reflog: ```bash git reset --hard 5d82515e68ea1e96d266b8effae38304e20b99b3 ``` #### Option B: Merge/Cherry-pick while on backup If you prefer to stay on `backup` or bring the change into `backup` first: 1. Cherry-pick the commit onto the current branch (`backup`): ```bash git cherry-pick 5d82515e68ea1e96d266b8effae38304e20b99b3 ``` ### Final Conclusion The hash of the lost commit is **`5d82515e68ea1e96d266b8effae38304e20b99b3`**. To recover it, run the following commands: ```bash git checkout main git reset --hard 5d82515e68ea1e96d266b8effae38304e20b99b3 ```
qwen/qwen3.7-plus:xhigh PASS 100% 367 in → 1,661 out (970 reasoning)
## Solution: Recover the Lost "Production database config - critical" Commit ### Analysis of the Reflog Let's walk through the reflog chronologically (oldest → newest): | Entry | Hash | Action | State | |-------|------|--------|-------| | `HEAD@{5}` | `03c7213` | Initial commit | `Local database config` on **main** | | `HEAD@{4}` | `abb706e` | Commit | **`Production database config - critical`** on **main** | | `HEAD@{3}` | `abb706e` | Checkout | Switched from `main` → `backup` | | `HEAD@{2}` | `ab150c2` | Commit | `Staging database config` on **backup** | | `HEAD@{1}` | `abb706e` | Checkout | Switched from `backup` → `main` | | `HEAD@{0}` | `03c7213` | Reset | **`reset: moving to HEAD~1`** — main rewound back to `03c7213`, **losing `abb706e`** | The key finding is that **`HEAD@{0}`** performed a `reset` that moved `main` from `abb706e` back to `03c7213`, discarding the *Production database config - critical* commit. However, the commit is **not gone** — it still exists in the object store because `reflog` holds a reference to it. ### The Target Commit > **`abb706ef2e75775313f28486f3e198f1d5861238`** — *Production database config - critical* ### Recovery Commands Since you're currently on the `backup` branch, you need to switch back to `main` and reset it to the lost commit: ```bash # Step 1: Switch back to the main branch git checkout main # Step 2: Reset main to the lost commit using its hash from the reflog git reset --hard abb706ef2e75775313f28486f3e198f1d5861238 ``` ### What This Does - **`git checkout main`** — switches you from `backup` to `main` (which is currently sitting at `03c7213`). - **`git reset --hard abb706e...`** — moves the `main` branch pointer back forward to the "Production database config - critical" commit, fully restoring both the branch position **and** the working directory to that state. ### Verification After running the commands, confirm the recovery: ```bash git log --oneline ``` Expected output: ``` abb706e Production database config - critical 03c7213 Local database config ``` The critical production config is now restored to `main`. ✅
tencent/hy3:high PASS 100% 270 in → 4,135 out (3,745 reasoning)
Based on the provided reflog, the **'Production database config - critical'** commit is identified by the hash: `41bcabfea327adf2e47982dd9a382ee2c9867e90` When you ran `git reflog` (or `git reflog main`), this commit appeared just before the `reset` operation moved `main` back to the initial "Local database config" commit (`69461ad...`). Here is how to recover it: ### 1. Switch back to the `main` branch Since you are currently on the `backup` branch, first return to `main`: ```bash git checkout main ``` ### 2. Verify using the `main` branch reflog (Optional) To explicitly use the `main` reflog as requested: ```bash git reflog main ``` You will see an entry similar to: ``` 69461ad main@{0}: reset: moving to HEAD~1 41bcabf main@{1}: commit: Production database config - critical ``` This confirms `main@{1}` (or the hash `41bcabf...`) is the lost commit. ### 3. Recover the commit Reset `main` back to the critical commit using its hash (or the reflog reference `main@{1}`): **Using the commit hash:** ```bash git reset --hard 41bcabfea327adf2e47982dd9a382ee2c9867e90 ``` **Or using the reflog reference:** ```bash git reset --hard main@{1} ``` ### Result The `main` branch now points back to the **'Production database config - critical'** commit, effectively recovering your lost work. You can verify with `git log` to see the commit restored at the tip of `main`.
tencent/hy3:high__json_schema PASS 100% 267 in → 5,122 out (4,682 reasoning)
dfd6517c717172587fe8947e70cb88e6d24eb1df
JSON Schema Structured Output
(raw) { "ref": "dfd6517c717172587fe8947e70cb88e6d24eb1df" }
tencent/hy3:low PASS 100% 277 in → 3,004 out (2,647 reasoning)
To recover the lost **“Production database config - critical”** commit on `main`, use the commit SHA (or the branch reflog) to point `main` back at it. ### 1. Find the commit in the reflog While on `backup` (or anywhere), inspect `main`’s reflog: ```bash git reflog show main ``` From the output / provided reflog, the critical commit is: ``` d0cf678de4630c72a0a46e5b48871aa6a8c11bb2 Production database config - critical ``` (`main@{1}` also points to this commit right before the `reset`.) ### 2. Switch back to `main` ```bash git checkout main ``` ### 3. Recover the commit on `main` Reset `main` back to that commit (this restores the exact original commit object): ```bash git reset --hard d0cf678de4630c72a0a46e5b48871aa6a8c11bb2 ``` *(Or, using the reflog notation: `git reset --hard main@{1}`)* ### 4. Verify ```bash git log --oneline ``` You should now see: ``` d0cf678 Production database config - critical e772ea09 Local database config ``` > **Note:** The commit was never truly deleted—it was just unreferenced by `main` after the reset. It is still reachable from `backup` (via the “Staging database config” commit) and via the reflog, so resetting `main` to `d0cf678` safely brings it back.
tencent/hy3:low__json_schema PASS 100% 267 in → 2,836 out (2,496 reasoning)
f71e588ff3c885b6796a46e8544eb47468938764
JSON Schema Structured Output
(raw) { "ref": "f71e588ff3c885b6796a46e8544eb47468938764" }
tencent/hy3:medium PASS 100% 278 in → 3,551 out (3,101 reasoning)
To recover the lost **“Production database config - critical”** commit on `main`, follow these steps using the reflog: ### 1. Find the commit in the reflog While on the `backup` branch (or after checking out `main`), inspect the reflog for `main`: ```bash git reflog show main ``` From the provided reflog, the commit you lost is: ``` 2ee90cc1070f94c4419a33b3e02262dd80b7d2fe HEAD@{4}: commit: Production database config - critical ``` So the SHA is **`2ee90cc1070f94c4419a33b3e02262dd80b7d2fe`** (short: `2ee90cc`). ### 2. Switch back to `main` Since you are currently on `backup`: ```bash git checkout main ``` ### 3. Recover (restore) the commit on `main` Because `main` was accidentally reset back to the initial “Local database config” (`8cda5e2`), you can simply reset `main` forward again to the production commit to undo the mistake: ```bash git reset --hard 2ee90cc1070f94c4419a33b3e02262dd80b7d2fe ``` *(This restores `main` exactly to the state it was in before the `reset: moving to HEAD~1` command, recovering the critical production config.)* ### 4. Verify ```bash git log --oneline ``` You should now see: ``` 2ee90cc Production database config - critical 8cda5e2 Local database config ``` > **Note:** If you prefer not to rewrite `main`’s history with `--hard`, you could instead run `git cherry-pick 2ee90cc` while on `main` to re-apply the production config as a new commit on top of the current `main`. However, since `main` is just the direct parent of that commit, `reset --hard` is the cleanest recovery.
tencent/hy3:medium__json_schema PASS 100% 290 in → 3,535 out (3,279 reasoning)
d689f125b7b8b7d3fb781ae91b1682553aecbfe6
JSON Schema Structured Output
(raw) {"ref":"d689f125b7b8b7d3fb781ae91b1682553aecbfe6"}
tencent/hy3:none PASS 100% 287 in → 451 out (0 reasoning)
Based on the provided `git reflog` output, here’s what happened and how to recover the lost commit. ### What the reflog tells us - `HEAD@{5}`: Initial commit → `Local database config` (`92ee01e7`) - `HEAD@{4}`: Commit on `main` → **`Production database config - critical`** (`efb329a`) - `HEAD@{3}`: Switched from `main` to `backup` (still at `efb329a`) - `HEAD@{2}`: Commit on `backup` → `Staging database config` (`69cc374`) - `HEAD@{1}`: Switched from `backup` back to `main` (at `efb329a`) - `HEAD@{0}`: `reset: moving to HEAD~1` on `main` → this moved `main` back to `92ee01e7` (**Local database config**) and **lost the critical commit `efb329a` from main** You are now on the `backup` branch, but the critical commit still exists in the repo (just not reachable from `main`). ### Recover the critical commit on `main` The SHA for the lost commit is: ``` efb329aa6fd78964bbe91b2ccad105f59d0e1a55 ``` Switch to `main` and reset it back to that commit: ```bash git checkout main git reset --hard efb329aa6fd78964bbe91b2ccad105f59d0e1a55 ``` This restores `main` to include: - `Local database config` - `Production database config - critical` ### Verify ```bash git log --oneline ``` You should see: ``` efb329a Production database config - critical 92ee01e Local database config ``` ### Note The `backup` branch still has its own `Staging database config` commit (`69cc374`) and shares history up to `efb329a`. No data is lost as long as the reflog/objects haven’t been garbage-collected.
tencent/hy3:xhigh PASS 100% 274 in → 4,710 out (4,133 reasoning)
The "Production database config - critical" commit isn’t permanently lost—it’s still in Git’s reflog, which records where branch tips and `HEAD` have pointed in the past. Based on the reflog output you provided, here is how to find and recover it. ### 1. Identify the lost commit in the reflog Looking at your reflog, the critical commit is clearly listed here: ```text f7fbfd3627623889f92c7010f920ab03e335f783 HEAD@{4}: commit: Production database config - critical ``` The commit hash for the critical production config is **`f7fbfd3627623889f92c7010f920ab03e335f783`**. *(Note: Even though you are currently on the `backup` branch, `git reflog main` would show the same history for the `main` branch tip, confirming that `main` was reset from `f7fbfd3` down to `abdf9de8`.)* ### 2. Recover the commit on `main` You can recover it by pointing `main` back to that commit hash. Since you are currently on the `backup` branch, you can force-update `main` without interrupting your current working state, and then switch back to it: ```bash # Force main to point back to the critical production commit git branch -f main f7fbfd3627623889f92c7010f920ab03e335f783 # Switch back to main git checkout main ``` *Alternatively, if you switch to `main` first and then reset:* ```bash git checkout main git reset --hard f7fbfd3627623889f92c7010f920ab03e335f783 ``` ### 3. Verify the recovery Run a log command to confirm `main` now contains the critical commit: ```bash git log --oneline main ``` You should see: ```text f7fbfd3 (HEAD -> main) Production database config - critical abdf9de8 Local database config ``` ### Summary - **Lost commit hash:** `f7fbfd3627623889f92c7010f920ab03e335f783` - **Recovery command:** `git branch -f main f7fbfd3627623889f92c7010f920ab03e335f783` (or `git reset --hard` while on `main`) - The `backup` branch still has your "Staging database config" (`0e43cbb`) on top of this commit, so no work is lost there either.
tencent/hy3:xhigh__json_schema PASS 100% 282 in → 2,054 out (1,807 reasoning)
f68430ba1fb1ff57e5f59f3bc13369a86f04cbd9
JSON Schema Structured Output
(raw) { "ref": "f68430ba1fb1ff57e5f59f3bc13369a86f04cbd9" }
thinkingmachines/inkling-small:high PASS 100% 288 in → 1,538 out (1,288 reasoning)
The lost commit is in your reflog at: ``` 0ace3fa4a123ae399bcd7d7d71e1f369974a89ae HEAD@{4}: commit: Production database config - critical ``` Because you switched to `backup`, switch back to `main` and hard-reset it to that commit: ```bash git checkout main git reset --hard 0ace3fa4a123ae399bcd7d7d71e1f369974a89ae ``` **What this does:** - `git checkout main` gets you back onto the main branch. - `git reset --hard 0ace3fa...` moves `main` back to the “Production database config - critical” commit, undoing the `HEAD~1` reset that dropped it. If you want to be extra safe before resetting, you can create a temporary pointer to it: ```bash git branch production-backup 0ace3fa4a123ae399bcd7d7d71e1f369974a89ae ``` Then reset `main` as above. Your critical production config is restored.
thinkingmachines/inkling-small:high__json_schema PASS 100% 275 in → 2,519 out (2,182 reasoning)
The lost commit is clearly visible in the reflog: - **`770ff77...`** — `commit: Production database config - critical` (`HEAD@{4}` / `HEAD@{1}`) Since you’re currently on the `backup` branch and `main` was reset to `HEAD~1` (back to the initial `78d8f09...`), recover `main` like this: ```bash # 1. Switch back to main git checkout main # 2. Check main's reflog to confirm (optional but good practice) git reflog show main # You'll see something like: # 78d8f09... main@{0}: reset: moving to HEAD~1 # 770ff77... main@{1}: commit: Production database config - critical # 78d8f09... main@{2}: commit (initial): Local database config # 3. Restore main to the critical production config commit git reset --hard 770ff77a746d83e632ae700dc251ad6bdd6569e6 ``` Or, using the reflog reference directly (without typing the full hash): ```bash git checkout main git reset --hard main@{1} ``` **What this does:** `main@{1}` points to the state `main` was in just before the destructive reset (`770ff77...`), so `git reset --hard main@{1}` puts `main` back to **"Production database config - critical"** and restores the branch pointer.
thinkingmachines/inkling-small:low PASS 100% 284 in → 344 out (198 reasoning)
The critical commit is `4e0305a05c75deef5429cbbb8232ad53a422369a` (`HEAD@{4}`). Recover it by switching back to `main` and resetting to that commit: ```bash git checkout main git reset --hard 4e0305a05c75deef5429cbbb8232ad53a422369a ``` This restores `main` to "Production database config - critical".
thinkingmachines/inkling-small:low__json_schema PASS 100% 276 in → 248 out (199 reasoning)
ddb3d9b793024bb2e8849b0ab7d62ae99c414bdb (HEAD@{4}: commit: Production database config - critical)
JSON Schema Structured Output
(raw) {"ref": "ddb3d9b793024bb2e8849b0ab7d62ae99c414bdb (HEAD@{4}: commit: Production database config - critical)"}
thinkingmachines/inkling-small:max PASS 100% 292 in → 6,593 out (5,486 reasoning)
The lost commit is clearly marked in the reflog: ``` 01f8c9951580aa6a6c3ba2cee549bd3c2fd898c6 ... commit: Production database config - critical ``` Because you are now on the `backup` branch, `main` is sitting at the “Local database config” state (`1515d37...`). Use **`git reflog show main`** (the branch reflog) to see that `main`’s previous tip before the destructive reset was the production commit. ### Recover it ```bash # 1. Get back onto main git checkout main # 2. Inspect main's reflog to confirm git reflog show main ``` You’ll see something like: ``` 1515d37... main@{0}: reset: moving to HEAD~1 01f8c99... main@{1}: commit: Production database config - critical 1515d37... main@{2}: commit (initial): Local database config ``` ```bash # 3. Restore main to the critical production config # (use the full hash for safety, or main@{1} if you prefer the reflog pointer) git reset --hard 01f8c9951580aa6a6c3ba2cee549bd3c2fd898c6 ``` ### What just happened - `01f8c99...` = **Production database config - critical** (the commit you lost). - `38c626...` = **Staging database config** (that commit lives on `backup`; don’t mix it up with the production one). - `1515d37...` = **Local database config** (where `main` incorrectly sits now). After the `reset --hard`, `main` is back to the critical production config and the commit is fully recovered.
thinkingmachines/inkling-small:medium PASS 100% 276 in → 812 out (462 reasoning)
From that reflog, the lost commit is clearly: **`9427bdc46718af21e89f1580f800ab2474787693`** `HEAD@{4}: commit: Production database config - critical` (It also appears at `HEAD@{1}` when you checked out `main` from `backup`.) ### Recover it (you’re currently on `backup`) 1. **Switch back to `main`** ```bash git checkout main ``` 2. **Confirm with reflog on main** ```bash git reflog show main ``` You’ll see `9427bdc...` labeled as the production config commit. 3. **Restore `main` to that commit** ```bash git reset --hard 9427bdc46718af21e89f1580f800ab2474787693 ``` Now `main` is back to `Production database config - critical`, and your critical config is recovered. (If you prefer to keep the reset history intact, use `git cherry-pick 9427bdc...` instead, but since you already reset, `reset --hard` is the direct fix.)
thinkingmachines/inkling-small:medium__json_schema PASS 100% 282 in → 179 out (131 reasoning)
The critical commit is `c886b1acc656e97623c5104c4f792e479bb1d41f` (`HEAD@{4}`:
JSON Schema Structured Output
(raw) {"ref": "The critical commit is `c886b1acc656e97623c5104c4f792e479bb1d41f` (`HEAD@{4}`: "}
thinkingmachines/inkling-small:none PASS 100% 277 in → 161 out (0 reasoning)
The critical commit is `17f856ac4fa4671c55cf1c8d6432e234769db553` (`HEAD@{4}`): **"Production database config - critical"**. From your current `main` (`6d868e9...` after the bad reset at `HEAD@{0}`), recover it with: ```bash git checkout main git reset --hard 17f856ac4fa4671c55cf1c8d6432e234769db553 ``` Or directly: ```bash git checkout main git reset --hard HEAD@{4} ``` This restores `main` to the production config commit, undoing the reset that moved it back to `Local database config`.
thinkingmachines/inkling-small:xhigh PASS 100% 296 in → 1,481 out (1,237 reasoning)
The lost commit is in your `main` reflog at **HEAD@{4}**: ``` 73a6068b46ac5f3689e0cfba2aa9c00fb104c4ed HEAD@{4}: commit: Production database config - critical ``` Because you switched to `backup`, first get back to `main`, then restore it to that commit: ```bash # 1. Switch back to main git checkout main # 2. (Optional) Verify with reflog for the branch git reflog show main # 3. Recover the critical production config git reset --hard 73a6068b46ac5f3689e0cfba2aa9c00fb104c4ed ``` **What this does:** - `git checkout main` — moves you off `backup`. - `git reset --hard 73a6068...` — points `main` back to the “Production database config - critical” commit, undoing the mistaken `HEAD~1` reset. Your `main` branch is now recovered with the critical production config intact.
thinkingmachines/inkling-small:xhigh__json_schema PASS 100% 281 in → 733 out (664 reasoning)
The lost commit is `e1eb9faf501043521a9295cdbecaf1a214f81e30` — the `HEAD@{4}` entry: `commit: Production database config - critical`. Recover it onto `main` with:
JSON Schema Structured Output
(raw) {"ref": "The lost commit is `e1eb9faf501043521a9295cdbecaf1a214f81e30` — the `HEAD@{4}` entry: `commit: Production database config - critical`. \n\nRecover it onto `main` with:"}
thinkingmachines/inkling:high PASS 100% 284 in → 1,777 out (1,609 reasoning)
From the `main` branch reflog, the lost commit is at **`HEAD@{4}`**: ``` 6b20af1bed404225788b4ff8a6b75438191e5942 HEAD@{4}: commit: Production database config - critical ``` Since you’re currently on `backup`, switch to `main` and hard-reset to that hash: ```bash git checkout main git reset --hard 6b20af1bed404225788b4ff8a6b75438191e5942 ``` (Alternatively, after checking out `main`, you can run `git reset --hard HEAD@{4}` using the reflog entry directly.) This restores `main` to the critical production database config commit.
thinkingmachines/inkling:high__json_schema PASS 100% 292 in → 903 out (862 reasoning)
90a1fbd845bb62c23055a2d4cab3f06286fae071
JSON Schema Structured Output
(raw) { "ref" : "90a1fbd845bb62c23055a2d4cab3f06286fae071" }
thinkingmachines/inkling:low PASS 100% 289 in → 212 out (90 reasoning)
The lost commit is at reflog entry `HEAD@{4}`: **Hash:** `e33bb9a17ed59bf81b84e3b7f69e304cbf0db456` **Message:** `Production database config - critical` Recover it on `main` with: ```bash git checkout main git reset --hard e33bb9a17ed59bf81b84e3b7f69e304cbf0db456 ``` This restores `main` to the critical production config commit.
thinkingmachines/inkling:max PASS 100% 286 in → 2,046 out (1,813 reasoning)
The lost commit is visible in the reflog at `HEAD@{4}`: ``` 40f6cb60555f00693763b9e4ac0b480592a23b9c HEAD@{4}: commit: Production database config - critical ``` **Recovery steps** (you’re currently on `backup`): 1. Switch back to `main`: ```bash git checkout main ``` 2. Reset `main` to that critical commit: ```bash git reset --hard 40f6cb60555f00693763b9e4ac0b480592a23b9c ``` Now `main` is restored to **"Production database config - critical"** (`40f6cb6...`). *(If you prefer not to checkout first, you can also run `git branch -f main 40f6cb60555f00693763b9e4ac0b480592a23b9c` from the `backup` branch, then `git checkout main`.)*
thinkingmachines/inkling:medium PASS 100% 277 in → 500 out (224 reasoning)
The lost commit is right there in the reflog: - `515adbf1595ab361c2005e6c508c56cf63cd6ad6` — `commit: Production database config - critical` (HEAD@{4}) Even though `main` was reset back to the initial commit (`40b5317...`), the critical commit still exists in the object database and can be restored. **Recover it on `main`:** ```bash # Switch back to main git checkout main # Restore main to the critical production config commit git reset --hard 515adbf1595ab361c2005e6c508c56cf63cd6ad6 ``` **What this does:** - `git checkout main` — leaves the `backup` branch and returns to `main` (currently at the local config after the bad reset). - `git reset --hard 515adbf...` — moves `main` back to the `Production database config - critical` commit, recovering it exactly as it was. After running these, `main` will point to `515adbf...` and the critical config is restored. You can verify with `git log --oneline` or `git reflog`.
thinkingmachines/inkling:none PASS 100% 278 in → 227 out (0 reasoning)
The critical commit is still in `main`’s reflog at **HEAD@{4}** (`aea5c141...`). Even though `HEAD` was reset to `HEAD~1` (`HEAD@{0}`), you can recover it by checking out or resetting `main` back to that hash. **Run this on `main`:** ```bash git checkout main git reset --hard aea5c14183b019973cbd14879606a14726803b07 ``` Or directly via reflog syntax: ```bash git reset --hard main@{4} ``` **What happened / verification:** - `HEAD@{4}` → `Production database config - critical` (`aea5c1...`) - `HEAD@{0}` → Reset back to `Local database config` (`9ff24ff...`) - `HEAD@{1}` → You switched back to `main` from `backup` After the `reset --hard`, `main` points back to the production config commit and the lost commit is fully recovered.
thinkingmachines/inkling:xhigh PASS 100% 290 in → 1,183 out (908 reasoning)
The reflog shows the lost commit at **`HEAD@{4}`**: ``` 3f274a0d9aca75660a958dbf7be37452f3b1b87c HEAD@{4}: commit: Production database config - critical ``` So the critical production config commit hash is: **`3f274a0d9aca75660a958dbf7be37452f3b1b87c`** ### Recover it on `main` Since you’re currently on `backup`, you can force `main` back to that commit (without even checking it out first): ```bash # Option 1: Update main directly from backup git branch -f main 3f274a0d9aca75660a958dbf7be37452f3b1b87c # Option 2: Check out main and hard-reset git checkout main git reset --hard 3f274a0d9aca75660a958dbf7be37452f3b1b87c ``` Verify with: ```bash git log --oneline main git reflog main ``` `main` is now restored to the **Production database config - critical** commit (`3f274a0...`).
thinkingmachines/inkling:xhigh__json_schema PASS 100% 289 in → 635 out (609 reasoning)
The missing commit is in the reflog at HEAD@{4}
JSON Schema Structured Output
(raw) { "ref": "The missing commit is in the reflog at HEAD@{4}" }
x-ai/grok-4.3:high PASS 100% 466 in → 3,200 out (3,082 reasoning)
To recover the lost commit, use the commit hash from the reflog (`4a1346a9f0f20c62d0449ae2c5fb08b2efe38a4e`) and cherry-pick it onto main: ```bash git checkout main git cherry-pick 4a1346a9f0f20c62d0449ae2c5fb08b2efe38a4e ``` This will re-apply the "Production database config - critical" commit on top of your current main branch without overwriting other changes.
x-ai/grok-4.3:high__json_schema PASS 100% 506 in → 872 out (864 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
x-ai/grok-4.3:low PASS 100% 447 in → 877 out (661 reasoning)
Based on the reflog, the lost commit **"Production database config - critical"** has the hash: ``` 48d494ebe7b7806e57f9170380bb5eac883ebfb7 ``` It appears as `HEAD@{4}` in the reflog history (before the reset to `HEAD~1` occurred). ## Recovery Steps Since you're currently on the `backup` branch, switch back to `main` and cherry-pick the lost commit: ```bash git checkout main git cherry-pick 48d494ebe7b7806e57f9170380bb5eac883ebfb7 ``` Alternatively, if you want to create a new branch pointing to that commit without modifying `main` yet: ```bash git branch recovered-config 48d494ebe7b7806e57f9170380bb5eac883ebfb7 ``` The reflog entry `HEAD@{4}` confirms this was the commit on `main` that contained the critical production configuration before it was lost in the reset.
x-ai/grok-4.3:low__json_schema PASS 100% 503 in → 455 out (447 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
x-ai/grok-4.3:max PASS 100% 441 in → 781 out (582 reasoning)
To recover the commit `e46c2c3fcb529a299f35e5d8455dcacee2dae669` ("Production database config - critical"): ```bash # Go back to main git checkout main # Verify the commit exists in reflog (you've already provided it) git reflog # Recover by creating a new branch from the lost commit git branch recovered-critical e46c2c3fcb529a299f35e5d8455dcacee2dae669 # Or checkout directly to inspect it git checkout e46c2c3fcb529a299f35e5d8455dcacee2dae669 ``` Then merge or cherry-pick the recovered commit back into main: ```bash git checkout main git merge recovered-critical # or git cherry-pick e46c2c3fcb529a299f35e5d8455dcacee2dae669 ```
x-ai/grok-4.3:max__json_schema PASS 100% 505 in → 993 out (985 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
x-ai/grok-4.3:medium PASS 100% 460 in → 1,482 out (1,423 reasoning)
git checkout main git reflog main git reset --hard 1010ba9fb8dd8f224b2510e85f5ee23fef01f7ab (The reflog already pinpoints the lost commit; the reset simply restores `main` to it.)
x-ai/grok-4.3:medium__json_schema PASS 100% 500 in → 1,063 out (1,055 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
x-ai/grok-4.3:none PASS 100% 446 in → 72 out (0 reasoning)
To recover the lost "Production database config - critical" commit, use the commit hash from the reflog: ```bash git checkout main git reset --hard 1c1483767f4b38274dc504ff52f514236c9c145d ``` This will restore `main` to include the critical production config commit.
x-ai/grok-4.3:none__json_schema PASS 100% 501 in → 29 out (0 reasoning)
3cf8cbdbb208a61c7c74e2df358d6bbc4e247b5c
JSON Schema Structured Output
(raw) {"ref":"3cf8cbdbb208a61c7c74e2df358d6bbc4e247b5c"}
x-ai/grok-4.3:xhigh PASS 100% 444 in → 792 out (578 reasoning)
Looking at the reflog, the **"Production database config - critical"** commit is at `76bbf24f8160feb5d8ac92b17f8ef8575ef143bd` (HEAD@{4}). You can recover it with: ```bash # Option 1: Create a new branch from the lost commit git checkout -b recovered-critical 76bbf24f8160feb5d8ac92b17f8ef8575ef143bd # Option 2: Cherry-pick it onto your current main git cherry-pick 76bbf24f8160feb5d8ac92b17f8ef8575ef143bd # Option 3: Reset main to include the critical commit git reset --hard 76bbf24f8160feb5d8ac92b17f8ef8575ef143bd ``` **Recommended:** Use Option 1 to create a safe branch first, then merge it into `main` if needed. This preserves your current work.
x-ai/grok-4.3:xhigh__json_schema PASS 100% 497 in → 1,526 out (1,518 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
x-ai/grok-4.5:high PASS 100% 469 in → 1,004 out (729 reasoning)
**Recover the lost commit with:** ```bash # Confirm the commit via reflog (already provided) # The critical commit is: # 719c29cbbdfb641f6a01a20f5933414abe92bdf2 HEAD@{4}: commit: Production database config - critical # Switch back to main and restore it git checkout main git reset --hard 719c29cbbdfb641f6a01a20f5933414abe92bdf2 ``` **What happened** - `main` was reset to `c9f2e128c0534378c0c13f30adde767c4ebfe881` (`Local database config`), dropping the production commit. - That commit hash is still reachable in the reflog as `719c29cbbdfb641f6a01a20f5933414abe92bdf2`. After the `reset --hard`, `main` will again point at the recovered “Production database config - critical” commit. (If you prefer not to move `main` yet, you can instead create a recovery branch: `git branch recover-prod 719c29cbbdfb641f6a01a20f5933414abe92bdf2`.)
x-ai/grok-4.5:high__json_schema PASS 100% 517 in → 764 out (755 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
x-ai/grok-4.5:low PASS 100% 463 in → 658 out (473 reasoning)
**Recover the lost commit using the reflog hash.** From the reflog, the critical commit is: - `378391551b47b2cde0ca7ca44206f6106e862d1c` — **Production database config - critical** (HEAD@{4}) You're currently on `backup`. Run these commands: ```bash # Switch back to main git checkout main # Reset main to the recovered production commit (restores it as the tip of main) git reset --hard 378391551b47b2cde0ca7ca44206f6106e862d1c ``` **Verify:** ```bash git log --oneline -3 # Should show: # 3783915 Production database config - critical # f1847eb Local database config ``` Main now points to the recovered production config commit.
x-ai/grok-4.5:low__json_schema PASS 100% 540 in → 237 out (205 reasoning)
04b2618f95662a27f4a4ed5ec3efd5cf3335c3e7
JSON Schema Structured Output
(raw) {"ref":"04b2618f95662a27f4a4ed5ec3efd5cf3335c3e7"}
x-ai/grok-4.5:max PASS 100% 475 in → 2,627 out (2,585 reasoning)
```bash git checkout main git reflog main git reset --hard f7604c7388c6ff07125e2a01866e66d8896e8253 ```
x-ai/grok-4.5:max__json_schema PASS 100% 534 in → 568 out (559 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
x-ai/grok-4.5:medium PASS 100% 455 in → 1,814 out (1,780 reasoning)
```bash git checkout main git reset --hard fb315291ea8da28134c54aa5ea49df2070a0213a ```
x-ai/grok-4.5:medium__json_schema PASS 100% 525 in → 4,917 out (4,908 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref": "HEAD@{4}"}
x-ai/grok-4.5:xhigh PASS 100% 482 in → 2,709 out (2,620 reasoning)
The critical commit can be identified from the provided reflog as hash `9a1aa1adb8c2fe0d8bfd27e8fe61c11a678f613a`. Recover it onto `main` with: ``` git checkout main git reset --hard 9a1aa1adb8c2fe0d8bfd27e8fe61c11a678f613a ```
x-ai/grok-4.5:xhigh__json_schema PASS 100% 528 in → 644 out (635 reasoning)
HEAD@{4}
JSON Schema Structured Output
(raw) {"ref":"HEAD@{4}"}
z-ai/glm-4.7-flash:high PASS 100% 287 in → 952 out (700 reasoning)
Based on the `git reflog` output, the commit "Production database config - critical" is located at `HEAD@{4}`. To recover it, use the following command to reset your `main` branch to that specific commit: ```bash git reset --hard 934175e62ced14708ca194ce74e1b3916e743c96 ``` **Explanation:** * **Hash:** `934175e62ced14708ca194ce74e1b3916e743c96` * **Context:** This is the commit immediately preceding the reset that moved to `HEAD~1`.
z-ai/glm-4.7-flash:low PASS 100% 307 in → 1,272 out (839 reasoning)
Based on the `git reflog` output, the commit hash for the "Production database config - critical" is: `2949546439981f73b9c9421a7e9bc875fdbea614` To recover this commit on the `main` branch, run the following commands: ```bash git checkout main git reset --hard 2949546439981f73b9c9421a7e9bc875fdbea614 ``` **Explanation:** 1. `git checkout main`: Switches your working directory to the `main` branch. 2. `git reset --hard <hash>`: Moves the `main` branch pointer to the specific commit hash found in the reflog, effectively restoring the lost "Production database config - critical" commit.
z-ai/glm-4.7-flash:medium PASS 100% 291 in → 2,240 out (1,731 reasoning)
Based on the `git reflog` output, you can recover the commit by identifying the hash associated with the "Production database config - critical" entry located at `HEAD@{4}`. Here are the steps to recover it: 1. **Switch to the main branch** (if you aren't already there): ```bash git checkout main ``` 2. **Force reset the branch** to that specific commit hash: ```bash git reset --hard df46084f1bed0dd74d28f839cd94749cb9f8aad5 ``` ### Explanation * **Identify the hash:** The commit text `Production database config - critical` corresponds to the commit hash `df46084f1bed0dd74d28f839cd94749cb9f8aad5` at `HEAD@{4}` in the reflog history. * **`git reset --hard`:** This moves the HEAD pointer and the `main` branch to that specific commit, overwriting any changes that happened afterward (the Staging and Local config commits) to restore your production configuration.
z-ai/glm-4.7-flash:none PASS 100% 309 in → 233 out (0 reasoning)
Based on the `git reflog` output provided, here is the step-by-step recovery process: 1. **Identify the commit:** Look at the entry `HEAD@{4}`. It contains the message `commit: Production database config - critical`. The commit hash is **`59712ee5a8f0d92d9c6ad097776b4c8fb9830a0b`**. 2. **Recover the commit:** You can recover this commit by checking it out directly using the hash. ```bash git checkout 59712ee5a8f0d92d9c6ad097776b4c8fb9830a0b ``` *(Note: If you want to keep the changes in your working directory but update your branch pointer to this commit, you can use `git reset --hard 59712ee5a8f0d92d9c6ad097776b4c8fb9830a0b` instead.)*
z-ai/glm-4.7-flash:xhigh PASS 100% 308 in → 2,088 out (1,555 reasoning)
Based on the `git reflog` output, the commit hash for "Production database config - critical" is: `fda74a8e722d58b45c31b4f40e45f0209737301a` Since you are currently on the `backup` branch, you need to switch to `main` and then reset the branch to that specific commit hash: ```bash git checkout main git reset --hard fda74a8e722d58b45c31b4f40e45f0209737301a ```
z-ai/glm-5.2:high PASS 100% 299 in → 1,841 out (1,510 reasoning)
To recover the lost commit, you need to switch back to the `main` branch, look at the reflog to find the specific commit hash, and then restore it. Here are the steps and commands to do this: **1. Switch back to the main branch:** ```bash git checkout main ``` **2. Find the lost commit hash:** If you run `git reflog`, you will see the history. Based on your reflog, the lost commit is: `5689defdbbb6570c7143885dc1610610a7971a60` (Production database config - critical) **3. Recover the commit:** Since the commit you reset away (`5689def...`) actually has your current `main` HEAD (`938964de...` Local database config) as its parent, the cleanest way to restore it is to reset the branch pointer directly back to that commit: ```bash git reset --hard 5689defdbbb6570c7143885dc1610610a7971a60 ``` *Alternative:* If you prefer not to rewrite the current branch history but instead apply the changes as a new commit on top of your current state, you can use `cherry-pick`: ```bash git cherry-pick 5689defdbbb6570c7143885dc1610610a7971a60 ``` Both methods will successfully recover your critical production config on the `main` branch.
z-ai/glm-5.2:low PASS 100% 297 in → 2,757 out (2,425 reasoning)
To recover the lost 'Production database config - critical' commit, you need to switch back to the `main` branch and use the commit hash found in the `git reflog` output. Here are the steps to recover it: **1. Switch back to the `main` branch:** ```bash git checkout main ``` **2. Identify the lost commit in the reflog:** Looking at the reflog output you provided, the commit for "Production database config - critical" is: `a8e4adcadc592af059428ec6f6698df25725de55` **3. Recover the commit:** You can recover this commit in a couple of ways depending on your goal: * **If you want to reset the `main` branch directly back to that commit** (making it the current HEAD of the branch): ```bash git reset --hard a8e4adcadc592af059428ec6f6698df25725de55 ``` * **If you want to apply just that commit's changes on top of your current state** (e.g., if you have other commits you want to keep and just need to bring this one back): ```bash git cherry-pick a8e4adcadc592af059428ec6f6698df25725de55 ``` Using `git reset --hard` is typically the most direct way to restore a branch to a previous state that was lost due to an accidental reset.
z-ai/glm-5.2:medium PASS 100% 301 in → 1,920 out (1,241 reasoning)
Torecover the lost commit, you need to switch back to the `main` branch and then use the commit hash found in the reflog to restore it. Here are the steps to do this: 1. Switch back to the `main` branch: ```bash git checkout main ``` 2. Recover the commit using its hash (`b3cceae5d0922b6cc19de25e0573d75a26399289`). You can either apply it on top of your current branch using `cherry-pick` or reset the branch to that exact commit: **Option A: Cherry-pick the commit (Safest, applies only the missing commit to your current state)** ```bash git cherry-pick b3cceae5d0922b6cc19de25e0573d75a26399289 ``` **Option B: Reset the main branch to that commit (Restores the branch to the exact state it was in at that commit)** ```bash git reset --hard b3cceae5d0922b6cc19de25e0573d75a26399289 ``` The critical commit you are looking for is `b3cceae5d0922b6cc19de25e0573d75a26399289`.
z-ai/glm-5.2:xhigh PASS 100% 306 in → 3,342 out (2,403 reasoning)
# Recovering the Lost Production Database Config Commit ## Analyzing the Reflog Reading the reflog from oldest (`HEAD@{5}`) to newest (`HEAD@{0}`), here's what happened: | Reflog Entry | Hash | Action | |---|---|---| | `HEAD@{5}` | `df6b8f2` | Initial commit: **Local database config** | | `HEAD@{4}` | `43c1c3c` | Commit: **Production database config - critical** ← *the lost commit* | | `HEAD@{3}` | `43c1c3c` | Checked out `backup` branch | | `HEAD@{2}` | `d847dc4` | Commit: Staging database config (on `backup`) | | `HEAD@{1}` | `43c1c3c` | Switched back to `main` | | `HEAD@{0}` | `df6b8f2` | **Reset to HEAD~1** — this dropped `main` back to "Local database config" | The **Production database config - critical** commit is: ``` 43c1c3cd58eda3712a35fed62da3e91bdc5fc9c1 ``` (shortened: `43c1c3c`) ## Recovery Steps Since you're currently on the `backup` branch, switch to `main` first, then restore the lost commit: ```bash git checkout main git reset --hard 43c1c3c ``` ### What this does: 1. **`git checkout main`** — switches you back to the `main` branch (currently at `df6b8f2`) 2. **`git reset --hard 43c1c3c`** — moves `main` forward to the "Production database config - critical" commit, effectively undoing the accidental `reset to HEAD~1` ### Verification: ```bash git log --oneline ``` You should now see: ``` 43c1c3c Production database config - critical df6b8f2 Local database config ``` ## Alternative: Cherry-Pick (Safer, Non-Destructive) If you prefer not to use a hard reset (which overwrites your working tree), you can cherry-pick the commit instead: ```bash git checkout main git cherry-pick 43c1c3c ``` This applies the "Production database config - critical" changes as a **new commit** on top of the current `main` head (`df6b8f2`). Since `43c1c3c` was originally committed directly on top of `df6b8f2`, the result is functionally identical — just with a different commit hash. ## Key Takeaway Git **never immediately deletes commits** when you reset — they become "dangling" (unreachable from any branch) but remain in the object database, recoverable via `git reflog` for ~90 days (default `gc.reflogExpire`). The reflog is your safety net for exactly this kind of situation.
z-ai/glm-5.2:xhigh__json_schema PASS 100% 473 in → 408 out (376 reasoning)
462828d171bb768d8b304ef695482ff061f45654
JSON Schema Structured Output
(raw) {"ref":"462828d171bb768d8b304ef695482ff061f45654"}
anthropic/claude-fable-5:max__json_schema FAIL 0% 560 in → 919 out (202 reasoning)
main@{1}
JSON Schema Structured Output
(raw) {"ref": "main@{1}"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
anthropic/claude-fable-5:medium__json_schema FAIL 0% 591 in → 150 out (43 reasoning)
main@{1}
JSON Schema Structured Output
(raw) {"ref": "main@{1}"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
anthropic/claude-opus-4.7:high__json_schema FAIL 0% 584 in → 17 out (0 reasoning)
main@{1}
JSON Schema Structured Output
(raw) {"ref":"main@{1}"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
anthropic/claude-sonnet-4.6:max__json_schema FAIL 0% 442 in → 637 out (236 reasoning)
main@{1}
JSON Schema Structured Output
(raw) {"ref":"main@{1}"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
anthropic/claude-sonnet-4.6:none__json_schema FAIL 0% 452 in → 12 out (0 reasoning)
main@{4}
JSON Schema Structured Output
(raw) {"ref":"main@{4}"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
Invalid JSON. Output:
JSON Schema Structured Output
Structured Output Error
Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Failure: Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Invalid JSON. Output:
JSON Schema Structured Output
Structured Output Error
Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Failure: Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Invalid JSON. Output:
JSON Schema Structured Output
Structured Output Error
Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Failure: Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Invalid JSON. Output:
JSON Schema Structured Output
Structured Output Error
Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Failure: Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
arcee-ai/trinity-mini:low__json_schema FAIL 0% 279 in → 857 out (898 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 'Production database config - critical'
arcee-ai/trinity-mini:xhigh__json_schema FAIL 0% 259 in → 674 out (700 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 'Production database config - critical'
deepseek/deepseek-v4-flash-0731:low__json_schema FAIL 0% 273 in → 7 out (0 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 'Production database config - critical'
Invalid JSON. Output: Let's break down what happened and how you can recover your lost **critical** production config commit using `git reflog`. ### What Happened - You were on the `main` branch. - You ran `git reset --hard` to `Local database config`. - That **lost** your `Production database config - critical` commit. - Then, you switched to the `backup` branch (`checkout backup`). - Now, you want to get back that lost commit. ### Using `git reflog` The `reflog` records changes to the `HEAD` and other references (like branches). Here’s your output: ``` 8b93010fd15c6c7e064b60f02352c1882da711d3 HEAD@{0}: reset: moving to HEAD~1 4bb2dc82ffcb1855fb05aee39a1f59575e094975 HEAD@{1}: checkout: moving from backup to main 32553365db3861bf193bde00e1a942f3d68c77b3 HEAD@{2}: commit: Staging database config 4bb2dc82ffcb1855fb05aee39a1f59575e094975 HEAD@{3}: checkout: moving from main to backup 4bb2dc82ffcb1855fb05aee39a1f59575e094975 HEAD@{4}: commit: Production database config - critical 8b93010fd15c6c7e064b60f02352c1882da711d3 HEAD@{5}: commit (initial): Local database config ``` #### Key points: - At `HEAD@{4}`, you had the **critical commit** before resetting. - After that, you moved to `backup` and then did a reset (`HEAD@{0}`), losing history. ### How to Recover 1. **Find the SHA of the lost commit:** The commit is at `HEAD@{4}` with SHA `4bb2dc82ffcb1855fb05aee39a1f59575e094975`. 2. **Checkout that commit:** ```sh git checkout 4bb2dc82ffcb1855fb05aee39a1f59575e094975 ``` This puts you on that commit. 3. **(Optional) Create a new branch from it:** ```sh git checkout -b recovery-critical-config 4bb2dc82ffcb1855fb05aee39a1f59575e094975 ``` 4. **If you want to reset your current branch to this commit:** ```sh git reset --hard 4bb2dc82ffcb1855fb05aee39a1f59575e094975 ``` *(Be careful: this will discard any changes since that commit.)* --- ## Summary - Use `git reflog` to see where your commits went. - Find the SHA of the lost commit (`4bb2dc82...`). - Check out that commit or create a new branch from it. **Now you have recovered your critical production config commit!**
JSON Schema Structured Output
Structured Output Error
Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Failure: Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
minimax/minimax-m2.5:low__json_schema FAIL 0% 316 in → 3,256 out (3,230 reasoning)
Use git reflog on the main branch to find and recover the critical production config commit.
JSON Schema Structured Output
(raw) { "ref": "Use git reflog on the main branch to find and recover the critical production config commit." }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
minimax/minimax-m2.5:medium__json_schema FAIL 0% 321 in → 2,473 out (2,461 reasoning)
Retrieve the lost commit
JSON Schema Structured Output
(raw) { "ref": "Retrieve the lost commit" }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
minimax/minimax-m2.5:xhigh__json_schema FAIL 0% 297 in → 1,336 out (1,313 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 'Production database config - critical'
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-m2.7:low__json_schema FAIL 0% 423 in → 1,422 out (1,412 reasoning)
main@{1}
JSON Schema Structured Output
(raw) {"ref":"main@{1}"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
minimax/minimax-m3:high__json_schema FAIL 0% 427 in → 29 out (0 reasoning)
16f319c41b3994365831d91477a7d5723ff2a28c
JSON Schema Structured Output
(raw) {"ref": "16f319c41b3994365831d91477a7d5723ff2a28c"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
minimax/minimax-m3:low__json_schema FAIL 0% 423 in → 17 out (0 reasoning)
10.0.3.204
JSON Schema Structured Output
(raw) { "ref": "10.0.3.204" }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
minimax/minimax-m3:xhigh__json_schema FAIL 0% 427 in → 8 out (0 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 'Production database config - critical'
mistralai/mistral-medium-3-5:medium FAIL 0% 353 in → 2,834 out (2,319 reasoning)
To recover the lost 'Production database config - critical' commit, you need to identify the commit hash from the `main` branch's reflog. The reflog provides a record of all actions performed on the branch, including actions that might have removed the commit from the branch's history. Once you have the commit hash, you can create a new branch pointing to that commit, effectively recovering it. Given the reflog entries, the commit hash for 'Production database config - critical' is `d38e5b48885e87e6c4b7e0ac73df2efd2bdb`. The solution is to create a new branch from this commit. Here is the command to recover the commit: ```bash git branch recovered-prod d38e5b48885e87e6c4b7e0ac73df2efd2bdb ``` This command creates a new branch named `recovered-prod` that points to the commit with the hash `d38e5b48885e87e6c4b7e0ac73df2efd2bdb`, which is the 'Production database config - critical' commit. After running this command, you can switch to the new branch to access the recovered commit. Alternatively, you can create and switch to the new branch in one step: ```bash git checkout -b recovered-prod d38e5b48885e87e6c4b7e0ac73df2efd2bdb ``` This command creates the new branch and switches to it, allowing you to immediately work with the recovered commit.
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
moonshotai/kimi-k2.6:high__json_schema FAIL 0% 282 in → 1,843 out (1,207 reasoning)
critical
JSON Schema Structured Output
(raw) { "ref" : "critical " }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
moonshotai/kimi-k2.6:low__json_schema FAIL 0% 459 in → 7,018 out (7,008 reasoning)
main@{1}
JSON Schema Structured Output
(raw) {"ref":"main@{1}"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
moonshotai/kimi-k2.6:medium__json_schema FAIL 0% 282 in → 3,082 out (2,736 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 'Production database config - critical'
Invalid JSON. Output: The lost commit is visible in the reflog at **`HEAD@{4}`**: ``` 2fd8787a59642596ddab92dc405480e02f56a0a2 HEAD@{4}: commit: Production database config - critical ``` This is the commit `main` was reset away from. Because you are currently on the `backup` branch, switch back to `main` and do a hard reset to that hash (or the reflog entry) to recover it: ```bash git checkout main git reset --hard 2fd8787a59642596ddab92dc405480e02f56a0a2 ``` **What this does:** - `git checkout main` switches back to the `main` branch (which currently sits at `98529be`, the "Local database config" commit). - `git reset --hard 2fd8787...` forcibly moves `main` forward again to the critical production config commit, restoring the lost files and history. If you want to use the reflog shorthand *after* checking out `main`, you could also run: ```bash git reset --hard HEAD@{4} ``` ...but using the explicit hash `2fd8787a59642596ddab92dc405480e02f56a0a2` is safer because `HEAD@{4}` is relative and can change as you move around.
JSON Schema Structured Output
Structured Output Error
Failed to parse structured JSON response: Expecting value: line 1 column 2 (char 1)
Failure: Failed to parse structured JSON response: Expecting value: line 1 column 2 (char 1)
moonshotai/kimi-k2.7-code:high__json_schema FAIL 0% 347 in → 5,053 out (5,043 reasoning)
main@{1}
JSON Schema Structured Output
(raw) {"ref":"main@{1}"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
moonshotai/kimi-k2.7-code:low__json_schema FAIL 0% 270 in → 1,197 out (1,212 reasoning)
recovering a lost commit using reflog
JSON Schema Structured Output
(raw) { "ref": "recovering a lost commit using reflog" }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
nvidia/nemotron-3-nano-30b-a3b:high__json_schema FAIL 0% 359 in → 461 out (335 reasoning)
git reflog on the main branch - find the production commit hash, then restore it with `git reset --hard` or `git cherry-pick`.
JSON Schema Structured Output
(raw) { "ref": "git reflog on the main branch - find the production commit hash, then restore it with `git reset --hard` or `git cherry-pick`." }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
nvidia/nemotron-3-nano-30b-a3b:none__json_schema FAIL 0% 361 in → 10 out (0 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 'Production database config - critical'
nvidia/nemotron-3-nano-30b-a3b:xhigh__json_schema FAIL 0% 352 in → 199 out (153 reasoning)
Recovery steps for the lost 'Production database config - critical' commit on the main branch using git reflog.
JSON Schema Structured Output
(raw) { "ref": "Recovery steps for the lost 'Production database config - critical' commit on the main branch using git reflog." }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
nvidia/nemotron-3-super-120b-a12b:high__json_schema FAIL 0% 369 in → 798 out (641 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 'Production database config - critical'
nvidia/nemotron-3-super-120b-a12b:medium__json_schema FAIL 0% 364 in → 1,623 out (1,438 reasoning)
main@{4}
JSON Schema Structured Output
(raw) { "ref": "main@{4}" }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
nvidia/nemotron-3-super-120b-a12b:xhigh__json_schema FAIL 0% 360 in → 385 out (315 reasoning)
Production database config - critical
JSON Schema Structured Output
(raw) { "ref": "Production database config - critical" }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
openai/gpt-5.4:high__json_schema FAIL 0% 318 in → 1,420 out (1,399 reasoning)
main@{1}
JSON Schema Structured Output
(raw) {"ref":"main@{1}"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
openai/gpt-5.4:medium__json_schema FAIL 0% 316 in → 696 out (675 reasoning)
main@{1}
JSON Schema Structured Output
(raw) {"ref":"main@{1}"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
openai/gpt-5.4:xhigh__json_schema FAIL 0% 302 in → 2,465 out (2,444 reasoning)
main@{1}
JSON Schema Structured Output
(raw) {"ref":"main@{1}"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
openai/gpt-5.5:medium__json_schema FAIL 0% 323 in → 537 out (516 reasoning)
main@{1}
JSON Schema Structured Output
(raw) {"ref":"main@{1}"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
openai/gpt-5.5:xhigh__json_schema FAIL 0% 315 in → 537 out (516 reasoning)
main@{1}
JSON Schema Structured Output
(raw) {"ref":"main@{1}"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
openai/gpt-5.6-sol:low__json_schema FAIL 0% 322 in → 290 out (269 reasoning)
main@{1}
JSON Schema Structured Output
(raw) {"ref":"main@{1}"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
openai/gpt-5.6-sol:max__json_schema FAIL 0% 331 in → 1,010 out (989 reasoning)
main@{1}
JSON Schema Structured Output
(raw) {"ref":"main@{1}"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
openai/gpt-5.6-sol:none__json_schema FAIL 0% 315 in → 19 out (0 reasoning)
main@{4}
JSON Schema Structured Output
(raw) {"ref":"main@{4}"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
openai/gpt-5.6-sol:xhigh__json_schema FAIL 0% 309 in → 457 out (436 reasoning)
main@{1}
JSON Schema Structured Output
(raw) {"ref":"main@{1}"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
openai/gpt-5.6-terra:high__json_schema FAIL 0% 305 in → 537 out (516 reasoning)
main@{1}
JSON Schema Structured Output
(raw) {"ref":"main@{1}"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
openai/gpt-5.6-terra:none__json_schema FAIL 0% 318 in → 19 out (0 reasoning)
main@{1}
JSON Schema Structured Output
(raw) {"ref":"main@{1}"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
openai/gpt-oss-120b:high__json_schema FAIL 0% 328 in → 3,644 out (3,835 reasoning)
Production‑config‑recovery.md
JSON Schema Structured Output
(raw) {"ref":"Production‑config‑recovery.md"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
openai/gpt-oss-120b:low__json_schema FAIL 0% 330 in → 10 out (0 reasoning)
analysis
JSON Schema Structured Output
(raw) { "ref": "analysis" }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
openai/gpt-oss-120b:medium__json_schema FAIL 0% 342 in → 6 out (0 reasoning)
analysis
JSON Schema Structured Output
(raw) {"ref":"analysis"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
openai/gpt-oss-20b:low__json_schema FAIL 0% 335 in → 58 out (44 reasoning)
workflow.steps.begin
JSON Schema Structured Output
(raw) {"ref":"workflow.steps.begin"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
openai/gpt-oss-20b:medium__json_schema FAIL 0% 341 in → 341 out (356 reasoning)
recovered
JSON Schema Structured Output
(raw) {"ref":"recovered"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
poolside/laguna-m.1:high__json_schema FAIL 0% 337 in → 1,288 out (1,280 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 'Production database config - critical'
poolside/laguna-m.1:medium__json_schema FAIL 0% 357 in → 488 out (443 reasoning)
f3cf008818245779d70e4be0f2403a1f61a1d94e
JSON Schema Structured Output
(raw) {"ref": "f3cf008818245779d70e4be0f2403a1f61a1d94e"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
poolside/laguna-m.1:none__json_schema FAIL 0% 345 in → 45 out (0 reasoning)
9489ee1956cab1899872bb337e006e4fca4d45e6
JSON Schema Structured Output
(raw) { "ref": "9489ee1956cab1899872bb337e006e4fca4d45e6" }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
poolside/laguna-m.1:xhigh__json_schema FAIL 0% 343 in → 3,452 out (3,414 reasoning)
ea5ce8fb4d704bce1978c8f0f02a83f7ecdffe8b
JSON Schema Structured Output
(raw) {"ref": "ea5ce8fb4d704bce1978c8f0f02a83f7ecdffe8b"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
poolside/laguna-xs-2.1:low__json_schema FAIL 0% 348 in → 704 out (684 reasoning)
main branch reflog analysis and recovery steps
JSON Schema Structured Output
(raw) { "ref": "main branch reflog analysis and recovery steps" }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
poolside/laguna-xs-2.1:medium__json_schema FAIL 0% 348 in → 1,240 out (1,227 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 'Production database config - critical'
poolside/laguna-xs-2.1:none__json_schema FAIL 0% 342 in → 7 out (0 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 'Production database config - critical'
poolside/laguna-xs-2.1:xhigh__json_schema FAIL 0% 362 in → 452 out (436 reasoning)
main branch reflog recovery steps
JSON Schema Structured Output
(raw) { "ref": "main branch reflog recovery steps" }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
poolside/laguna-xs.2:low__json_schema FAIL 0% 385 in → 204 out (195 reasoning)
example_ref
JSON Schema Structured Output
(raw) {"ref": "example_ref"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
poolside/laguna-xs.2:medium__json_schema FAIL 0% 395 in → 338 out (325 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 'Production database config - critical'
poolside/laguna-xs.2:none__json_schema FAIL 0% 383 in → 42 out (0 reasoning)
36f11205ae9d6f1783a6efeb287b717623c1fd26
JSON Schema Structured Output
(raw) {"ref": "36f11205ae9d6f1783a6efeb287b717623c1fd26"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
poolside/laguna-xs.2:xhigh__json_schema FAIL 0% 392 in → 531 out (515 reasoning)
git/reflog-recovery
JSON Schema Structured Output
(raw) { "ref": "git/reflog-recovery" }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
qwen/qwen3.6-27b:high__json_schema FAIL 0% 343 in → 7,721 out (6,293 reasoning)
(empty output)
JSON Schema Structured Output
(raw) { "ref": "" }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
qwen/qwen3.6-27b:medium FAIL 0% 360 in → 2,614 out (2,270 reasoning)
(empty output)
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
qwen/qwen3.6-27b:xhigh__json_schema FAIL 0% 366 in → 8,846 out (6,878 reasoning)
https://git-scm.com/docs/git-reflog
JSON Schema Structured Output
(raw) { "ref": "https://git-scm.com/docs/git-reflog" }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
qwen/qwen3.6-35b-a3b:medium__json_schema FAIL 0% 340 in → 1,849 out (1,584 reasoning)
response
JSON Schema Structured Output
(raw) {"ref":"response"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
(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-6e6807cc-1c4b-9984-902b-c481f947031a","request_id":"6e6807cc-1c4b-9984-902b-c481f947031a"}', '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-ffc5d7f7-d37c-9954-8f91-3f3e5a209c9d","request_id":"ffc5d7f7-d37c-9954-8f91-3f3e5a209c9d"}', '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-2bde1c83-2b35-9e0e-a52d-ac4a64640992","request_id":"2bde1c83-2b35-9e0e-a52d-ac4a64640992"}', '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-b66ccd39-a6ee-98dc-bf06-72d5242ca667","request_id":"b66ccd39-a6ee-98dc-bf06-72d5242ca667"}', '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-1cbb8d2f-a247-9f55-bc49-8046ddaeed42","request_id":"1cbb8d2f-a247-9f55-bc49-8046ddaeed42"}', '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-2c466f1b-b0ae-93bc-8485-453a41a4778f"}\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-45ead220-cff3-9896-b4f2-f0ef7e8fe6c7"}\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-0f506032-148a-9e1e-8075-bb5a92bd9de1"}\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-ae262d73-ac47-920d-b78f-5f8bea5c0fda"}\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-78d6c7c9-0dc3-9f9f-95d0-8eb5ff2708d4"}\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-fb0b2179-334c-9c2c-9375-8892e30d0015"}\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-5ab7f5f0-843e-9458-b521-944899163327","request_id":"5ab7f5f0-843e-9458-b521-944899163327"}', '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-4a2725aa-0229-958f-8272-840dc481d855","request_id":"4a2725aa-0229-958f-8272-840dc481d855"}', '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-ae169922-38d4-95e5-addd-8e92b243a734","request_id":"ae169922-38d4-95e5-addd-8e92b243a734"}', '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-5dddf49b-41df-921f-9f12-bbe96f157301","request_id":"5dddf49b-41df-921f-9f12-bbe96f157301"}', '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-a5c5f86e-a91a-9648-a648-a8fe26b37238","request_id":"a5c5f86e-a91a-9648-a648-a8fe26b37238"}', '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-1f8d1a0e-076d-91ae-b978-7b2be4c42b64","request_id":"1f8d1a0e-076d-91ae-b978-7b2be4c42b64"}', '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-5afbe0b3-ca20-98a2-a299-71e650e33a5a","request_id":"5afbe0b3-ca20-98a2-a299-71e650e33a5a"}', '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-dfa254e2-4e52-97a0-b023-b4b29eaceab7","request_id":"dfa254e2-4e52-97a0-b023-b4b29eaceab7"}', '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-399b0d54-0c02-9361-af1a-108a5dc36593","request_id":"399b0d54-0c02-9361-af1a-108a5dc36593"}', '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-37a09303-b320-9ea4-b7c9-bc4fc8d7caa1","request_id":"37a09303-b320-9ea4-b7c9-bc4fc8d7caa1"}', 'provider_name': 'Alibaba', 'is_byok': False}}, 'user_id': 'user_3FrVBkmFqVIuZ58dEh7AU8vhXUV'}
tencent/hy3:none__json_schema FAIL 0% 286 in → 10 out (0 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 'Production database config - critical'
thinkingmachines/inkling-small:max__json_schema FAIL 0% 287 in → 1,525 out (1,504 reasoning)
https://github.com/user/repo
JSON Schema Structured Output
(raw) { "ref": "https://github.com/user/repo" }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
Invalid JSON. Output: The reflog shows the critical commit is `f8ff19683ec8c9439259cb445df9696092fa18ac` ("Production database config - critical") at `HEAD@{4}`. To recover it on `main`: bash git checkout main git reset --hard f8ff19683ec8c9439259cb445df9696092fa18ac ``` Or as a one-liner using reflog syntax: bash git checkout main git reset --hard main@{4} ``` This restores `main` to the production config commit (before the destructive `reset` to `HEAD~1` at `HEAD@{0}` that dropped it).{ "ref": "f8ff19683ec8c9439259cb445df9696092fa18ac" }
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: Switch back to `main` and hard-reset to the commit hash shown in the reflog (`HEAD@{4}`) — `7bfa2daa...`: ```bash git checkout main git reset --hard 7bfa2daa2a9db0e3c20cff28829e4e7bf3abceaf ``` This restores `main` to the **"Production database config - critical"** commit that was lost by the `reset`.
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 lost commit is right there in the reflog: | Reflog entry | Hash | Message | |---|---|---| | `HEAD@{4}` | `38cee2c9b5b412ac66cc3422540a4f304e435403` | **Production database config - critical** | The reset (`HEAD@{0}`) moved `main` back to the initial commit (`c15d11a...`). The critical commit hash is **`38cee2c...`** (also reachable as `main@{4}`). ### Recover it Since you’re currently on `backup`, inspect `main`’s reflog, then switch back and restore: ```bash # 1. Confirm the lost commit on main git reflog show main # 2. Switch back to main git checkout main # 3. Reset main to the critical production config commit git reset --hard 38cee2c9b5b412ac66cc3422540a4f304e435403 # (or: git reset --hard main@{4}) # 4. Verify git log --oneline main ``` You should now see: ``` 38cee2c Production database config - critical c15d11a Local database config ``` The critical production config is recovered on `main`.
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)
thinkingmachines/inkling:medium__json_schema FAIL 0% 278 in → 302 out (272 reasoning)
Use git reflog to locate the lost commit, then hard-reset main back to it.
JSON Schema Structured Output
(raw) { "ref": "Use git reflog to locate the lost commit, then hard-reset main back to it." }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
Invalid JSON. Output: Based on the reflog, the critical commit is at reflog entry `HEAD@{4}` (hash `0b51a4cbc8c391b91ca75d20b19c709292c5fa78`). The `reset` at `HEAD@{0}` moved `main` back to `0c7450c2`, discarding that commit. Switch to `main` (if you haven't already) and recover it by resetting directly to that commit: bash git checkout main git reset --hard 0b51a4cbc8c391b91ca75d20b19c709292c5fa78 ``` Or using the reflog reference directly: bash git checkout main git reset --hard HEAD@{4} ``` **Verification:** bash git log --oneline ``` You should see: - `0b51a4bc` — `Production database config - critical` - `0c7450c2` — `Local database config` (initial) The critical production config is now restored on `main`.{ "ref": "0b51a4cbc8c391b91ca75d20b19c709292c5fa78" }
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-4.7-flash:high__json_schema FAIL 0% 291 in → 745 out (674 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 'Production database config - critical'
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)
z-ai/glm-4.7-flash:none__json_schema FAIL 0% 295 in → 9 out (0 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 'Production database config - critical'
z-ai/glm-4.7-flash:xhigh__json_schema FAIL 0% 304 in → 992 out (802 reasoning)
thought_process
JSON Schema Structured Output
(raw) { "ref": "thought_process" }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
z-ai/glm-5.2:high__json_schema FAIL 0% 313 in → 1,419 out (1,112 reasoning)
x
JSON Schema Structured Output
(raw) { "ref": "x" }
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
z-ai/glm-5.2:low__json_schema FAIL 0% 302 in → 2,188 out (1,727 reasoning)
You reset main back to 'Local database config' and lost the 'Production database config - critical' commit. You then switched to 'backup' branch. Use git reflog on the main branch to find and recover the critical production config commit.
JSON Schema Structured Output
(raw) {"ref": "You reset main back to 'Local database config' and lost the 'Production database config - critical' commit. You then switched to 'backup' branch. Use git reflog on the main branch to find and recover the critical production config commit."}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'
Invalid JSON. Output: To recover the lost commit, you need to switch back to the `main` branch and then restore the commit using its hash. Based on the reflog, the hash for the "Production database config - critical" commit is `ac27d13eb9580d2bfd7ddbb2ddc7f03c1e398244`. Run the following commands: ```bash # 1. Switch back to the main branch git checkout main # 2. Recover the lost commit. # Option A: If you want to completely reset the main branch back to the production config commit git reset --hard ac27d13eb9580d2bfd7ddbb2ddc7f03c1e398244 # Option B: If you want to keep the current state of main (Local database config) and just apply the lost production config on top of it git cherry-pick ac27d13eb9580d2bfd7ddbb2ddc7f03c1e398244 ``` **Option A (`git reset --hard`)** is typically used if you want to undo the `git reset HEAD~1` completely and go right back to that exact commit state. **Option B (`git cherry-pick`)** is better if you've made new changes since the accidental reset and just want to bring those specific production config changes back into your current history.
JSON Schema Structured Output
Structured Output Error
Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
Failure: Failed to parse structured JSON response: Expecting value: line 1 column 1 (char 0)
(empty output)
Failure: Model 'z-ai/glm-5.2:none' violated the reasoning_level=none invariant: provider reported 3857 reasoning token(s)
z-ai/glm-5.2:none__json_schema FAIL 0% 292 in → 34 out (0 reasoning)
62059c82e5479a8a563021d5e60849bece06f31c
JSON Schema Structured Output
(raw) {"ref": "62059c82e5479a8a563021d5e60849bece06f31c"}
Failure: Expected output to mention target hash prefix/full hash or matching HEAD@{n} selector for 'Production database config - critical'