Record 46557506733a48ce8ec71ff9dd9d0347

We need to produce a sequence of tool calls leading to service search-0 reaching healthy state.

Goal: service 'search-0' must reach at least the 'healthy' state.

From initial state: search-0 is down (svc_0). Need to go through states: down -> provisioned -> configured -> deployed -> healthy.

Provision uses advance_0 (provision) requires service down.

Configure uses advance_1 (configure) requires service provisioned.

Deploy uses advance_2 (deploy) requires service configured.

Health-check uses advance_3 (health-check) moves from deployed to healthy, precondition: service must be deployed, requires depth_flag_1 flag set, requires art_0 artifact published.

Thus we need:

- Provision svc_0 via advance_0.
- Configure svc_0 via advance_1.
- Deploy svc_0 via advance_2.
- Ensure depth_flag_1 flag set (requires depth_flag_0 first, which requires flag_0).
- Ensure art_0 artifact built then published.
- Then run health-check advance_3 on svc_0.

Also note there are other services/flags but they don't matter except needed flags.

Let's list required steps with their IDs:

Tools:
- advance_0: provision service param: service: svc_0
- advance_1: configure service: svc_0
- advance_2: deploy service: svc_0
- set_flag_0: set flag flag_0 (maintenance_window_open) - actually flag_0 corresponds to maintenance_window_open? Wait mapping: Flags: flag_0 (maintenance_window_open), flag_1 (secrets_synced), depth_flag_0 (feature_gate_on), depth_flag_1 (backup_taken). So set_flag_0 sets flag_0 (maintenance_window_open). Good.
- set_depth_flag_0: set flag depth_flag_0 (feature_gate_on) requiring flag_0.
- set_depth_flag_1: set flag depth_flag_1 (backup_taken) requiring depth_flag_0.
- build_art_0: build artifact art_0 (release-image) from absent to built.
- publish_art_0: publish artifact art_0 from built to published.
- advance_3: health-check service svc_0 (requires depth_flag_1 and art_0 published).

Preconditions check each step.

Initial state:
- svc_0 down => can provision.
- flag_0 false initially? Not given explicitly but likely off (since all flags off). Yes maintenance_window_open flag is off. So set_flag_0 precondition ok.
- After setting flag_0, we can set depth_flag_0 (requires flag_0 true). Initially depth_flag_0 off (feature_gate_on off). So ok.
- After depth_flag_0 true, we can set depth_flag_1 (requires depth_flag_0). Initially backup_taken off. So ok.
- Artifact art_0 absent initially. So we can build then publish.
- After publishing art_0, we have depth_flag_1 true and art_0 published, so health-check precondition satisfied if svc_0 is deployed.

Now ensure ordering: after provision, configure, deploy, we need depth_flag_1 and art_0 published before health-check. Could set flags earlier; doesn't matter as long as they are true when health-check runs.

Potential conflict: health-check also requires depth_flag_1 flag set; we will set it before health-check.

Thus sequence:

1. advance_0 provision svc_0
2. advance_1 configure svc_0
3. advance_2 deploy svc_0
4. set_flag_0 flag_0
5. set_depth_flag_0 depth_flag_0
6. set_depth_flag_1 depth_flag_1
7. build_art_0 artifact art_0
8. publish_art_0 artifact art_0
9. advance_3 health-check svc_0

Check each precondition at time of call.

Step1: svc_0 down -> ok.

After step1: svc_0 provisioned.

Step2: requires svc_0 provisioned -> ok.

After step2: svc_0 configured.

Step3: requires svc_0 configured -> ok.

After step3: svc_0 deployed.

Step4: set_flag_0 flag_0 requires flag_0 false -> initially off, ok.

After step4: flag_0 true.

Step5: set_depth_flag_0 depth_flag_0 requires depth_flag_0 false and flag_0 true -> flag_0 true now, depth_flag_0 false initially, ok.

After step5: depth_flag_0 true.

Step6: set_depth_flag_1 depth_flag_1 requires depth_flag_1 false and depth_flag_0 true -> depth_flag_0 true now, depth_flag_1 false initially, ok.

After step6: depth_flag_1 true.

Step7: build_art_0 artifact art_0 requires artifact absent -> initially absent, ok.

After step7: art_0 built.

Step8: publish_art_0 artifact art_0 requires artifact built -> yes, ok.

After step8: art_0 published.

Step9: advance_3 health-check svc_0 requires svc_0 deployed (yes), depth_flag_1 flag set (yes), art_0 published (yes). Precondition satisfied.

After step9: svc_0 moves from deployed to healthy.

Goal achieved.

We used 9 tool calls, within limit 18.

Need to output JSON array of objects with tool and args.

Tool IDs as given: advance_0, advance_1, advance_2, set_flag_0, set_depth_flag_0, set_depth_flag_1, build_art_0, publish_art_0, advance_3.

Args: For provision/configure/deploy/health-check: {"service": "svc_0"}.

For set_flag_0: {"flag": "flag_0"}.

For set_depth_flag_0: {"flag": "depth_flag_0"}.

For set_depth_flag_1: {"flag": "depth_flag_1"}.

For build_art_0: {"artifact": "art_0"}.

For publish_art_0: {"artifact": "art_0"}.

Make sure correct naming: The tool IDs exactly as in catalog: advance_0, advance_1, advance_2, set_flag_0, set_depth_flag_0, set_depth_flag_1, build_art_0, publish_art_0, advance_3.

Check that set_flag_0 tool exists: yes id: set_flag_0 name: set_flag params: flag: flag. It sets flag_0.

Similarly set_depth_flag_0 and set_depth_flag_1.

Now produce JSON array.

No extra text.