Record 1b0a20f03d514cb4ba4be82c0795b84f

We need to produce a JSON array of tool calls that will achieve the goal: service 'registry-0' must reach at least the 'healthy' state. Entity IDs: services svc_0 (registry-0), svc_1 (ingest-1). Artifacts: art_0 (release-image), art_1 (db-migration). Flags: flag_0 (maintenance_window_open), flag_1 (secrets_synced), depth_flag_0 (feature_gate_on), depth_flag_1 (backup_taken), depth_flag_2 (quota_raised), depth_flag_3 (maintenance_window_open), depth_flag_4 (secrets_synced), depth_flag_5 (feature_gate_on). Actually they listed depth_flag_0 (feature_gate_on) but also flag_0 is maintenance_window_open. There's some duplication. Let's parse:

- flag_0 (maintenance_window_open)
- flag_1 (secrets_synced)
- depth_flag_0 (feature_gate_on)
- depth_flag_1 (backup_taken)
- depth_flag_2 (quota_raised)
- depth_flag_3 (maintenance_window_open)
- depth_flag_4 (secrets_synced)
- depth_flag_5 (feature_gate_on)

So there are two sets: flag_X and depth_flag_X. The tool catalog includes set_depth_flag_0, set_depth_flag_1, set_depth_flag_2, set_depth_flag_3, set_depth_flag_4, set_depth_flag_5. Also set_flag_0 (set flag_0). So we have to manage both.

Goal: service 'registry-0' must reach at least the 'healthy' state. To get healthy, we need to health-check it (advance_3) which requires service to be 'deployed' and depth_flag_5 flag to be set, and art_0 artifact to be published. Also health-check moves from deployed to healthy.

Thus we need to get registry-0 to deployed, then health-check. To get deployed, we need to deploy (advance_2) which moves from configured to deployed. To get configured, we need to configure (advance_1) which moves from provisioned to configured. To get provisioned, we need to provision (advance_0) which moves from down to provisioned. Initially registry-0 is down (not yet provisioned). So we need to provision it, then configure, then deploy, then health-check.

But there are preconditions about flags and artifacts. Let's list required preconditions for each tool:

- set_depth_flag_0: set flag_0 (maintenance_window_open) to true. Precondition: it must currently be false. Requires the flag_0 flag first. Wait "Requires the flag_0 flag first." Means we need flag_0 to be true? Actually set_depth_flag_0 sets depth_flag_0 flag to true, precondition: it must currently be false. Requires the flag_0 flag first. That seems contradictory: maybe they mean you need to have flag_0 set to true before you can set depth_flag_0? Or you need to have flag_0 flag (the flag_0 variable) set? Actually flag_0 is a flag (maintenance_window_open). The tool set_depth_flag_0 sets depth_flag_0 (feature_gate_on). Precondition: it must currently be false. Requires the flag_0 flag first. So you must have flag_0 set to true before you can set depth_flag_0? Or you need to have flag_0 flag (i.e., the flag_0 variable) set? The phrase "Requires the flag_0 flag first." likely means you must have previously set flag_0 to true (i.e., flag_0 must be true) before you can set depth_flag_0. But the precondition for set_depth_flag_0 is that depth_flag_0 must be false currently, and also you must have set flag_0 previously? Actually "Requires the flag_0 flag first." could mean that you need to have set flag_0 (i.e., the flag_0 variable) to true before you can call set_depth_flag_0. But flag_0 is a separate flag that can be set via set_flag_0 tool. So you need to call set_flag_0 to turn flag_0 on, then you can call set_depth_flag_0 to turn depth_flag_0 on. That seems plausible.

- set_depth_flag_1: set depth_flag_1 (backup_taken) to true. Precondition: it must currently be false. Requires the depth_flag_0 flag first. So you need depth_flag_0 true before you can set depth_flag_1.

- set_depth_flag_2: set depth_flag_2 (quota_raised) to true. Precondition: it must currently be false. Requires the depth_flag_1 flag first.

- set_depth_flag_3: set depth_flag_3 (maintenance_window_open) to true. Precondition: it must currently be false. Requires the depth_flag_2 flag first.

- set_depth_flag_4: set depth_flag_4 (secrets_synced) to true. Precondition: it must currently be false. Requires the depth_flag_3 flag first.

- set_depth_flag_5: set depth_flag_5 (feature_gate_on) to true. Precondition: it must currently be false. Requires the depth_flag_4 flag first.

- set_flag_0: set flag_0 (maintenance_window_open) to true. Precondition: it must currently be false.

- publish_art_0: publish artifact (move from built to published). Precondition: artifact must be built.

- build_art_0: build artifact (move from absent to built). Precondition: artifact must be absent.

- advance_0: provision service (down -> provisioned). Precondition: service must be down.

- advance_1: configure service (provisioned -> configured). Precondition: service must be provisioned.

- advance_2: deploy service (configured -> deployed). Precondition: service must be configured.

- advance_3: health-check service (deployed -> healthy). Precondition: service must be deployed. Requires depth_flag_5 flag to be set. Requires the art_0 artifact to be published.

- decoy_0: audit_logs (no effect).

- decoy_1: warm_cache (no effect).

We also have set_depth_flag_0 (set depth_flag_0) which requires flag_0 flag first. So we need to set flag_0 first via set_flag_0, then we can set depth_flag_0.

Goal: get registry-0 to healthy. That requires depth_flag_5 set, art_0 published, and service deployed.

Thus we need to ensure depth_flag_5 is true, art_0 published, and service deployed (which requires configured, which requires provisioned, which requires down). Also we need to possibly set other flags that may be required for other steps? Let's see preconditions for advance_3: requires depth_flag_5 flag to be set, and art_0 artifact published. It does not require any other flags. So we need depth_flag_5 true, art_0 published.

depth_flag_5 requires depth_flag_4 true, which requires depth_flag_3 true, which requires depth_flag_2 true, which requires depth_flag_1 true, which requires depth_flag_0 true. So we need to set depth_flag_0 through depth_flag_5 in order.

depth_flag_0 requires flag_0 flag first. So we need to set flag_0 (maintenance_window_open) to true via set_flag_0. Then we can set depth_flag_0.

Thus we need to set flag_0, then depth_flag_0, then depth_flag_1, depth_flag_2, depth_flag_3, depth_flag_4, depth_flag_5.

But maybe some of these flags are not needed for the goal? The only requirement for health-check is depth_flag_5 set and art_0 published. However depth_flag_5's precondition chain requires all previous depth flags to be set. So to set depth_flag_5, we must have set depth_flag_4, which requires depth_flag_3, etc. So we must set them all.

Thus we need to set flag_0 (maintenance_window_open) to true, then depth_flag_0 (feature_gate_on) to true, then depth_flag_1 (backup_taken) to true, then depth_flag_2 (quota_raised) to true, then depth_flag_3 (maintenance_window_open) to true, then depth_flag_4 (secrets_synced) to true, then depth_flag_5 (feature_gate_on) to true.

But note there is also a flag_1 (secrets_synced) that is separate from depth_flag_4 (secrets_synced). The initial state says secrets_synced flag is off. That's flag_1. But depth_flag_4 is also secrets_synced but at depth level. The goal does not mention flag_1, but maybe it's required for something else? Not needed for health-check. However maybe some other steps require flag_1? Not in the listed tools. So we can ignore flag_1.

Now we also need to publish artifact art_0 (release-image). To publish, artifact must be built. So we need to build it first (build_art_0). Initially artifact is absent. So we can build it, then publish it.

Thus the plan:

1. set_flag_0 (set flag_0 to true). Precondition: flag_0 must be false (it is off). So we can call set_flag_0 with flag: flag_0? Actually the tool set_flag_0 has param flag: flag. It sets flag_0 flag to true. So args: {"flag":"flag_0"}? Or maybe just "flag": "flag_0"? The tool expects param "flag": flag. So we need to pass the flag identifier. Use "flag_0". So args: {"flag":"flag_0"}.

2. set_depth_flag_0 (set depth_flag_0 to true). Precondition: depth_flag_0 must be false (it is), and requires flag_0 flag first (which we just set). So we can call set_depth_flag_0 with {"flag":"depth_flag_0"}? Actually the tool id is set_depth_flag_0, name set_flag, params: flag: flag. So we pass {"flag":"depth_flag_0"}.

3. set_depth_flag_1 (set depth_flag_1 to true). Precondition: depth_flag_1 false, requires depth_flag_0 first (we set it). So call set_depth_flag_1 with {"flag":"depth_flag_1"}.

4. set_depth_flag_2 (set depth_flag_2 to true). Precondition: depth_flag_2 false, requires depth_flag_1 first. So call set_depth_flag_2 with {"flag":"depth_flag_2"}.

5. set_depth_flag_3 (set depth_flag_3 to true). Precondition: depth_flag_3 false, requires depth_flag_2 first. So call set_depth_flag_3 with {"flag":"depth_flag_3"}.

6. set_depth_flag_4 (set depth_flag_4 to true). Precondition: depth_flag_4 false, requires depth_flag_3 first. So call set_depth_flag_4 with {"flag":"depth_flag_4"}.

7. set_depth_flag_5 (set depth_flag_5 to true). Precondition: depth_flag_5 false, requires depth_flag_4 first. So call set_depth_flag_5 with {"flag":"depth_flag_5"}.

Now we have depth_flag_5 true.

Now we need to build and publish artifact art_0.

8. build_art_0 (build artifact). Precondition: artifact must be absent (it is). So call build_art_0 with {"artifact":"art_0"}.

9. publish_art_0 (publish artifact). Precondition: artifact must be built (now built). So call publish_art_0 with {"artifact":"art_0"}.

Now artifact is published.

Now we need to provision service registry-0 (svc_0). It is down. So we can call advance_0 (provision) with {"service":"svc_0"}.

10. advance_0 with service svc_0.

Now service is provisioned.

11. configure service (advance_1) with {"service":"svc_0"}.

12. deploy service (advance_2) with {"service":"svc_0"}.

Now service is deployed.

13. health-check service (advance_3) with {"service":"svc_0"}.

This will move it to healthy, satisfying goal.

Thus total tool calls: 13 (set_flag_0, set_depth_flag_0, set_depth_flag_1, set_depth_flag_2, set_depth_flag_3, set_depth_flag_4, set_depth_flag_5, build_art_0, publish_art_0, advance_0, advance_1, advance_2, advance_3). That's 13 calls, within 26 limit.

We must output JSON array of objects each with "tool": "<tool id>", "args": {...}. Use exact tool ids as given.

Tool ids list:

- set_depth_flag_0
- set_depth_flag_1
- set_depth_flag_2
- set_depth_flag_3
- set_depth_flag_4
- set_depth_flag_5
- set_flag_0
- build_art_0
- publish_art_0
- advance_0
- advance_1
- advance_2
- advance_3

Also there is decoy_0, decoy_1, etc but not needed.

Thus order:

1. set_flag_0 (set flag_0 to true)
2. set_depth_flag_0 (set depth_flag_0 to true)
3. set_depth_flag_1 (set depth_flag_1 to true)
4. set_depth_flag_2 (set depth_flag_2 to true)
5. set_depth_flag_3 (set depth_flag_3 to true)
6. set_depth_flag_4 (set depth_flag_4 to true)
7. set_depth_flag_5 (set depth_flag_5 to true)
8. build_art_0 (build artifact art_0)
9. publish_art_0 (publish artifact art_0)
10. advance_0 (provision service svc_0)
11. advance_1 (configure service svc_0)
12. advance_2 (deploy service svc_0)
13. advance_3 (health-check service svc_0)

Make sure args are correct:

- set_flag_0 args: {"flag":"flag_0"}? The tool expects param "flag": flag. So we pass the flag identifier "flag_0". So args: {"flag":"flag_0"}.

- set_depth_flag_0 args: {"flag":"depth_flag_0"}.

- set_depth_flag_1 args: {"flag":"depth_flag_1"}.

- set_depth_flag_2 args: {"flag":"depth_flag_2"}.

- set_depth_flag_3 args: {"flag":"depth_flag_3"}.

- set_depth_flag_4 args: {"flag":"depth_flag_4"}.

- set_depth_flag_5 args: {"flag":"depth_flag_5"}.

- build_art_0 args: {"artifact":"art_0"}.

- publish_art_0 args: {"artifact":"art_0"}.

- advance_0 args: {"service":"svc_0"}.

- advance_1 args: {"service":"svc_0"}.

- advance_2 args: {"service":"svc_0"}.

- advance_3 args: {"service":"svc_0"}.

Now produce JSON array.

Check that each tool id is exactly as given: "set_flag_0", "set_depth_flag_0", etc. The catalog lists "set_depth_flag_0 | name: set_flag | params: flag: flag". So the id is "set_depth_flag_0". Good.

Thus final output is JSON array of objects.

Make sure no extra whitespace? It's okay.

Thus final answer: JSON array.