Record 073c4f59dcc84810a8022302e8d9041d

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.

We have entities: svc_0 (registry-0), svc_1 (scheduler-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), depth_flag_6 (backup_taken). Actually there is duplication: flag_0 and depth_flag_3 both named maintenance_window_open? The description says depth_flag_3 is maintenance_window_open, depth_flag_4 is secrets_synced, depth_flag_5 is feature_gate_on, depth_flag_6 is backup_taken. Also there are top-level 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), depth_flag_6 (backup_taken). So there are two sets: flag_0 and depth_flag_3 both represent maintenance_window_open? Actually flag_0 is maintenance_window_open flag (top-level). depth_flag_3 is also maintenance_window_open but maybe a deeper flag? The tool set_dep-th_flag_3 sets depth_flag_3 flag to true, precondition: it must currently be false, requires depth_flag_2 flag first. So depth_flag_3 is a deeper version of maintenance_window_open? Anyway.

Goal: service 'registry-0' must reach at least the 'healthy' state. That means we need to bring svc_0 from down to healthy. The deployment pipeline: down -> provision -> configured -> deployed -> healthy. Also health-check requires depth_flag_6 flag set and art_0 artifact published. So we need to provision svc_0, configure it, deploy it, then health-check it. Additionally health-check requires depth_flag_6 flag set and art_0 artifact published. depth_flag_6 is backup_taken flag (depth_flag_6). It must be set to true, and precondition: it must currently be false, requires depth_flag_5 flag first. depth_flag_5 requires depth_flag_4, which requires depth_flag_3, which requires depth_flag_2, which requires depth_flag_1, which requires depth_flag_0? Let's map dependencies:

- set_dep-th_flag_2: set depth_flag_2 (quota_raised) flag to true, precondition: currently false, requires depth_flag_1 flag first.
- set_dep-th_flag_1: set depth_flag_1 (backup_taken) flag to true, precondition: currently false, requires depth_flag_0 flag first.
- set_dep-th_flag_0: set flag_0 (maintenance_window_open) flag to true, precondition: currently false.
- set_depth_flag_o1: set depth_flag_1 flag to true, precondition: currently false, requires depth_flag_0 flag first. Wait there is also set_depth_flag_o1 which sets depth_flag_1? Actually set_depth_flag_o1 name: set_flag params: flag: flag. It sets depth_flag_1? The description: "set_depth_flag_o1 | name: set_flag | params: flag: flag". It says "Set the depth_flag_1 flag to true. Precondition: it must currently be false. Requires the depth_flag_0 flag first." So that is another way to set depth_flag_1? But we also have set_dep-th_flag_1 which sets depth_flag_1? Actually set_dep-th_flag_1 is "set_dep-th_flag_1 | name: set_flag | params: flag: flag". It says "Set the depth_flag_1 flag to true. Precondition: it must currently be false. Requires the depth_flag_0 flag first." So both set_dep-th_flag_1 and set_depth_flag_o1 set depth_flag_1? Might be duplicate but with different IDs. Let's list all set_flag tools:

- set_dep-th_flag_3: set depth_flag_3 flag to true, precondition: currently false, requires depth_flag_2 flag first.
- set_dep-th_flag_6: set depth_flag_6 flag to true, precondition: currently false, requires depth_flag_5 flag first.
- set_dep-th_flag_2: set depth_flag_2 flag to true, precondition: currently false, requires depth_flag_1 flag first.
- set_dep-th_flag_4: set depth_flag_4 flag to true, precondition: currently false, requires depth_flag_3 flag first.
- set_dep-th_flag_5: set depth_flag_5 flag to true, precondition: currently false, requires depth_flag_4 flag first.
- set_flag_o0: set flag_0 flag to true, precondition: currently false.
- set_dep-th_flag_0: set depth_flag_0 flag to true, precondition: currently false, requires flag_0 flag first.
- set_depth_flag_o1: set depth_flag_1 flag to true, precondition: currently false, requires depth_flag_0 flag first.

Thus there is a hierarchy: depth_flag_0 depends on flag_0; depth_flag_1 depends on depth_flag_0; depth_flag_2 depends on depth_flag_1; depth_flag_3 depends on depth_flag_2; depth_flag_4 depends on depth_flag_3; depth_flag_5 depends on depth_flag_4; depth_flag_6 depends on depth_flag_5.

Goal: health-check requires depth_flag_6 flag set and art_0 artifact published. So we need to set depth_flag_6 true. That requires depth_flag_5 true, which 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, which requires flag_0 true. So we need to set flag_0 true first, then depth_flag_0 true, then depth_flag_1 true, then depth_flag_2 true, then depth_flag_3 true, then depth_flag_4 true, then depth_flag_5 true, then depth_flag_6 true. That's a chain of 8 flag settings.

But note that some of these flags may already be off (the current state says they are off). Indeed: "The maintenance_window_open flag is off." That's flag_0? Also "The secrets_synced flag is off." That's flag_1? "The feature_gate_on flag is off." That's depth_flag_0? Actually depth_flag_0 is feature_gate_on. So depth_flag_0 is off. Also backup_taken flag is off (depth_flag_1?). quota_raised flag is off (depth_flag_2?). maintenance_window_open flag is off (depth_flag_3?). secrets_synced flag is off (depth_flag_4?). feature_gate_on flag is off (depth_flag_5?). backup_taken flag is off (depth_flag_6?). So all are off.

Thus we need to set them in order.

Additionally, we need to publish artifact art_0 (release-image). It must be built first (build_artifact). It must be built from absent to built. Then publish_artifact moves from built to published. So we need to build_artifact art_0, then publish_artifact art_0.

Also we need to provision service svc_0 (registry-0). It is currently down. So we can call provision with service: svc_0.

Then configure service (configure) to move from provisioned to configured. Then deploy (deploy) to move from configured to deployed. Then health-check (health-check) to move from deployed to healthy. Health-check requires depth_flag_6 flag set and art_0 artifact published. So we must have depth_flag_6 true and art_0 published before health-check.

Thus plan: set flag_0 true (set_flag_o0). Then set depth_flag_0 true (set_dep-th_flag_0). Then set depth_flag_1 true (set_depth_flag_o1). Then set depth_flag_2 true (set_dep-th_flag_2). Then set depth_flag_3 true (set_dep-th_flag_3). Then set depth_flag_4 true (set_dep-th_flag_4). Then set depth_flag_5 true (set_dep-th_flag_5). Then set depth_flag_6 true (set_dep-th_flag_6). That's 8 set_flag calls.

But note that set_dep-th_flag_3 requires depth_flag_2 first (which we will have set). set_dep-th_flag_4 requires depth_flag_3 first (we will have set). set_dep-th_flag_5 requires depth_flag_4 first (we will have set). set_dep-th_flag_6 requires depth_flag_5 first (we will have set). So order is fine.

Now we also need to build artifact art_0. It is currently absent. So we can call build_artifact artifact: art_0.

Then publish_artifact artifact: art_0.

Now we need to provision svc_0: provision service: svc_0.

Then configure service: configure service: svc_0.

Then deploy service: deploy service: svc_0.

Then health-check service: svc_0.

That's 4 service steps.

Total steps: 8 flag settings + 1 build + 1 publish + 1 provision + 1 configure + 1 deploy + 1 health-check = 15 tool calls. That's within 28 limit.

But we must ensure preconditions hold at each call.

Let's simulate timeline:

Initial state:

- svc_0: down
- svc_1: down
- art_0: absent
- art_1: absent (not needed)
- flag_0: off
- flag_1: off
- depth_flag_0: off
- depth_flag_1: off
- depth_flag_2: off
- depth_flag_3: off
- depth_flag_4: off
- depth_flag_5: off
- depth_flag_6: off
- maintenance_window_open flag is off (flag_0)
- secrets_synced flag is off (flag_1)
- feature_gate_on flag is off (depth_flag_0)
- backup_taken flag is off (depth_flag_1)
- quota_raised flag is off (depth_flag_2)
- maintenance_window_open flag is off (depth_flag_3)
- secrets_synced flag is off (depth_flag_4)
- feature_gate_on flag is off (depth_flag_5)
- backup_taken flag is off (depth_flag_6)

All flags off.

Now we can start setting flags. The first flag we can set is flag_0 (maintenance_window_open) via set_flag_o0. Precondition: it must currently be false. It is false, so we can call set_flag_o0 with flag: flag_0? Actually the tool set_flag_o0 has param flag: flag. It sets flag_0 flag to true. So args: {"flag":"flag_0"}? The tool id is set_flag_o0, name: set_flag, params: flag: flag. So we need to pass flag: flag_0. So args: {"flag":"flag_0"}.

After that, flag_0 becomes true.

Now we can set depth_flag_0 (feature_gate_on) via set_dep-th_flag_0. Precondition: currently false, requires flag_0 flag first. We have set flag_0 true, so we can call set_dep-th_flag_0 with flag: depth_flag_0? Actually the tool sets depth_flag_0 flag to true. So args: {"flag":"depth_flag_0"}.

After that, depth_flag_0 becomes true.

Now we can set depth_flag_1 (backup_taken) via set_depth_flag_o1. Precondition: currently false, requires depth_flag_0 flag first. We have depth_flag_0 true, so we can call set_depth_flag_o1 with flag: depth_flag_1? Actually the tool name is set_depth_flag_o1, param flag: flag. So args: {"flag":"depth_flag_1"}.

After that, depth_flag_1 true.

Now we can set depth_flag_2 (quota_raised) via set_dep-th_flag_2. Precondition: currently false, requires depth_flag_1 flag first. We have depth_flag_1 true, so call set_dep-th_flag_2 with flag: depth_flag_2.

After that, depth_flag_2 true.

Now we can set depth_flag_3 (maintenance_window_open) via set_dep-th_flag_3. Precondition: currently false, requires depth_flag_2 flag first. So call set_dep-th_flag_3 with flag: depth_flag_3.

After that, depth_flag_3 true.

Now we can set depth_flag_4 (secrets_synced) via set_dep-th_flag_4. Precondition: currently false, requires depth_flag_3 flag first. So call set_dep-th_flag_4 with flag: depth_flag_4.

After that, depth_flag_4 true.

Now we can set depth_flag_5 (feature_gate_on) via set_dep-th_flag_5. Precondition: currently false, requires depth_flag_4 flag first. So call set_dep-th_flag_5 with flag: depth_flag_5.

After that, depth_flag_5 true.

Now we can set depth_flag_6 (backup_taken) via set_dep-th_flag_6. Precondition: currently false, requires depth_flag_5 flag first. So call set_dep-th_flag_6 with flag: depth_flag_6.

After that, depth_flag_6 true.

Now we can build artifact art_0 via build_artifact artifact: art_0. Precondition: artifact must be absent. It is absent, so okay.

Then publish_artifact artifact: art_0. Precondition: artifact must be built. After build, it is built, so okay.

Now we can provision service svc_0 via provision service: svc_0. Precondition: service must be down. It is down, so okay.

Then configure service: configure service: svc_0. Precondition: service must be provisioned. After provision, it becomes provisioned, so okay.

Then deploy service: deploy service: svc_0. Precondition: service must be configured. After configure, it becomes configured, so okay.

Then health-check service: svc_0. Precondition: service must be deployed and depth_flag_6 flag set and art_0 artifact published. We have depth_flag_6 true and art_0 published, so okay.

Thus we have a sequence of 15 tool calls.

Now we need to output JSON array of objects each with "tool": "<tool id>", "args": {...}. No extra prose.

We must use exact tool IDs as given. Let's list them:

- set_flag_o0 (id: set_flag_o0)
- set_dep-th_flag_0 (id: set_dep-th_flag_0)
- set_depth_flag_o1 (id: set_depth_flag_o1)
- set_dep-th_flag_2 (id: set_dep-th_flag_2)
- set_dep-th_flag_3 (id: set_dep-th_flag_3)
- set_dep-th_flag_4 (id: set_dep-th_flag_4)
- set_dep-th_flag_5 (id: set_dep-th_flag_5)
- set_dep-th_flag_6 (id: set_dep-th_flag_6)
- build-_art_0 (id: build-_art_0) Actually the tool id is "build-_art_0"? The catalog says "id: build-_art_0 | name: build_artifact | params: artifact: artifact". The ID includes a leading underscore? It says "build-_art_0". That seems odd but we must use that exact ID. So tool id: build-_art_0.

- publis-h_art_0 (id: publis-h_art_0) Actually the tool id is "publis-h_art_0". So use that.

- advance_o0 (id: advance_o0) Actually the tool id is "advance_o0"? Wait the tool "advance_o0" is provision? Let's check: "id: advance_o0 | name: provision | params: service: service". So tool id: advance_o0.

- adva_nce_1 (id: adva_nce_1) Actually the tool id is "adva_nce_1"? The catalog says "id: adva_nce_1 | name: configure | params: service: service". So tool id: adva_nce_1.

- advance_o2 (id: advance_o2) Actually the tool id is "advance_o2"? The catalog says "id: advance_o2 | name: deploy | params: service: service". So tool id: advance_o2.

- advance_o3 (id: advance_o3) Actually the tool id is "advance_o3"? The catalog says "id: advance_o3 | name: health-check | params: service: service". So tool id: advance_o3.

Thus we need to use those IDs.

Now we need to map each call with args.

Let's enumerate calls in order:

1. set_flag_o0 with flag: "flag_0". So args: {"flag":"flag_0"}.

2. set_dep-th_flag_0 with flag: "depth_flag_0". args: {"flag":"depth_flag_0"}.

3. set_depth_flag_o1 with flag: "depth_flag_1". args: {"flag":"depth_flag_1"}.

4. set_dep-th_flag_2 with flag: "depth_flag_2". args: {"flag":"depth_flag_2"}.

5. set_dep-th_flag_3 with flag: "depth_flag_3". args: {"flag":"depth_flag_3"}.

6. set_dep-th_flag_4 with flag: "depth_flag_4". args: {"flag":"depth_flag_4"}.

7. set_dep-th_flag_5 with flag: "depth_flag_5". args: {"flag":"depth_flag_5"}.

8. set_dep-th_flag_6 with flag: "depth_flag_6". args: {"flag":"depth_flag_6"}.

9. build-_art_0 with artifact: "art_0". args: {"artifact":"art_0"}.

10. publis-h_art_0 with artifact: "art_0". args: {"artifact":"art_0"}.

11. advance_o0 with service: "svc_0". args: {"service":"svc_0"}.

12. adva_nce_1 with service: "svc_0". args: {"service":"svc_0"}.

13. advance_o2 with service: "svc_0". args: {"service":"svc_0"}.

14. advance_o3 with service: "svc_0". args: {"service":"svc_0"}.

That's 14 calls? Wait we counted 14. Let's recount: we have 8 flag settings, 2 artifact ops, 4 service ops = 14. Actually we listed 8 flag settings (1-8), then build (9), publish (10), provision (11), configure (12), deploy (13), health-check (14). That's 14 calls. Did we miss any? Let's double-check the flag chain: we need to set depth_flag_0, depth_flag_1, depth_flag_2, depth_flag_3, depth_flag_4, depth_flag_5, depth_flag_6. That's 7 flags after flag_0. So total flag settings: flag_0, depth_flag_0, depth_flag_1, depth_flag_2, depth_flag_3, depth_flag_4, depth_flag_5, depth_flag_6 = 8. Yes we have 8 calls. Then build artifact (1), publish artifact (1) = 2, then provision (1), configure (1), deploy (1), health-check (1) = 4. So 8+2+4 = 14. Good.

Now we must ensure that each tool ID is exactly as given. Let's verify each:

- set_flag_o0: id: set_flag_o0. Yes.

- set_dep-th_flag_0: id: set_dep-th_flag_0. Yes.

- set_depth_flag_o1: id: set_depth_flag_o1. Yes.

- set_dep-th_flag_2: id: set_dep-th_flag_2. Yes.

- set_dep-th_flag_3: id: set_dep-th_flag_3. Yes.

- set_dep-th_flag_4: id: set_dep-th_flag_4. Yes.

- set_dep-th_flag_5: id: set_dep-th_flag_5. Yes.

- set_dep-th_flag_6: id: set_dep-th_flag_6. Yes.

- build-_art_0: id: build-_art_0. Yes.

- publis-h_art_0: id: publis-h_art_0. Yes.

- advance_o0: id: advance_o0. Yes.

- adva_nce_1: id: adva_nce_1. Yes.

- advance_o2: id: advance_o2. Yes.

- advance_o3: id: advance_o3. Yes.

Now we need to output JSON array of objects with "tool": "<tool id>", "args": {...}. The args must include the parameters as key-value pairs. For set_flag_o0, param is flag. So args: {"flag":"flag_0"}.

For set_dep-th_flag_0, param is flag. So args: {"flag":"depth_flag_0"}.

Similarly for others.

For build-_art_0, param is artifact. So args: {"artifact":"art_0"}.

For publis-h_art_0, param is artifact. So args: {"artifact":"art_0"}.

For advance_o0, param is service. So args: {"service":"svc_0"}.

For adva_nce_1, param is service. So args: {"service":"svc_0"}.

For advance_o2, param is service. So args: {"service":"svc_0"}.

For advance_o3, param is service. So args: {"service":"svc_0"}.

Now we must output just the JSON array, no extra text.

Make sure to use double quotes for JSON keys and string values. The tool IDs are strings; they contain hyphens and underscores. Must be quoted.

Thus final output:

[
  {"tool":"set_flag_o0","args":{"flag":"flag_0"}},
  {"tool":"set_dep-th_flag_0","args":{"flag":"depth_flag_0"}},
  {"tool":"set_depth_flag_o1","args":{"flag":"depth_flag_1"}},
  {"tool":"set_dep-th_flag_2","args":{"flag":"depth_flag_2"}},
  {"tool":"set_dep-th_flag_3","args":{"flag":"depth_flag_3"}},
  {"tool":"set_dep-th_flag_4","args":{"flag":"depth_flag_4"}},
  {"tool":"set_dep-th_flag_5","args":{"flag":"depth_flag_5"}},
  {"tool":"set_dep-th_flag_6","args":{"flag":"depth_flag_6"}},
  {"tool":"build-_art_0","args":{"artifact":"art_0"}},
  {"tool":"publis-h_art_0","args":{"artifact":"art_0"}},
  {"tool":"advance_o0","args":{"service":"svc_0"}},
  {"tool":"adva_nce_1","args":{"service":"svc_0"}},
  {"tool":"advance_o2","args":{"service":"svc_0"}},
  {"tool":"advance_o3","args":{"service":"svc_0"}}
]

Check that we used correct IDs: "advance_o0" is provision, "adva_nce_1" is configure, "advance_o2" is deploy, "advance_o3" is health-check.

Now ensure that the JSON is valid: array of objects, each with tool and args.

Now output exactly that, no extra whitespace? It's okay to have whitespace but no extra prose.

Thus final answer.