Record 4ac07e1c0ec84a638953aca9f4f2a10f

We need to produce a JSON array of tool calls that will achieve the goal: service 'cache-0' must reach at least the 'healthy' state. Use exact entity ids: services svc_0 (cache-0), svc_1 (notifier-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). Note some flags repeated names but depth flags have separate ids.

We need to consider preconditions and dependencies.

Current state summary:

- cache-0 is down (not provisioned). So service svc_0 is down.
- notifier-1 is down (not provisioned). So svc_1 is down.
- release-image artifact does not exist yet (absent). So art_0 is absent.
- db-migration artifact does not exist yet (absent). So art_1 is absent.
- maintenance_window_open flag is off. That's flag_0? Actually flag_0 is maintenance_window_open. It is off (false).
- secrets_synced flag is off. That's flag_1? Actually flag_1 is secrets_synced. It is off.
- feature_gate_on flag is off. That's depth_flag_0? Actually depth_flag_0 is feature_gate_on. It is off.
- backup_taken flag is off. That's depth_flag_1? Actually depth_flag_1 is backup_taken. It is off.
- quota_raised flag is off. That's depth_flag_2? Actually depth_flag_2 is quota_raised. It is off.
- maintenance_window_open flag is off again (duplicate). Probably same as flag_0.
- secrets_synced flag is off again (duplicate). Probably same as flag_1.

Thus many flags are false.

Goal: service 'cache-0' must reach at least the 'healthy' state. That means we need to get svc_0 to healthy. According to tool chain, to get to healthy, we need to:

- provision service (advance_0) from down to provisioned.
- configure service (advance_1) from provisioned to configured.
- deploy service (advance_2) from configured to deployed.
- health-check service (advance_3) from deployed to healthy, with preconditions: service must be deployed, depth_flag_4 must be set, and art_0 artifact must be published.

Thus we need to set depth_flag_4 (secrets_synced?) Actually depth_flag_4 corresponds to flag "secrets_synced"? Wait depth_flag_4 is set_flag_? Let's parse: depth_flag_4 is set_flag with param flag: flag. The description: "Set the depth_flag_4 flag to true. Precondition: it must currently be false. Requires the depth_flag_3 flag first." So depth_flag_4 is a flag that depends on depth_flag_3. depth_flag_3 is maintenance_window_open? Actually depth_flag_3 is set_flag with param flag: flag, precondition: it must currently be false. Requires the depth_flag_2 flag first. So depth_flag_3 is also a flag, but which flag? The list says depth_flag_3 (maintenance_window_open). So depth_flag_3 is the flag maintenance_window_open (but we already have flag_0 also maintenance_window_open). Possibly depth flags are separate boolean flags that are used as prerequisites for health-check. So depth_flag_3 is maintenance_window_open flag (maybe a deeper level). depth_flag_4 is secrets_synced flag (maybe deeper). So to health-check, we need depth_flag_4 set, and art_0 published.

Thus we need to set depth_flag_2, then depth_flag_3, then depth_flag_4? Actually depth_flag_2 is quota_raised. depth_flag_3 requires depth_flag_2. depth_flag_4 requires depth_flag_3. So we need to set depth_flag_2, then depth_flag_3, then depth_flag_4.

But also need art_0 built and published. So we need to build artifact art_0 (build_art_0) then publish_art_0.

Also need to set depth_flag_0? Not required for health-check. depth_flag_0 is feature_gate_on, but not required for health-check. However maybe some other steps require it? Let's see: set_depth_flag_0 sets flag_0 (maintenance_window_open). Precondition: flag_0 must be false, requires flag_0? Actually set_flag_0 requires flag_0 flag first? Wait set_flag_0 name: set_flag, params: flag: flag, precondition: it must currently be false. Requires the flag_0 flag first. That seems contradictory: "Requires the flag_0 flag first." Possibly means that flag_0 must be set? Actually maybe it means that the flag_0 flag must be set before you can set it? That doesn't make sense. Let's interpret: set_flag_0 sets flag_0 to true, precondition: it must currently be false, and requires the flag_0 flag first. Possibly means you need to have the flag_0 flag defined? Or maybe it's a mistake. But we may not need to set flag_0.

Goal only requires service cache-0 healthy. So we need to follow the chain:

1. Provision svc_0 (advance_0) - precondition: service must be down. It is down, so we can call advance_0 with service: svc_0.

2. Configure svc_0 (advance_1) - precondition: service must be provisioned. After step 1, it will be provisioned, so we can call advance_1 with service: svc_0.

3. Deploy svc_0 (advance_2) - precondition: service must be configured. After step 2, it will be configured, so we can call advance_2 with service: svc_0.

Now we need to health-check svc_0 (advance_3) - precondition: service must be deployed, depth_flag_4 must be set, and art_0 artifact must be published.

Thus we need to ensure depth_flag_4 is set (true). depth_flag_4 requires depth_flag_3 to be set first. depth_flag_3 requires depth_flag_2 to be set first. depth_flag_2 is quota_raised flag. depth_flag_2 can be set via set_depth_flag_2 tool, which has precondition: it must currently be false, and requires depth_flag_1 flag first. Actually set_depth_flag_2 precondition: it must currently be false. Requires the depth_flag_1 flag first. So to set depth_flag_2, we need depth_flag_1 to be set first.

depth_flag_1 is backup_taken flag. It can be set via set_depth_flag_1 tool, precondition: it must currently be false, requires depth_flag_0 flag first.

depth_flag_0 is feature_gate_on flag. It can be set via set_depth_flag_0 tool, precondition: it must currently be false, requires flag_0 flag first.

flag_0 is maintenance_window_open flag. It can be set via set_flag_0 tool, precondition: it must currently be false.

Thus we have a chain: set_flag_0 (set flag_0) -> set_depth_flag_0 (set feature_gate_on) -> set_depth_flag_1 (set backup_taken) -> set_depth_flag_2 (set quota_raised) -> set_depth_flag_3 (set maintenance_window_open) -> set_depth_flag_4 (set secrets_synced). Actually depth_flag_3 is maintenance_window_open, but we already have flag_0 also maintenance_window_open. Might be separate. But we need to set depth_flag_3 (maintenance_window_open) which requires depth_flag_2. So we need to set depth_flag_2 first, which requires depth_flag_1, which requires depth_flag_0, which requires flag_0. So we need to set flag_0, then depth_flag_0, then depth_flag_1, then depth_flag_2, then depth_flag_3, then depth_flag_4.

But maybe we can skip some? Let's examine each tool's preconditions:

- set_flag_0: set flag_0 (maintenance_window_open) to true. Precondition: it must currently be false. Requires the flag_0 flag first. This is weird: "Requires the flag_0 flag first." Possibly means that the flag_0 must be defined? Or maybe it means that you need to have the flag_0 flag set? But that would be circular. Might be a mistake; maybe they meant "requires the flag_0 flag to be set"? Actually that would be contradictory. Could be that they meant "requires the flag_0 flag to be present" i.e., you can call it only if flag_0 exists? But it's always present. I think it's just a redundant precondition: you need to have the flag_0 flag (maybe meaning you need to have previously set it? But that would be circular). Possibly they meant "requires the flag_0 flag to be set to false"? Not sure.

But we can assume we can call set_flag_0 as long as flag_0 is currently false. That's true initially (off). So we can call set_flag_0 to set it true.

- set_depth_flag_0: set flag_0? Actually depth_flag_0 is feature_gate_on. It can be set via set_depth_flag_0 tool, precondition: it must currently be false. Requires the flag_0 flag first. So to set depth_flag_0, we need flag_0 to be set? Actually "requires the flag_0 flag first" maybe means that flag_0 must be set to true? Or maybe it means that the flag_0 flag must be defined? This is ambiguous. But likely they intend that you need to have set flag_0 (maintenance_window_open) before you can set depth_flag_0 (feature_gate_on). So we need to set flag_0 first, then set_depth_flag_0.

- set_depth_flag_1: set backup_taken flag (depth_flag_1). Precondition: it must be false. Requires depth_flag_0 flag first. So we need depth_flag_0 set before we can set depth_flag_1.

- set_depth_flag_2: set quota_raised flag (depth_flag_2). Precondition: it must be false. Requires depth_flag_1 flag first. So need depth_flag_1 set.

- set_depth_flag_3: set maintenance_window_open flag (depth_flag_3). Precondition: it must be false. Requires depth_flag_2 flag first. So need depth_flag_2 set.

- set_depth_flag_4: set secrets_synced flag (depth_flag_4). Precondition: it must be false. Requires depth_flag_3 flag first. So need depth_flag_3 set.

Thus we have a chain of dependencies: set_flag_0 -> set_depth_flag_0 -> set_depth_flag_1 -> set_depth_flag_2 -> set_depth_flag_3 -> set_depth_flag_4.

We also need to build and publish artifact art_0.

Thus overall plan:

1. set_flag_0 (set maintenance_window_open flag to true). This will set flag_0 true.

2. set_depth_flag_0 (set feature_gate_on flag to true). Precondition: flag_0 must be true? Actually precondition: it must currently be false, but also requires flag_0 flag first. Might need flag_0 to be set? But it's already set after step 1. So we can call set_depth_flag_0.

3. set_depth_flag_1 (set backup_taken flag to true). Precondition: it must be false, requires depth_flag_0 flag first (which we set). So call set_depth_flag_1.

4. set_depth_flag_2 (set quota_raised flag to true). Precondition: it must be false, requires depth_flag_1 flag first (which we set). So call set_depth_flag_2.

5. set_depth_flag_3 (set maintenance_window_open flag (depth) to true). Precondition: it must be false, requires depth_flag_2 flag first (which we set). So call set_depth_flag_3.

6. set_depth_flag_4 (set secrets_synced flag (depth) to true). Precondition: it must be false, requires depth_flag_3 flag first (which we set). So call set_depth_flag_4.

Now we have depth_flag_4 true.

Now we need to build artifact art_0 (release-image). It is currently absent. So we can call build_art_0 with artifact: art_0.

Then publish_art_0 with artifact: art_0 (precondition: artifact must be built). So call publish_art_0.

Now we need to provision service svc_0 (advance_0). It is down, so we can call advance_0 with service: svc_0.

Then configure service svc_0 (advance_1) with service: svc_0.

Then deploy service svc_0 (advance_2) with service: svc_0.

Now we need to health-check service svc_0 (advance_3) with service: svc_0. Preconditions: service must be deployed (which it will be after deploy), depth_flag_4 must be set (which we set), and art_0 artifact must be published (which we did). So we can call advance_3 with service: svc_0.

Thus we have a sequence of tool calls.

We must ensure we do not exceed 24 calls. Let's count:

- set_flag_0 (1)
- set_depth_flag_0 (2)
- set_depth_flag_1 (3)
- set_depth_flag_2 (4)
- set_depth_flag_3 (5)
- set_depth_flag_4 (6)
- build_art_0 (7)
- publish_art_0 (8)
- advance_0 (9)
- advance_1 (10)
- advance_2 (11)
- advance_3 (12)

That's 12 calls, well under 24.

But we also might need to set other flags like flag_1 (secrets_synced) maybe not needed. The goal only requires service healthy. However there may be other constraints: The health-check requires depth_flag_4 set, which we set. It also requires art_0 published, which we do. It also requires service deployed, which we will achieve.

Thus the plan seems straightforward.

But we must check that each tool's precondition is satisfied at the moment we call it, given the order.

Let's simulate step by step with initial state:

Initial flags:

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

Artifacts: art_0 = absent, art_1 = absent.

Services: svc_0 = down, svc_1 = down.

Now step 1: set_flag_0 (set flag_0 to true). Precondition: flag_0 must be false (it is), and requires flag_0 flag first (maybe irrelevant). So we can call it. After call, flag_0 = true.

Step 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. Does that mean we need flag_0 to be true? Possibly yes. Since we set flag_0 true in step 1, it's satisfied. So we can call set_depth_flag_0. After call, depth_flag_0 = true.

Step 3: set_depth_flag_1 (set depth_flag_1 to true). Precondition: depth_flag_1 must be false (it is), and requires depth_flag_0 flag first. depth_flag_0 is now true, so satisfied. So we can call set_depth_flag_1. After call, depth_flag_1 = true.

Step 4: set_depth_flag_2 (set depth_flag_2 to true). Precondition: depth_flag_2 must be false (it is), and requires depth_flag_1 flag first. depth_flag_1 is true, so satisfied. So call set_depth_flag_2. After call, depth_flag_2 = true.

Step 5: set_depth_flag_3 (set depth_flag_3 to true). Precondition: depth_flag_3 must be false (it is), and requires depth_flag_2 flag first. depth_flag_2 is true, so satisfied. So call set_depth_flag_3. After call, depth_flag_3 = true.

Step 6: set_depth_flag_4 (set depth_flag_4 to true). Precondition: depth_flag_4 must be false (it is), and requires depth_flag_3 flag first. depth_flag_3 is true, so satisfied. So call set_depth_flag_4. After call, depth_flag_4 = true.

Now artifact building:

Step 7: build_art_0 (build artifact art_0). Precondition: artifact must be absent (it is). So call build_art_0. After call, artifact status becomes built.

Step 8: publish_art_0 (publish artifact art_0). Precondition: artifact must be built (it is). So call publish_art_0. After call, artifact status becomes published.

Now service provisioning:

Step 9: advance_0 (provision service svc_0). Precondition: service must be down (it is). So call advance_0. After call, service status becomes provisioned.

Step 10: advance_1 (configure service svc_0). Precondition: service must be provisioned (it is). So call advance_1. After call, service status becomes configured.

Step 11: advance_2 (deploy service svc_0). Precondition: service must be configured (it is). So call advance_2. After call, service status becomes deployed.

Step 12: advance_3 (health-check service svc_0). Precondition: service must be deployed (it is), depth_flag_4 must be set (it is), and art_0 artifact must be published (it is). So call advance_3. After call, service status becomes healthy.

Thus we achieve goal.

Now we must output JSON array of tool calls with exact ids and args.

Tool ids and names:

- set_flag_0 id: set_flag_0? Actually tool id list includes "set_flag_0 | name: set_flag | params: flag: flag". The id is "set_flag_0"? The catalog says:

- id: set_flag_0 | name: set_flag | params: flag: flag

Thus the tool id is "set_flag_0". The args: {"flag": "<entity id>"}? Actually param is flag: flag, but they want to pass the flag name? The description: "Set the flag_0 flag to true. Precondition: it must currently be false." So the param is "flag": "flag_0"? Or maybe they want to pass the flag identifier? The param is "flag": "<entity id>", but they said "flag: flag". That seems ambiguous. In the tool catalog, each tool has typed parameters. For set_flag_0, params: flag: flag. So the argument name is "flag" and the value is the flag identifier? The flag identifier is "flag_0"? Actually the flag entity id is "flag_0". The flag names are like "maintenance_window_open". But the tool expects a flag entity id? The description says "Set the flag_0 flag to true." So maybe the param is "flag": "flag_0". So we need to pass {"flag": "flag_0"}.

Similarly, set_depth_flag_0 expects param "flag": "depth_flag_0"? Actually the tool id is "set_depth_flag_0 | name: set_flag | params: flag: flag". So we need to pass {"flag": "depth_flag_0"}.

Thus for each set_flag or set_depth_flag tool, we need to pass the flag identifier as the value of param "flag". The flag identifier is the entity id of the flag. The flag entity ids are: 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). So we need to use those exact ids.

Thus the sequence of set_flag tools:

- set_flag_0: set flag_0 (maintenance_window_open) to true. So args: {"flag": "flag_0"}.

- set_depth_flag_0: set depth_flag_0 (feature_gate_on) to true. So args: {"flag": "depth_flag_0"}.

- set_depth_flag_1: set depth_flag_1 (backup_taken) to true. So args: {"flag": "depth_flag_1"}.

- set_depth_flag_2: set depth_flag_2 (quota_raised) to true. So args: {"flag": "depth_flag_2"}.

- set_depth_flag_3: set depth_flag_3 (maintenance_window_open) to true. So args: {"flag": "depth_flag_3"}.

- set_depth_flag_4: set depth_flag_4 (secrets_synced) to true. So args: {"flag": "depth_flag_4"}.

Now build_art_0: id: build_art_0 | name: build_artifact | params: artifact: artifact. So args: {"artifact": "art_0"}.

publish_art_0: id: publish_art_0 | name: publish_artifact | params: artifact: artifact. So args: {"artifact": "art_0"}.

advance_0: id: advance_0 | name: provision | params: service: service. So args: {"service": "svc_0"}.

advance_1: id: advance_1 | name: configure | params: service: service. So args: {"service": "svc_0"}.

advance_2: id: advance_2 | name: deploy | params: service: service. So args: {"service": "svc_0"}.

advance_3: id: advance_3 | name: health-check | params: service: service. So args: {"service": "svc_0"}.

Thus the JSON array should contain objects in order:

1. {"tool": "set_flag_0", "args": {"flag": "flag_0"}}
2. {"tool": "set_depth_flag_0", "args": {"flag": "depth_flag_0"}}
3. {"tool": "set_depth_flag_1", "args": {"flag": "depth_flag_1"}}
4. {"tool": "set_depth_flag_2", "args": {"flag": "depth_flag_2"}}
5. {"tool": "set_depth_flag_3", "args": {"flag": "depth_flag_3"}}
6. {"tool": "set_depth_flag_4", "args": {"flag": "depth_flag_4"}}
7. {"tool": "build_art_0", "args": {"artifact": "art_0"}}
8. {"tool": "publish_art_0", "args": {"artifact": "art_0"}}
9. {"tool": "advance_0", "args": {"service": "svc_0"}}
10. {"tool": "advance_1", "args": {"service": "svc_0"}}
11. {"tool": "advance_2", "args": {"service": "svc_0"}}
12. {"tool": "advance_3", "args": {"service": "svc_0"}}

We must output only the JSON array, no extra text.

Check that we used correct tool ids: "set_flag_0", "set_depth_flag_0", "set_depth_flag_1", "set_depth_flag_2", "set_depth_flag_3", "set_depth_flag_4", "build_art_0", "publish_art_0", "advance_0", "advance_1", "advance_2", "advance_3". Yes.

Now ensure that we didn't need to set any other flags like flag_1 (secrets_synced) or depth_flag_0? Actually we set depth_flag_0 (feature_gate_on). That's required for depth_flag_1. So we did.

Now check that we didn't need to set flag_1 (secrets_synced) anywhere. Not needed for health-check. So fine.

Now ensure that we didn't need to set any other flags like maintenance_window_open (flag_0) again? We set it at step 1. That's fine.

Now ensure that we didn't need to set depth_flag_0 before set_depth_flag_1, which we did.

Now ensure that we didn't need to set depth_flag_2 before set_depth_flag_3, which we did.

Now ensure that we didn't need to set depth_flag_3 before set_depth_flag_4, which we did.

Now ensure that we didn't need to set any other flags like depth_flag_0 before set_depth_flag_0? Actually set_depth_flag_0 is the tool that sets depth_flag_0. That's what we called. So we set depth_flag_0. That's fine.

Now ensure that we didn't need to set flag_0 before set_depth_flag_0. We set flag_0 earlier. So fine.

Now ensure that we didn't need to set any other preconditions like "requires the flag_0 flag first" for set_depth_flag_0. That likely means we need flag_0 to be set (maybe to true). We set it true in step 1, so it's satisfied.

Thus the plan is valid.

Now output JSON array exactly as required.

Make sure to use double quotes for JSON keys and string values. No trailing commas. No extra whitespace? It's okay.

Thus final answer:

[
  {"tool":"set_flag_0","args":{"flag":"flag_0"}},
  {"tool":"set_depth_flag_0","args":{"flag":"depth_flag_0"}},
  {"tool":"set_depth_flag_1","args":{"flag":"depth_flag_1"}},
  {"tool":"set_depth_flag_2","args":{"flag":"depth_flag_2"}},
  {"tool":"set_depth_flag_3","args":{"flag":"depth_flag_3"}},
  {"tool":"set_depth_flag_4","args":{"flag":"depth_flag_4"}},
  {"tool":"build_art_0","args":{"artifact":"art_0"}},
  {"tool":"publish_art_0","args":{"artifact":"art_0"}},
  {"tool":"advance_0","args":{"service":"svc_0"}},
  {"tool":"advance_1","args":{"service":"svc_0"}},
  {"tool":"advance_2","args":{"service":"svc_0"}},
  {"tool":"advance_3","args":{"service":"svc_0"}}
]

Make sure it's a JSON array, not wrapped in any extra text.

Thus final.