Record 02b9671a91d8454780081992f9a6a514

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 different names.

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 (secrets_synced) 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 (backup_taken) off.
- quota_raised flag is off. That's depth_flag_2 (quota_raised) 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.

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

To get to healthy, we need to go through provision -> configure -> deploy -> health-check. Also health-check requires depth_flag_4 set and art_0 published. depth_flag_4 is secrets_synced flag (depth_flag_4). It requires depth_flag_3 set first. depth_flag_3 is maintenance_window_open flag (depth_flag_3). It requires depth_flag_2 set first. depth_flag_2 is quota_raised flag (depth_flag_2). It requires depth_flag_1 set first. depth_flag_1 is backup_taken flag (depth_flag_1). It requires depth_flag_0 set first. depth_flag_0 is feature_gate_on flag (depth_flag_0). So we have a chain of depth flags.

Also health-check requires art_0 artifact to be published. To publish, we need to build artifact then publish. Build moves from absent to built. Publish moves from built to published.

Also we need to set depth_flag_4 (secrets_synced) to true, which requires depth_flag_3 set first. depth_flag_3 requires depth_flag_2, etc.

We also need to set flag_0 (maintenance_window_open) maybe? Actually flag_0 is maintenance_window_open, but depth_flag_3 also is maintenance_window_open but at a different depth? The catalog lists flag_0 (maintenance_window_open) and depth_flag_3 (maintenance_window_open). They are separate flags with same name but different depth? Actually they are separate flags: flag_0 is maintenance_window_open (top-level), depth_flag_3 is also maintenance_window_open but maybe a deeper flag? The preconditions: set_depth_flag_3 requires depth_flag_2 flag first. So we need to set depth_flag_2, then depth_flag_3, then depth_flag_4.

But also we have set_flag_0 to set flag_0 (maintenance_window_open) to true, precondition: it must currently be false. So we can set flag_0 to true.

But do we need flag_0 to be true for anything? Not directly required for health-check, but maybe needed for some other steps? Let's see.

The health-check tool (advance_3) precondition: service must be deployed, and requires depth_flag_4 flag to be set, and requires the art_0 artifact to be published. So we need depth_flag_4 true, and art_0 published.

depth_flag_4 is secrets_synced flag (depth_flag_4). It requires depth_flag_3 set first. depth_flag_3 is maintenance_window_open flag (depth_flag_3). It requires depth_flag_2 set first. depth_flag_2 is quota_raised flag (depth_flag_2). It requires depth_flag_1 set first. depth_flag_1 is backup_taken flag (depth_flag_1). It requires depth_flag_0 set first. depth_flag_0 is feature_gate_on flag (depth_flag_0). So we need to set depth_flag_0, then depth_flag_1, then depth_flag_2, then depth_flag_3, then depth_flag_4.

But also we have set_flag_0 to set flag_0 (maintenance_window_open) to true. That may be required for something else? Not required for health-check directly, but maybe needed for some other precondition like deploy? Let's check advance_2 (deploy) precondition: service must be configured. That's independent of flags. So we can deploy after configure.

advance_1 (configure) precondition: service must be provisioned. So we need to provision first.

Provision (advance_0) precondition: service must be down. That's true for svc_0 currently.

Thus we can provision svc_0, then configure, then deploy, then health-check.

But health-check also requires depth_flag_4 and art_0 published. So we need to build and publish art_0, and set the depth flags chain.

We also need to ensure that the flags are set in correct order, respecting preconditions.

We have tools:

- advance_0: provision service (down -> provisioned). param service: service (entity id). So we can call advance_0 with service: svc_0.

- advance_1: configure service (provisioned -> configured). param service: service. So after provision, we can configure.

- advance_2: deploy service (configured -> deployed). param service: service.

- advance_3: health-check (deployed -> healthy). param service: service. Preconditions: service deployed, depth_flag_4 set, art_0 published.

- build_art_0: build artifact (absent -> built). param artifact: artifact (art_0). Precondition: artifact must be absent.

- publish_art_0: publish artifact (built -> published). param artifact: artifact (art_0). Precondition: artifact must be built.

- set_depth_flag_0: set flag_0 (maintenance_window_open) to true. Precondition: currently false.

- set_depth_flag_1: set depth_flag_1 (backup_taken) to true. Precondition: currently false, and requires depth_flag_0 flag first. Actually set_depth_flag_1 precondition: it must currently be false. Requires the depth_flag_0 flag first. Means depth_flag_0 must be set before we can set depth_flag_1? Or that depth_flag_0 must be true? The description: "Requires the depth_flag_0 flag first." Probably means depth_flag_0 must be set (i.e., must be true) before we can set depth_flag_1. So we need to set depth_flag_0 first.

- set_depth_flag_2: set depth_flag_2 (quota_raised) to true. Precondition: currently false. Requires the depth_flag_1 flag first. So need depth_flag_1 set before.

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

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

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

But also we have set_flag_0 to set flag_0 (maintenance_window_open) to true. That's separate from depth_flag_3 which also sets maintenance_window_open but at a deeper level. Are they independent? Yes, they are separate flags. So we can set flag_0 (top-level) to true as well, maybe needed for something else? Not required for health-check but maybe needed for some other precondition like set_depth_flag_3? Actually set_depth_flag_3 precondition only requires depth_flag_2, not flag_0. So we don't need to set flag_0 for that. But maybe we need to set flag_0 for some other reason? The goal only cares about service healthy. So we can ignore flag_0 unless needed for some other step. However, there might be a hidden requirement: maybe the deployment pipeline expects maintenance_window_open flag to be on before some operations? Not mentioned. So we can skip setting flag_0 if not needed.

But we need to set depth_flag_0 (feature_gate_on) to true to start the chain. That tool is set_depth_flag_0, precondition: currently false, requires flag_0 flag first. Wait: set_depth_flag_0 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 first. That is, we must set flag_0 (maintenance_window_open) to true before we can set depth_flag_0. So we need to set flag_0 first.

Thus we need to set flag_0 (maintenance_window_open) to true using set_flag_0 tool. That will satisfy the precondition for set_depth_flag_0.

Thus the chain:

1. set_flag_0: set flag_0 (maintenance_window_open) to true. Precondition: currently false. So we can call it.

2. set_depth_flag_0: set depth_flag_0 (feature_gate_on) to true. Precondition: currently false, requires flag_0 flag first (which we just set). So after step 1, we can set depth_flag_0.

3. set_depth_flag_1: set depth_flag_1 (backup_taken) to true. Precondition: currently false, requires depth_flag_0 flag first (which we set). So after step 2, we can set depth_flag_1.

4. set_depth_flag_2: set depth_flag_2 (quota_raised) to true. Precondition: currently false, requires depth_flag_1 first. So after step 3, we can set depth_flag_2.

5. set_depth_flag_3: set depth_flag_3 (maintenance_window_open) to true. Precondition: currently false, requires depth_flag_2 first. So after step 4, we can set depth_flag_3.

6. set_depth_flag_4: set depth_flag_4 (secrets_synced) to true. Precondition: currently false, requires depth_flag_3 first. So after step 5, we can set depth_flag_4.

Now we have depth_flag_4 true.

Now we need to build and publish artifact art_0.

7. build_art_0: build artifact art_0 (absent -> built). Precondition: artifact must be absent. It is absent currently, so we can call.

8. publish_art_0: publish artifact art_0 (built -> published). Precondition: artifact must be built. After step 7, it's built, so we can call.

Now we need to provision, configure, deploy, health-check service svc_0.

9. advance_0: provision service svc_0 (down -> provisioned). Precondition: service must be down. It is down, so okay.

10. advance_1: configure service svc_0 (provisioned -> configured). Precondition: service must be provisioned. After step 9, it's provisioned, so okay.

11. advance_2: deploy service svc_0 (configured -> deployed). Precondition: service must be configured. After step 10, it's configured, so okay.

12. advance_3: health-check service svc_0 (deployed -> healthy). Precondition: service must be deployed, and depth_flag_4 set, and art_0 published. After steps 5-8, depth_flag_4 is true, art_0 is published. So we can call.

Thus total steps: 12 tool calls.

But we must ensure we respect the order of flags: we need to set flag_0 before depth_flag_0, etc. Also we need to ensure we don't call any tool whose precondition is not met.

Let's list the tools and their preconditions:

- set_flag_0: set flag_0 (maintenance_window_open) to true. Precondition: it must currently be false. Currently it's off (false). So we can call.

- set_depth_flag_0: set depth_flag_0 (feature_gate_on) to true. Precondition: it must currently be false. Currently it's off (false). Requires the depth_flag_0 flag first? Actually the description: "Requires the depth_flag_0 flag first." Wait that seems contradictory: set_depth_flag_0 is for depth_flag_0? Actually the tool id is set_depth_flag_0, name set_flag, params: flag: flag. So it sets a flag (depth_flag_0). The precondition: it must currently be false. Requires the flag_0 flag first. So we need flag_0 (the top-level flag) to be set first. So we must call set_flag_0 before set_depth_flag_0.

- 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 after we set depth_flag_0, we 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.

Thus the chain is correct.

Now we also have set_depth_flag_2 tool id is set_depth_flag_2, but we also have set_depth_flag_1 etc.

Now we need to ensure we use correct tool ids for each flag. The catalog lists:

- id: set_depth_flag_2 | name: set_flag | params: flag: flag

- id: set_depth_flag_1 | name: set_flag | params: flag: flag

- id: set_depth_flag_0 | name: set_flag | params: flag: flag

- id: set_depth_flag_3 | name: set_flag | params: flag: flag

- id: set_depth_flag_4 | name: set_flag | params: flag: flag

Thus we need to call these ids with the appropriate flag parameter. The flag parameter is the flag identifier? The tool expects param "flag": "<flag-id>"? The description: "Set the depth_flag_2 flag to true. Precondition: it must currently be false. Requires the depth_flag_1 flag first." So the param is the flag identifier (like "depth_flag_2"?). The tool id is set_depth_flag_2, but the param is "flag": "depth_flag_2"? Or maybe the param is just the flag name? The catalog says "params: flag: flag". So we need to pass a param named "flag" with the entity id of the flag? The flag ids are like "depth_flag_0", "depth_flag_1", etc. So to set depth_flag_0, we would call set_depth_flag_0 with args {"flag": "depth_flag_0"}? Or maybe the flag id is just the name of the flag? The tool id already indicates which flag it sets? Actually each set_depth_flag_X tool sets a specific flag? The naming suggests that set_depth_flag_0 sets depth_flag_0, set_depth_flag_1 sets depth_flag_1, etc. But the param "flag" might be used to specify which flag to set? But the tool id already indicates which flag? Possibly the tool id is generic "set_flag" but they have different ids for each flag? Actually the catalog lists multiple tools: set_depth_flag_2, set_depth_flag_1, set_depth_flag_0, set_depth_flag_3, set_depth_flag_4. Each has name "set_flag" and param "flag". So maybe each tool is specific to a particular flag, but they all share the same name and param? The param likely is the flag identifier to set? But then why have separate ids? Maybe each id corresponds to a specific flag, and the param is not needed? But the param is required. Possibly the param is the flag identifier to set, but the tool id is generic "set_flag"? But they have distinct ids for each flag, maybe to differentiate calls? Actually the catalog shows:

- id: set_depth_flag_2 | name: set_flag | params: flag: flag

- id: set_depth_flag_1 | name: set_flag | params: flag: flag

- id: set_depth_flag_0 | name: set_flag | params: flag: flag

- id: set_depth_flag_3 | name: set_flag | params: flag: flag

- id: set_depth_flag_4 | name: set_flag | params: flag: flag

Thus each tool id is specific to a particular flag, but they all have same name and param signature. So to set depth_flag_0, we must call the tool with id "set_depth_flag_0" and param {"flag": "depth_flag_0"}? Or maybe the param is just the flag identifier (like "depth_flag_0") and the tool id is irrelevant? But they gave distinct ids, so we must use the correct id. The param likely is the flag identifier? But then why have param? Could be that the param is the flag identifier, but the tool id is just a label; the param is the same for all? Actually maybe the param is the flag identifier, but the tool id is just a generic "set_flag". But they gave distinct ids to differentiate calls for different flags. So to set depth_flag_0, we must call the tool with id "set_depth_flag_0" and param {"flag": "depth_flag_0"}? Or maybe the param is just the flag identifier, but the tool id is the same for all? The catalog shows different ids, so we must use the appropriate id. The param likely is the flag identifier, but maybe they want the flag identifier as the value of param "flag". So for set_depth_flag_0, we would call it with {"flag": "depth_flag_0"}? But that seems redundant: the tool id already indicates which flag to set, but we still need to pass the flag identifier? Possibly the param is the flag identifier, but the tool id is just a generic "set_flag". But they gave distinct ids for each flag, maybe to allow multiple calls? Actually maybe the param is the flag identifier, but the tool id is the same for all? But they listed distinct ids, maybe they are distinct tools but with same name and param signature. So we need to call the appropriate id and pass the flag identifier as the param value? But the param name is "flag", so we need to pass the flag identifier as the value of that param. So for set_depth_flag_0, we would call it with {"flag": "depth_flag_0"}? But that seems like we are setting the flag named "depth_flag_0" to true. That makes sense.

Thus we need to call:

- set_flag_0: id "set_flag_0", param {"flag": "maintenance_window_open"}? Actually flag_0 is maintenance_window_open. So we call set_flag_0 with {"flag": "maintenance_window_open"}.

- set_depth_flag_0: id "set_depth_flag_0", param {"flag": "depth_flag_0"}.

- set_depth_flag_1: id "set_depth_flag_1", param {"flag": "depth_flag_1"}.

- set_depth_flag_2: id "set_depth_flag_2", param {"flag": "depth_flag_2"}.

- set_depth_flag_3: id "set_depth_flag_3", param {"flag": "depth_flag_3"}.

- set_depth_flag_4: id "set_depth_flag_4", param {"flag": "depth_flag_4"}.

Now we need to ensure we use correct tool ids for other operations:

- advance_0: id "advance_0", param {"service": "svc_0"}.

- advance_1: id "advance_1", param {"service": "svc_0"}.

- advance_2: id "advance_2", param {"service": "svc_0"}.

- advance_3: id "advance_3", param {"service": "svc_0"}.

- build_art_0: id "build_art_0", param {"artifact": "art_0"}.

- publish_art_0: id "publish_art_0", param {"artifact": "art_0"}.

- decoy_0, decoy_1, etc. Not needed.

Now we need to produce a JSON array of tool calls in order.

We need to ensure we respect preconditions: we cannot call set_depth_flag_0 before set_flag_0. So 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. build_art_0 (build artifact art_0)

8. publish_art_0 (publish artifact art_0)

9. advance_0 (provision svc_0)

10. advance_1 (configure svc_0)

11. advance_2 (deploy svc_0)

12. advance_3 (health-check svc_0)

But we must also ensure that the health-check precondition includes that the service is deployed (which will be after step 11). Also depth_flag_4 must be set (step 6) and art_0 published (step 8). So order is fine.

Now we need to check if any other preconditions require something else. For set_depth_flag_1, precondition: it must currently be false. That's true initially. Also requires depth_flag_0 flag first. That is satisfied after step 2.

For set_depth_flag_2, precondition: currently false, requires depth_flag_1 first. Satisfied after step 3.

For set_depth_flag_3, precondition: currently false, requires depth_flag_2 first. Satisfied after step 4.

For set_depth_flag_4, precondition: currently false, requires depth_flag_3 first. Satisfied after step 5.

Now after step 6, depth_flag_4 is true.

Now build_art_0: artifact must be absent. It is absent initially, so okay.

After build_art_0, artifact is built. Then publish_art_0: artifact must be built. So okay.

Now provision svc_0: service must be down. It is down initially, so okay.

After provision, service is provisioned.

Then configure: service must be provisioned. So okay.

Then deploy: service must be configured. So okay.

Then health-check: service must be deployed, depth_flag_4 set, art_0 published. All satisfied.

Thus the plan works.

Now we need to output JSON array of objects with "tool": "<tool id>", "args": { ... }.

We must not include any prose, just the JSON array.

We must ensure we use exactly the tool ids as given.

List of tool ids we will use:

- "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"

Now we need to specify args for each.

For set_flag_0: args {"flag": "maintenance_window_open"}.

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

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

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

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

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

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

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

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

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

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

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

Now we need to output JSON array of these objects in order.

Make sure to use double quotes for JSON.

Thus final output:

[
  {"tool": "set_flag_0", "args": {"flag": "maintenance_window_open"}},
  {"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"}}
]

Check that we have at most 24 calls, we have 12.

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

Now output exactly that, no extra text.

Thus final answer.