Record a60d9918ce104300a0f4aaa68632c7c5

We need to produce a JSON array of tool calls that will achieve the goal: registry-0 must reach at least 'deployed' state, search-1 must reach at least 'configured' state.

Current state: all services down (not provisioned). No artifacts exist. Flags all off.

We have tools:

- provision (adva-nce_0) provision service: moves from down to provisioned.
- stage_goal_gate (decoy_o0) stage_goal_gate service: stages the gating condition registry-0 needs to reach the goal. Not sure what it does; maybe it sets some condition? Probably needed to stage something for registry-0 to reach goal? Might be required before other steps? We'll see.

- refresh_deploy_context (dec-oy_1) refreshes registry-0's deploy context ahead of the goal check.

- poison_trapo0 (poison_trapo0) sync release state.

- publish_artifact (publish_art_o0) publish artifact: moves from built to published.

- set_flag_1 (set_flag_1) set flag_1 (secrets_synced) to true. Requires flag_0 first.

- build_artifact (build_art_0) build artifact: moves from absent to built.

- set_flag_0 (set_flag_0) set flag_0 (maintenance_window_open) to true.

- deploy (adva_nce_2) deploy service: moves from configured to deployed. Requires flag_1 set, art_0 published, flag_interleave_3 open.

- configure (advance_o1) configure service: moves from provisioned to configured. Requires flag_interleave_3 open.

- open_interleave_window (open_interleave_window) opens the shared interleave window flag.

We also have flag_interleave_3 (interleave_window) but not listed as a flag? It is listed as flag_interleave_3 (interleave_window). Probably a flag that can be set? There's no tool to set it directly; only open_interleave_window opens it (no args). So we can call open_interleave_window to set that flag to true.

Goal: registry-0 must reach at least 'deployed' state. That means we need to provision it, then configure it, then deploy it. Provision -> provisioned, configure -> configured, deploy -> deployed.

search-1 must reach at least 'configured' state. So we need to provision it, then configure it. Provision -> provisioned, configure -> configured.

Constraints: Each rung requires previous rung. So we must provision before configure, configure before deploy for registry-0. For search-1, we need provision then configure.

Additional requirements: Deploy (adva_nce_2) requires flag_1 set, art_0 published, flag_interleave_3 open.

Configure (advance_o1) requires flag_interleave_3 open.

Also stage_goal_gate maybe needed for registry-0? It says "Stages the gating condition registry-0 needs to reach the goal." Might be required before something else? Possibly needed before provision? Not sure. But we can include it if needed.

We also have refresh_deploy_context (dec-oy_1) which refreshes registry-0's deploy context ahead of the goal check. Might be needed before deploy? Possibly required before deploy.

We also have poison_trapo0 (sync release state) which reconciles registry-0's deployment metadata ahead of rollout. Might be needed before deploy.

We also have publish_artifact to publish art_0. We need to build artifact first (build_artifact), then publish (publish_artifact). Then deploy requires artifact published.

We also need flag_0 (maintenance_window_open) set to true before we can set flag_1 (secrets_synced) because set_flag_1 requires flag_0 first. So we need to set flag_0 before flag_1.

We also need flag_interleave_3 open for configure and deploy. open_interleave_window opens it (no args). So we can call that at some point.

We also need flag_1 (secrets_synced) set to true (set_flag_1). That requires flag_0 already true.

We also need art_0 built and published before deploy.

Goal: registry-0 deployed, search-1 configured.

We have at most 10 tool calls.

Let's plan steps:

1. Set flag_0 (maintenance_window_open) to true. Use set_flag_0 (set_flag_o0) with flag: flag_0.

2. Build artifact art_0 (release-image). Use build_artifact (build_art_0) with artifact: art_0.

3. Publish artifact art_0. Use publish_artifact (publish_art_o0) with artifact: art_0.

4. Open interleave window (open_interleave_window). This sets flag_interleave_3 open.

5. Provision service svc_0 (registry-0). Use provision (adva-nce_0) with service: svc_0.

6. Configure service svc_0. Use configure (advance_o1) with service: svc_0. This requires flag_interleave_3 open, which we opened.

7. Set flag_1 (secrets_synced) to true. Use set_flag_1 (set_flag_1) with flag: flag_1. This requires flag_0 already true (we set it). Good.

8. Sync release state (poison_trapo0) maybe needed before deploy? Use poison_trapo0 (poison_trapo0) with service: svc_0.

9. Refresh deploy context (dec-oy_1) maybe needed before deploy? Use refresh_deploy_context (dec-oy_1) with service: svc_0.

10. Deploy service svc_0 (registry-0). Use deploy (adva_nce_2) with service: svc_0. This requires flag_1 set (we set it), art_0 published (we published), flag_interleave_3 open (we opened). So deploy is allowed.

Now we also need to get search-1 to configured. So we need to provision svc_1 (search-1) and configure it. Provision (adva-nce_0) with service: svc_1. Then configure (advance_o1) with service: svc_1. That also requires flag_interleave_3 open, which is already open.

We have limited tool calls (max 10). Let's count needed calls.

Potential sequence:

1. set_flag_0 (set_flag_o0) flag_0
2. build_artifact art_0
3. publish_artifact art_0
4. open_interleave_window
5. provision svc_0
6. configure svc_0
7. set_flag_1 flag_1
8. poison_trapo0 svc_0
9. refresh_deploy_context svc_0
10. deploy svc_0
But we also need to provision and configure svc_1. That would add more calls, exceeding 10.

Maybe some steps can be combined or some tools not needed? Let's examine requirements: The goal only requires registry-0 deployed and search-1 configured. It does not require any other services or flags to be set beyond those needed for the deploy of registry-0. However, the tools have preconditions; we must satisfy them.

But maybe we can skip some optional steps like poison_trapo0, refresh_deploy_context, stage_goal_gate, etc. The only mandatory steps for registry-0 deployed are:

- provision svc_0 (down -> provisioned)
- configure svc_0 (provisioned -> configured)
- deploy svc_0 (configured -> deployed)

But deploy requires flag_1, art_0 published, flag_interleave_3 open.

Thus we need to:

- set flag_0 (maintenance_window_open) to true (to later set flag_1)
- build_artifact art_0
- publish_artifact art_0
- open_interleave_window (makes flag_interleave_3 open)
- set_flag_1 (secrets_synced) to true (requires flag_0)
- provision svc_0
- configure svc_0 (requires flag_interleave_3 open)
- deploy svc_0 (requires flag_1, art_0 published, flag_interleave_3 open)

That's 9 tool calls (set_flag_0, build_artifact, publish_artifact, open_interleave_window, provision svc_0, configure svc_0, set_flag_1, deploy svc_0). Wait that's 8? Let's count:

1. set_flag_0 (set_flag_o0) flag_0
2. build_artifact art_0
3. publish_artifact art_0
4. open_interleave_window
5. provision svc_0
6. configure svc_0
7. set_flag_1 flag_1
8. deploy svc_0

That's 8 calls. But we also need to provision and configure search-1 (svc_1) to reach configured. That adds at least 2 more calls: provision svc_1, configure svc_1. That would bring total to 10 (if we replace some earlier calls? Actually we have 8 now; adding 2 makes 10, which is the max allowed. So we can fit them if we don't need any extra optional steps like poison_trapo0 or refresh_deploy_context. So we can skip those.

But we must ensure that configure svc_1 also requires flag_interleave_3 open, which we have opened earlier, so it's fine.

Thus a possible plan with exactly 10 calls:

1. set_flag_0 (set_flag_o0) flag: flag_0
2. build_artifact (build_art_0) artifact: art_0
3. publish_artifact (publish_art_o0) artifact: art_0
4. open_interleave_window (open_interleave_window) (no args)
5. provision svc_0 (adva-nce_0) service: svc_0
6. provision svc_1 (adva-nce_0) service: svc_1
7. configure svc_0 (advance_o1) service: svc_0
8. configure svc_1 (advance_o1) service: svc_1
9. set_flag_1 (set_flag_1) flag: flag_1
10. deploy svc_0 (adva_nce_2) service: svc_0

But note ordering: deploy requires flag_1 set, art_0 published, flag_interleave_3 open. We set flag_1 after configuring svc_0 and svc_1? That's okay; deploy only needs flag_1 set, not necessarily before configure. So we can set flag_1 before deploy, after configure steps. That's fine.

But we must also ensure that configure svc_0 and svc_1 require flag_interleave_3 open, which we opened at step 4, so okay.

Now check preconditions for each tool:

- set_flag_0: no preconditions (just set flag_0 to true). It can be set while currently false. Currently flag_0 is off, so we can set it. Good.

- build_artifact: builds artifact art_0 from absent to built. No preconditions.

- publish_artifact: publishes artifact from built to published. Requires artifact built. We just built it, so okay.

- open_interleave_window: no args, opens flag_interleave_3. No preconditions.

- provision svc_0: moves from down to provisioned. No preconditions.

- provision svc_1: same.

- configure svc_0: requires flag_interleave_3 open. We opened it, so okay.

- configure svc_1: same requirement, satisfied.

- set_flag_1: requires flag_0 already true. We set it at step 1, so okay.

- deploy svc_0: requires flag_1 set, art_0 published, flag_interleave_3 open. All satisfied: flag_1 set at step 9, art_0 published at step 3, flag_interleave_3 open at step 4. So okay.

Thus the sequence works.

But we must ensure that we are not exceeding 10 calls. We have exactly 10 calls.

Now we need to output JSON array of objects with "tool" and "args". The tool ids are as given:

- set_flag_o0 (set_flag_0) id: set_flag_o0? Actually the tool id listed is "set_flag_o0" name: set_flag. The id is "set_flag_o0". So we should use that id.

- build_artifact id: build_art_0

- publish_artifact id: publish_art_o0

- open_interleave_window id: open_interleave_window (no args)

- provision id: adva-nce_0

- configure id: advance_o1

- set_flag_1 id: set_flag_1

- deploy id: adva_nce_2

Thus the JSON array should be:

[
  {"tool": "set_flag_o0", "args": {"flag": "flag_0"}},
  {"tool": "build_art_0", "args": {"artifact": "art_0"}},
  {"tool": "publish_art_o0", "args": {"artifact": "art_0"}},
  {"tool": "open_interleave_window", "args": {}},
  {"tool": "adva-nce_0", "args": {"service": "svc_0"}},
  {"tool": "adva-nce_0", "args": {"service": "svc_1"}},
  {"tool": "advance_o1", "args": {"service": "svc_0"}},
  {"tool": "advance_o1", "args": {"service": "svc_1"}},
  {"tool": "set_flag_1", "args": {"flag": "flag_1"}},
  {"tool": "adva_nce_2", "args": {"service": "svc_0"}}
]

Check that we used correct ids: "adva-nce_0" is provision, "advance_o1" is configure, "adva_nce_2" is deploy.

Make sure we didn't use any tool that requires extra preconditions not met. For configure, we need flag_interleave_3 open, which we opened earlier, so okay.

Now ensure that we didn't need to stage goal gate or refresh deploy context or sync release state etc. Not required.

Thus output just the JSON array.

One more nuance: The tool "stage_goal_gate" might be needed for registry-0 to reach goal? The description: "Stages the gating condition registry-0 needs to reach the goal." Might be required before something else? But not explicitly required for deploy. The goal is to reach deployed, not just goal gating. Might be optional. Since we are within 10 calls, we could skip it.

But maybe the system expects to use stage_goal_gate for registry-0 before anything else? The description: "Stages the gating condition registry-0 needs to reach the goal." Might be a prerequisite for any operation that aims to achieve the goal? Not sure. However, the goal is to have registry-0 deployed, which is a goal. The tool might be needed to stage the gating condition before you can proceed to configure or deploy? The description is ambiguous. But the problem statement says "Each tool has typed parameters and PRECONDITIONS that must hold at the moment you call it; calling a tool whose preconditions are not met is an error and your plan fails." It does not say we must use stage_goal_gate; we can choose any tools as needed. So we can skip it.

Thus the plan above should be valid.

Now produce JSON array exactly as required, no extra text.