Record 54ba01dd863c4a7bbfce5e17c7a7de46

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

We have current state: all services down (not provisioned). No artifacts exist. Flags: maintenance_window_open (flag_0) off, secrets_synced (flag_1) off, feature_gate_on (flag_2) off, interleave_window flag (flag_interleave_3) not mentioned but presumably off; there is a tool open_interleave_window to open it.

We have tools:

- audit_rollout_plan (decoy_o0) - cross-checks cache-0's rollout plan against goal. Probably just a check, not needed.

- set_flag (set_-flag_1) - set flag_1 to true, requires flag_0 first.

- build_artifact (build_art_o0) - build artifact (art_0) from absent to built.

- provision (adva-nce_0) - provision a service, moving from down to provisioned.

- confirm_service_target (dec_oy_1) - confirms cache-0 is tracking toward required goal state. Probably just a check.

- publish_artifact (publis_h_art_0) - publish artifact (art_0) from built to published.

- set_flag_0 (set_flag) - set flag_0 to true.

- sync_release_state (poiso_n_trap) - reconcile cache-0's deployment metadata ahead of rollout.

- deploy (adva-nce_2) - deploy a service, moving from configured to deployed. Requires flag_1 set, art_0 published, flag_interleave_3 open.

- configure (adva-nce_1) - configure a service, moving from provisioned to configured. Requires flag_interleave_3 open.

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

We need to produce a sequence of up to 10 tool calls that achieve the goal.

Goal: cache-0 deployed, notifier-1 configured.

We need to provision services first, then configure, then deploy (for cache-0). For notifier-1, we need to configure it (provisioned -> configured). It may also need to be provisioned first.

We also need artifacts: release-image (art_0) must be built and published before deploy (since deploy requires art_0 published). Also need flag_1 (secrets_synced) set, and flag_interleave_3 open.

Flag_1 can only be set if flag_0 is set first. So we need to set flag_0, then set flag_1.

Flag_interleave_3 open can be done via open_interleave_window (no args). It may also be required for configure and deploy.

Also need to build artifact art_0 (release-image) and publish it.

We also may need to sync_release_state (poiso_n_trap) for cache-0? Not sure if required; maybe not mandatory but could be used.

We need to ensure we don't exceed 10 calls.

Let's outline steps:

1. set_flag_0 (set_flag) to turn on maintenance_window_open (flag_0). This is required before setting flag_1.

2. set_flag_1 (set_flag) to turn on secrets_synced (flag_1). This now can be done because flag_0 is true.

3. open_interleave_window (open_interleave_window) to open flag_interleave_3.

4. build_artifact (build_art_o0) for art_0 (release-image). This moves from absent to built.

5. publish_artifact (publis_h_art_0) for art_0, moving from built to published.

6. provision (adva-nce_0) for service svc_0 (cache-0) to provision it (down -> provisioned).

7. configure (adva-nce_1) for service svc_0? Actually configure is for any service, moving from provisioned to configured. But we need to configure notifier-1 (svc_1) to reach configured state. So we can configure svc_1. However configure requires flag_interleave_3 open, which we have opened. So we can configure svc_1.

But also we need to provision svc_1 first (down -> provisioned). So we need to provision svc_1.

Thus steps:

6. provision svc_1 (notifier-1) to provisioned.

7. configure svc_1 (notifier-1) to configured.

8. provision svc_0 (cache-0) to provisioned.

9. configure svc_0 (cache-0) to configured. But we need to deploy cache-0 to deployed, not just configure. Deploy requires flag_1, art_0 published, flag_interleave_3 open. We have flag_1 set, art_0 published, flag_interleave_3 open. So we can deploy svc_0.

Thus after provisioning and configuring svc_0, we can deploy it.

But note that configure for svc_0 may not be needed if we can directly deploy? Deploy moves from configured to deployed, so it must be configured first. So we need to configure svc_0 as well.

Thus steps for cache-0:

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

We also may need to sync_release_state (poiso_n_trap) before deploy? Not required but maybe helpful. Not required by preconditions.

We also may need to confirm_service_target (dec_oy_1) for cache-0? Not required but maybe optional.

We need to ensure we don't exceed 10 calls. Let's count:

1. set_flag_0 (set_flag) flag: flag_0
2. set_flag_1 (set_flag) flag: flag_1
3. open_interleave_window (open_interleave_window) no args
4. build_artifact (build_art_o0) artifact: art_0
5. publish_artifact (publis_h_art_0) artifact: art_0
6. provision (adva-nce_0) service: svc_1 (notifier-1)
7. provision (adva-nce_0) service: svc_0 (cache-0)
8. configure (adva-nce_1) service: svc_1 (notifier-1) -> configured
9. configure (adva-nce_1) service: svc_0 (cache-0) -> configured
10. deploy (adva-nce_2) service: svc_0 (cache-0) -> deployed

That's exactly 10 calls, meeting the limit. All preconditions are satisfied:

- set_flag_0 can be called anytime? No preconditions mentioned. It just sets flag_0.

- set_flag_1 requires flag_0 first. After step 1, flag_0 is true, so step 2 is allowed.

- open_interleave_window has no preconditions; can be called anytime.

- build_artifact: builds artifact from absent to built; no preconditions.

- publish_artifact: requires artifact built; after step 4, artifact is built, so step 5 allowed.

- provision: moves from down to provisioned; can be called on any service that is down; both svc_1 and svc_0 are down, so allowed.

- configure: requires flag_interleave_3 open; we opened it in step 3, so allowed. Also requires service to be provisioned; after step 6, both services are provisioned, so allowed.

- deploy: requires flag_1 set (true), art_0 published (true), flag_interleave_3 open (true). All satisfied after steps 1-3,5. Also requires service to be configured; after step 9, svc_0 is configured, so allowed.

Thus sequence works.

We must output JSON array of objects with "tool" and "args". Use exact tool ids.

Tool ids:

- set_flag is "set_-flag_1"? Actually the tool id is "set_-flag_1" (name: set_flag). The param is flag: flag. So we need to specify "flag": "flag_0" or "flag_1"? The param is flag: flag (the flag identifier). So we need to pass "flag": "flag_0" for first call, "flag": "flag_1" for second call.

- build_artifact id is "build_art_o0". param: artifact: artifact. So "artifact": "art_0".

- publish_artifact id is "publis_h_art_0". param: artifact: artifact. So "artifact": "art_0".

- provision id is "adva-nce_0". param: service: service. So "service": "svc_1" etc.

- configure id is "adva-nce_1". param: service: service.

- deploy id is "adva-nce_2". param: service: service.

- open_interleave_window id is "open_interleave_window". No args.

- set_flag_0 is also "set_flag"? Actually there are two set_flag tools: one is "set_-flag_1" (set_flag) and another is "set_flag_0"? Wait the catalog lists:

- id: set_-flag_1 | name: set_flag | params: flag: flag (requires flag_0 first)
- id: set_flag_0 | name: set_flag | params: flag: flag

Actually they have two set_flag tools: one named set_-flag_1 (maybe a typo) and another named set_flag_0. Both have same name but different ids. The first is "set_-flag_1" (maybe set_flag_1). The second is "set_flag_0". Both set a flag, but the first requires flag_0 first; the second just sets flag_0? Actually description: "set_flag_0 | name: set_flag | params: flag: flag". That seems to set flag_0? But param is flag: flag, so you can set any flag? But maybe it's just a generic setter; but they differentiate by id. The first one "set_-flag_1" maybe sets flag_1? Actually the name is set_flag but id includes -flag_1 maybe indicating it's for flag_1? The description says "Set the flag_1 flag to true. Requires the flag_0 flag first." So that tool sets flag_1. Its id is "set_-flag_1". So we should use that for setting flag_1.

The second "set_flag_0" maybe sets flag_0? Its description just "Set the flag_0 flag to true." So we should use that for setting flag_0. Its id is "set_flag_0". So we need to call set_flag_0 to set flag_0.

Thus steps:

1. set_flag_0 (id: set_flag_0) with flag: flag_0? Actually param is flag: flag, but to set flag_0 we pass "flag": "flag_0". So args: {"flag":"flag_0"}.

2. set_-flag_1 (id: set_-flag_1) with flag: "flag_1". So args: {"flag":"flag_1"}.

3. open_interleave_window (id: open_interleave_window) no args.

4. build_art_o0 (id: build_art_o0) with artifact: "art_0".

5. publis_h_art_0 (id: publis_h_art_0) with artifact: "art_0".

6. adva-nce_0 (provision) with service: "svc_1".

7. adva-nce_0 (provision) with service: "svc_0".

8. adva-nce_1 (configure) with service: "svc_1".

9. adva-nce_1 (configure) with service: "svc_0".

10. adva-nce_2 (deploy) with service: "svc_0".

Make sure we use exact ids: "set_flag_0", "set_-flag_1", "build_art_o0", "publis_h_art_0", "adva-nce_0", "adva-nce_1", "adva-nce_2", "open_interleave_window". Also "adva-nce_0" appears twice; it's okay.

Now produce JSON array of objects in order.

Each object: {"tool": "<tool id>", "args": {"<param>": "<value>", ...}}.

For open_interleave_window, args empty object {}.

Thus final JSON array:

[
  {"tool":"set_flag_0","args":{"flag":"flag_0"}},
  {"tool":"set_-flag_1","args":{"flag":"flag_1"}},
  {"tool":"open_interleave_window","args":{}},
  {"tool":"build_art_o0","args":{"artifact":"art_0"}},
  {"tool":"publis_h_art_0","args":{"artifact":"art_0"}},
  {"tool":"adva-nce_0","args":{"service":"svc_1"}},
  {"tool":"adva-nce_0","args":{"service":"svc_0"}},
  {"tool":"adva-nce_1","args":{"service":"svc_1"}},
  {"tool":"adva-nce_1","args":{"service":"svc_0"}},
  {"tool":"adva-nce_2","args":{"service":"svc_0"}}
]

Check that we didn't exceed 10 calls: we have 10 objects.

All preconditions satisfied.

Thus output exactly that JSON array, no extra text.