Record 35d651d18b3646d991ecfd96cfe79cb2

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

Current state: all services down, artifacts not exist, flags off.

We have tools:

- provision (adva-nce_0) moves service from down to provisioned. Precondition: service currently down.

- confirm_service_target (decoy_o1) confirms webhooks-0 is tracking toward required goal state. Probably just a tool that does something but no precondition? It likely just confirms; maybe no precondition. It takes service param.

- set_flag_0 (set_flag) sets flag_0 to true, precondition: currently false.

- poiso-n_trap (sync_release_state) reconcile webhooks-0's deployment metadata ahead of rollout. No precondition.

- publish_artifact (publis_h_art_0) publishes artifact, precondition: artifact must be built.

- sync_release_state (decoy_o0) same as poiso-n_trap? It also reconciles webhooks-0's deployment metadata before rollout. No precondition.

- build_artifact (build_art_0) builds artifact, precondition: artifact must be absent.

- deploy (adva-nce_2) deploys service, moving from configured to deployed. Preconditions: service must be configured, flag_0 must be set, artifact must be published, flag_interleave_2 must be open.

- configure (adva-nce_1) configure service, moving from provisioned to configured. Preconditions: service must be provisioned, flag_interleave_2 must be open.

- open_interleave_window (open_interleave_window) opens flag_interleave_2, precondition: flag must be closed.

We need to get webhooks-0 to deployed, gateway-1 to configured.

We have services ids: svc_0 (webhooks-0), svc_1 (gateway-1), svc_2 (cache-2). We need to use these exact ids in tool args.

We also have flags: flag_0 (maintenance_window_open), flag_1 (secrets_synced), flag_interleave_2 (interleave_window). The flag_interleave_2 is the one needed for configure and deploy.

We need to set flag_0 to true (maintenance_window_open) because deploy requires it.

We need to open interleave window flag (flag_interleave_2) to open.

We need to provision services first: provision svc_0 and svc_1 (and maybe svc_2 but not needed). Provision moves from down to provisioned.

Then configure gateway-1 (svc_1) to configured. That requires provisioned and flag_interleave_2 open.

Then we need to build artifact art_0 (release-image). It is currently absent. So build_artifact artifact: art_0.

Then publish_artifact artifact: art_0 (requires built). Then maybe sync_release_state (poiso-n_trap or decoy_o0) to reconcile metadata. Probably needed before deploy.

Then deploy webhooks-0 (svc_0) to deployed. Preconditions: service must be configured (so we need to configure svc_0 first?), flag_0 must be set, artifact must be published, flag_interleave_2 must be open.

But we also need to configure svc_0 to configured before deploying? Actually deploy precondition: service must be configured. So we need to configure svc_0 after provisioning, before deploying. That also requires flag_interleave_2 open.

Thus steps:

1. provision svc_0 (adva-nce_0 with service: svc_0)
2. provision svc_1 (adva-nce_0 with service: svc_1)
3. open_interleave_window (open_interleave_window) (makes flag_interleave_2 open)
4. configure svc_1 (adva-nce_1 with service: svc_1) (needs provisioned and flag_interleave_2 open) -> moves to configured (goal for gateway-1)
5. set_flag_0 (set_flag with flag: flag_0) (sets maintenance_window_open to true)
6. build_artifact artifact: art_0 (build_art_0 with artifact: art_0) (absent -> built)
7. publish_artifact artifact: art_0 (publis_h_art_0 with artifact: art_0) (built -> published)
8. sync_release_state (poiso-n_trap with service: svc_0) (reconcile metadata) (no precondition)
9. deploy svc_0 (adva-nce_2 with service: svc_0) (needs configured, flag_0 true, artifact published, flag_interleave_2 open) -> moves to deployed.

We have used 9 tool calls exactly. Let's count: provision svc_0, provision svc_1, open_interleave_window, configure svc_1, set_flag_0, build_artifact art_0, publish_artifact art_0, poiso-n_trap svc_0, deploy svc_0. That's 9.

Check preconditions at each step:

- provision svc_0: precondition service must be down. It is down. OK.
- provision svc_1: same, down. OK.
- open_interleave_window: precondition flag must be closed. Initially closed. OK.
- configure svc_1: precondition service must be provisioned (yes after provision) and flag_interleave_2 open (yes). OK.
- set_flag_0: precondition flag_0 must be false. Initially false. OK.
- build_artifact art_0: precondition artifact must be absent. It is absent. OK.
- publish_artifact art_0: precondition artifact must be built. After build, it's built. OK.
- poiso-n_trap svc_0: no precondition. OK.
- deploy svc_0: precondition service must be configured. We haven't configured svc_0 yet! Actually we only configured svc_1. For deploy, we need svc_0 to be configured. So we need to configure svc_0 as well before deploying. But we have no more tool calls left (we used 9). We need to adjust plan.

We need to configure svc_0 to configured before deploying. That would require an extra tool call (configure svc_0). But we are limited to at most 9 calls. Let's see if we can combine some steps or reorder to reduce calls.

We need to achieve both goals: svc_0 deployed, svc_1 configured. To deploy svc_0, we need it to be configured. So we must configure svc_0. That adds a configure call for svc_0. But we also need to configure svc_1. That's two configure calls. Plus provision for both services (2). Plus open_interleave_window (1). Plus set_flag_0 (1). Plus build_artifact (1). Plus publish_artifact (1). Plus sync_release_state (maybe not needed? But maybe required for deploy? Not a precondition but maybe recommended; but not required). Deploy (1). That's total: 2 provision + 2 configure + 1 open_interleave_window + 1 set_flag_0 + 1 build_artifact + 1 publish_artifact + 1 deploy + maybe 1 sync_release_state = 9? Let's count: provision svc_0 (1), provision svc_1 (2), open_interleave_window (3), configure svc_0 (4), configure svc_1 (5), set_flag_0 (6), build_artifact art_0 (7), publish_artifact art_0 (8), deploy svc_0 (9). That's 9 calls, no extra sync_release_state. But we also need to ensure artifact is published before deploy. We built and published artifact, but we didn't call publish_artifact? Actually we need to publish artifact; we have a call for publish_artifact. In the above count we didn't include it. Let's recount properly.

We need to build artifact (build_artifact) and publish_artifact (publish_artifact). That's two calls. So we need to include both. That adds to count.

Let's list required calls:

- provision svc_0
- provision svc_1
- open_interleave_window
- configure svc_0
- configure svc_1
- set_flag_0
- build_artifact art_0
- publish_artifact art_0
- deploy svc_0

That's 9 calls exactly. No extra sync_release_state needed. But we also need to ensure that before deploy, the artifact is published (which we do). Also need flag_interleave_2 open (we open it). Also need flag_0 set (we set it). Also need service configured (we configure both). So this should satisfy.

But we also need to ensure that the artifact is built before publishing. We'll build then publish. That's fine.

Now check preconditions for each call in order:

1. provision svc_0: service svc_0 is down. OK.
2. provision svc_1: service svc_1 is down. OK.
3. open_interleave_window: flag_interleave_2 is closed. OK.
4. configure svc_0: precondition service must be provisioned (yes after step 1) and flag_interleave_2 open (yes after step 3). OK.
5. configure svc_1: precondition service must be provisioned (yes after step 2) and flag_interleave_2 open (yes). OK.
6. set_flag_0: precondition flag_0 must be false. Initially false. OK.
7. build_artifact art_0: precondition artifact must be absent. It is absent. OK.
8. publish_artifact art_0: precondition artifact must be built. After step 7, it's built. OK.
9. deploy svc_0: precondition service must be configured (yes after step 4), flag_0 must be set (yes after step 6), artifact must be published (yes after step 8), flag_interleave_2 must be open (yes after step 3). All satisfied.

Thus 9 calls meet all preconditions.

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

- provision is "adva-nce_0"
- configure is "adva-nce_1"
- open_interleave_window is "open_interleave_window"
- set_flag_0 is "set_flag_0"
- build_artifact is "build_art_0"
- publish_artifact is "publis_h_art_0"
- deploy is "adva-nce_2"
- sync_release_state (poiso-n_trap) we are not using; we are using poiso-n_trap? Actually we are not using any sync_release_state tool. The catalog includes "poiso-n_trap" and "decoy_o0". We are not using them; that's fine.

But we need to ensure we use correct tool ids: "adva-nce_0" for provision, "adva-nce_1" for configure, "open_interleave_window" for open_interleave_window, "set_flag_0" for set_flag, "build_art_0" for build_artifact, "publis_h_art_0" for publish_artifact, "adva-nce_2" for deploy.

Now we need to produce JSON array with each element: {"tool": "<tool id>", "args": {"<param>": "<entity id>", ...}}.

Parameters for each tool:

- provision: params: service: service -> args: {"service": "svc_0"} etc.
- configure: params: service: service -> args: {"service": "svc_0"} etc.
- open_interleave_window: no args.
- set_flag_0: params: flag: flag -> args: {"flag": "flag_0"}
- build_artifact: params: artifact: artifact -> args: {"artifact": "art_0"}
- publish_artifact: params: artifact: artifact -> args: {"artifact": "art_0"}
- deploy: params: service: service -> args: {"service": "svc_0"}

Thus the JSON array order:

1. {"tool":"adva-nce_0","args":{"service":"svc_0"}}
2. {"tool":"adva-nce_0","args":{"service":"svc_1"}}
3. {"tool":"open_interleave_window","args":{}} (no args)
4. {"tool":"adva-nce_1","args":{"service":"svc_0"}}
5. {"tool":"adva-nce_1","args":{"service":"svc_1"}}
6. {"tool":"set_flag_0","args":{"flag":"flag_0"}}
7. {"tool":"build_art_0","args":{"artifact":"art_0"}}
8. {"tool":"publis_h_art_0","args":{"artifact":"art_0"}}
9. {"tool":"adva-nce_2","args":{"service":"svc_0"}}

Check that we used exactly 9 calls. Yes.

Now ensure that the JSON array is valid and no extra prose. Provide just the array.

Thus final answer: JSON array as above.