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Record 7cbac058548b4e2290159d326b176b4c

PASS

Verdict and provenance first; raw prompt/response/reasoning below, collapsed.

✓PASSanswered "]" · model Nemotron 3 Nano 30B

finish_reason: stop · tokens in/out: 561/839 · cost: $0.000196 · latency: 6550.6 ms

tool_plantemplatestop

verifier_detail: kind=tool_plan;campaign=1;traps=poison_traps=0;dishonest_decoys_on=0;implicit_preconditions_on=0;zero_slack_on=0;id_collisions_on=0;detail=goal_reached;n_calls=3;optimal_depth=3;overhead=0

trap kind(s) this world was seeded for: poison_traps=0

lineage: 7cbac058

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Prompt 2,128 chars · 561 tokens in
You are an operations planner. Below is the current state of a small deployment environment, a goal, and a catalog of tools you may call. 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.
CURRENT STATE:
- registry-0 is currently down (not yet provisioned).
- ingest-1 is currently down (not yet provisioned).
- The release-image artifact does not exist yet.
- The db-migration artifact does not exist yet.
- The maintenance_window_open flag is off.
- The secrets_synced flag is off.

GOAL (all conditions must hold at the end):
- service 'registry-0' must reach at least the 'deployed' state

ENTITY IDS (use these exact ids in your tool args):
Services: svc_0 (registry-0), svc_1 (ingest-1)
Artifacts: art_0 (release-image), art_1 (db-migration)
Flags: flag_0 (maintenance_window_open), flag_1 (secrets_synced)

TOOL CATALOG:
- id: advance_1 | name: configure | params: service: service
    Configure a service, moving it from 'provisioned' to 'configured'. Precondition: the service must currently be 'provisioned'.
- id: advance_0 | name: provision | params: service: service
    Provision a service, moving it from 'down' to 'provisioned'. Precondition: the service must currently be 'down'.
- id: advance_2 | name: deploy | params: service: service
    Deploy a service, moving it from 'configured' to 'deployed'. Precondition: the service must currently be 'configured'.
- id: decoy_1 | name: warm_cache | params: service: service
    Warm the cache for a service (best-effort, no state change). (Has no effect on deployment state.)
- id: decoy_0 | name: audit_logs | params: service: service
    Audit the log stream for a service (read-only). (Has no effect on deployment state.)

Output ONLY a JSON array of tool calls that, executed in order from the current state, satisfies the goal. Each element must be an object {"tool": "<tool id>", "args": {"<param>": "<entity id>", ...}}. Do not include any prose, explanation, or markdown fences -- just the JSON array.

You may use at most 7 tool calls.
Response 839 tokens out · finish: stop
[
  {"tool":"advance_0","args":{"service":"svc_0"}},
  {"tool":"advance_1","args":{"service":"svc_0"}},
  {"tool":"advance_2","args":{"service":"svc_0"}}
]
Reasoning 3,213 chars
Model reasoning
We need to produce a JSON array of tool calls that will achieve the goal: service 'registry-0' must reach at least 'deployed' state. Entity IDs: svc_0 (registry-0), svc_1 (ingest-1). Artifacts: art_0 (release-image), art_1 (db-migration). Flags: flag_0 (maintenance_window_open), flag_1 (secrets_synced).

Current state: registry-0 is down (not provisioned). ingest-1 is down (not provisioned). release-image artifact does not exist yet. db-migration artifact does not exist yet. maintenance_window_open flag is off. secrets_synced flag is off.

We have tools:

- advance_1: configure service, moving from 'provisioned' to 'configured'. Precondition: service must currently be 'provisioned'.

- advance_0: provision service, moving from 'down' to 'provisioned'. Precondition: service must currently be 'down'.

- advance_2: deploy service, moving from 'configured' to 'deployed'. Precondition: service must currently be 'configured'.

- decoy_1: warm_cache (no effect)

- decoy_0: audit_logs (no effect)

We need to get registry-0 to deployed. Steps: provision it (down -> provisioned). Then configure it (provisioned -> configured). Then deploy it (configured -> deployed). However, we also need to consider preconditions about artifacts and flags? The problem statement didn't mention any preconditions about artifacts or flags for these tool calls. Only the tool preconditions are as listed. So we can just proceed.

But maybe there are hidden preconditions: maybe to configure a service we need the release-image artifact to exist? Not mentioned. Only precondition is that service must be provisioned. So we can provision svc_0 first.

But we also need to maybe provision ingest-1? Not required for goal, but maybe needed for some other precondition? Not mentioned. So we can ignore.

We also need to maybe enable maintenance_window_open flag? Not required for deployment. But maybe to deploy we need maintenance_window_open flag to be on? Not mentioned. Only tool preconditions are as listed. So we can just proceed.

But maybe there is an implicit requirement that artifacts must exist before deploying? Not in tool preconditions. However, the goal may require that release-image artifact exists before deploying? The problem didn't state that as a precondition for any tool. So we can ignore.

Thus minimal plan: provision svc_0, configure svc_0, deploy svc_0. That's 3 tool calls. Must output JSON array of objects with tool id and args.

Tool IDs: advance_0 for provision, advance_1 for configure, advance_2 for deploy.

Args: service: svc_0.

Thus output:

[
  {"tool":"advance_0","args":{"service":"svc_0"}},
  {"tool":"advance_1","args":{"service":"svc_0"}},
  {"tool":"advance_2","args":{"service":"svc_0"}}
]

Check that each tool call's precondition holds at the moment we call it.

Initial state: svc_0 is down. So advance_0 precondition: service must be down. Yes.

After advance_0, svc_0 becomes provisioned. Then advance_1 precondition: service must be provisioned. Yes.

After advance_1, svc_0 becomes configured. Then advance_2 precondition: service must be configured. Yes.

Thus plan works.

We must output only JSON array, no extra text. Ensure proper JSON formatting.

Thus final answer.
Realized dims 13
dimvalue
catalog_size5.0
chain_length0.0
decoy_count2.0
dishonest_decoys_on0.0
id_collisions_on0.0
implicit_preconditions_on0.0
irreversibility0.0
parallel_goals1.0
plan_overhead0.0
poison_traps0.0
realized_plan_depth3.0
state_obscurity0.0
zero_slack_on0.0
Latent params 11
paramvalue
decoy_tools2.0
dishonest_decoys_on0.0
id_collisions_on0.0
implicit_preconditions_on0.0
irreversibility0.0
parallel_goals1.0
plan_depth3.0
poison_traps0.0
precondition_chain0.0
state_obscurity0.0
zero_slack_on0.0