en un clic
decodex
Use when routing Decodex work.
Installer avec Codex ou Claude Copiez ce prompt, collez-le dans Codex, Claude ou un autre assistant, puis laissez-le vérifier la page du skill et l'installer pour vous.
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Use when routing Decodex work.
Installer avec Codex ou Claude Copiez ce prompt, collez-le dans Codex, Claude ou un autre assistant, puis laissez-le vérifier la page du skill et l'installer pour vous.
Basé sur la classification professionnelle SOC
Use when publishing a checked `social_candidate/v1` or explicit operator handoff to @decodexspace, or writing the matching `social_post/v1` non-published record.
Use when Decodex X Publisher needs to decide whether an artifact-backed @decodexspace post or generated media is worth publishing.
Use when reading upstream OpenAI Codex PR, commit, file, or patch evidence to understand what changed, whether it is user-visible, and how it affects Decodex Radar, Control Plane, Publisher, or follow-up engineering.
Use when evaluating upstream Codex releases, prereleases, app updates, or changelog entries and deciding what Radar evidence Decodex should publish, watch, or absorb from the release.
Use when scanning latest upstream OpenAI Codex commits, PRs, releases, or changelog entries to decide which items deserve a GitHub bundle, code analysis, upstream-impact classification, site signal, or Publisher handoff evidence.
Use when turning a reviewed GitHub bundle and code-analysis result into a Decodex signal draft, especially for writing or updating the local editorial analysis JSON that feeds `radar render-signal`.
| name | decodex |
| description | Use when routing Decodex work. |
Route Decodex work to the narrowest Decodex-owned surface. Read
../../references/routing.md when planning, runtime ops,
commit, or landing boundaries matter.
planning: accepted Decodex work needs issues or Program readiness.decodex-ops: runtime operations, retained automation, human-driven CLI, labels,
intake, recovery, and lane control.commit, land: only their narrow high-risk authority surfaces.For MCP gateway, runtime, tracker, or control-plane work, read
../../references/routing.md before choosing tools. MCP is a typed facade; it does
not bypass Decision Contract, lane-control, review, landing, tracker, or runtime
authority gates.
For lane lifecycle architecture, treat the lifecycle kernel as the runtime authority
boundary when work touches scheduler, retry, post-review, queue, status, lane-control,
landing, closeout, or operator readback decisions.
Runtime surfaces may collect structured facts, execute command intents, or render
projections; final post-review lifecycle states must come from the pure kernel and be
persisted by the runtime state adapter as decodex/lifecycle-authority-record/1 plus a
decodex/lifecycle-event/1 envelope.
For autonomy work, use the capability-profiled MCP surface: observe reads
decodex://projects/{service_id}/autonomy summaries, while plan may use
autonomy_draft_objective,
autonomy_accept_objective, autonomy_submit_signal,
autonomy_compile_proposal, autonomy_challenge_proposal, and
autonomy_request_promotion; accepted-policy automation additionally uses
autonomy_accept_runtime_policy and autonomy_apply_runtime_policy. Auth and profile prove access only; Objective Contract
acceptance and proposal acceptance still require explicit human or accepted
project-policy authority resolved from trusted Decodex state, not a caller-supplied
policy body. Runtime-policy acceptance requires the interactive
decodex project accept-runtime-policy operator ceremony. It binds the OS-resolved
principal, exact Objective digest, public non-goals, and typed candidate-digest
confirmation into a server-side single-use 10-minute receipt that the CLI atomically
consumes. MCP may preview but cannot perform acceptance, including through default
Admin stdio. autonomy_apply_runtime_policy runs a
Decodex-internal challenge and may promote only an exact accepted-Objective proposal;
it never invokes Program Intake. Use intake_goal dry-run and apply as separate calls.
Decodex derives one canonical claim per contract: prepared is retry-safe,
started is externally uncertain and must stop automatic retries, and completed
is terminal. The claim binds project/config/workflow/team-anchor inputs and current
proposal objections are rechecked before intake. retry-prepared performs the exact
bound retry. Use decodex intake recover for typed inspection or reconciliation;
never edit the runtime database to clear a claim.
Program Intake is not queue-label polling. Decodex-owned landing uses decodex land,
not raw GitHub merge paths. Issue-authority manual landing enters lifecycle authority;
non-issue --manual-authority --pr remains the local receipt exception.