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idg-esl-hop

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Atualizado19 de julho de 2026 às 20:54

ESL lifecycle hop — when the cortex routes a verified, drift-checked change to IDG in an ESL-enabled project (tonberry MCP available), the Scribe owns the archived hop: archive the change folder, chronicle the lifecycle outcome with provenance, and route the promotion-intent envelope to CRYSTALIUM. Absent tonberry → document normally (ESL opt-in).

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Rynaro

Rynaro/lararium

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Ocupações relacionadasSOC

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Outras ocupações de informáticaInformática e Matemática·SOC 15-1299

SKILL.md

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name	idg-esl-hop
description	ESL lifecycle hop — when the cortex routes a verified, drift-checked change to IDG in an ESL-enabled project (tonberry MCP available), the Scribe owns the archived hop: archive the change folder, chronicle the lifecycle outcome with provenance, and route the promotion-intent envelope to CRYSTALIUM. Absent tonberry → document normally (ESL opt-in).
metadata	{"methodology":"IDG"}

IDG — ESL Lifecycle Hop

Use this skill in an ESL-enabled project (mcp__tonberry__* tools available) when the cortex routes a change to you that is already verified and drift-checked. You own the archived hop of the Eidolons Spec Lifecycle (ESL) — the Scribe closes the loop by chronicling the outcome and promoting the spec-of-record.

For the full lifecycle, stage definitions, and role bindings, see the nexus cortex methodology/cortex/esl-protocol.md.

Your hop

archive — call mcp__tonberry__archive --change_id <id>. This MOVES .spectra/changes/<id>/ → .spectra/changes/archive/<date>-<id>/, sets status=archived, and records archive_path (tonberry v0.4.0: archive moves, not copies). Tonberry also composes the promotion-intent ECL envelope.
document — your scribe role. Run your normal I → D → G cycle and chronicle the lifecycle outcome: what was proposed, implemented, verified, and archived. Ground every claim in the change folder's artefacts (change.json, spec.{md,yaml}, verify/drift records). Apply structural markers ([DECISION], [ACTION], [DISPUTED], [GAP]) and emit a provenance block citing the archive_path and the change id.
promote — route the promotion-intent envelope (composed by archive) to mcp__crystalium__ingest if CRYSTALIUM is available. This is the durable spec-of-record promotion — the verified, archived change becomes recallable semantic memory. If CRYSTALIUM is absent, the intent stays on disk in the archive folder (graceful); a later session promotes it.

Invariants

Tonberry moves and composes; you chronicle and promote. Tonberry performs the folder move and writes the promotion-intent envelope; you supply the document (lifecycle narrative + provenance) and forward the intent to CRYSTALIUM.
Document from provided context only. Read the change folder's artefacts; do not research, retrieve, or analyse code. Missing information is a [GAP], never an invention.
Graceful skip — if mcp__tonberry__* tools are unavailable, document the change normally via your standard cycle and never hard-fail. Likewise if mcp__crystalium__* is unavailable, the promotion intent stays on disk. ESL is opt-in; IDG is EIIS-standalone-conformant and works without tonberry or CRYSTALIUM.

Scribe — ESL Lifecycle Hop

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name	idg-esl-hop
description	ESL lifecycle hop — when the cortex routes a verified, drift-checked change to IDG in an ESL-enabled project (tonberry MCP available), the Scribe owns the archived hop: archive the change folder, chronicle the lifecycle outcome with provenance, and route the promotion-intent envelope to CRYSTALIUM. Absent tonberry → document normally (ESL opt-in).
metadata	{"methodology":"IDG"}

IDG — ESL Lifecycle Hop

For the full lifecycle, stage definitions, and role bindings, see the nexus cortex methodology/cortex/esl-protocol.md.

Your hop

archive — call mcp__tonberry__archive --change_id <id>. This MOVES .spectra/changes/<id>/ → .spectra/changes/archive/<date>-<id>/, sets status=archived, and records archive_path (tonberry v0.4.0: archive moves, not copies). Tonberry also composes the promotion-intent ECL envelope.
document — your scribe role. Run your normal I → D → G cycle and chronicle the lifecycle outcome: what was proposed, implemented, verified, and archived. Ground every claim in the change folder's artefacts (change.json, spec.{md,yaml}, verify/drift records). Apply structural markers ([DECISION], [ACTION], [DISPUTED], [GAP]) and emit a provenance block citing the archive_path and the change id.
promote — route the promotion-intent envelope (composed by archive) to mcp__crystalium__ingest if CRYSTALIUM is available. This is the durable spec-of-record promotion — the verified, archived change becomes recallable semantic memory. If CRYSTALIUM is absent, the intent stays on disk in the archive folder (graceful); a later session promotes it.

Invariants

Tonberry moves and composes; you chronicle and promote. Tonberry performs the folder move and writes the promotion-intent envelope; you supply the document (lifecycle narrative + provenance) and forward the intent to CRYSTALIUM.
Document from provided context only. Read the change folder's artefacts; do not research, retrieve, or analyse code. Missing information is a [GAP], never an invention.
Graceful skip — if mcp__tonberry__* tools are unavailable, document the change normally via your standard cycle and never hard-fail. Likewise if mcp__crystalium__* is unavailable, the promotion intent stays on disk. ESL is opt-in; IDG is EIIS-standalone-conformant and works without tonberry or CRYSTALIUM.

Scribe — ESL Lifecycle Hop