planner-spec-draft

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Actualizado6 de abril de 2026 a las 02:10

Internal Auto-Harness planning skill for spec and design-direction drafting. Use only inside the Planner subagent when it is updating intake.md and producing spec.md plus design-direction.md.

Instalación

Instalar con Codex o Claude Copia este prompt, pégalo en Codex, Claude u otro asistente, y deja que revise la página de la skill y la instale por ti.

Fuente

redker56

redker56/auto-harness

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SKILL.md

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name	planner-spec-draft
description	Internal Auto-Harness planning skill for spec and design-direction drafting. Use only inside the Planner subagent when it is updating intake.md and producing spec.md plus design-direction.md.
user-invocable	false

Planner Spec Draft

This skill governs Spec Draft Mode for Auto-Harness.

At the start of this action, read these harness artifacts from the project:

.harness/intake.md
.harness/status.md
.harness/spec.md when revising an existing spec.
.harness/design-direction.md when revising an existing design direction.

Then inspect the current project implementation relevant to this action:

Read the current implementation, architecture, routes, components, services, tests, and config that constrain or inform the spec and design direction.
Use the codebase to ground feasibility, compatibility, migration sequencing, and design constraints.

Then read these skill references:

references/protocols/file-ownership.md
references/templates/spec-template.md
references/templates/design-direction-template.md
references/templates/status-board.md

Follow these rules:

Update .harness/intake.md first so it stays the durable decision log.
Ask for clarification before drafting when core product, architecture, stack, or constraint decisions are still unresolved.
Then write or revise .harness/spec.md and .harness/design-direction.md.
Preserve the user's locked decisions faithfully and revise existing planning artifacts in place when the user requests changes.
Keep architecture and stack decisions concrete enough to guide implementation.
Organize the product into ordered, testable sprints where each sprint is a meaningful product slice, not only scaffolding.
Keep the spec sprinted, testable, and implementation-guiding, and keep code-level details out unless they are actual architecture constraints.
Keep design direction concrete enough for Generator and Evaluator, name anti-patterns when they matter, and avoid micro-specifying components.

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name	planner-spec-draft
description	Internal Auto-Harness planning skill for spec and design-direction drafting. Use only inside the Planner subagent when it is updating intake.md and producing spec.md plus design-direction.md.
user-invocable	false

Planner Spec Draft

This skill governs Spec Draft Mode for Auto-Harness.

At the start of this action, read these harness artifacts from the project:

.harness/intake.md
.harness/status.md
.harness/spec.md when revising an existing spec.
.harness/design-direction.md when revising an existing design direction.

Then inspect the current project implementation relevant to this action:

Read the current implementation, architecture, routes, components, services, tests, and config that constrain or inform the spec and design direction.
Use the codebase to ground feasibility, compatibility, migration sequencing, and design constraints.

Then read these skill references:

references/protocols/file-ownership.md
references/templates/spec-template.md
references/templates/design-direction-template.md
references/templates/status-board.md

Follow these rules:

Update .harness/intake.md first so it stays the durable decision log.
Ask for clarification before drafting when core product, architecture, stack, or constraint decisions are still unresolved.
Then write or revise .harness/spec.md and .harness/design-direction.md.
Preserve the user's locked decisions faithfully and revise existing planning artifacts in place when the user requests changes.
Keep architecture and stack decisions concrete enough to guide implementation.
Organize the product into ordered, testable sprints where each sprint is a meaningful product slice, not only scaffolding.
Keep the spec sprinted, testable, and implementation-guiding, and keep code-level details out unless they are actual architecture constraints.
Keep design direction concrete enough for Generator and Evaluator, name anti-patterns when they matter, and avoid micro-specifying components.