mastermind-project-map

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Atualizado18 de julho de 2026 às 21:17

Build an evidence-backed architecture briefing with `mastermind map` or `mmcg_map`. Use when exploring an unfamiliar repository, identifying components and entry points, choosing a reading order, inspecting dependency cycles or hotspots, or explaining codegraph precision and truncation limits.

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Instalar com Codex ou Claude Copie este prompt, cole no Codex, Claude ou outro assistente e deixe que ele revise a página da skill e instale para você.

Fonte

xcrft

xcrft/mastermind

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Ocupações relacionadasSOC

Baseado na classificação ocupacional SOC

Desenvolvedores de softwareInformática e Matemática·SOC 15-1252

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SKILL.md

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name	mastermind-project-map
description	Build an evidence-backed architecture briefing with `mastermind map` or `mmcg_map`. Use when exploring an unfamiliar repository, identifying components and entry points, choosing a reading order, inspecting dependency cycles or hotspots, or explaining codegraph precision and truncation limits.
metadata	{"version":"0.2.0","authors":["mastermind"],"tags":["workflow","mmcg","architecture"]}

Mastermind Project Map

Use the deterministic map as the source of claims. Do not reconstruct a map from filenames or model intuition when the backend is available.

Workflow

Confirm the repository has a fresh index with mastermind status. If it is absent or stale and the request permits local indexing, run mastermind index . before mapping.
Choose the narrowest useful repository-relative scope. Use . only for a repository-wide briefing.
Run JSON first:
```
mastermind map PATH --format json --depth 2 --top 20
```
Add --production-only for architecture work where tests, fixtures, examples, generated output, vendored code, and dependency trees would otherwise dominate the briefing. With MCP, pass production_only: true.

Use mmcg_map instead when MCP is the active interface. Treat both as the same schema-v1 engine.
Check scope, every collection's truncated/truncation_reason, limits, and precision_notes before interpreting results.
Produce a reading order: entry points first, then central symbols, component boundaries, and cycles. Cite repository-relative files and symbol lines.

Treat directory-derived components as navigation groups, not proven semantic subsystems. Prefer the explicit production filter over manually ignoring fixture/example/generated results. Keep those paths when the user is asking about tests, examples, or packaging. De-prioritize high-collision symbol names. A top_probe proves only that more rows exist; do not imply the backend can return an uncapped full list. Narrow the path or change top within its supported range instead.

Use text for a compact terminal briefing and Mermaid only when the user asks for a diagram. Do not infer runtime entry points from a heuristic label.

Reporting contract

Separate:

indexed facts: languages, files, symbols, callers, cycles;
heuristics: filename entry points;
approximations: syntactic edges, name collisions, work-limit skips.

If the response is truncated, describe what is missing. If the command/tool is unavailable, report that the deterministic backend is missing; do not simulate its output.

Never emit absolute paths, claim dynamic dispatch coverage, or present a Mermaid projection as additional analysis.

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name	mastermind-project-map
description	Build an evidence-backed architecture briefing with `mastermind map` or `mmcg_map`. Use when exploring an unfamiliar repository, identifying components and entry points, choosing a reading order, inspecting dependency cycles or hotspots, or explaining codegraph precision and truncation limits.
metadata	{"version":"0.2.0","authors":["mastermind"],"tags":["workflow","mmcg","architecture"]}

Mastermind Project Map

Use the deterministic map as the source of claims. Do not reconstruct a map from filenames or model intuition when the backend is available.

Workflow

Confirm the repository has a fresh index with mastermind status. If it is absent or stale and the request permits local indexing, run mastermind index . before mapping.
Choose the narrowest useful repository-relative scope. Use . only for a repository-wide briefing.
Run JSON first:
```
mastermind map PATH --format json --depth 2 --top 20
```
Add --production-only for architecture work where tests, fixtures, examples, generated output, vendored code, and dependency trees would otherwise dominate the briefing. With MCP, pass production_only: true.

Use mmcg_map instead when MCP is the active interface. Treat both as the same schema-v1 engine.
Check scope, every collection's truncated/truncation_reason, limits, and precision_notes before interpreting results.
Produce a reading order: entry points first, then central symbols, component boundaries, and cycles. Cite repository-relative files and symbol lines.

Use text for a compact terminal briefing and Mermaid only when the user asks for a diagram. Do not infer runtime entry points from a heuristic label.

Reporting contract

Separate:

indexed facts: languages, files, symbols, callers, cycles;
heuristics: filename entry points;
approximations: syntactic edges, name collisions, work-limit skips.

If the response is truncated, describe what is missing. If the command/tool is unavailable, report that the deterministic backend is missing; do not simulate its output.

Never emit absolute paths, claim dynamic dispatch coverage, or present a Mermaid projection as additional analysis.