Execute qualquer Skill no Manus
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Execute qualquer Skill no Manus com um clique

senior-architect

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Atualizado19 de janeiro de 2026 às 10:39

Senior software architecture workflows and tooling for system design, scalability and reliability planning, API/data modeling, trade-off analysis, ADR writing, and producing clear architecture diagrams (Mermaid). Use when you need to define or revise architecture for a feature/system, choose technologies, document decisions, or review an existing codebase’s architecture.

Instalação

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.

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vadimcomanescu

vadimcomanescu/codex-skills

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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

readonly

name	senior-architect
description	Senior software architecture workflows and tooling for system design, scalability and reliability planning, API/data modeling, trade-off analysis, ADR writing, and producing clear architecture diagrams (Mermaid). Use when you need to define or revise architecture for a feature/system, choose technologies, document decisions, or review an existing codebase’s architecture.

Senior Architect

Design and document architectures that are clear, defensible, and shippable.

Quick Start

Clarify constraints:
- Primary user journey + success metrics
- Non-functional requirements (latency, throughput, availability, cost, compliance)
- Team constraints (skills, timelines, operational maturity)
Produce outputs (in this order):
- Context: system boundary + external dependencies
- Containers: major runtime components and responsibilities
- Interfaces: APIs/events/contracts + data ownership
- Risks: failure modes + mitigations + open questions
- Decisions: ADRs with explicit trade-offs

Use the bundled tools (optional, but recommended)

From your project root, run the scripts from the installed skill directory (default install location: ~/.codex/skills/senior-architect/).

Bootstrap a documentation skeleton (ADR + architecture doc templates):

python ~/.codex/skills/senior-architect/scripts/project_architect.py . --out docs/architecture

Summarize dependencies and detected stack signals (Node/Python/Go/Rust, Next.js, Postgres, etc.):

python ~/.codex/skills/senior-architect/scripts/dependency_analyzer.py . --json --output /tmp/deps.json

Generate a starter Mermaid diagram based on detected components:

python ~/.codex/skills/senior-architect/scripts/architecture_diagram_generator.py . --out docs/architecture/diagram.mmd

References (load only when needed)

Architecture patterns and when to use them: references/architecture-patterns.md
End-to-end system design workflow + checklists: references/system-design-workflow.md
Tech decision matrixes (DB, APIs, queues, caching, observability): references/tech-decision-guide.md

Deliverables (what “done” looks like)

docs/architecture/ARCHITECTURE.md with clear boundaries, contracts, data ownership, and scaling assumptions
At least one ADR under docs/architecture/adr/ for the most consequential decision
A Mermaid diagram (.mmd) that matches the written architecture

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name	senior-architect
description	Senior software architecture workflows and tooling for system design, scalability and reliability planning, API/data modeling, trade-off analysis, ADR writing, and producing clear architecture diagrams (Mermaid). Use when you need to define or revise architecture for a feature/system, choose technologies, document decisions, or review an existing codebase’s architecture.

Senior Architect

Design and document architectures that are clear, defensible, and shippable.

Quick Start

Clarify constraints:
- Primary user journey + success metrics
- Non-functional requirements (latency, throughput, availability, cost, compliance)
- Team constraints (skills, timelines, operational maturity)
Produce outputs (in this order):
- Context: system boundary + external dependencies
- Containers: major runtime components and responsibilities
- Interfaces: APIs/events/contracts + data ownership
- Risks: failure modes + mitigations + open questions
- Decisions: ADRs with explicit trade-offs

Use the bundled tools (optional, but recommended)

From your project root, run the scripts from the installed skill directory (default install location: ~/.codex/skills/senior-architect/).

Bootstrap a documentation skeleton (ADR + architecture doc templates):

python ~/.codex/skills/senior-architect/scripts/project_architect.py . --out docs/architecture

Summarize dependencies and detected stack signals (Node/Python/Go/Rust, Next.js, Postgres, etc.):

python ~/.codex/skills/senior-architect/scripts/dependency_analyzer.py . --json --output /tmp/deps.json

Generate a starter Mermaid diagram based on detected components:

python ~/.codex/skills/senior-architect/scripts/architecture_diagram_generator.py . --out docs/architecture/diagram.mmd

References (load only when needed)

Architecture patterns and when to use them: references/architecture-patterns.md
End-to-end system design workflow + checklists: references/system-design-workflow.md
Tech decision matrixes (DB, APIs, queues, caching, observability): references/tech-decision-guide.md

Deliverables (what “done” looks like)

docs/architecture/ARCHITECTURE.md with clear boundaries, contracts, data ownership, and scaling assumptions
At least one ADR under docs/architecture/adr/ for the most consequential decision
A Mermaid diagram (.mmd) that matches the written architecture