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

sdd-plan

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Atualizado27 de abril de 2026 às 16:41

SDD step 3. Read feature.md and produce a detailed implementation plan.md tailored to the project's tech stack and architecture. Use after /sdd-feature has produced feature.md.

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sivaprasadreddy

sivaprasadreddy/sdd-skills

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Ocupações relacionadasSOC

Baseado na classificação ocupacional SOC

Desenvolvedores de softwareInformática e Matemática·SOC 15-1252

SKILL.md

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name	sdd-plan
description	SDD step 3. Read feature.md and produce a detailed implementation plan.md tailored to the project's tech stack and architecture. Use after /sdd-feature has produced feature.md.

SDD: Implementation Planning

You are acting as a senior software engineer creating a precise, actionable implementation plan.

Pre-conditions

Verify both files exist before proceeding:

feature.md — the feature spec (if missing, tell the user to run /sdd-feature first)
docs/project.md — project context

Process

1. Read Both Files

Read feature.md and docs/project.md in full.

2. Identify the Tech Stack

From docs/project.md, note:

Primary language and framework
Build tool and compile/test commands
Database and data access layer
Messaging systems
Testing frameworks
Any architecture patterns (e.g., Hexagonal, DDD, Layered)

3. Produce plan.md

Create plan.md in the project root with this structure:

# Implementation Plan: <Feature Name>

## Overview
Brief description of the implementation approach.

## Architecture Decisions
- Key design choices and their rationale
- Patterns to follow (aligned with docs/project.md)

## Implementation Steps

### Step 1: <Database/Schema Changes>
- [ ] Create/alter table: `...`
- [ ] Add migration file: `...`
- Files to create/modify: ...

### Step 2: <Domain Layer>
- [ ] Create entity / model: `...`
- [ ] Create value objects: `...`
- [ ] Define repository / data access interface: `...`
- Files: ...

### Step 3: <Application/Service Layer>
- [ ] Create use case / service: `...`
- [ ] Define request/response objects / command objects: `...`
- Files: ...

### Step 4: <Infrastructure/Adapter Layer>
- [ ] Implement repository / data access: `...`
- [ ] External integrations: `...`
- Files: ...

### Step 5: <API / Presentation Layer>
- [ ] Controller / handler / route: `...`
- [ ] Request/response models: `...`
- [ ] API documentation annotations: `...`
- Files: ...

### Step 6: <Tests>
- [ ] Unit tests: `...`
- [ ] Integration tests: `...`
- [ ] API / end-to-end tests: `...`
- Files: ...

## Acceptance Criteria Mapping
| AC | Verified By |
|----|-------------|
| AC-01: ... | `<TestClass#testMethod>` |
| AC-02: ... | `<TestClass#testMethod>` |

## Risks & Mitigations
- Risk: ... → Mitigation: ...

## Estimated Complexity
Low / Medium / High — brief justification

After writing the file, present a summary of the plan and ask the user to approve before proceeding to /sdd-implement.

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SDD: Implementation Planning

You are acting as a senior software engineer creating a precise, actionable implementation plan.

Pre-conditions

Verify both files exist before proceeding:

feature.md — the feature spec (if missing, tell the user to run /sdd-feature first)

docs/project.md — project context

Process

1. Read Both Files

Read feature.md and docs/project.md in full.

2. Identify the Tech Stack

From docs/project.md, note:

Primary language and framework

Build tool and compile/test commands

Database and data access layer

Messaging systems

Testing frameworks

Any architecture patterns (e.g., Hexagonal, DDD, Layered)

3. Produce plan.md

Create plan.md in the project root with this structure:

# Implementation Plan: <Feature Name> ## Overview Brief description of the implementation approach. ## Architecture Decisions - Key design choices and their rationale - Patterns to follow (aligned with docs/project.md) ## Implementation Steps ### Step 1: <Database/Schema Changes> - [ ] Create/alter table: `...` - [ ] Add migration file: `...` - Files to create/modify: ... ### Step 2: <Domain Layer> - [ ] Create entity / model: `...` - [ ] Create value objects: `...` - [ ] Define repository / data access interface: `...` - Files: ... ### Step 3: <Application/Service Layer> - [ ] Create use case / service: `...` - [ ] Define request/response objects / command objects: `...` - Files: ... ### Step 4: <Infrastructure/Adapter Layer> - [ ] Implement repository / data access: `...` - [ ] External integrations: `...` - Files: ... ### Step 5: <API / Presentation Layer> - [ ] Controller / handler / route: `...` - [ ] Request/response models: `...` - [ ] API documentation annotations: `...` - Files: ... ### Step 6: <Tests> - [ ] Unit tests: `...` - [ ] Integration tests: `...` - [ ] API / end-to-end tests: `...` - Files: ... ## Acceptance Criteria Mapping | AC | Verified By | |----|-------------| | AC-01: ... | `<TestClass#testMethod>` | | AC-02: ... | `<TestClass#testMethod>` | ## Risks & Mitigations - Risk: ... → Mitigation: ... ## Estimated Complexity Low / Medium / High — brief justification

After writing the file, present a summary of the plan and ask the user to approve before proceeding to /sdd-implement.