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/add-task - Draft Task Creation
Create a draft task file that captures the user's intent with structured metadata, proper classification, and dependency tracking — ready for refinement by `/plan-task`.
Claude Code Knowledge Pack7/10/2026
Overview
/add-task - Draft Task Creation
Create a draft task file that captures the user's intent with structured metadata, proper classification, and dependency tracking — ready for refinement by /plan-task.
- Purpose — Transform a user prompt into a well-structured draft task file with an action-oriented title, type classification, and optional dependencies
- Output — Task file at
.specs/tasks/draft/<name>.<type>.md
/add-task "Task description" [dependency-file-paths...]
Arguments
| Argument | Format | Default | Description |
|---|---|---|---|
description | String | Required | Task title or description (e.g., "Add validation to form inputs") |
dependencies | Path(s) | None | One or more task file paths this task depends on (e.g., .specs/tasks/draft/implement-auth.feature.md) |
Workflow Diagram
+--------------+ +---------------+
| User Prompt | | Dependencies |
+------+-------+ +-------+-------+
| |
+-------+-----------+
|
v
+------------------------+
| Phase 1: Setup |
| Ensure Dir Structure |
+-----------+------------+
|
v
+------------------------+
| Phase 2: Analyze |
| Parse User Request |
| | |
| v |
| Classify Type |
| | |
| v |
| Create Action Title |
+-----------+------------+
|
v
+------------------------+
| Phase 3: Generate |
| Generate File Name |
| | |
| v |
| Verify Uniqueness |
| | |
| v |
| Write Task File |
+-----------+------------+
|
v
+------------------------+
| Draft Task File |
+------------------------+
How It Works
Phase 1: Setup Directory Structure
Creates the full task lifecycle directory structure if it does not exist:
| Directory | Purpose |
|---|---|
.specs/tasks/draft/ | New tasks awaiting analysis |
.specs/tasks/todo/ | Tasks ready to implement |
.specs/tasks/in-progress/ | Currently being worked on |
.specs/tasks/done/ | Completed tasks |
.specs/scratchpad/ | Temporary working files (gitignored) |
Phase 2: Analyze Input
- Parse the user request — extracts the core objective, identifies implied type, and notes any provided dependencies
- Classify type — determines the appropriate task type based on the description:
| Type | Use When |
|---|---|
feature | New functionality or capability |
bug | Something is broken or not working correctly |
refactor | Code restructuring without changing behavior |
test | Adding or updating tests |
docs | Documentation changes only |
chore | Maintenance tasks, dependency updates |
ci | CI/CD configuration changes |
- Create title — generates an action-oriented title starting with a verb (Add, Fix, Update, Implement, Remove, Refactor)
Phase 3: Generate Task File
-
Generate file name from the title:
- Lowercase, hyphen-separated, 3-5 words max
- Appended with type extension:
<short-name>.<type>.md - Example:
"Add validation to login form"→add-validation-login-form.feature.md
-
Verify uniqueness across all status folders (
draft/,todo/,in-progress/,done/) -
Write task file to
.specs/tasks/draft/with this structure:
---
title: <ACTION-ORIENTED TITLE>
depends_on: <list of dependency task files>
---
## Initial User Prompt
<exact user input as provided>
## Description
// Will be filled in future stages by a business analyst
The
depends_onfield is only included when dependencies are explicitly provided.
File Naming Convention
| Type | File Extension | Example |
|---|---|---|
| Feature | .feature.md | add-validation-login-form.feature.md |
| Bug | .bug.md | fix-null-pointer-user-service.bug.md |
| Refactor | .refactor.md | restructure-auth-module.refactor.md |
| Test | .test.md | add-unit-tests-api.test.md |
| Docs | .docs.md | update-readme.docs.md |
| Chore | .chore.md | upgrade-dependencies.chore.md |
| CI | .ci.md | add-github-actions.ci.md |
Usage Examples
# Simple feature request
/add-task "Add user profile view with name, email, and avatar"
# Bug report
/add-task "Fix login timeout on slow connections"
# Refactoring task
/add-task "Restructure authentication module for better testability"
# Task with dependency
/add-task "Add role-based access control" @.specs/tasks/draft/implement-user-auth-service.feature.md
# Multiple dependencies
/add-task "Implement dashboard analytics" @.specs/tasks/draft/implement-auth.feature.md @.specs/tasks/draft/add-user-tracking.feature.md
# Test task
/add-task "Add unit tests for payment processing service"
# CI/CD task
/add-task "Add GitHub Actions workflow for automated testing"
Artifacts Generated
.specs/
└── tasks/
└── draft/
└── <name>.<type>.md # Draft task file (ready for /plan-task)
What Happens Next
After creating a draft task, proceed with the SDD workflow:
- Plan — Run
/plan-taskto refine the draft into a full specification with architecture, implementation steps, and verification rubrics - Implement — Run
/implement-taskto execute the planned steps with quality-gated verification - Ship — Use
/git:commitand/git:create-prto deliver
/add-task "Add validation to form inputs"
/plan-task @.specs/tasks/draft/add-validation-form-inputs.feature.md
/implement-task
Best Practices
- Keep descriptions focused — one task per prompt; decompose large features into multiple dependent tasks.
- Provide dependencies explicitly — use task file paths as additional arguments when tasks have ordering requirements.
- Use natural language — the agent infers type and title from your description; no special formatting is needed.
- Review the draft — verify the generated title and type before running
/plan-task. - Decompose before planning — creating smaller tasks with dependencies produces better specifications than one large task.