skill-workflow-creator

Create and orchestrate Claude Code subagents with XML-structured prompts.

223|68|Updated Aug 18, 2025
One-click install
npx skills add https://github.com/Melvynx/aiblueprint --skill skill-workflow-creator-melvynx
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: skill-workflow-creator
Source: https://github.com/Melvynx/aiblueprint/tree/main/claude-code-config/skills/meta-subagent-creator
Command: npx skills add https://github.com/Melvynx/aiblueprint --skill skill-workflow-creator-melvynx

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill provides a structured approach to creating, configuring, and orchestrating Claude Code subagents and Task tool workflows, enabling automated agent-based automation within Claude Code environments.

Core Features & Use Cases

  • Subagent creation workflow and templates
  • XML-based system prompts with strict constraints and memory guidelines
  • Tool access configuration and least-privilege controls
  • Multi-agent orchestration patterns (sequential, parallel, hierarchical, coordinator)
  • Validation and testing best practices for subagents and workflows
  • Practical use cases: building a code-analysis subagent, automating test generation, and orchestrating multi-step agent tasks

Quick Start

  1. Define a new subagent with a name and short description
  2. Create a system prompt using the XML structure for the subagent
  3. Configure allowed tools and the model, then register via /agents
  4. Design an orchestration plan (which agents run in parallel, which are sequential)

Frequently Asked Questions about skill-workflow-creator

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I create Claude Code subagents for workflow automation?

To create Claude Code subagents, define a name and description, build an XML-structured system prompt with constraints, configure allowed tools using least-privilege, and register via the /agents command. This generates ready-to-use automated subagent definitions.

What is multi-agent orchestration in Claude Code?

Multi-agent orchestration in Claude Code coordinates multiple subagents to execute complex automated tasks. It uses patterns like sequential, parallel, hierarchical, and coordinator workflows to route tasks to specialized subagents based on their roles and tool access.

How do I write XML-structured prompts for Claude subagents?

Write XML-structured prompts by enforcing strict XML tags for system instructions, safety guidelines, and memory constraints within the subagent definition. This structure ensures Claude subagents follow strict constraints and execute orchestration workflows reliably.

Can I configure tool access and least-privilege controls for Claude Code subagents?

Yes, you can configure tool access and least-privilege controls for Claude Code subagents. The workflow analyzes required tasks to determine appropriate subagent roles and restricts tool access, ensuring agents only interact with permitted tools and models.

What are the best orchestration patterns for Task tool workflows?

The best orchestration patterns for Task tool workflows include sequential, parallel, hierarchical, and coordinator models. Choosing the right pattern depends on task dependencies, allowing independent subagents to run in parallel while routing dependent steps sequentially.

How do I validate and test Claude subagent workflows?

Validate and test Claude subagent workflows by applying provided best-practice examples and validation criteria against the generated subagent definitions. This checks XML prompt structure, tool access configurations, and orchestration logic before deployment.