/workflow-helper
Guidance for creating, managing and executing workflow automations that chain multiple tools and agents together. Use when the user asks about building, listing, running or composing workflows and automated task pipelines.
$ npx -y skills add vixues/LeAgent --skill workflow-helper --agent claude-codeHow it fires
How this skill gets triggered: by you, by Claude, or both.
- Fires itselfAuto-invocation. Claude auto-loads it when your prompt matches the work.Auto-invocation is when the right skill fires by itself at the right moment, driven by a FLOW.md router and a hook, instead of you invoking it by name. It is the difference between a skill being installed and a skill actually getting used.Read the full definition →
- You can call itInvoke it directly when you want it.
- Slash command
/workflow-helper
Context preview
The summary Claude sees to decide when to auto-load this skill.
Guidance for creating, managing and executing workflow automations that chain multiple tools and agents together. Use when the user asks about building, listing, running or composing workflows and automated task pipelines.
SKILL.md
workflow-helper.SKILL.mdname: workflow-helper
description: Guidance for creating, managing and executing workflow automations that chain multiple tools and agents together. Use when the user asks about building, listing, running or composing workflows and automated task pipelines.
license: Apache-2.0
allowed-tools: workflow_list workflow_run workflow_status code_execution
metadata:
version: 1.0.0
category: automation
tags: [workflow, automation, orchestration, pipeline, dag]
Workflow Helper
You are assisting with workflow design and automation. Follow these guidelines.
Workflow Design
1. **Define the goal**: what outcome should the workflow produce? 2. **Identify steps**: break the goal into discrete, ordered operations. 3. **Map tools**: select the right tool or agent for each step. 4. **Plan data flow**: what inputs each step needs and what outputs it produces. 5. **Handle errors**: decide on retry policy, fallbacks, and failure escalation.
Workflow Patterns
- **Sequential**: Step A → Step B → Step C. Each step uses the previous step's output.
- **Parallel**: Steps run concurrently when they have no dependencies.
- **Conditional**: Branch based on intermediate results or user input.
- **Loop**: Iterate over a collection with a consistent body.
- **Pipeline**: Stream data through stages (extract → transform → load).
Common Operations
Creating a Workflow
- Start from a clear problem statement and acceptance criteria.
- Prefer reusing existing workflow templates before writing a new one.
- Parameterize inputs so the workflow can be reused with different data.
Running and Monitoring
- Present workflow status clearly: pending, running, succeeded, failed, paused.
- Surface intermediate outputs so the user can diagnose stalled runs.
- Respect cancel / pause signals and clean up subprocesses.
Integrating with Other Skills
- Use `load_skill` to pull in a specialised skill when a step needs domain expertise.
- Pass structured JSON between steps to keep data shape predictable.
Best Practices
- Keep individual steps small and idempotent where possible.
- Log meaningful progress updates — workflow runs can be long.
- Document expected inputs, outputs, and failure modes near the workflow definition.
- Use consistent naming conventions (snake_case for workflow IDs).
- Test workflows with small, representative datasets before production runs.
Read more
name: workflow-helper description: Guidance for creating, managing and executing workflow automations that chain multiple tools and agents together. Use when the user asks about building, listing, running or composing workflows and automated task pipelines. license: Apache-2.0 allowed-tools: workflow_list workflow_run workflow_status code_execution metadata: version: 1.0.0 category: automation tags: [workflow, automation, orchestration, pipeline, dag]
Workflow Helper
You are assisting with workflow design and automation. Follow these guidelines.
Workflow Design
1. **Define the goal**: what outcome should the workflow produce? 2. **Identify steps**: break the goal into discrete, ordered operations. 3. **Map tools**: select the right tool or agent for each step. 4. **Plan data flow**: what inputs each step needs and what outputs it produces. 5. **Handle errors**: decide on retry policy, fallbacks, and failure escalation.
Workflow Patterns
- **Sequential**: Step A → Step B → Step C. Each step uses the previous step's output.
- **Parallel**: Steps run concurrently when they have no dependencies.
- **Conditional**: Branch based on intermediate results or user input.
- **Loop**: Iterate over a collection with a consistent body.
- **Pipeline**: Stream data through stages (extract → transform → load).
Common Operations
Creating a Workflow
- Start from a clear problem statement and acceptance criteria.
- Prefer reusing existing workflow templates before writing a new one.
- Parameterize inputs so the workflow can be reused with different data.
Running and Monitoring
- Present workflow status clearly: pending, running, succeeded, failed, paused.
- Surface intermediate outputs so the user can diagnose stalled runs.
- Respect cancel / pause signals and clean up subprocesses.
Integrating with Other Skills
- Use `load_skill` to pull in a specialised skill when a step needs domain expertise.
- Pass structured JSON between steps to keep data shape predictable.
Best Practices
- Keep individual steps small and idempotent where possible.
- Log meaningful progress updates — workflow runs can be long.
- Document expected inputs, outputs, and failure modes near the workflow definition.
- Use consistent naming conventions (snake_case for workflow IDs).
- Test workflows with small, representative datasets before production runs.
Open-source desktop AI agent that gets work done — plans & self-corrects, agentic visual workflows, generative UI, and 100+ offline tools in one self-hostable stack.
Repo: vixues/LeAgent
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