Interactive guide to workflow system: agents, skills, routing, execution patterns.
npx skills add https://github.com/notque/vexjoy-agent --skill workflow-help
This skill operates as an educational guide for repository workflows. It answers questions about how the agent/skill/routing architecture works, what tools and components are available, and when to use each workflow phase (brainstorm, plan, execute). The skill prioritizes accuracy over speed by reading actual SKILL.md and agent files rather than relying on memory.
Goal: Determine exactly what the user wants to know about.
Parse the user's topic and $ARGUMENTS. Common categories:
brainstorm / plan / execute - Workflow phasesskills / agents / hooks - Component typesrouting / do - How routing workssubagent - Subagent-driven executionConstraint (Over-Engineering Prevention): Answer only what was asked. Do not dump the entire system architecture when the user asks about one skill. Scope your response to the question asked, then offer to explain related concepts.
Gate: Topic identified. Proceed only when you know what to explain.
Goal: Read actual files before explaining anything.
Step 1: Get authoritative data from the catalog script
This constraint (Accuracy Over Speed) is non-negotiable. Counts and listings come from scripts/list-capabilities.py, which reads the generated INDEX files — deterministic, single source of truth. Match the question to the right subcommand:
| Question | Command | Output |
|----------|---------|--------|
| Overview / "how many skills/agents?" | python3 scripts/list-capabilities.py summary | Skills / Pipelines / Agents counts |
| "what skills exist [in category X]?" | python3 scripts/list-capabilities.py skills [--category X] --brief | Count; drop --brief for the full name/trigger/description table |
| "what agents exist?" | python3 scripts/list-capabilities.py agents --brief | Count; drop --brief for the full table |
| "tell me about <name>" | python3 scripts/list-capabilities.py show <name> | Type, description, triggers, category, file path for a skill/agent/pipeline |
| Fuzzy lookup / "is there a skill for X?" | python3 scripts/list-capabilities.py search <query> | Ranked name/trigger/description matches across skills, pipelines, agents |
--category X filters skills by keyword in name or description (e.g. voice, game, kubernetes); agents filter by exact category field. show <name> exits 1 when the name is absent — fall back to search <name> to suggest the closest match.
Step 2: Read the actual file for deep questions
The script gives authoritative counts, names, and one-line descriptions. For anything deeper — phases, gates, capabilities, when-to-use — read the file the script names in its File: field:
Read skills/{path-from-show}/SKILL.mdRead agents/{agent-name}.mdExtract: name, description, version, what it CAN and CANNOT do, how to invoke it, related skills or agents.
Staleness: summary, skills, and agents exit 2 and print a stderr warning when source files are newer than the INDEX. If you see that warning, tell the user to regenerate: python3 scripts/generate-skill-index.py (skills) or python3 scripts/generate-agent-index.py (agents), then re-run.
Constraint (No Fabrication): If a skill or agent does not exist, say so rather than inventing capabilities. If a skill or agent was recently deleted or merged, search with Glob for similar names and suggest the closest match.
Gate: Information gathered from actual files, not memory. Proceed only when gate passes.
Goal: Present information in the format most useful for the user's question.
For system overview, lead with live counts from python3 scripts/list-capabilities.py summary, then present the execution architecture:
Router (/do) -> Agent (domain expert) -> Skill (methodology) -> Script (execution)
Then show key workflow:
For specific components, use this format:
## [Component Name]
**Type**: Skill / Agent / Hook
**Invoke**: /command or skill: name
**Purpose**: One-sentence description
**Key Phases/Capabilities**: Bulleted list
**Related**: Links to related components
For "when to use what", use a decision table:
| You Want To... | Use This |
|----------------|----------|
| Start a new feature | /do implement [feature] |
| Debug a bug | /do debug [issue] |
| Review code | /do review [code] |
| Execute an existing plan | skill: subagent-driven-development |
| Create a PR | /pr-workflow |
Constraint (Show Real Examples): Reference actual skill names, commands, and file paths from this repository. Use tables for lists when presenting available skills, agents, and commands. Include invocation syntax for each component mentioned. Apply progressive disclosure: start with overview, offer deeper detail on request. Cross-reference related skills and agents when explaining one component.
Step: Offer next steps
After explaining, ask if the user wants to:
Constraint (Route When Appropriate): If user actually wants to execute a workflow, detect the execution intent and route to the correct skill instead of explaining it. For example, if user asks "how do I debug X" meaning "debug X for me", recognize the intent is execution and route to systematic-debugging, not an explanation of the debugging process.
Gate: User's question answered with information from actual files.
Cause: User asked about a component that does not exist or was renamed
Solution:
Cause: User asked "how do I debug X" meaning "debug X for me"
Solution:
Cause: scripts/list-capabilities.py exited 2 with a stderr warning — source files are newer than the generated INDEX
Solution:
python3 scripts/generate-skill-index.py and/or python3 scripts/generate-agent-index.pyThis skill is built on five hardcoded constraints that must always apply:
scripts/list-capabilities.py (deterministic, INDEX-backed); read the actual SKILL.md and agent file for any deeper detail. Describe components from these sources, not from memory.The skill's default behaviors reinforce accuracy:
Optional advanced modes (disabled by default):
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Take notque/workflow-help from the repository into ~/.claude/skills for personal
use, or into .claude/skills inside a project.
The agent identifies a skill by the name field in its header. Two skills with the
same name cannot sit side by side — one of them will be ignored.