routing-gate

Determine the next CHAIN-phase cycle action from next_work_id and has_plan signals.

1|Updated Jan 14, 2026

Search Tags:#workflow #routing #cycle #CHAIN #decision-table #bridge-skill

Ready to run

npx skills add https://github.com/Rwb3n/haios --skill routing-gate

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: routing-gate
Source: https://github.com/Rwb3n/haios/tree/main/.claude/skills/routing-gate
Command: npx skills add https://github.com/Rwb3n/haios --skill routing-gate

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Bridge routing logic for CHAIN phase decisions to determine the next cycle skill based on work item signals.

Core Features & Use Cases

Centralizes work-type routing for CHAIN phases (implementation-cycle, investigation-cycle, close-work-cycle).
Enforces cycle-locking checks to avoid blocked queues and ensures safe transitions between cycles.
Dispatches to the appropriate sub-skill (investigation-cycle, implementation-cycle, work-creation-cycle) based on input signals like next_work_id and has_plan.
Use Case: In a multi-cycle workflow, routing-gate selects the next action for a new work item, reducing duplication and ensuring consistent routing.

Quick Start

Use the routing-gate skill to determine the next cycle action by supplying the signals next_work_id and has_plan.

Frequently Asked Questions about routing-gate

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

FAQPage Schema

How does cycle routing work for CHAIN phase work items?▼

Cycle routing for CHAIN phase work items evaluates signals like next_work_id and has_plan to determine the next action. It performs cycle-locking checks and dispatches the work item to the appropriate sub-skill for safe transitions.

What is the best way to prevent blocked queues during multi-cycle workflow transitions?▼

To prevent blocked queues during multi-cycle workflow transitions, routing-gate enforces cycle-locking checks before dispatching work items. This ensures safe transitions between implementation, investigation, and work-creation cycles.

How do I determine the next cycle action for an investigation-cycle or implementation-cycle?▼

You determine the next cycle action by supplying work-item signals such as next_work_id and has_plan to the routing logic. The system evaluates these inputs to select and return the target sub-skill action.

When do I need centralized routing logic for work-creation cycles?▼

You need centralized routing logic for work-creation cycles when managing multi-cycle workflows to reduce duplication. It ensures consistent routing by evaluating work-item signals and dispatching to the correct sub-skill.

Can I use decision-table logic to route work items across different cycle phases?▼

Yes, you can route work items across cycle phases using decision-table logic that evaluates next_work_id and has_plan. This centralizes work-type routing for implementation, investigation, and close-work cycles.

Why does my work item fail to transition to the next implementation cycle?▼

Work items fail to transition to the next implementation cycle when cycle-locking checks detect unsafe conditions. The routing gate evaluates work-item signals to enforce safe transitions and avoid blocked queues.