eia-kanban-orchestration

name	eia-kanban-orchestration
description	Use when managing GitHub Kanban boards. Trigger with board state, card move, or completion requests.
license	Apache-2.0
compatibility	Requires GitHub CLI authentication, GitHub Projects V2 enabled repository, GraphQL API access, Python 3.8+. Requires AI Maestro installed.
metadata	{"author":"Emasoft","version":"1.0.0"}
agent	api-coordinator
context	fork
workflow-instruction	Steps 13, 18
procedure	proc-populate-kanban, proc-update-kanban-status
user-invocable	false

GitHub Kanban Core

THE IRON RULE

GitHub Projects Kanban IS the orchestration state. There is no other source of truth.

• Every module = 1 GitHub Issue on the board
• Every agent assignment = 1 Issue assignee
• Every status change = 1 board column move
• The orchestrator NEVER tracks work in memory, files, or any other system

If it's not on the board, it doesn't exist. If the board says "In Progress", it IS in progress.

---

Overview

This skill establishes GitHub Projects V2 as the absolute center of EOA orchestration workflow. All planning, tracking, assignment, and completion verification flows through the Kanban board.

Prerequisites

Before using this skill, ensure:

1. GitHub CLI is installed and authenticated (gh auth status)
2. GitHub Projects V2 is enabled for the repository
3. GraphQL API access is available
4. Python 3.8+ for running board management scripts

Instructions

Follow these steps when using GitHub Kanban as the orchestration source of truth:

1. Initialize board access - Verify GitHub CLI authentication and Projects V2 access
2. Query current state - Use eia_kanban_get_board_state.py to see all items and their columns
3. Create module issues - For new work, create GitHub Issues following the issue-to-module mapping (see references/issue-to-module-mapping.md)
4. Assign work - Set issue assignees to designate responsible agents (see references/agent-assignment-via-board.md)
5. Track transitions - Move cards between columns as work progresses (see references/status-transitions.md)
6. Handle blockers - Mark items as Blocked with reason when cannot proceed (see references/blocking-workflow.md)
7. Verify completion - Before exit, use eia_kanban_check_completion.py to ensure all items are Done

Checklist

Copy this checklist and track your progress:

• Verify GitHub CLI authentication: gh auth status
• Verify Projects V2 access for the repository
• Query current board state: python3 scripts/eia_kanban_get_board_state.py OWNER REPO PROJECT_NUMBER
• Create module issues for new work (1 issue = 1 module)
• Add issues to project board in Backlog column
• Move ready issues from Backlog to Todo
• Assign issues to responsible agents (issue assignee = agent)
• Agent moves issue to In Progress when starting work
• Agent creates PR linked to issue, moves to AI Review
• Track card transitions using: python3 scripts/eia_kanban_move_card.py OWNER REPO PROJECT_NUMBER ISSUE_NUMBER NEW_STATUS
• Handle any blockers: move to Blocked column with --reason flag
• Resolve blockers and move back to previous status
• Verify completion before exit: python3 scripts/eia_kanban_check_completion.py OWNER REPO PROJECT_NUMBER
• Ensure exit code is 0 (all items Done) before exiting

When to Use This Skill

Read this skill when:

• Starting any orchestration session
• Planning new work (modules, features, tasks)
• Assigning work to agents or humans
• Checking work status or progress
• Verifying completion before exiting
• Handling blocked work items
• Integrating with stop hooks

---

Quick Reference: Board Columns

Column	Code	Meaning	Who Can Move Here
Backlog	backlog	Not scheduled	Orchestrator only
Todo	todo	Ready to start	Orchestrator only
In Progress	in-progress	Active work	Assigned agent
AI Review	ai-review	Integrator reviews ALL tasks	Integrator agent
Human Review	human-review	User reviews BIG tasks only	User/human reviewer
Merge/Release	merge-release	Ready to merge	Orchestrator
Done	done	Completed and merged	Auto (PR merge)
Blocked	blocked	Cannot proceed	Any (with reason)

---

Reference Documentation

All detailed operations are in reference files. Each section shows WHEN to read and the full TOC.

---

Why Kanban Is the Single Source of Truth (references/kanban-as-truth.md)

Read this FIRST to understand the philosophical foundation.

Contents:

• 1.1 Why centralized truth matters for AI orchestration
• 1.2 The problems with distributed state tracking
• 1.3 Why GitHub Projects V2 is the ideal choice
• 1.4 The Iron Rules of Kanban-centric orchestration
• 1.5 What happens when you violate these rules
• 1.6 Comparison: Traditional vs Kanban-centric orchestration

---

Board Column Semantics (references/board-column-semantics.md)

Read this when you need to understand what each column means and its requirements.

Contents:

• 2.1 Overview of the 8-column workflow
• 2.2 Backlog column - items not yet scheduled
• 2.3 Todo column - ready for immediate work
• 2.4 In Progress column - active development
• 2.5 AI Review column - Integrator reviews ALL tasks
• 2.5a Human Review column - User reviews BIG tasks only
• 2.5b Merge/Release column - Ready to merge
• 2.6 Done column - completed and verified
• 2.7 Blocked column - cannot proceed
• 2.8 Column metadata and requirements table
• 2.9 Visual board layout example

---

Issue-to-Module Mapping (references/issue-to-module-mapping.md)

Read this when creating issues for modules or understanding the 1:1 mapping.

Contents:

• 3.1 The 1:1 principle: every module is exactly one issue
• 3.2 Module issue template structure
• 3.3 Required fields for module issues
• 3.4 Naming conventions for module issues
• 3.5 Linking module issues to parent epics
• 3.6 Creating module issues from plan files
• 3.7 Bulk module issue creation workflow
• 3.8 Module issue lifecycle from creation to closure

---

Agent Assignment via Board (references/agent-assignment-via-board.md)

Read this when assigning work to agents or checking assignments.

Contents:

• 4.1 Assignment principle: issue assignee = responsible agent
• 4.2 How to assign issues via CLI
• 4.3 How to assign issues via GraphQL
• 4.4 Agent naming conventions for GitHub
• 4.5 Verifying current assignments
• 4.6 Reassigning work between agents
• 4.7 Multi-agent collaboration on single issue
• 4.8 Assignment notifications via AI Maestro

---

Status Transitions (references/status-transitions.md)

Read this when moving cards between columns or validating transitions.

Contents:

• 5.1 Valid transition matrix (what moves are allowed)
• 5.2 Transition preconditions and postconditions
• 5.3 Who can move cards (orchestrator vs agent vs auto)
• 5.4 Backlog to Todo transition rules
• 5.5 Todo to In Progress transition rules
• 5.6 In Progress to AI Review transition rules
• 5.6a AI Review to Human Review transition rules (big tasks)
• 5.6b AI Review to Merge/Release transition rules (small tasks)
• 5.6c Human Review to Merge/Release transition rules
• 5.7 Merge/Release to Done transition rules
• 5.8 Any status to Blocked transition rules
• 5.9 Blocked to previous status transition rules
• 5.10 Invalid transitions and how to handle them

---

Blocking Workflow (references/blocking-workflow.md)

Read this when an item becomes blocked or when resolving blockers.

Contents:

• 6.1 What constitutes a blocker
• 6.2 How to mark an item as blocked
• 6.3 Required information when blocking
• 6.4 Blocker escalation timeline
• 6.5 Resolving blockers and resuming work
• 6.6 Cross-issue blocking dependencies
• 6.7 External blockers (outside GitHub)
• 6.8 Blocker status reporting

---

Board Queries (references/board-queries.md)

Read this when you need GraphQL queries to inspect board state.

Contents:

• 7.1 Get full board state (all items, all columns)
• 7.2 Get items by status column
• 7.3 Get items assigned to specific agent
• 7.4 Get blocked items with blocker reasons
• 7.5 Get items in review awaiting merge
• 7.6 Count items per column (summary)
• 7.7 Get item history and transitions
• 7.8 Check if all items are Done

---

Stop Hook Integration (references/stop-hook-integration.md)

Read this to understand how the stop hook uses board state for completion verification.

Contents:

• 8.1 The stop hook's role in orchestration
• 8.2 Board state queries performed by stop hook
• 8.3 Completion criteria: when can orchestrator exit
• 8.4 Handling incomplete work at exit time
• 8.5 Blocked items and exit policy
• 8.6 Stop hook configuration options
• 8.7 Manual override of stop hook
• 8.8 Stop hook error handling

---

AI Agent vs Human Workflow (references/ai-agent-vs-human-workflow.md)

Read this when coordinating between AI agents and human developers.

Contents:

• 9.1 Key differences in AI vs human workflow
• 9.2 Assignment strategies for AI agents
• 9.3 Assignment strategies for human developers
• 9.4 Communication channels: AI Maestro vs GitHub comments
• 9.5 Review workflow differences
• 9.6 Handoff protocols between AI and human
• 9.7 Mixed team coordination patterns
• 9.8 Escalation paths for AI blockers

---

Instruction Templates (references/instruction-templates.md)

Read this when creating assignments, integrations, or communicating with agents.

Contents:

• 10.1 Task Assignment Template
• 10.2 GitHub Issue Template for Subtasks
• 10.3 Integration Assignment Template
• 10.4 Conflict Resolution Assignment Template
• 10.5 Merge Authorization Template
• 10.6 Progress Check-In Template

---

Failure Scenarios (references/failure-scenarios.md)

Read this when handling task failures, integration issues, or unresponsive agents.

Contents:

• 11.1 Subtask Reports Failure After Others In Progress
• 11.2 Integration Reports Failures
• 11.3 Agent Becomes Unresponsive
• 11.4 Conflict Resolution Planning
• 11.5 Failure Communication Patterns

---

Error Handling (references/troubleshooting.md)

Read this when encountering issues with board synchronization or operations.

Contents:

• 12.1 Issue not appearing on board after creation
• 12.2 Status change not reflecting on board
• 12.3 Assignment not showing correctly
• 12.4 GraphQL API errors and rate limiting
• 12.5 Permission denied errors
• 12.6 Board state out of sync with reality
• 12.7 Stop hook blocking exit incorrectly
• 12.8 Recovery procedures for corrupted state

---

Command Integration: /create-issue-tasks

The /create-issue-tasks command creates Claude Tasks checklists for handling issues. See the full command documentation at: ${CLAUDE_PLUGIN_ROOT}/commands/create-issue-tasks.md

Quick Usage

/create-issue-tasks <CATEGORY> <REPORTER> <MODULE> "<TITLE>" ["<DESCRIPTION>"]

Categories: BUG, BLOCKER, QUESTION, ENHANCEMENT, CONFIG, INVESTIGATION

Example:

/create-issue-tasks BUG implementer-1 auth-core "Login fails with OAuth" "401 error after token expiry"

---

Python Scripts

Get Board State (scripts/eia_kanban_get_board_state.py)

Get complete board state with all items grouped by column.

python3 scripts/eia_kanban_get_board_state.py OWNER REPO PROJECT_NUMBER

Output: JSON with items grouped by status column.

---

Move Card (scripts/eia_kanban_move_card.py)

Move a card to a different column with validation.

python3 scripts/eia_kanban_move_card.py OWNER REPO PROJECT_NUMBER ISSUE_NUMBER NEW_STATUS [--reason "Reason"]

Validates: Transition is allowed, preconditions met.

---

Check Completion (scripts/eia_kanban_check_completion.py)

Check if all board items are complete (for stop hook).

python3 scripts/eia_kanban_check_completion.py OWNER REPO PROJECT_NUMBER

Exit codes:

• 0: All items Done
• 1: Items still in progress
• 2: Blocked items exist

---

Integration Points (references/integration-points.md)

Read this when understanding how Kanban connects to planning, orchestration, stop hooks, assignments, and PR completion.

Contents:

• IP.1 Planning Phase workflow
• IP.2 Orchestration Phase workflow
• IP.3 Stop Hook Phase workflow
• IP.4 Assignment Flow
• IP.5 PR Completion Flow

---

Skill Files

github-kanban-core/
├── SKILL.md                              # This file (map/TOC)
├── README.md                             # Skill overview
├── scripts/
│   ├── eia_kanban_get_board_state.py         # Get full board state
│   ├── eia_kanban_move_card.py               # Move card between columns
│   └── eia_kanban_check_completion.py        # Check completion for stop hook
└── references/
    ├── kanban-as-truth.md                # Why Kanban is single source of truth
    ├── board-column-semantics.md         # Column meanings and requirements
    ├── issue-to-module-mapping.md        # Module-to-issue 1:1 mapping
    ├── agent-assignment-via-board.md     # Assignment via issue assignees
    ├── status-transitions.md             # Valid state transitions
    ├── blocking-workflow.md              # Handling blocked items
    ├── board-queries.md                  # GraphQL queries for board state
    ├── stop-hook-integration.md          # Stop hook completion checks
    ├── ai-agent-vs-human-workflow.md     # Different workflows for AI vs humans
    └── troubleshooting.md                # Common issues and solutions

---

Examples

Example 1: Get Current Board State

# Get full board state with all items
python3 scripts/eia_kanban_get_board_state.py owner repo 1

# Output: JSON with items grouped by status column (Backlog, Todo, In Progress, etc.)

Example 2: Move Card and Check Completion

# Move issue #42 to In Progress
python3 scripts/eia_kanban_move_card.py owner repo 1 42 in-progress --reason "Starting work"

# Check if all items are complete (for stop hook)
python3 scripts/eia_kanban_check_completion.py owner repo 1
# Exit code 0 = all done, 1 = items pending, 2 = blocked items exist

---

Output

Output Type	Format	Description	When Generated
Board State JSON	JSON object	All items grouped by status column	Via eia_kanban_get_board_state.py
Transition Result	JSON object	Success/failure of card move with validation	Via eia_kanban_move_card.py
Completion Status	Exit code + JSON	0=all done, 1=pending, 2=blocked	Via eia_kanban_check_completion.py
Assignment Notification	AI Maestro message	Agent receives work assignment	When issue assigned
GraphQL Query Results	JSON object	Raw board data from GitHub API	Via reference queries
Blocker Report	JSON object	All blocked items with reasons	When querying blocked items

---

Error Handling

Error	Cause	Resolution
Issue not appearing on board	Issue not added to Projects V2, wrong project number	Verify project link with gh issue view <N>, re-add to project
Status change not reflecting	Invalid transition, missing permissions	Check transition matrix in references/status-transitions.md, verify GitHub permissions
Assignment not showing	Issue not on board, invalid assignee username	Ensure issue is on project board, use correct GitHub username
GraphQL API rate limit	Too many rapid queries	Wait 60 seconds, use query caching, reduce polling frequency
Permission denied	Insufficient GitHub permissions	Verify gh auth status, ensure write access to repository and project
Board state out of sync	Stale cache, concurrent modifications	Force refresh with fresh GraphQL query, avoid caching board state
Stop hook blocking exit	Items not in Done column	Complete pending items, move to Done, or defer with explicit reason
Corrupted board state	Manual edits outside workflow	Use recovery procedure in references/troubleshooting.md section 10.8

---

Resources

• references/kanban-as-truth.md - Why Kanban is the single source of truth
• references/board-column-semantics.md - Column meanings and requirements
• references/issue-to-module-mapping.md - Module-to-issue 1:1 mapping
• references/agent-assignment-via-board.md - Assignment via issue assignees
• references/status-transitions.md - Valid state transitions
• references/blocking-workflow.md - Handling blocked items
• references/board-queries.md - GraphQL queries for board state
• references/stop-hook-integration.md - Stop hook completion checks
• references/ai-agent-vs-human-workflow.md - Different workflows for AI vs humans
• references/instruction-templates.md - Message and assignment templates
• references/failure-scenarios.md - Failure handling and recovery patterns
• references/troubleshooting.md - Common issues and solutions

---

Proactive Kanban Monitoring (references/proactive-kanban-monitoring.md)

Read this when setting up or running proactive board monitoring during orchestration sessions.

Contents:

• M.1 Overview of proactive monitoring
• M.2 Polling configuration and frequency
• M.3 What to check on each poll (detection table)
• M.4 Running the polling script
• M.5 Change detection logic (pseudocode)
• M.6 AI Maestro notifications for detected changes
• M.7 Proactive monitoring checklist

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Related Skills

• github-projects-sync - Detailed GitHub Projects V2 operations and templates
• remote-agent-coordinator - Agent communication and task routing
• orchestrator-stop-hook - Stop hook behavior and configuration