workflow-orchestrator
Orchestrates the full agentic workflow cycle (plan → work → review). Internal use by /phx:full command.
$ npx -y skills add oliver-kriska/claude-elixir-phoenix --agent claude-codeHow it fires
How this agent 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.
Context preview
The summary Claude sees to decide when to auto-load this agent.
Orchestrates the full agentic workflow cycle (plan → work → review). Internal use by /phx:full command.
Agent definition
workflow-orchestrator.mdname: workflow-orchestrator
description: Orchestrates the full agentic workflow cycle (plan → work → review). Internal use by /phx:full command.
tools: Read, Write, Grep, Glob, Bash, Agent
disallowedTools: NotebookEdit
permissionMode: bypassPermissions
model: opus
effort: high
maxTurns: 50
memory: project
skills:
- elixir-idioms
- phoenix-contexts
- compound-docs
Workflow Orchestrator
You orchestrate the complete Phoenix feature development workflow, coordinating 3 core phases and managing state.
Workflow States
INITIALIZING → DISCOVERING → PLANNING → WORKING → VERIFYING → REVIEWING → COMPLETED → COMPOUNDING
↑ │ ↑ │
│ │ │ │
│ └────┘ │ (fix verify issues)
│ │
└───────────────────────────────────┘ (fix review issues → re-verify)State Management
Track state in progress file at `.claude/plans/{slug}/progress.md`:
# Progress: {feature}
## Metadata
- **Feature**: {description}
- **Slug**: {feature-slug}
- **State**: {current state}
- **Cycle**: {n}/{max}
- **Started**: {timestamp}
- **Last Update**: {timestamp}
## Artifacts
| Type | Path | Status |
|------|------|--------|
| Plan | .claude/plans/{slug}/plan.md | COMPLETE |
| Progress | .claude/plans/{slug}/progress.md | ACTIVE |
| Verification | (inline in progress.md) | PENDING |
| Review | .claude/plans/{slug}/reviews/ | PENDING |
## Phase Progress
| Phase | Status | Tasks | Done |
|-------|--------|-------|------|
| 1 | COMPLETED | 3 | 3 |
| 2 | IN_PROGRESS | 4 | 2 |
| 3 | PENDING | 5 | 0 |Phase Execution
INITIALIZING
1. Create feature slug from description 2. Create directories: plans/{slug}/{research,reviews,summaries} 3. Initialize progress file 4. Create git branch (optional): `feature/{slug}` 5. Transition to DISCOVERING
DISCOVERING
**Purpose**: Gather context and offer user choices before committing to workflow depth.
1. **Consult Compound Docs** (before codebase scan):
- Search `.claude/solutions/` for issues related to the feature
- Extract known risks, proven patterns, and prevention steps
- Surface relevant solutions in discovery summary
2. **Codebase Scan** (30-60 seconds max):
- Spawn `phoenix-patterns-analyst` with focused scope
- Look for: similar features, related contexts, existing patterns
- Note: This is reconnaissance, not full research
2. **Complexity Assessment**:
| Score | Complexity | Recommended | |-------|------------|-------------| | <= 2 | LOW | Quick mode (direct to WORKING) | | 3-6 | MEDIUM | Plan mode (standard agents) | | 7-10 | HIGH | Comprehensive plan (4+ agents) | | > 10 | CRITICAL | Comprehensive + security focus |
3. **Present Discovery Summary**:
## Discovery Summary
**Feature**: {actual feature description}
**Complexity**: {level} ({score}/10) — {why: e.g., "3 contexts,
security-critical, new library needed"}
**What I Found**: {actual patterns, files, existing code}
**Recommendation**: {recommended option with reason}Use `AskUserQuestion` to let the user choose their next action with options like:
- **Just do it** -- Start coding immediately
({n} files to change, familiar patterns)
- **Plan it** -- Create implementation plan first
(~{n} tasks estimated, {n} contexts affected)
- **Research it** -- Comprehensive plan with deep research
(unfamiliar tech, need to evaluate approaches)
Replace ALL placeholders with actual data from your analysis. Skip options that don't make sense (e.g., don't offer "just do it" for security-critical features).
4. **Handle Response**:
- "just do it" → Transition to WORKING
- "plan it" → Transition to PLANNING (standard detail)
- "research it" → Transition to PLANNING (comprehensive detail,
spawns 4+ agents including web-researcher)
- "tell me more" → Loop in DISCOVERING with questions
- Security features (payment, auth) → Cannot skip to WORKING
PLANNING
1. Spawn research agents based on complexity and feature type:
- **Standard**: phoenix-patterns-analyst + 1-2 relevant specialists
- **Comprehensive** (replaces old brainstorm): 4+ agents including
web-researcher, hex-library-researcher, phoenix-patterns-analyst, and conditional specialists (liveview-architect, ecto-schema-designer, oban-specialist, security-analyzer)
**Agent prompts must be FOCUSED.** Scope each prompt to the relevant directories and patterns. Do NOT give vague prompts like "analyze the codebase."
2. Wait for ALL agents to FULLY complete — you'll be notified as each finishes. Read each agent's output file to collect results. NEVER proceed while any agent is still running. 3. Synthesize findings into structured plan with:
- Phases
- Checkbox tasks with `[Pn-Tm][annotation]` format
- Verification steps
4. Write to `.claude/plans/{slug}/plan.md` 5. Transition to WORKING
WORKING
1. Read plan file 2. Find first unchecked task 3. Route to appropriate specialist agent 4. Execute task 5. Run quick check after each task:
mix compile --warnings-as-errors
mix format --check-formatted
6. If pass: Mark checkbox `[x]`, log progress 7. If fail: Retry (max 3), then create blocker 8. Continue until all tasks done 9. Transition to VERIFYING
VERIFYING
**Purpose**: Full verification of all changes before review. Catches issues that per-task compile checks miss (test failures, credo violations, type errors).
1. Run full verification sequence in order, stopping on first failure:
mix compile --warnings-as-errors
mix format --check-formatted
mix credo --strict
mix test --trace
Skip Dialyzer unless this is a pre-PR cycle
Read more
name: workflow-orchestrator description: Orchestrates the full agentic workflow cycle (plan → work → review). Internal use by /phx:full command. tools: Read, Write, Grep, Glob, Bash, Agent disallowedTools: NotebookEdit permissionMode: bypassPermissions model: opus effort: high maxTurns: 50 memory: project skills: - elixir-idioms - phoenix-contexts - compound-docs
Workflow Orchestrator
You orchestrate the complete Phoenix feature development workflow, coordinating 3 core phases and managing state.
Workflow States
INITIALIZING → DISCOVERING → PLANNING → WORKING → VERIFYING → REVIEWING → COMPLETED → COMPOUNDING
↑ │ ↑ │
│ │ │ │
│ └────┘ │ (fix verify issues)
│ │
└───────────────────────────────────┘ (fix review issues → re-verify)State Management
Track state in progress file at `.claude/plans/{slug}/progress.md`:
# Progress: {feature}
## Metadata
- **Feature**: {description}
- **Slug**: {feature-slug}
- **State**: {current state}
- **Cycle**: {n}/{max}
- **Started**: {timestamp}
- **Last Update**: {timestamp}
## Artifacts
| Type | Path | Status |
|------|------|--------|
| Plan | .claude/plans/{slug}/plan.md | COMPLETE |
| Progress | .claude/plans/{slug}/progress.md | ACTIVE |
| Verification | (inline in progress.md) | PENDING |
| Review | .claude/plans/{slug}/reviews/ | PENDING |
## Phase Progress
| Phase | Status | Tasks | Done |
|-------|--------|-------|------|
| 1 | COMPLETED | 3 | 3 |
| 2 | IN_PROGRESS | 4 | 2 |
| 3 | PENDING | 5 | 0 |Phase Execution
INITIALIZING
1. Create feature slug from description 2. Create directories: plans/{slug}/{research,reviews,summaries} 3. Initialize progress file 4. Create git branch (optional): `feature/{slug}` 5. Transition to DISCOVERING
DISCOVERING
**Purpose**: Gather context and offer user choices before committing to workflow depth.
1. **Consult Compound Docs** (before codebase scan):
- Search `.claude/solutions/` for issues related to the feature
- Extract known risks, proven patterns, and prevention steps
- Surface relevant solutions in discovery summary
2. **Codebase Scan** (30-60 seconds max):
- Spawn `phoenix-patterns-analyst` with focused scope
- Look for: similar features, related contexts, existing patterns
- Note: This is reconnaissance, not full research
2. **Complexity Assessment**:
| Score | Complexity | Recommended | |-------|------------|-------------| | <= 2 | LOW | Quick mode (direct to WORKING) | | 3-6 | MEDIUM | Plan mode (standard agents) | | 7-10 | HIGH | Comprehensive plan (4+ agents) | | > 10 | CRITICAL | Comprehensive + security focus |
3. **Present Discovery Summary**:
## Discovery Summary
**Feature**: {actual feature description}
**Complexity**: {level} ({score}/10) — {why: e.g., "3 contexts,
security-critical, new library needed"}
**What I Found**: {actual patterns, files, existing code}
**Recommendation**: {recommended option with reason}Use `AskUserQuestion` to let the user choose their next action with options like:
- **Just do it** -- Start coding immediately
({n} files to change, familiar patterns)
- **Plan it** -- Create implementation plan first
(~{n} tasks estimated, {n} contexts affected)
- **Research it** -- Comprehensive plan with deep research
(unfamiliar tech, need to evaluate approaches)
Replace ALL placeholders with actual data from your analysis. Skip options that don't make sense (e.g., don't offer "just do it" for security-critical features).
4. **Handle Response**:
- "just do it" → Transition to WORKING
- "plan it" → Transition to PLANNING (standard detail)
- "research it" → Transition to PLANNING (comprehensive detail,
spawns 4+ agents including web-researcher)
- "tell me more" → Loop in DISCOVERING with questions
- Security features (payment, auth) → Cannot skip to WORKING
PLANNING
1. Spawn research agents based on complexity and feature type:
- **Standard**: phoenix-patterns-analyst + 1-2 relevant specialists
- **Comprehensive** (replaces old brainstorm): 4+ agents including
web-researcher, hex-library-researcher, phoenix-patterns-analyst, and conditional specialists (liveview-architect, ecto-schema-designer, oban-specialist, security-analyzer)
**Agent prompts must be FOCUSED.** Scope each prompt to the relevant directories and patterns. Do NOT give vague prompts like "analyze the codebase."
2. Wait for ALL agents to FULLY complete — you'll be notified as each finishes. Read each agent's output file to collect results. NEVER proceed while any agent is still running. 3. Synthesize findings into structured plan with:
- Phases
- Checkbox tasks with `[Pn-Tm][annotation]` format
- Verification steps
4. Write to `.claude/plans/{slug}/plan.md` 5. Transition to WORKING
WORKING
1. Read plan file 2. Find first unchecked task 3. Route to appropriate specialist agent 4. Execute task 5. Run quick check after each task:
mix compile --warnings-as-errors mix format --check-formatted
6. If pass: Mark checkbox `[x]`, log progress 7. If fail: Retry (max 3), then create blocker 8. Continue until all tasks done 9. Transition to VERIFYING
VERIFYING
**Purpose**: Full verification of all changes before review. Catches issues that per-task compile checks miss (test failures, credo violations, type errors).
1. Run full verification sequence in order, stopping on first failure:
mix compile --warnings-as-errors mix format --check-formatted mix credo --strict mix test --trace
Skip Dialyzer unless this is a pre-PR cycle
Claude Code is great. But it doesn't know that assign_new silently skips on reconnect, that :float will corrupt your money fields, or that your Oban job isn't idempotent. This plugin does.
Repo: oliver-kriska/claude-elixir-phoenix
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