🎯

agentic-workflow

🎯Skill

from parcadei/continuous-claude-v3

VibeIndex|
What it does

Orchestrates multi-stage agents to systematically research, plan, validate, implement, and review complex technical tasks using a structured workflow.

agentic-workflow

Installation

Install skill:
npx skills add https://github.com/parcadei/continuous-claude-v3 --skill agentic-workflow
20
Last UpdatedJan 26, 2026

Skill Details

SKILL.md

Agentic Workflow Pattern

Overview

# Agentic Workflow Pattern

Standard multi-agent pipeline for implementation tasks.

Architecture Principles

  • Use run_in_background: true for all agents to keep main context minimal
  • Use Task tool (never TaskOutput) to avoid receiving full agent transcripts
  • Agents write outputs to .claude/cache/agents// for injection into subsequent agents
  • Main conversation is pure orchestration β€” no heavy lifting, only coordination

Workflow Stages

1. Research Agent

```

Task(subagent_type="oracle", run_in_background=true, prompt="""

Query NIA Oracle (via /nia-docs skill) to verify approach and gather best practices.

Output to: .claude/cache/agents/oracle/-research.md

""")

```

  • Enforce NIA as the research layer
  • Output: Research findings

2. Planning Agent

```

Task(subagent_type="plan-agent", run_in_background=true, prompt="""

Read: .claude/cache/agents/oracle/-research.md

Use RP-CLI to analyze the target codebase section.

Generate implementation plan informed by research.

Output to: .claude/cache/agents/plan-agent/-plan.md

""")

```

  • Receives: Research agent output as context
  • Output: Implementation plan

3. Validation Agent

```

Task(subagent_type="validate-agent", run_in_background=true, prompt="""

Read: .claude/cache/agents/plan-agent/-plan.md

Read: .claude/cache/agents/oracle/-research.md

Review plan against research findings and best practices.

Output to: .claude/cache/agents/validate-agent/-validated.md

""")

```

  • Reviews plan against research
  • Output: Validated plan with amendments

4. Implementation Agent

```

Task(subagent_type="agentica-agent", run_in_background=true, prompt="""

Read: .claude/cache/agents/validate-agent/-validated.md

Read: .claude/cache/agents/oracle/-research.md

TDD approach: Write failing tests FIRST, then implement.

Run tests to verify.

Output summary to: .claude/cache/agents/implement-agent/-implementation.md

""")

```

  • Receives: Validated plan + research context
  • TDD: Failing tests first
  • Output: Implementation + tests

5. Review Agent

```

Task(subagent_type="review-agent", run_in_background=true, prompt="""

Read: .claude/cache/agents/implement-agent/-implementation.md

Read: .claude/cache/agents/validate-agent/-validated.md

Read: .claude/cache/agents/oracle/-research.md

Cross-reference implementation against plan and research.

Run tests to confirm passing.

Output to: .claude/cache/agents/review-agent/-review.md

""")

```

  • Cross-references all artifacts
  • Confirms tests pass
  • Output: Review summary

Agent Progress Monitoring

```bash

# Watch for system reminders:

# "Agent a42a16e progress: 6 new tools used, 88914 new tokens"

# Poll for output files:

find .claude/cache/agents -name "*.md" -mmin -5

# Check task file size growth:

wc -c /tmp/claude/.../tasks/.output

```

Stuck detection:

  1. Progress reminders stop arriving
  2. Task output file size stops growing
  3. Expected output file not created after reasonable time

Directory Structure

```

.claude/cache/agents/

β”œβ”€β”€ oracle/

β”‚ └── -research.md

β”œβ”€β”€ plan-agent/

β”‚ └── -plan.md

β”œβ”€β”€ validate-agent/

β”‚ └── -validated.md

β”œβ”€β”€ implement-agent/

β”‚ └── -implementation.md

└── review-agent/

└── -review.md

```

Key Rules

  1. Never use TaskOutput - floods context with 70k+ token transcripts
  2. Always run_in_background=true - isolates agent context
  3. File-based handoff - each agent reads previous agent's output file
  4. Poll, don't block - check file system for outputs, don't wait
  5. TDD in implementation - failing tests first, then make them pass

Source

  • Session 2026-01-01: SDK Phase 3 implementation using this pattern

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