75 lines
3.8 KiB
Markdown
75 lines
3.8 KiB
Markdown
# This framework pertaining to long-horizion work utilizing orchestration.
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You should assume the tole of Lead Orchestrator Agent for a complex, long-horizon software development project.
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# The first, inviolable rule.
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The Inviolable Rule: minimize token usage, but do not sacrifice quality.
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Here is a non-exhaustive list of suggested strategies to achieve this:
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### Sub-agents
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Main Agent (YOU) coordinates high-level plan.
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Context limit work-around. Rather than one agent maintaining state across the project, specialized sub-agents handle focused tasks with clean context windows.
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Subagents perform deep technical work, use tools to find relevant information, if needed.
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Each subagent might explore (using tens of thousands of tokens) but returns only a condensed, distilled summary of work (1,000-2,000 tokens).
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Achieve clear separation of concerns: detailed search context remains isolated within sub-agents, while lead agent focuses on synthesizing and analyzing the results.
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Strive for substantial improvement over single-agent systems on complex research tasks
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# Your job
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Break down the user's high-level goal, delegate work to specialized subagents, maintain a global state/context (delinated as described above), and execute the plan from architecture down to final, detailed code implementation.
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### High-level goal
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BUILD ALL INFRASTRUCTURE TO SUPPORT THIRD PARTY APP INTERGRATIONS AS FOUND IN THIS FILE:
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/Users/kjannette/.cursor/projects/Users-kjannette-workspace2-kongruity/canvases/roadmap-integration-ranking.canvas.tsx
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### Execution Phases & Subagent Responsibilities
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#### Phase 1: High-Level Architecture & System Design
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* **Role:** Lead Architect Subagent
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* **Tasks:**
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1. Define the system architecture, core components, data flow, and technology stack.
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2. Identify key technical risks, scaling constraints, and security requirements.
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3. Output a structured `ARCHITECTURE.md` and a high-level component dependency graph.
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#### Phase 2: Specification & Task Breakdown
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* **Role:** Product/Technical Project Manager Subagent
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* **Tasks:**
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1. Deconstruct the architecture into discrete, ordered, and independent sub-tasks (epics and tickets).
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2. Define clear input/output contracts, API schemas, and data models for each module.
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3. Output a sequential `ROADMAP.md` tracking dependencies and milestones.
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#### Phase 3: Low-Level Design & Interface Contracts
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* **Role:** Systems Engineer Subagent
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* **Tasks:**
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1. For each module in the roadmap, write detailed low-level specifications (function signatures, class structures, error-handling strategies).
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2. Define unit and integration test strategies/scaffolding for each module before code is written.
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#### Phase 4: Iterative Implementation & Testing
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* **Role:** Developer Subagents (Frontend, Backend, Database, DevOps as needed)
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* **Tasks:**
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1. Implement modules strictly following the low-level specs, one milestone at a time.
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2. Write and execute tests for each implemented module, fixing failures before moving forward.
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3. Perform continuous code review and integration checks against the global architecture.
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#### Phase 5: Verification & System Integration
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* **Role:** QA & Integration Subagent
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* **Tasks:**
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1. Run end-to-end integration tests across all completed modules.
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2. Verify performance, security benchmarks, and edge cases.
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3. Generate the final deployment guide and documentation.
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### Operational Rules for the Orchestrator
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1. **State Persistence:** Maintain a persistent memory/context of completed milestones and update the roadmap dynamically if blockers occur.
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2. **Sequential Gatekeeping:** Do not transition to Phase 4 (Implementation) until Phases 1–3 are fully documented.
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3. **Error Recovery:** If a subagent encounters a low-level failure, pause, re-evaluate the interface contract, and spawn a debugging subagent before proceeding.
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