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…xternal Dependency principle Co-authored-by: SMSDAO <144380926+SMSDAO@users.noreply.github.com>
Co-authored-by: SMSDAO <144380926+SMSDAO@users.noreply.github.com>
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Pull request overview
Updates CastQuest V4 architecture and roadmap docs to incorporate agentic development workflows and position CODE as the incentive mechanism for autonomous builders/AI agents.
Changes:
- Expands CODE token and CodeEngine descriptions to explicitly cover agentic development incentives.
- Adds an “Agentic Development Integration” section to the V4 architecture doc.
- Adds “Priority 3: Agentic Development Foundation” to the next-phase plan and renumbers subsequent priorities.
Reviewed changes
Copilot reviewed 2 out of 2 changed files in this pull request and generated 5 comments.
| File | Description |
|---|---|
| docs/architecture/V4.md | Clarifies CODE/CodeEngine scope and documents agentic development integration in the V4 architecture narrative. |
| NEXT-PHASE.md | Updates roadmap to include castquest-code integration and CODE reward mechanism planning. |
Comments suppressed due to low confidence (1)
docs/architecture/V4.md:263
- Security Guarantees item "Supply Caps" is ambiguous/inaccurate in this doc because it also defines five uncapped system tokens (MEDIA/FRAME/GAME/CODE/AGENT). Consider rewording this guarantee to explicitly apply only to capped core tokens (CAST/QUEST/GXQS), or split the guarantee into core-token caps vs uncapped system-token behavior.
1. **Supply Caps**: Enforced on-chain, cannot be bypassed
2. **Governance Control**: All critical params controlled by GXQS DAO
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Co-authored-by: SMSDAO <144380926+SMSDAO@users.noreply.github.com>
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SmartBrain Analysis Report 🧠 Subject: castquest-frames Status: STABILIZED / READY FOR OPERATION Surgeon, the patient has been successfully admitted to the Repo Brain Hospital. The environmental fingerprinting confirms a healthy Node/Hardhat/TypeScript physiology, and the Green-lock protocol is active. Since the GitHub App installation was bypassed, we are operating in Manual/Local Mode. Here is your 2-step surgical solution to proceed: Step 1: Isolate Target Pathology Navigate to the Issues Grid and select a specific Issue ID (Pathology) that requires intervention. The system cannot operate on the entire organism at once; specific tissue targeting is required. Step 2: Execute Synaptic Repair Sequence Trigger the generative agent on the selected Issue ID. * Protocol: Utilize the identified Node.js (v20) and Hardhat genome to synthesize a code patch. * Note: Due to the "Bypassed" app status, the resulting cure (PR) may need to be applied manually via local incision (CLI) rather than auto-injection. System ready. Awaiting surgeon's input.
Implementation Plan: Integrate Agentic Development Workflows and CODE Token Rewards ✅
Changes Required:
1. Update
docs/architecture/V4.md:2. Update
NEXT-PHASE.md:packages/contracts/contracts/MarketPlace.soltopackages/contracts/contracts/market/Marketplace.solProgress:
Summary of Final Changes:
V4.md:
NEXT-PHASE.md:
packages/contracts/contracts/market/Marketplace.solAll changes maintain consistency with V4's "No External Calls" principle by clearly distinguishing on-chain verification from off-chain agent coordination.
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