[Frontend] Advanced State Management Refactor using XState
🚀 Feature Overview
Complex dApp interactions (wallet connection, network switching, transaction signing, error handling) lead to fragile boolean state. Refactor the core application logic using strict state machines via XState.
This is a complex, MVP-critical feature designed to elevate the capabilities and stability of the Web3 Student Lab platform.
🛠️ Implementation Requirements
- Model the entire Web3 transaction lifecycle as an XState machine.\n- Integrate state machines with React Context/Zustand.\n- Implement visual state charts for debugging.
🔧 Technical Specifications
- Adherence to strict architectural boundaries.
- High test coverage requirements (>90%).
- Integration with existing infrastructure cleanly.
✅ Acceptance Criteria
🎓 Difficulty Level
Advanced - Requires deep understanding of the relevant stack and best practices.
⏱️ Timeline
ETA: 3-5 days
🏷️ Labels
frontend, architecture, state-management, mvp-critical
Note to Contributors: Break down work into smaller PRs for easier review.
[Frontend] Advanced State Management Refactor using XState
🚀 Feature Overview
Complex dApp interactions (wallet connection, network switching, transaction signing, error handling) lead to fragile boolean state. Refactor the core application logic using strict state machines via XState.
This is a complex, MVP-critical feature designed to elevate the capabilities and stability of the Web3 Student Lab platform.
🛠️ Implementation Requirements
🔧 Technical Specifications
✅ Acceptance Criteria
🎓 Difficulty Level
Advanced - Requires deep understanding of the relevant stack and best practices.
⏱️ Timeline
ETA: 3-5 days
🏷️ Labels
frontend, architecture, state-management, mvp-critical
Note to Contributors: Break down work into smaller PRs for easier review.