backend-and-ui-wiring

Implement full-stack Flutter features with sqflite layer isolation and architectural rules.

Updated Mar 4, 2026
One-click install
npx skills add https://github.com/MHD-Nour-KJ/Intertwined --skill backend-and-ui-wiring
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: backend-and-ui-wiring
Source: https://github.com/MHD-Nour-KJ/Intertwined/tree/main/.gemini/skills/backend-and-ui-wiring
Command: npx skills add https://github.com/MHD-Nour-KJ/Intertwined --skill backend-and-ui-wiring

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This skill eliminates inconsistent, error-prone full-stack feature implementation in Flutter apps using sqflite, where developers often break layer isolation, skip database migrations, hardcode values, or introduce circular dependencies that cause bugs and maintenance overhead.

Core Features & Use Cases

  • Layered Architecture Guidance: Step-by-step instructions for implementing features across Model, Database, DAO, Orchestrator, Provider, and UI layers, with clear ownership rules for each layer to prevent cross-layer violations.
  • Built-in Guardrails: Pre-implementation checklists, common pitfall warnings, and enforced code style rules to avoid runtime errors and architectural drift.
  • Use Case: A developer adding a new task priority feature to the Beautifully Done productivity app can use this skill to correctly create the model, update the database schema, build the DAO, wire the provider, and implement the UI without breaking existing functionality or backup support.

Quick Start

Use the backend-and-ui-wiring skill to implement a new task priority tracking feature across the full stack of the Beautifully Done app, following all project architecture and code style rules.

Frequently Asked Questions about backend-and-ui-wiring

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I implement a full-stack Flutter feature with sqflite without breaking layer isolation?

To implement a full-stack Flutter feature with sqflite safely, follow strict layer isolation architectural rules across Model, Database, DAO, Orchestrator, Provider, and UI layers. This prevents circular dependencies, skipped migrations, and cross-layer violations that cause maintenance overhead.

What is the best way to update sqflite schema versions when adding a new feature domain?

Updating sqflite schema versions requires enforcing database migration rules and foreign key cascade constraints during feature implementation. Applying strict architectural layering ensures your new feature domain correctly handles schema versioning without breaking existing backup or restore functionality.

How do I wire ChangeNotifier provider state management to a DAO in Flutter?

Wiring ChangeNotifier provider state management to a DAO involves setting up an orchestrator for cross-table logic before connecting it to the UI. This layered approach ensures reactive state updates flow correctly without introducing direct database access from UI components.

How do I manage sqflite database migrations for new Flutter features?

Managing sqflite database migrations for new Flutter features requires strict schema versioning and foreign key cascade rules applied at the Database layer. Following enforced architectural guardrails prevents runtime errors and ensures backward compatibility with existing backup data.

Does this Flutter architecture approach support backup and restore compatibility?

Yes, this Flutter architecture approach supports backup and restore compatibility by enforcing strict layer isolation and database schema rules. Implementing features through the Orchestrator and DAO layers ensures data consistency required for seamless backup and restore operations.

Why does my Flutter app have circular dependencies after adding a new UI feature?

Circular dependencies in Flutter apps often occur when UI components directly access DAOs or Database layers, bypassing the Orchestrator and Provider. Enforcing strict architectural layer isolation prevents these violations and eliminates runtime errors during full-stack feature implementation.