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flutter-routing

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Actualizado31 de marzo de 2026 a las 12:41

Declarative routing and navigation for Flutter using GoRouter and AutoRoute. Use when implementing navigation guards, nested routes, type-safe routing, or deep link handling.

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Poorgramer-Zack

Poorgramer-Zack/dart-expert-skills

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SKILL.md

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name	flutter-routing
description	Declarative routing and navigation for Flutter using GoRouter and AutoRoute. Use when implementing navigation guards, nested routes, type-safe routing, or deep link handling.
metadata	{"last_modified":"2026-03-12 11:18:17 (GMT+8)"}

Flutter Routing & Navigation Architecture

Goal

Establish a robust, scalable, and declarative navigation system for Flutter applications. This skill ensures developers can correctly choose and implement industry-standard routing solutions—GoRouter for official declarative support or AutoRoute for type-safe code generation—while maintaining clean URL handling, deep-link support, and complex nested navigation architectures.

Process

🚀 High-Level Workflow

Navigating routing decisions requires understanding the project's scale and requirements for type safety versus boilerplate.

Phase 1: Choosing Your Framework

Determine the best fit for your team's workflow:

GoRouter: The official, widely-supported declarative solution. Best for standard web-compatible routing and ease of external tool integration (like Sentry).
AutoRoute: Compile-time type-safe routing. Best for massive apps where manual URL string management becomes a liability and strong type guarantees are prioritized.

Phase 2: Implementation Details

Consume these specialized architectural reference resources for deep implementation guidance:

GoRouter & Persistent Navigation - Official declarative patterns, StatefulShellRoute for tabs, and redirection guards.
AutoRoute & Type-Safe Navigation - Code generation patterns (v11.x), @RoutePage annotations, and global guards.

📚 Documentation Library

Refer to these detailed guides to implement specific routing features:

Constraints

Declarative First: Prohibit legacy imperative Navigator.push patterns in new architectures. All navigation should be addressable via URLs or generated Route objects.
Architecture Consistency: Never mix GoRouter and AutoRoute in the same application module.
Web Compatibility: Ensure all routing logic maintains browser URL bar synchronization and back-button behavior integrity.
Safe Parameters: Never pass massive Object instances directly through URL parameters; pass unique identifiers and fetch data at the target destination.

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Flutter Routing & Navigation Architecture

Goal

Process

🚀 High-Level Workflow

Navigating routing decisions requires understanding the project's scale and requirements for type safety versus boilerplate.

Phase 1: Choosing Your Framework

Determine the best fit for your team's workflow:

GoRouter: The official, widely-supported declarative solution. Best for standard web-compatible routing and ease of external tool integration (like Sentry).

AutoRoute: Compile-time type-safe routing. Best for massive apps where manual URL string management becomes a liability and strong type guarantees are prioritized.

Phase 2: Implementation Details

Consume these specialized architectural reference resources for deep implementation guidance:

GoRouter & Persistent Navigation - Official declarative patterns, StatefulShellRoute for tabs, and redirection guards.

AutoRoute & Type-Safe Navigation - Code generation patterns (v11.x), @RoutePage annotations, and global guards.

📚 Documentation Library

Refer to these detailed guides to implement specific routing features:

Constraints

Declarative First: Prohibit legacy imperative Navigator.push patterns in new architectures. All navigation should be addressable via URLs or generated Route objects.

Architecture Consistency: Never mix GoRouter and AutoRoute in the same application module.

Web Compatibility: Ensure all routing logic maintains browser URL bar synchronization and back-button behavior integrity.

Safe Parameters: Never pass massive Object instances directly through URL parameters; pass unique identifiers and fetch data at the target destination.