Decorator implementation for role-based authorization.
Contains the custom decorator code that can be applied to controllers and routes to enforce access control for this specific role. This decorator integrates with NestJS guards to protect endpoints based on the user's role and permissions.
Step 1: TypeScript compilation error analysis and diagnosis.
AI identifies and categorizes all compilation errors (type mismatches, import issues, syntax errors) by component (providers/decorator/payload). Lists specific error messages with their locations and types for systematic troubleshooting.
Payload structure for authentication tokens.
Defines the data structure carried in JWT tokens or session data for users with this role. This payload contains essential information for authentication and authorization decisions, such as user ID, role, permissions, and any custom claims specific to this role.
Provider implementation for authorization logic.
Contains the core authorization logic implementation, including guards, strategies, and services that validate user permissions and enforce access control policies. This provider handles the runtime validation of user actions based on their assigned role.
The user role configuration from requirements analysis.
This object contains the complete role definition including the role name, permissions, and authentication requirements as analyzed from the project requirements. The role configuration is used throughout the authorization infrastructure to determine access permissions, apply appropriate guards, and validate user actions.
Step 2: Solution guidance and fix recommendations.
AI provides clear, actionable instructions on how to resolve each identified error. Includes specific steps like "add property X to interface Y", "update import path from A to B", or "change type from C to D". Focus on guidance rather than generating complete code implementations.
Author
Michael