[Enhancement]: Permission Types Management System (30+ Operations)

[mathrmartins]

[Enhancement]: Permission Types Management System (30+ Operations)

Request Type

New Feature

👤 User Story

As a system administrator and application developer, I want a comprehensive permission types system with 30+ granular operations so that I can implement fine-grained access control across all application features including CRUD operations, content lifecycle, curation, editorial, moderation, monetization, and administrative functions.

Route URL

/api/permissions/types/crud
/api/permissions/types/lifecycle
/api/permissions/types/curation
/api/permissions/types/editorial
/api/permissions/types/moderation
/api/permissions/types/monetization
/api/permissions/types/administrative
/api/permissions/types/system

🚨 Problem Statement, Use Case, or Opportunity

Current permission systems often use basic CRUD operations, which are insufficient for complex business applications. Modern platforms require granular permissions for content lifecycle management, editorial workflows, moderation activities, monetization features, and administrative functions. The opportunity is to implement a comprehensive permission types system that covers all aspects of platform operations with clear categorization and standardized naming.

💡 Proposed Solution

Implement a comprehensive permission types system with 30+ granular operations organized into logical categories:

Basic Operations (CRUD):

• Create - Permission to create new resources
• Read/View - Permission to view existing resources
• Update - Permission to modify existing resources
• Delete - Permission to remove resources

Query Operations:

• List - Permission to list multiple resources
• Search - Permission to search through resources
• Query - Permission to perform complex queries

Lifecycle Management:

• Publish - Permission to make content public
• Unpublish - Permission to make content private
• Archive - Permission to archive old content
• Restore - Permission to restore archived content

Content Curation:

• Approve - Permission to approve submitted content
• Reject - Permission to reject submitted content
• Review - Permission to review content quality
• Comment - Permission to add comments/feedback

Editorial Operations:

• Edit - Permission to edit content directly
• Draft - Permission to create/manage drafts
• Schedule - Permission to schedule content publication

Moderation Functions:

• Moderate - Permission to moderate user content
• Flag - Permission to flag inappropriate content
• Ban - Permission to ban users or content
• Warn - Permission to issue warnings

Monetization & Analytics:

• Monetize - Permission to monetize content
• ViewAnalytics - Permission to view analytics data
• Configure - Permission to configure monetization settings

Administrative Functions:

• ManageMembers - Permission to manage team members
• ManageRoles - Permission to manage user roles
• ManageSettings - Permission to manage system settings
• Audit - Permission to view audit logs

System Operations:

• SystemConfig - Permission to configure system settings
• BackupRestore - Permission to backup/restore data
• DataMigration - Permission to perform data migrations

✅ Acceptance Criteria

• CRUD permission types implemented (Create, Read, Update, Delete)
• Query permission types implemented (List, Search, Query)
• Lifecycle permission types implemented (Publish, Unpublish, Archive, Restore)
• Curation permission types implemented (Approve, Reject, Review, Comment)
• Editorial permission types implemented (Edit, Draft, Schedule)
• Moderation permission types implemented (Moderate, Flag, Ban, Warn)
• Monetization permission types implemented (Monetize, ViewAnalytics, Configure)
• Administrative permission types implemented (ManageMembers, ManageRoles, ManageSettings, Audit)
• System permission types implemented (SystemConfig, BackupRestore, DataMigration)
• Permission type enumeration with clear categorization
• Permission type descriptions and documentation
• Validation for permission type assignments
• Integration with DAC framework
• Support for custom permission types
• Permission type inheritance and grouping
• Performance optimization for permission type checks

📈 Impact, Risks and Benefits

Benefits:

• Granular access control for all platform features
• Clear categorization of permission types
• Standardized permission naming across the platform
• Support for complex business workflows
• Enhanced security through fine-grained permissions

Risks:

• Complexity in managing large number of permission types
• Potential performance impact with extensive permission checks
• Risk of permission sprawl without proper governance

Impact:

• Essential for enterprise-grade permission management
• Enables sophisticated access control scenarios
• Supports compliance requirements for detailed audit trails
• Improves security posture through granular permissions

📚 Context and Examples

This implements a comprehensive permission type system similar to enterprise platforms like Salesforce (object permissions), SharePoint (item-level permissions), and Confluence (space/page permissions). The categorization approach helps organize permissions logically while the granular nature supports complex business requirements.

🔧 Technical Requirements

• Backend/API changes required
• Database schema changes required
• Frontend changes required
• Third-party integrations needed
• Documentation updates needed
• Tests must be written

🖇️ Related Issues

Related to DAC Framework implementation, depends on authorization infrastructure, enables granular permission management across all platform features.

[github-actions]

Thank you for reaching out and posting your first issue! We're thrilled to have you here and eager to assist you. Our team will look into your issue promptly and provide you with the best possible support. If you have any more questions or feedback, feel free to share. Happy gaming and coding!

[github-actions]

This issue is stale because it has been open for 30 days with no activity.