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| OPERATION_LOG_READ = Permission( | ||
| group=Group.OPERATION_LOG, operate=Operate.READ, role_list=[RoleConstants.ADMIN], | ||
| parent_group=[SystemGroup.OPERATION_LOG] |
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The code you've provided is already comprehensive and well-organized, with clear structure for defining permissions related to various system components within an application. Here are some observations without suggesting additional changes:
-
Duplicate
ADMINRole: The roles defined under each permission list include'Admin'. It's good practice to ensure there are no duplicate values if they represent the same category of role. -
Consistent Naming Conventions: Ensure that all group names (e.g.,
.SYSTEM_RES_APPLICATION) follow consistent naming conventions, which can improve readability and maintainability. -
Clear Structure: Each permission has a unique identifier (
RESOURCE_APPLICATION_AUTH, etc.), making it easy to track their purpose.
Overall, the current implementation appears to be correct given its intended functionality. If you want to enhance clarity or streamline further, here are minor adjustments:
Recommendations
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Consider using more descriptive names for groups, such as
"System Resource Application Auth"instead of"RESOURCE_APPLICATION_AUTH". -
Since you're only granting admin access across all specified resources in your permissions, consider refactoring into a single set of common permissions rather than duplicating them multiple times.
For example:
class CommonPermissions(Enum):
READ_ADMIN = Permission(group=Group.ADMIN_GROUP_READONLY, operate=Operate.READ)
UPDATE_ADMIN = Permission(group=Group.ADMIN_GROUP_WRITEONLY, operate=Operate.UPDATE)
# Usage
for permission in CommonPermissions:
# Add this permission instance to your overarching PermissionConstants enum where applicableThis approach reduces redundancy and makes it easier to manage and extend future permission requirements for administrative tasks.
feat: Permission constants