Classifies coding schemes by the type of authority that defines them. More...
#include <coding_scheme_authority_type.hpp>
Collaboration diagram for coding_scheme_authority_type:
Public Attributes | |
| int | version = 0 |
| Version number for optimistic locking and change tracking. | |
| std::string | tenant_id |
| Tenant identifier for multi-tenancy isolation. | |
| std::string | code |
| Unique code identifying this authority type. | |
| std::string | name |
| Human-readable name for display purposes. | |
| std::string | description |
| Detailed description of what this authority type represents. | |
| std::string | modified_by |
| Username of the person who last modified this authority type. | |
| std::string | change_commentary |
| Free-text commentary explaining the change. | |
| std::string | performed_by |
| Username of the account that performed this operation. | |
| std::chrono::system_clock::time_point | recorded_at |
| Timestamp when this version of the record was recorded. | |
Detailed Description
Classifies coding schemes by the type of authority that defines them.
Authority types categorize coding schemes based on who defines and maintains them. This helps users understand the provenance and governance of identification schemes.
Standard authority types:
- official: ISO and other formal standards bodies (e.g., ISO 4217, ISO 3166)
- industry: De facto standards from industry bodies (e.g., SWIFT BIC, DTCC)
- internal: Proprietary identifiers defined within an organization
Member Data Documentation
◆ code
| std::string code |
Unique code identifying this authority type.
This is the natural key for the authority type. Examples: "official", "industry", "internal".
