- Add `POST /admin/providers/preset` for streamlined creation of official providers (OpenAI, Anthropic, Gemini)
- Add `POST /admin/providers/custom` for generic OpenAI-compatible providers
- Add `weight` field to provider model and DTOs to enable weighted routing
- Update sync service to propagate provider weights
- Add unit tests for new creation handlers
Add endpoints for master and key access management to configure default
and allowed namespaces, including propagation options.
Implement GET and DELETE operations for individual bindings.
Update sync service to persist bindings snapshots even when no upstreams
are available.
Implement handlers for creating, listing, and updating model bindings.
Register new routes in the admin server group and add DTO definitions.
Update provider handlers to trigger binding synchronization on changes
to ensure upstream mappings remain current.
Introduce namespace-aware routing capabilities through a new Binding
model and updates to Master/Key entities.
- Add Binding model for configuring model routes per namespace
- Add DefaultNamespace and Namespaces fields to Master and Key models
- Update auto-migration to include Binding table
- Implement Redis synchronization for binding configurations
- Propagate namespace settings during master creation and key issuance
Add `POST /admin/masters/{id}/keys` allowing admins to issue child keys
on behalf of a master. Introduce an `issued_by` field in the Key model
to audit whether a key was issued by the master or an admin.
Refactor master service to use typed errors for consistent HTTP status
mapping and ensure validation logic (active status, group check) is
shared.
Add FeatureHandler to manage lightweight runtime configuration toggles
stored in the Redis `meta:features` hash. This enables dynamic control
over system behavior (e.g., storage backends) via the admin API.
- Add `GET /admin/features` to list flags
- Add `PUT /admin/features` to update flags
- Update README with feature flag documentation
Introduce a middleware layer to attach a unique identifier to each HTTP request for observability purposes. The identifier is propagated via the X-Request-ID header, allowing for correlation of logs and events across distributed system components.
Add request ID middleware to trace requests through the system. The middleware checks for existing X-Request-ID headers, generates a new UUID if not present, and sets the ID in both request/response headers and Gin context.
- Replace direct zerolog usage with standard library `log/slog` in business code
- Add `internal/logging` package with zerolog bridge handler for structured output
- Create `internal/jsoncodec` package to centralize JSON encoding/decoding using Sonic
- Update all services and main entry point to use new logging interface
- Maintain backward compatibility with existing zerolog console output
- Remove custom logger setup in favor of structured logging bridge
- Integrate `rs/zerolog` for structured and leveled logging
- Add `EZ_LOG_LEVEL` environment variable support (default: info)
- Configure console output with timestamps and service fields
- Migrate `main.go` and `LogWriter` to use the new logger instance
- Update README with logging configuration and design details
- Added Swagger documentation for the following admin endpoints:
- Create a new master tenant
- Create a new provider
- Register a new model
- List all models
- Update a model
- Force sync snapshot
- Ingest logs
- Added Swagger documentation for the master endpoint:
- Issue a child key
- Updated go.mod and go.sum to include necessary dependencies for Swagger.
- Add token hash fields to Master and Key models for indexed lookups
- Implement SyncService integration in admin and master handlers
- Update master key validation with backward-compatible digest lookup
- Hash child keys in database and store token digests for Redis sync
- Add master metadata sync to Redis for balancer validation
- Ensure backward compatibility with legacy rows during migration
Add admin and master authentication layers with JWT support. Replace direct
key creation with hierarchical master/child key system. Update database
schema to support master accounts with configurable limits and epoch-based
key revocation. Add health check endpoint with system status monitoring.
BREAKING CHANGE: Removed direct POST /keys endpoint in favor of master-based
key issuance through /v1/tokens. Database migration requires dropping old User
table and creating Master table with new relationships.
Enable full resource management via API and support data plane
synchronization.
- Add CRUD handlers for Providers, Models, and Keys using DTOs
- Implement LogWriter service for asynchronous, batched audit logging
- Update SyncService to snapshot full configuration state to Redis
- Register new API routes and initialize background services
- Add configuration options for logging performance tuning
Establish the foundational structure for the ez-api server.
Key changes include:
- Set up main entry point with graceful shutdown and Gin router
- Configure database connections for PostgreSQL (GORM) and Redis
- Define core data models (User, Provider, Key, Model)
- Implement configuration loading and basic key creation handler
- Add Dockerfile for multi-stage builds and .gitignore
