- Enhance webhook example with proper shutdown handling using tokio::select!
- Update run.sh to automatically start webhook server alongside main service
- Add event notification configuration to run.sh using environment variables
- Set proper port bindings to ensure webhook server starts on port 3000
- Improve console output for better debugging experience
- Fix race condition during service startup and shutdown
This change ensures proper integration between the webhook server and
the main rustfs service, providing a seamless development experience
with automatic service discovery and clean termination.
- Rename package from rustfs-event-notifier to event-notifier for consistency
- Add shutdown hooks for event notification system in main process
- Handle graceful termination of notification services on server shutdown
- Implement initialization and configuration loading for event notification
- Fix environment variable configuration to properly parse adapter arrays
- Update example code to demonstrate proper configuration usage
This change ensures proper integration between rustfs and the event
notification system, with clean startup and shutdown sequences to prevent
resource leaks during application lifecycle.
- Fix deserialization error when parsing config from environment variables
- Add proper array format support for adapters configuration
- Update environment variable examples with correct format
- Improve documentation for configuration loading
- Implement helper functions for environment variable validation
This change fixes the "invalid type: map, expected a sequence" error
by ensuring proper formatting of array-type fields in environment variables.
- Add READY atomic flag to track full initialization status
- Implement initialize_safe and start_safe methods with mutex protection
- Add wait_until_ready function with configurable timeout
- Create initialize_and_start_with_ready_check helper method
- Replace sleep-based waiting with proper readiness checks
- Add safety checks before sending events
- Replace chrono with std::time for time handling
- Update error handling to provide clear initialization status
This change reduces race conditions in multi-threaded environments
and ensures events are only processed when the system is fully ready.
- Add core event notification interfaces
- Support multiple notification backends:
- Webhook (default)
- Kafka
- MQTT
- HTTP Producer
- Implement configurable event filtering
- Add async event dispatching with backpressure handling
- Provide serialization/deserialization for event payloads
This module enables system events to be published to various endpoints
with consistent delivery guarantees and failure handling.
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